So realistic and tough training to scare the shit out of our SAF 4G and 5G pussies! No wonder our SAF needs a new formation called the domestic maids logistics unit to do the dirty chores! Bwahaha! I nominate our pinkie CAQ to be their commander-for-life as he epitomises their values; scared of fire crackers, heavy loads, relac one corner, likes gardening, takes cover...https://mil.news.sina.com.cn/china/2018-12-25/doc-ihqhqcis0086100.shtml
我军战士6次截肢失去左腿 仍能一脚侧踹制服罪犯(图)
我军战士6次截肢失去左腿 仍能一脚侧踹制服罪犯(图)
108
在新大纲中，五公里武装越野21分50秒属于优秀成绩。对于一个失去左腿的人来说，这是一个奇迹。
奔袭3小时，翻越两道山梁，冲进火海救出3名被困群众。对于一个戴着假肢的人来说，这还是一个奇迹。
追逃过程中，假肢被甩掉，凭单腿制服犯罪分子，这又是一个奇迹。
郑明岗，武警陕西省总队咸阳市支队八中队班长。一场大病，6次截肢手术，让他失去了左小腿。但肢体的残缺没有折损他奔跑的动力，更没能脱下他心爱的军装。
少了半条腿，他前进的脚步却无半点拖沓。他先后荣获第21届“中国武警十大忠诚卫士”提名奖、武警部队“十大标兵士官”、陕西省“自强好青年”“岗位学雷锋标兵”、咸阳市“十大杰出青年”“青年突击手标兵”等多项荣誉，当选陕西省第十三次党代会代表，荣立个人二等功1次、集体三等功1次。
小拇指、无名指、中指、半脚掌、脚踝、小腿，3个月、6次截肢手术、4次病危，郑明岗曾在鬼门关前走了数遭。
2014年5月，年仅22岁的郑明岗迎来噩耗，他被查出患了动脉血栓脉管炎。那时，这个血气方刚的年轻人对这种疾病还很陌生。恰逢中队正在搬迁，他带领战士夜以继日地守在工地上忙乎，顾不上病痛，也耽误了最佳治疗期。
随着病情恶化，他痛得彻夜失眠。等他再到医院时，已经没有了与病魔讨价还价的余地，必须截肢。
更不幸的是，由于体质特殊，他对很多药物过敏。
双手攥着的床单被撕裂，嘴唇被自己咬破，身体剧烈颤抖……“我能明显感受到手术刀在我身体里割来割去。” 郑明岗在手术台经历了常人无法想象的剧痛。
这样的剧痛，郑明岗接连“品味”了6次，从左脚拇指一直截到了膝关节。他抓烂了20多条床单，体重从120多斤降到不足80斤。
2015年7月10日，郑明岗永远也忘不了这个日子。装上假肢的那一刻，这个钢铁汉子哭得像个孩子。
“姐，我怎么觉得装上假肢以后，左腿就像踩在棉花上一样，不像我自己的腿，好难受啊！”第一次练习走路，他刚迈出第一步，还没有站稳，就重重地摔在了水泥地板上。
“厄运无法让我跪地求饶。”在医院的病房和院子里，尽管衣服被汗水浸湿，假肢上满是鲜血，他仍不停地一步一步往前挪。
30天之后，郑明岗竟然已经适应假肢，能正常走路了。
“太厉害了！一般情况下病人装上假肢3个月后才能正常走路。他是一个真正的军人。”护士杨艳说，医护人员都称赞他是“刀锋战士”。
出院当天，他就向支队递交了归队申请：我是一名战士，请求组织让我回归战位。
截肢后刚刚归队时，中队干部怕他累着，特意安排战友照顾他的日常生活。他婉拒了战友的好意，不想成为大家的“包袱”。他暗暗发誓：要像正常人一样当好“普通士兵”。
那是浴火重生的艰苦过程。为了恢复到尖兵状态，他拼着命训练。
第一次器械训练时，他不慎从单杠上摔了下来，“左小腿”甩出很远，他单腿蹦跳到假肢前，安好后继续训练……
他主动请缨参加5公里长跑训练，不料成绩不合格，这激起了他的斗志。为了达标，别人跑3公里，他就练习5公里；别人练习5公里，他就穿防弹衣、绑沙袋跑。长跑时，他的左膝关节常会被磨烂，血水沿着假肢淌下来。别人问他痛不痛，他以“那条痛的腿已经不在了”作答。
半年以后，他的军事科目成绩全部达到优秀。如今，他单双杠能完成五练习、俯卧撑一口气能做200多个、25分钟能跑完5公里武装越野，还担任了擒敌、战术、器械等5个科目教员。
武警陕西省总队给他记个人二等功，并向全体官兵发出“向郑明岗同志学习争当训练尖兵”的号召。
2015年12月，他向中队党支部郑重递交了申请，请求再次担任班长。为避免繁重任务影响他身体康复，中队党支部婉拒了他的请求。第二天早操，他自告奋勇为中队官兵表演了精湛的擒敌技术，再次向组织递交了申请。在他的坚持下，2016年年初，他如愿重回班长岗位。
2016年9月，他参与某执勤点检查勤务。一天中午，他发现一辆汽车临近检查点时突然加速企图冲卡，当即鸣枪警告。疑犯随后弃车逃窜，他快速冲上去，一记侧踹把疑犯重重击倒在地，随即用娴熟的锁喉擒拿死死控制住疑犯，当场缴获匕首等违禁物品。
2017年5月，中队担负了某安保任务，他再次主动申请参加任务。5月13日18时许，他发现一辆汽车在距离检查点200米的地方停车后，车内人员把一个箱子从后座转移到了后备箱。在检查汽车后备箱时，当场缴获大量违禁物品。
中队长李辉说，郑明岗邪恶当前敢亮剑、紧要关头敢冲锋，真像一颗出膛的子弹。
郑明岗自己则说：对于我而言，作为一名战士是最幸福的事情。我要用一生的时间，去践行对军装的承诺。
郑明岗的“好兵梦”、军人血性、积极乐观和助人为乐精神不但震撼了身边人，还感染了整个陕西武警总队的所有官兵，感动着拥有厚重历史的三秦大地。
郑明岗曾说：我坚信，用一只腿，照样能和战友们一起奔跑在强军路上，永不掉队。
Https://mil.news.sina.com.cn/china/2018-12-25/doc-ihqhqcis0086100.shtml
Our army soldiers lost their left leg after 6 amputations. They can still squat on the side of the uniform. (Photos)
Our army soldiers lost their left leg after 6 amputations. They can still squat on the side of the uniform. (Photos)
108
In the new syllabus, the five-kilometer armed off-road 21 minutes and 50 seconds is an excellent result. For a person who has lost his left leg, this is a miracle.
After three hours of attack, I crossed the two mountain beams and rushed into the sea of fire to rescue three trapped people. For a person with a prosthetic limb, this is still a miracle.
In the process of chasing, the prosthetic limbs were smashed and the criminals were subdued on one leg. This is another miracle.
Zheng Minggang, the squad leader of the Eighth Squadron of the Xianyang City Detachment of the Shaanxi Provincial Armed Police Corps. A serious illness, 6 amputation surgery, let him lose the left calf. But the physical insufficiency did not detract from the motivation of his running, and he could not take off his beloved uniform.
With half a leg missing, he did not have a slight drag on his footsteps. He has won the 21st "China's top ten loyal guards of the armed police" nomination award, the "Top Ten Standards Officer" of the Armed Police Force, the "Self-Strong Youth" in Shaanxi Province, the "Ten Feng Model", and the "Top Ten Outstanding Youth" of Xianyang City. The assault squadron and many other honors were elected as representatives of the thirteenth party congress in Shaanxi Province, and won one second class and one third class.
The little finger, the ring finger, the middle finger, the half foot, the ankle, the calf, 3 months, 6 amputation operations, 4 times of illness, Zheng Minggang had gone before the ghost gate.
In May 2014, Zheng Minggang, who was only 22 years old, ushered in a bad news. He was diagnosed with arterial thromboangiitis. At that time, this bloody young man was still new to the disease. It coincides with the squadron being relocated. He led the soldiers to stay on the construction site day and night, not busy with the pain, but also delayed the best treatment period.
As the condition worsened, he was sorely insomnia all night. When he went to the hospital again, there was no room for bargaining with the disease, and he had to amputate.
More unfortunately, he is allergic to many drugs because of his special constitution.
The sheets that were rubbed with both hands were torn, the lips were bitten by themselves, and the body trembled violently... "I can clearly feel the scalpel cut and cut in my body." Zheng Minggang experienced severe pain that ordinary people could not imagine on the operating table. .
Such a severe pain, Zheng Minggang successively "taste" 6 times, from the left thumb to the knee joint. He caught more than 20 sheets and lost more than 120 kilograms to less than 80 pounds.
On July 10, 2015, Zheng Minggang will never forget this day. At the moment of the prosthetic attachment, the iron man cried like a child.
"Sister, how do I feel that after putting on a prosthetic leg, my left leg is like stepping on cotton, not like my own leg, so uncomfortable!" The first practice walk, he just took the first step, not yet standing Stable, it fell heavily on the concrete floor.
"The bad luck can't make me beg for mercy." In the hospital ward and yard, although the clothes were soaked in sweat and the artificial limbs were full of blood, he kept moving forward step by step.
After 30 days, Zheng Minggang had already adapted to the prosthesis and was able to walk normally.
"It's too powerful! Under normal circumstances, the patient can only walk normally after installing the prosthesis for 3 months. He is a real soldier." Nurse Yang Yan said that the medical staff praised him as a "blade warrior."
On the day of discharge, he submitted the application to the detachment: I am a soldier and asked the organization to let me return to the battle.
When he returned to the team after amputation, the squadron squad was afraid that he was tired and specially arranged for his comrades to take care of his daily life. He refused the goodwill of his comrades and didn't want to be a "baggage" for everyone. He secretly vowed to be a "normal soldier" like a normal person.
That is the hard process of rebirth. In order to return to the state of the soldiers, he struggled to train.
When he was training for the first time, he accidentally fell off the horizontal bar. The "left calf" was far away. He jumped to the prosthesis with one leg and continued training after he was well...
He volunteered to participate in the 5km long-distance running training, but unsatisfactory results, which aroused his fighting spirit. In order to reach the standard, others ran for 3 kilometers, he practiced 5 kilometers; others practiced 5 kilometers, he wore bulletproof vests and tied sandbags. During long-distance running, his left knee joint is often worn away, and blood water falls down along the prosthesis. Others asked him if he was painful. He answered with "The painful leg is gone."
After half a year, his military subjects all achieved excellent results. Today, he can complete five exercises with single parallel bars, push-ups can do more than 200 breaths, can run 5 kilometers of armed off-road in 25 minutes, and also serve as a five-member instructor for enemies, tactics, and equipment.
The Shaanxi Provincial Armed Police Corps gave him a second-class merit, and issued a call to all officers and men to "learn from Zheng Minggang to compete for training."
In December 2015, he solemnly submitted an application to the squadron's party branch, requesting to serve as the squad leader again. In order to avoid heavy tasks affecting his physical recovery, the squadron party branch declined his request. The next morning, he volunteered to perform the skill of the squadron officers and soldiers, and submitted the application to the organization again. Under his insistence, in early 2016, he returned to the squad leader position.
In September 2016, he participated in a duty check duty. At noon one day, he noticed that a car suddenly accelerated to attempt to punch the card when it approached the checkpoint, and immediately fired a warning. The suspect then abandoned the car and fled. He quickly rushed up and knocked the suspect on the ground with a slap in the face. Then he used the skillful lock throat to take control of the suspect and seized the prohibited items such as the dagger on the spot.
In May 2017, the squadron took on a security mission and he again volunteered to participate in the mission. At 18:00 on May 13th, he found that after a car parked 200 meters from the checkpoint, the insiders transferred a box from the back seat to the trunk. When checking the trunk of the car, a large number of prohibited items were seized on the spot.
Li Hui, the squadron leader, said that Zheng Minggang’s evil is now dare to slash the sword, and he is eager to charge. It is like a bullet.
Zheng Minggang himself said: For me, being a soldier is the happiest thing. I have to spend my life to practice my commitment to military uniforms.
Zheng Minggang’s “Good Soldier Dream”, military blood, positive optimism and helping others have not only shocked the people around him, but also infected all the officers and men of the entire Shaanxi Armed Police Corps, and moved the Sanqin land with a heavy history.
Zheng Minggang once said: I firmly believe that with one leg, I can still run with my comrades on the road of strong army and never fall behind.
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Chitchat Opium and China Military threads
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https://m.sohu.com/a/284900732_1147...smwp.home.fd-important.2.1545912203862BX97x8t
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中国北斗系统今天开始提供全球服务！
人民网12-27 15:05
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西昌：北斗三号导航系统北斗三号系统实现多项技术突破
在12月27日下午举行的国务院新闻办公室新闻发布会上，中国卫星导航系统管理办公室主任、北斗卫星导航系统新闻发言人冉承其宣布：
北斗三号基本系统完成建设，于今日开始提供全球服务。这标志着北斗系统服务范围由区域扩展为全球，北斗系统正式迈入全球时代。
据介绍，北斗系统是中国自主建设、独立运行，与世界其他卫星导航系统兼容共用的全球卫星导航系统，可在全球范围，全天候、全天时，为各类用户提供高精度、高可靠的定位、导航、授时服务。
自上世纪九十年代开始，北斗系统启动研制，按“三步走”发展战略，先有源后无源，先区域后全球，先后建成北斗一号、北斗二号、北斗三号系统，走出了一条中国特色的卫星导航系统建设道路。
声明：该文观点仅代表作者本人，搜狐号系信息发布平台，搜狐仅提供信息存储空间服务。
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Xichang: Beidou No.3 Navigation System Beidou No.3 System Realizes Multiple Technological Breakthroughs
At the press conference of the State Council Information Office held on the afternoon of December 27th, the director of the China Satellite Navigation System Management Office and the Beidou satellite navigation system spokesperson Yu Chengqi announced:
The construction of the basic system of the Beidou No. 3 was completed and began to provide global services today. This marks the expansion of the Beidou system from regional to global, and the Beidou system officially entered the global era.

According to reports, the Beidou system is a global satellite navigation system that is independently constructed and operated independently by China and is compatible with other satellite navigation systems in the world. It can provide high-precision and high-reliability positioning for all kinds of users on a global scale, all-weather and all-day. , navigation, timing service.
Since the 1990s, the Beidou system has been developed and developed according to the "three-step" development strategy. It is first active and passive, first regional and global, and has built Beidou-1, Beidou-2 and Beidou-3 systems. A road for the construction of satellite navigation systems with Chinese characteristics.
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中国北斗系统今天开始提供全球服务！
人民网12-27 15:05
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西昌：北斗三号导航系统北斗三号系统实现多项技术突破
在12月27日下午举行的国务院新闻办公室新闻发布会上，中国卫星导航系统管理办公室主任、北斗卫星导航系统新闻发言人冉承其宣布：
北斗三号基本系统完成建设，于今日开始提供全球服务。这标志着北斗系统服务范围由区域扩展为全球，北斗系统正式迈入全球时代。
据介绍，北斗系统是中国自主建设、独立运行，与世界其他卫星导航系统兼容共用的全球卫星导航系统，可在全球范围，全天候、全天时，为各类用户提供高精度、高可靠的定位、导航、授时服务。
自上世纪九十年代开始，北斗系统启动研制，按“三步走”发展战略，先有源后无源，先区域后全球，先后建成北斗一号、北斗二号、北斗三号系统，走出了一条中国特色的卫星导航系统建设道路。
声明：该文观点仅代表作者本人，搜狐号系信息发布平台，搜狐仅提供信息存储空间服务。
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China Beidou system began to provide global services today!

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Xichang: Beidou No.3 Navigation System Beidou No.3 System Realizes Multiple Technological Breakthroughs
At the press conference of the State Council Information Office held on the afternoon of December 27th, the director of the China Satellite Navigation System Management Office and the Beidou satellite navigation system spokesperson Yu Chengqi announced:
The construction of the basic system of the Beidou No. 3 was completed and began to provide global services today. This marks the expansion of the Beidou system from regional to global, and the Beidou system officially entered the global era.

According to reports, the Beidou system is a global satellite navigation system that is independently constructed and operated independently by China and is compatible with other satellite navigation systems in the world. It can provide high-precision and high-reliability positioning for all kinds of users on a global scale, all-weather and all-day. , navigation, timing service.
Since the 1990s, the Beidou system has been developed and developed according to the "three-step" development strategy. It is first active and passive, first regional and global, and has built Beidou-1, Beidou-2 and Beidou-3 systems. A road for the construction of satellite navigation systems with Chinese characteristics.
Disclaimer: This article only represents the author himself, Sohu is the information publishing platform, and Sohu only provides information storage space services.
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Plasma can see better than X-ray shown by the bullets inspection example, plasma see the amount of propellant (explosive) charge inside bullets, X-ray cannot.
https://mil.news.sina.com.cn/china/2018-12-27/doc-ihqfskcn1650261.shtml
中国又获技术突破：用中子照相检测航空发动机叶片
中国又获技术突破：用中子照相检测航空发动机叶片
69
近日，据中国科学院官网报道，中国科学院合肥物质科学研究院核能安全技术所研究团队基于强流氘氚中子源科学装置HINEG，与哈尔滨工业大学联合开展了航空发动机涡轮叶片残芯中子照相试验研究，成功检测出了叶片内部的微量残芯，为航空发动机涡轮叶片的制造检测工艺提供了重要支撑。
涡轮叶片是航空发动机产生推力的关键部件，叶片熔模铸造过程中残留的陶瓷型芯会降低其冷却性能，甚至阻塞冷却通道，导致叶片过热损坏，从而严重影响发动机安全。因此，发动机叶片内部残芯的检测极为重要。此次，对航空发动机叶片内部的残芯的检测就是利用基于强流氘氚中子源装置HINEG的中子照相技术。在这里大家肯定会问强流氘氚中子源装置HINEG是什么，中子照相技术是什么，它们两者是什么关系？简单来说，中子照相是一门技术，它是利用中子穿透物质从而检测物质结构性质。而要实现这门技术就必须提供稳定的中子，这里强流氘氚中子源装置HINEG就是提供中子的中子源。
强流氘氚中子源装置HINEG（中子源）
强流氘氚中子源装置HINEG是一种产生强流中子束的设备，是在2018年1月由中科院核安全技术研究所FDS凤麟核能团队成功研发的。其产生的中子源强度在现行同类装置中排名第一。中子靶是装置HINEG的核心系统之一，强流离子加速器产生高功率氘离子束轰击含有氚的中心靶，在中心靶上发生氘氚核变反应产生中子。为了产生强流的中子束，中心靶需要承受高功率离子束的轰击，带来靶上高强热流散出难题。此时，HINEG中子靶承受的热流密度是太阳表面热流密度的3倍。如果散热问题解决不好，靶温度迅速升高，其内含有的氚会快速释放，就无法实现中子的持续稳定产生。靶温升高过快时，甚至会出现瞬间被熔穿烧毁的情形。为了解决该问题，FDS凤麟核能团队发明了阵列射流耦合强剪切场的高效散热技术，成功实现了高效散热，使装置HINEG实现中子的持续稳定产生。
中子照相（技术）
中子照相监测技术是利用发射散角很小的均匀的准直中子束垂直穿透需要检测的物体来进行检测的方法。由于中子不带电荷，因此在穿透物体时，与原子核外围的电子不发生电子库伦力的作用，中子可以轻易的穿过电子层，直接击中原子核发生核反应，如：吸收反应、裂变反应或散射反应等。这种反应越强烈，中子强度减弱得越多，使得穿透的中子束的强度发生相应的减弱。这种减弱强度大小与物体内部单位体积内的核素性质、核素种类以及原子核的密度有关，同时也与被穿透物体的厚度有关。因此穿透中子束的强度变化受到物质内部结构的影响，如果我们对这种强度变化可以用图像检测器加以记录和显示，此时图像的信息可以反映物质内部核素，密度和厚度的变化，即实现中子照相。
中子照相技术具有很多独特的特征和功能。
一般情况下，普通金属与中子的核反应的截面都比较小，而大多数轻材料是碳氢化合物，其中的氢原子对中子具有较大的散射截面，从而使中子的穿透强度大为减弱。因此，当需要检测重金属内轻质材料的分布状态时，中子照相检测可以达到比较高的灵敏度。这是X射线照相检测无法比拟的。如：中子照相技术可以清晰的显示出弹壳内装药量的多少，而X射线照相无法做到。
对于原子核中质子数相同而中子数不同的同位素来说，虽然它们的物理和化学性质略有区别，但内部结构区别很大，如：锂—6和锂—7、铀—235和铀—238，它们两两之间互为同位素，但是核反应的截面积却相差百倍，所以此时我们就可以利用中子照相技术很容易区别锂—6和锂—7、铀—235和铀—238。
对于放射性物质进行X射线照相时，物体自身放出的射线可以直接在X射线胶片上感光，造成严重的干扰“云雾”使透视图片“强灭”，使得检测工作无法实现。而中子照相技术采用对中子反应截面较大的半衰期稍长的转换屏来记录中子图像，从而将各种射线消除掉，实现中子透视图像显示。如：燃烧后期的核燃料元件，其放射性及其强大，如果要检测它的内部缺陷和燃耗情况，只有中子射线照相才能进行无损检验。
两者的关系
实现中子照相需要中子源装置提供中子，同时按照产生中子能量从低到高可以分为冷中子照相，热中子照相与快中子照相，随着能量的增加穿透力能力逐步增强而检测对比度与分辨率逐步降低。强流氘氚中子源装置HINEG可以提供稳定高密度的中子流，但是中子的能量高，需要在源的周边围以适当的慢化物质，使快中子慢化为热中子。因为快中子穿透能力强，在照相过程中难以探测，图像的分辨率低。而热中子与物质的作用截面大、不同材料之间截面相差大，同时热中子容易探测。慢化的同时利用直准器使源发射的中子形成平行的或发散的中子束，提高照片的分辨率。
所以本次中国科学院合肥物质科学研究院核能安全技术所研究团队将HINEG产生的强而稳定的中子源，慢化准直以后实现高灵敏度且快速的热中子源的热中子照相检测，利用HINEG热中子照相终端，可清晰地检测出叶片内部质量为mg量级的残芯，显示出了HINEG优良的中子照相分辨特性，实验结果为该型号涡轮叶片的制造检测工艺提供了重要数据参考。
采用不同中子源的中子照相技术
实现中子照相技术，不仅可以利用强流氘氚中子源装置HINEG作为中子源。近期，中国原子能科学研究院核物理研究所副研究员韩松柏利用位于北京房山区的中国先进研究堆（CARR）（2010年5月首次临界）也开展了中子照相实验。与装置HINEG利用强流离子加速器产生高功率氘离子束轰击含有氚的中心靶从而发生氘氚核变反应产生中子不同，中国原子能科学技术研究所的中国先机研究堆（CARR）采用裂变的方式（以铀（或钚）作核燃料实现受控核裂变链式反应）得到中子。此次韩松柏开展中子照相实验的高通量中子源功率高达60MW，中子通量高，其规模目前排名亚洲第一、世界第三。堆芯发生裂变产生中子，从孔道穿出，向四面发散。由于中子源的建设成本很高，通过使用导管把中子引入到另一个大厅，可以损失很少的中子，以更好地利用每一个中子。
中国原子能科学研究院同中航工业北京航空材料研究院等12家单位开展中子成像相关研究。这些研究很好的体现了中子照相技术的特点和优势，如：
航空发动机叶片脱芯测试——通过图像增强技术可以很可靠地观测到航空发动机叶片脱芯测试过程是否脱芯完全；
干电池与锂离子电池中子照相——可清晰地观测到干电池与锂离子电池在满电与耗尽时的内部结构和状态；
压力容器钢焊接——利用能量选择中子成像研究压力容器钢焊接，可细致微观地研究结构相变、织构以及进行应力分析；
油渗沙4D测量，砂岩自发吸渗，混凝土裂缝毛细吸附——X射线无法观测水的运动过程，而中子成像可以观测到这些行为；
混凝土钢筋锈蚀中子CT测量——将混凝土钢筋放在配置好的一个腐蚀液里，每过一段时间进行一个检测，中子成像不但可以把钢筋的图层剥离出来，可以把铁锈的图层剥离出来，从而观测到腐蚀演化的进程。
China has another technological breakthrough: detecting aero-engine blades with neutron photography
China has another technological breakthrough: detecting aero-engine blades with neutron photography
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Recently, according to the official website of the Chinese Academy of Sciences, the research team of the Nuclear Energy Safety Technology Institute of the Hefei Institute of Material Science, Chinese Academy of Sciences, based on the strong hooligan neutron source scientific device HINEG, and the Harbin Institute of Technology jointly carried out the aero-engine turbine blade residual core neutron photography test. The research successfully detected the trace residual core inside the blade, which provided an important support for the manufacturing inspection process of the aero-engine turbine blade.
Turbine blades are the key components of aero-engine thrust generation. The residual ceramic core during blade investment casting will reduce its cooling performance and even block the cooling passages, causing the blades to overheat and damage, thus seriously affecting engine safety. Therefore, the detection of the residual core inside the engine blade is extremely important. This time, the detection of the residual core inside the aero-engine blade is the use of neutron photography based on the strong current neutron source device HINEG. Here, you will definitely ask what is the strong hooligan source device HINEG, what is neutron photography technology, and what is the relationship between them? In simple terms, neutron photography is a technique that uses neutrons to penetrate a substance to detect the structural properties of a substance. In order to realize this technology, it is necessary to provide stable neutrons. Here, the strong neutron source device HINEG is a neutron source that provides neutrons.
Strong current neutron source device HINEG (neutron source)
The strong current neutron source device HINEG is a device for generating strong current neutron beams. It was successfully developed by the FDS Fenglin Nuclear Energy Team of the Institute of Nuclear Safety Technology of the Chinese Academy of Sciences in January 2018. The neutron source intensity produced by it ranks first in the current class of similar devices. The neutron target is one of the core systems of the device HINEG. The high-current ion accelerator generates a high-power helium ion beam to bombard the central target containing helium, and a nucleus-nuclear reaction occurs on the central target to generate neutrons. In order to generate a strong current neutron beam, the central target needs to withstand the bombardment of a high-power ion beam, which brings about a problem of high-intensity heat flow on the target. At this time, the heat flux density of the HINEG neutron target is three times that of the solar surface. If the heat dissipation problem is not solved well, the target temperature rises rapidly, and the enthalpy contained in it will be released quickly, and the neutron is not stably generated. When the target temperature rises too fast, there may even be cases where it is melted and burned in an instant. In order to solve this problem, FDS Fenglin Nuclear Energy team invented the efficient heat dissipation technology of array jet coupling strong shear field, and successfully realized efficient heat dissipation, so that the device HINEG realized the continuous and stable generation of neutrons.
Neutron photography (technology)
Neutron camera monitoring technology is a method of detecting the object that needs to be detected by using a uniform collimated neutron beam with a small angle of divergence. Since neutrons are not charged, when electrons penetrate the object, electrons outside the nucleus do not undergo electron coulomb force. Neutrons can easily pass through the electron layer and directly hit the nucleus to undergo nuclear reactions, such as absorption reaction and fission. Reaction or scattering reaction, and the like. The stronger this reaction, the more the neutron intensity is attenuated, resulting in a corresponding decrease in the intensity of the penetrating neutron beam. This weakening intensity is related to the nature of the nuclide within the unit volume of the object, the type of nuclide and the density of the nuclei, and also to the thickness of the object being penetrated. Therefore, the intensity variation of the penetrating neutron beam is affected by the internal structure of the material. If we can record and display this intensity change with an image detector, the information of the image can reflect the changes of the internal nuclide, density and thickness of the material. , that is, to achieve neutron photography.
Neutron camera technology has many unique features and functions.
In general, the cross section of the nuclear reaction between ordinary metals and neutrons is relatively small, and most of the light materials are hydrocarbons, in which the hydrogen atoms have a large scattering cross section for neutrons, so that the penetration strength of neutrons is large. To weaken. Therefore, neutron photodetection can achieve relatively high sensitivity when it is required to detect the distribution state of light materials in heavy metals. This is unmatched by X-ray photography. For example, neutron camera technology can clearly show the amount of charge in the cartridge, but X-ray photography can not do it.
For isotopes with the same number of protons and different neutron numbers in the nucleus, although their physical and chemical properties are slightly different, the internal structures are very different, such as lithium-6 and lithium-7, uranium-235 and uranium. 238, they are isotope between each other, but the cross-sectional area of the nuclear reaction is a hundred times different, so at this time we can easily distinguish lithium-6 and lithium-7, uranium-235 and uranium-238 by neutron photography.
When radioactive materials are X-rayed, the rays emitted by the object itself can be directly sensitized on the X-ray film, causing serious interference "clouds" to make the perspective picture "strengthen", making the inspection work impossible. The neutron photographic technique uses a conversion screen with a slightly longer half-life of the neutron reaction cross section to record the neutron image, thereby eliminating various rays and realizing the neutron fluoroscopic image display. For example, the nuclear fuel element in the late stage of combustion has its radioactivity and its strongness. If it is to detect its internal defects and fuel consumption, only neutron radiography can perform non-destructive testing.
Relationship between the two
The realization of neutron photography requires a neutron source device to provide neutrons, and can be divided into cold neutron photography, thermal neutron photography and fast neutron photography according to the neutron energy generated from low to high, with the ability to penetrate with energy. Gradual enhancement and detection contrast and resolution are gradually reduced. The strong current neutron source device HINEG can provide a stable high-density neutron flux, but the neutron energy is high, and it is necessary to surround the source with appropriate moderated substances to make the fast neutrons slow down into thermal neutrons. Because the fast neutron penetration ability is strong, it is difficult to detect during the photographic process, and the resolution of the image is low. The thermal neutron and the material have a large cross section, and the cross sections of the different materials have large differences, and the thermal neutrons are easy to detect. At the same time of slowing down, the neutron emitted by the source is used to form a parallel or divergent neutron beam, which improves the resolution of the photo.
Therefore, the research team of the Institute of Nuclear Energy Safety Technology of the Hefei Institute of Material Science of the Chinese Academy of Sciences will use the strong and stable neutron source generated by HINEG to achieve high-sensitivity and rapid thermal neutron source thermal neutron detection after slow collimation. Using the HINEG thermal neutron camera terminal, the residual core with the internal mass of the blade in the order of mg can be clearly detected, showing the excellent neutron photoresolving characteristics of HINEG. The experimental results provide important for the manufacturing process of this type of turbine blade. Data reference.
Neutron camera technology with different neutron sources
The realization of neutron photography technology can not only utilize the strong current neutron source device HINEG as a neutron source. Recently, Han Songbai, an associate researcher at the Institute of Nuclear Physics of the China Institute of Atomic Energy, also conducted neutron photography experiments using the China Advanced Research Reactor (CARR) (first critical in May 2010) in Fangshan District, Beijing. Unlike the device HINEG, a high-power helium ion beam is generated by a high-current helium ion beam to bombard a central target containing helium, and a nucleus-nuclear reaction occurs to produce a neutron. The Chinese Advanced Research Reactor (CARR) of the China Institute of Atomic Energy Science and Technology adopts fission. The way (using uranium (or helium) as a nuclear fuel to achieve a controlled nuclear fission chain reaction) yields neutrons. The high-throughput neutron source power of Han Songbai's neutron photography experiment is as high as 60MW, and the neutron flux is high. Its scale is currently ranked first in Asia and third in the world. The core undergoes fission to produce neutrons, which pass through the tunnel and diverge on all sides. Due to the high construction cost of the neutron source, by using a conduit to introduce neutrons into another hall, few neutrons can be lost to make better use of each neutron.
The China Institute of Atomic Energy and 12 units including AVIC Beijing Institute of Aeronautical Materials conducted research on neutron imaging. These studies are a good example of the characteristics and advantages of neutron photography, such as:
Aeroengine Blade Core Removal Test - Image enhancement technology can be used to reliably observe whether the aero-engine blade core release test process is completely core-free;
Dry battery and lithium ion battery neutron camera - can clearly observe the internal structure and state of dry battery and lithium ion battery when fully charged and depleted;
Pressure Vessel Steel Welding - Using energy-selective neutron imaging to study pressure vessel steel welding, structural phase transformation, texture and stress analysis can be studied in detail;
4D measurement of oil seepage, spontaneous infiltration of sandstone, capillary adsorption of concrete cracks - X-rays cannot observe the movement of water, and neutron imaging can observe these behaviors;
Corrosion neutron CT measurement of concrete reinforcement - Place the concrete reinforcement in a corroded liquid that is configured, and perform a test every time. The neutron imaging can not only peel off the layer of the steel, but also peel off the layer of the rust. Come out to observe the progress of corrosion evolution.
https://mil.news.sina.com.cn/china/2018-12-27/doc-ihqfskcn1650261.shtml
中国又获技术突破：用中子照相检测航空发动机叶片
中国又获技术突破：用中子照相检测航空发动机叶片
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近日，据中国科学院官网报道，中国科学院合肥物质科学研究院核能安全技术所研究团队基于强流氘氚中子源科学装置HINEG，与哈尔滨工业大学联合开展了航空发动机涡轮叶片残芯中子照相试验研究，成功检测出了叶片内部的微量残芯，为航空发动机涡轮叶片的制造检测工艺提供了重要支撑。
涡轮叶片是航空发动机产生推力的关键部件，叶片熔模铸造过程中残留的陶瓷型芯会降低其冷却性能，甚至阻塞冷却通道，导致叶片过热损坏，从而严重影响发动机安全。因此，发动机叶片内部残芯的检测极为重要。此次，对航空发动机叶片内部的残芯的检测就是利用基于强流氘氚中子源装置HINEG的中子照相技术。在这里大家肯定会问强流氘氚中子源装置HINEG是什么，中子照相技术是什么，它们两者是什么关系？简单来说，中子照相是一门技术，它是利用中子穿透物质从而检测物质结构性质。而要实现这门技术就必须提供稳定的中子，这里强流氘氚中子源装置HINEG就是提供中子的中子源。
强流氘氚中子源装置HINEG（中子源）
强流氘氚中子源装置HINEG是一种产生强流中子束的设备，是在2018年1月由中科院核安全技术研究所FDS凤麟核能团队成功研发的。其产生的中子源强度在现行同类装置中排名第一。中子靶是装置HINEG的核心系统之一，强流离子加速器产生高功率氘离子束轰击含有氚的中心靶，在中心靶上发生氘氚核变反应产生中子。为了产生强流的中子束，中心靶需要承受高功率离子束的轰击，带来靶上高强热流散出难题。此时，HINEG中子靶承受的热流密度是太阳表面热流密度的3倍。如果散热问题解决不好，靶温度迅速升高，其内含有的氚会快速释放，就无法实现中子的持续稳定产生。靶温升高过快时，甚至会出现瞬间被熔穿烧毁的情形。为了解决该问题，FDS凤麟核能团队发明了阵列射流耦合强剪切场的高效散热技术，成功实现了高效散热，使装置HINEG实现中子的持续稳定产生。
中子照相（技术）
中子照相监测技术是利用发射散角很小的均匀的准直中子束垂直穿透需要检测的物体来进行检测的方法。由于中子不带电荷，因此在穿透物体时，与原子核外围的电子不发生电子库伦力的作用，中子可以轻易的穿过电子层，直接击中原子核发生核反应，如：吸收反应、裂变反应或散射反应等。这种反应越强烈，中子强度减弱得越多，使得穿透的中子束的强度发生相应的减弱。这种减弱强度大小与物体内部单位体积内的核素性质、核素种类以及原子核的密度有关，同时也与被穿透物体的厚度有关。因此穿透中子束的强度变化受到物质内部结构的影响，如果我们对这种强度变化可以用图像检测器加以记录和显示，此时图像的信息可以反映物质内部核素，密度和厚度的变化，即实现中子照相。
中子照相技术具有很多独特的特征和功能。
一般情况下，普通金属与中子的核反应的截面都比较小，而大多数轻材料是碳氢化合物，其中的氢原子对中子具有较大的散射截面，从而使中子的穿透强度大为减弱。因此，当需要检测重金属内轻质材料的分布状态时，中子照相检测可以达到比较高的灵敏度。这是X射线照相检测无法比拟的。如：中子照相技术可以清晰的显示出弹壳内装药量的多少，而X射线照相无法做到。
对于原子核中质子数相同而中子数不同的同位素来说，虽然它们的物理和化学性质略有区别，但内部结构区别很大，如：锂—6和锂—7、铀—235和铀—238，它们两两之间互为同位素，但是核反应的截面积却相差百倍，所以此时我们就可以利用中子照相技术很容易区别锂—6和锂—7、铀—235和铀—238。
对于放射性物质进行X射线照相时，物体自身放出的射线可以直接在X射线胶片上感光，造成严重的干扰“云雾”使透视图片“强灭”，使得检测工作无法实现。而中子照相技术采用对中子反应截面较大的半衰期稍长的转换屏来记录中子图像，从而将各种射线消除掉，实现中子透视图像显示。如：燃烧后期的核燃料元件，其放射性及其强大，如果要检测它的内部缺陷和燃耗情况，只有中子射线照相才能进行无损检验。
两者的关系
实现中子照相需要中子源装置提供中子，同时按照产生中子能量从低到高可以分为冷中子照相，热中子照相与快中子照相，随着能量的增加穿透力能力逐步增强而检测对比度与分辨率逐步降低。强流氘氚中子源装置HINEG可以提供稳定高密度的中子流，但是中子的能量高，需要在源的周边围以适当的慢化物质，使快中子慢化为热中子。因为快中子穿透能力强，在照相过程中难以探测，图像的分辨率低。而热中子与物质的作用截面大、不同材料之间截面相差大，同时热中子容易探测。慢化的同时利用直准器使源发射的中子形成平行的或发散的中子束，提高照片的分辨率。
所以本次中国科学院合肥物质科学研究院核能安全技术所研究团队将HINEG产生的强而稳定的中子源，慢化准直以后实现高灵敏度且快速的热中子源的热中子照相检测，利用HINEG热中子照相终端，可清晰地检测出叶片内部质量为mg量级的残芯，显示出了HINEG优良的中子照相分辨特性，实验结果为该型号涡轮叶片的制造检测工艺提供了重要数据参考。
采用不同中子源的中子照相技术
实现中子照相技术，不仅可以利用强流氘氚中子源装置HINEG作为中子源。近期，中国原子能科学研究院核物理研究所副研究员韩松柏利用位于北京房山区的中国先进研究堆（CARR）（2010年5月首次临界）也开展了中子照相实验。与装置HINEG利用强流离子加速器产生高功率氘离子束轰击含有氚的中心靶从而发生氘氚核变反应产生中子不同，中国原子能科学技术研究所的中国先机研究堆（CARR）采用裂变的方式（以铀（或钚）作核燃料实现受控核裂变链式反应）得到中子。此次韩松柏开展中子照相实验的高通量中子源功率高达60MW，中子通量高，其规模目前排名亚洲第一、世界第三。堆芯发生裂变产生中子，从孔道穿出，向四面发散。由于中子源的建设成本很高，通过使用导管把中子引入到另一个大厅，可以损失很少的中子，以更好地利用每一个中子。
中国原子能科学研究院同中航工业北京航空材料研究院等12家单位开展中子成像相关研究。这些研究很好的体现了中子照相技术的特点和优势，如：
航空发动机叶片脱芯测试——通过图像增强技术可以很可靠地观测到航空发动机叶片脱芯测试过程是否脱芯完全；
干电池与锂离子电池中子照相——可清晰地观测到干电池与锂离子电池在满电与耗尽时的内部结构和状态；
压力容器钢焊接——利用能量选择中子成像研究压力容器钢焊接，可细致微观地研究结构相变、织构以及进行应力分析；
油渗沙4D测量，砂岩自发吸渗，混凝土裂缝毛细吸附——X射线无法观测水的运动过程，而中子成像可以观测到这些行为；
混凝土钢筋锈蚀中子CT测量——将混凝土钢筋放在配置好的一个腐蚀液里，每过一段时间进行一个检测，中子成像不但可以把钢筋的图层剥离出来，可以把铁锈的图层剥离出来，从而观测到腐蚀演化的进程。
China has another technological breakthrough: detecting aero-engine blades with neutron photography
China has another technological breakthrough: detecting aero-engine blades with neutron photography
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Recently, according to the official website of the Chinese Academy of Sciences, the research team of the Nuclear Energy Safety Technology Institute of the Hefei Institute of Material Science, Chinese Academy of Sciences, based on the strong hooligan neutron source scientific device HINEG, and the Harbin Institute of Technology jointly carried out the aero-engine turbine blade residual core neutron photography test. The research successfully detected the trace residual core inside the blade, which provided an important support for the manufacturing inspection process of the aero-engine turbine blade.
Turbine blades are the key components of aero-engine thrust generation. The residual ceramic core during blade investment casting will reduce its cooling performance and even block the cooling passages, causing the blades to overheat and damage, thus seriously affecting engine safety. Therefore, the detection of the residual core inside the engine blade is extremely important. This time, the detection of the residual core inside the aero-engine blade is the use of neutron photography based on the strong current neutron source device HINEG. Here, you will definitely ask what is the strong hooligan source device HINEG, what is neutron photography technology, and what is the relationship between them? In simple terms, neutron photography is a technique that uses neutrons to penetrate a substance to detect the structural properties of a substance. In order to realize this technology, it is necessary to provide stable neutrons. Here, the strong neutron source device HINEG is a neutron source that provides neutrons.
Strong current neutron source device HINEG (neutron source)
The strong current neutron source device HINEG is a device for generating strong current neutron beams. It was successfully developed by the FDS Fenglin Nuclear Energy Team of the Institute of Nuclear Safety Technology of the Chinese Academy of Sciences in January 2018. The neutron source intensity produced by it ranks first in the current class of similar devices. The neutron target is one of the core systems of the device HINEG. The high-current ion accelerator generates a high-power helium ion beam to bombard the central target containing helium, and a nucleus-nuclear reaction occurs on the central target to generate neutrons. In order to generate a strong current neutron beam, the central target needs to withstand the bombardment of a high-power ion beam, which brings about a problem of high-intensity heat flow on the target. At this time, the heat flux density of the HINEG neutron target is three times that of the solar surface. If the heat dissipation problem is not solved well, the target temperature rises rapidly, and the enthalpy contained in it will be released quickly, and the neutron is not stably generated. When the target temperature rises too fast, there may even be cases where it is melted and burned in an instant. In order to solve this problem, FDS Fenglin Nuclear Energy team invented the efficient heat dissipation technology of array jet coupling strong shear field, and successfully realized efficient heat dissipation, so that the device HINEG realized the continuous and stable generation of neutrons.
Neutron photography (technology)
Neutron camera monitoring technology is a method of detecting the object that needs to be detected by using a uniform collimated neutron beam with a small angle of divergence. Since neutrons are not charged, when electrons penetrate the object, electrons outside the nucleus do not undergo electron coulomb force. Neutrons can easily pass through the electron layer and directly hit the nucleus to undergo nuclear reactions, such as absorption reaction and fission. Reaction or scattering reaction, and the like. The stronger this reaction, the more the neutron intensity is attenuated, resulting in a corresponding decrease in the intensity of the penetrating neutron beam. This weakening intensity is related to the nature of the nuclide within the unit volume of the object, the type of nuclide and the density of the nuclei, and also to the thickness of the object being penetrated. Therefore, the intensity variation of the penetrating neutron beam is affected by the internal structure of the material. If we can record and display this intensity change with an image detector, the information of the image can reflect the changes of the internal nuclide, density and thickness of the material. , that is, to achieve neutron photography.
Neutron camera technology has many unique features and functions.
In general, the cross section of the nuclear reaction between ordinary metals and neutrons is relatively small, and most of the light materials are hydrocarbons, in which the hydrogen atoms have a large scattering cross section for neutrons, so that the penetration strength of neutrons is large. To weaken. Therefore, neutron photodetection can achieve relatively high sensitivity when it is required to detect the distribution state of light materials in heavy metals. This is unmatched by X-ray photography. For example, neutron camera technology can clearly show the amount of charge in the cartridge, but X-ray photography can not do it.
For isotopes with the same number of protons and different neutron numbers in the nucleus, although their physical and chemical properties are slightly different, the internal structures are very different, such as lithium-6 and lithium-7, uranium-235 and uranium. 238, they are isotope between each other, but the cross-sectional area of the nuclear reaction is a hundred times different, so at this time we can easily distinguish lithium-6 and lithium-7, uranium-235 and uranium-238 by neutron photography.
When radioactive materials are X-rayed, the rays emitted by the object itself can be directly sensitized on the X-ray film, causing serious interference "clouds" to make the perspective picture "strengthen", making the inspection work impossible. The neutron photographic technique uses a conversion screen with a slightly longer half-life of the neutron reaction cross section to record the neutron image, thereby eliminating various rays and realizing the neutron fluoroscopic image display. For example, the nuclear fuel element in the late stage of combustion has its radioactivity and its strongness. If it is to detect its internal defects and fuel consumption, only neutron radiography can perform non-destructive testing.
Relationship between the two
The realization of neutron photography requires a neutron source device to provide neutrons, and can be divided into cold neutron photography, thermal neutron photography and fast neutron photography according to the neutron energy generated from low to high, with the ability to penetrate with energy. Gradual enhancement and detection contrast and resolution are gradually reduced. The strong current neutron source device HINEG can provide a stable high-density neutron flux, but the neutron energy is high, and it is necessary to surround the source with appropriate moderated substances to make the fast neutrons slow down into thermal neutrons. Because the fast neutron penetration ability is strong, it is difficult to detect during the photographic process, and the resolution of the image is low. The thermal neutron and the material have a large cross section, and the cross sections of the different materials have large differences, and the thermal neutrons are easy to detect. At the same time of slowing down, the neutron emitted by the source is used to form a parallel or divergent neutron beam, which improves the resolution of the photo.
Therefore, the research team of the Institute of Nuclear Energy Safety Technology of the Hefei Institute of Material Science of the Chinese Academy of Sciences will use the strong and stable neutron source generated by HINEG to achieve high-sensitivity and rapid thermal neutron source thermal neutron detection after slow collimation. Using the HINEG thermal neutron camera terminal, the residual core with the internal mass of the blade in the order of mg can be clearly detected, showing the excellent neutron photoresolving characteristics of HINEG. The experimental results provide important for the manufacturing process of this type of turbine blade. Data reference.
Neutron camera technology with different neutron sources
The realization of neutron photography technology can not only utilize the strong current neutron source device HINEG as a neutron source. Recently, Han Songbai, an associate researcher at the Institute of Nuclear Physics of the China Institute of Atomic Energy, also conducted neutron photography experiments using the China Advanced Research Reactor (CARR) (first critical in May 2010) in Fangshan District, Beijing. Unlike the device HINEG, a high-power helium ion beam is generated by a high-current helium ion beam to bombard a central target containing helium, and a nucleus-nuclear reaction occurs to produce a neutron. The Chinese Advanced Research Reactor (CARR) of the China Institute of Atomic Energy Science and Technology adopts fission. The way (using uranium (or helium) as a nuclear fuel to achieve a controlled nuclear fission chain reaction) yields neutrons. The high-throughput neutron source power of Han Songbai's neutron photography experiment is as high as 60MW, and the neutron flux is high. Its scale is currently ranked first in Asia and third in the world. The core undergoes fission to produce neutrons, which pass through the tunnel and diverge on all sides. Due to the high construction cost of the neutron source, by using a conduit to introduce neutrons into another hall, few neutrons can be lost to make better use of each neutron.
The China Institute of Atomic Energy and 12 units including AVIC Beijing Institute of Aeronautical Materials conducted research on neutron imaging. These studies are a good example of the characteristics and advantages of neutron photography, such as:
Aeroengine Blade Core Removal Test - Image enhancement technology can be used to reliably observe whether the aero-engine blade core release test process is completely core-free;
Dry battery and lithium ion battery neutron camera - can clearly observe the internal structure and state of dry battery and lithium ion battery when fully charged and depleted;
Pressure Vessel Steel Welding - Using energy-selective neutron imaging to study pressure vessel steel welding, structural phase transformation, texture and stress analysis can be studied in detail;
4D measurement of oil seepage, spontaneous infiltration of sandstone, capillary adsorption of concrete cracks - X-rays cannot observe the movement of water, and neutron imaging can observe these behaviors;
Corrosion neutron CT measurement of concrete reinforcement - Place the concrete reinforcement in a corroded liquid that is configured, and perform a test every time. The neutron imaging can not only peel off the layer of the steel, but also peel off the layer of the rust. Come out to observe the progress of corrosion evolution.
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Beidou is an impressive navigational system. If you're in China and using the Chinese developed GPS, you will see 3D display of the building around you versus 2D map. While the US is still stuck in 2D maps, Beidou not only allows you to track the longitude and latitude but elevation as well. All those fake news about Chinese stealing technology when there is nothing to steal; the Chinese have been leading the development in all areas - military, technology, healthcare etc
Never been more proud to be a Chinese!
Never been more proud to be a Chinese!
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Yes! e.g. 百度map or 高德map for examples, can navigate inside 地铁 underground malls floor by floor telling you exactly where is each shop & where is each restaurant & toilets! 3D!
Ang Moh cannot! No such technology!
Fucking impressive when you enter a restaurant, you seat yourself and use 微信 scan QR code on the table. Their food menu and prices will pop up on smart phone with photos. You pick order and pay with 微信, food will come to your table, no need to talk to staff nor go to counter. You eat and you leave. All you need is your Android phone. No Cash! No menu! No counter! No talking needed at all!
BEST HIGH TECH in the World! Nowhere else can find! ONLY China!
Today's Chow Ang Moh lives in Dinosaur Time & using Flintstone Technologies, and yet very ignorant and arrogant! Got no fucking idea how far and fast they had been thrown behind by Chinese. Sad fucking MAGA Dead Meat!
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I am holding my horses ... anything that comes out of China must be re confirm many times.
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Made in China lah. You believe commie tiong propaganda lah? Tiongs infamous for espionage and copy cat leh.
Safran think our A*Star so atas until song song.
safran a*star opinion
Safran think our A*Star so atas until song song.
safran a*star opinion
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The third Chinese commercial aircraft soars into the sky. Today (28 December) at 12.45, according to the timeเครื่องบินพาณิชย์สัญชาติจีนลำที่ 3 ทะยานสู่ฟากฟ้า . วันนี้ (28 ธ.ค.) เวลา 12.45 ตามเวลาท้องถิ
http://www.xinhuanet.com/photo/2018-12/28/c_1123920847.htm
C919国产大型客机103架机首飞成功
2018年12月28日 18:39:21 | 来源： 新华网
12月28日，C919国产大型客机103架机在上海浦东国际机场起飞。 当日12时45分，C919国产大型客机103架机平安降落在上海浦东国际机场，圆满完成第一次飞行，标志着目前共三架C919飞机进入试飞状态。 新华社记者 丁汀 摄
12月28日，C919国产大型客机
http://www.xinhuanet.com/photo/2018-12/28/c_1123920847.htm
C919国产大型客机103架机首飞成功
2018年12月28日 18:39:21 | 来源： 新华网
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1B1R can ban all Chow Ang Moh made flights and Chow Ang Moh will die faster. These bankrupted beggars are not only broke, they are lazy, rotten, sick, stupid, arrogant and foolish, they are committing suicide, so just help them to extinct ASAP. Wold resources belong to 1B1R.
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See news? Chow Ang Moh made Helicopter failed and crashed and all onboard killed today! GVGT!
https://www.rt.com/news/447774-rescue-helicopter-crash-uae/
WATCH the terrifying moment a rescue helicopter crashes in UAE mountains
Published time: 30 Dec, 2018 07:28
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FILE PHOTO. © Twitter / NSRCUAE
The helicopter, belonging to the UAE’s National Search and Rescue Center, crashed near the country’s highest mountain, Jebel Jais, on Saturday. Dramatic footage of the incident circulated on social media, showing the red and white aircraft plummeting to the ground.
The aircraft crashed on rough terrain, catching fire on impact. Its crew of four – two pilots, a navigator and a doctor – have been confirmed dead. The medical worker on board was reportedly a foreigner, while the three others were UAE nationals.
The helicopter was on a rescue mission to airlift an injured man from the mountain, but it crashed before picking him up. While the exact cause of the incident has yet to be determined, local media report that the helicopter may have tipped a zipline.
READ MORE: 6 people injured after jet bridge partially collapses at Baltimore airport
Jebel Jais mountain is home to the world’s longest zipline, which was unveiled earlier this year. It remains unclear whether the 2.83km (1.75 mile) ride was damaged during the helicopter crash.
Think your friends would be interested? Share this sto
https://www.rt.com/news/447774-rescue-helicopter-crash-uae/
WATCH the terrifying moment a rescue helicopter crashes in UAE mountains
Published time: 30 Dec, 2018 07:28
Get short URL
FILE PHOTO. © Twitter / NSRCUAE
- 8
The helicopter, belonging to the UAE’s National Search and Rescue Center, crashed near the country’s highest mountain, Jebel Jais, on Saturday. Dramatic footage of the incident circulated on social media, showing the red and white aircraft plummeting to the ground.
The aircraft crashed on rough terrain, catching fire on impact. Its crew of four – two pilots, a navigator and a doctor – have been confirmed dead. The medical worker on board was reportedly a foreigner, while the three others were UAE nationals.
The helicopter was on a rescue mission to airlift an injured man from the mountain, but it crashed before picking him up. While the exact cause of the incident has yet to be determined, local media report that the helicopter may have tipped a zipline.
READ MORE: 6 people injured after jet bridge partially collapses at Baltimore airport
Jebel Jais mountain is home to the world’s longest zipline, which was unveiled earlier this year. It remains unclear whether the 2.83km (1.75 mile) ride was damaged during the helicopter crash.
Think your friends would be interested? Share this sto
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https://mil.news.sina.com.cn/jssd/2018-12-30/doc-ihqhqcis1615556.shtml
新浪军事 > 军事深度>正文
新闻
美第3艘朱姆沃尔特级驱逐舰下水 中国制造却功不可没
2018年12月30日 10:09 新浪军事
333
也要部署中国周边？美军最后一艘朱姆沃尔特级舰下水1/12
查看原图图集模式
据美国防务新闻网站12月10日报道，在一片争议声中，美国海军第三艘、也是最后一艘“朱姆沃尔特”级驱逐舰“林登·约翰逊”号，12月9日在巴斯钢铁造船厂下水了。随着新兴大国海军实力不断增强，定位尴尬的“约翰逊”号，也和她的两位姐姐一样前途未卜。
朱姆沃尔特级驱逐舰是美国海军新型隐身导弹驱逐舰，但由于技术先进、研发费用高，导致其成本高企，最终由于高昂的费用，美国海军负担不起最初计划的32艘的建造计划，订购数量直线下滑到3艘，使朱姆沃尔特级驱逐舰成了世界历史上最昂贵的军舰，单舰成本42.2亿美元，而美国海军阿利伯克级驱逐舰前后66艘，单舰成本才4.24亿美元。
朱姆沃尔特级驱逐舰
近日，朱姆沃尔特级第三艘 “林登·B·约翰逊”号下水，在美国海军庆祝之际，细心的中国网友却发现， “林登B。约翰逊”号两侧的起重机上竟然印着大大的“SPMC”字样，不禁感叹，看来美国海军也离不开中国制造啊。
图为朱姆沃尔特号建造时的场景
“林登B。约翰逊”号是由美国巴斯钢铁造船厂建造的，巴斯钢铁造船厂是美国六大造船厂之一，也是美国海军第二重要的指定造船上，朱姆沃尔特级驱逐舰3艘舰全部由巴斯钢铁造船厂制造。
“林登B。约翰逊”号在中国制造的船坞中
然而，网友们却发现，巴斯钢铁造船厂竟然使用的是上海振华制造的港口起重机，不仅如此，建造“林登B。约翰逊”号的28000吨浮船坞也是中国江都粤海造船有限公司的产品，可见，对美国来说，“Made In China”已经深入到方方面面，连美国海军最顶级的驱逐舰建造工程都离不开中国生产的大型设备。
朱姆沃尔特级发射远程对陆攻击炮弹
而朱姆沃尔特级驱逐舰采用了诸多先进技术，以隐身性、全电推进、先进垂发等新兴技术代表了世界驱逐舰的发展方向，更不用说它装备的火炮了，据美国媒体报道，朱姆沃尔特级驱逐舰采用的2门155毫米舰载火炮系统，使用专用对陆攻击炮弹时射程高达154公里，圆概率误差小于50米，连炮管都是水冷的，射速高达10发/分钟，不过这款炮弹成本却高达80-100万美元，连财大气粗、“国会宠儿”的美国海军也直喊贵，并宣布暂时不采购对陆攻击炮弹。（作者署名：利刃月影/谷火平）
Sina Military > Military Depth > Text
news
The third US Zumwal-class destroyer launched in China, but China’s manufacturing is indispensable.
December 30, 2018 10:09 Sina Military
333
Also deploy China's periphery? The last US ship of the Zumwalt class launched 1/12
View the original map mode
According to the US Defense News website reported on December 10th, in the controversy, the US Navy’s third and last "Zumwalt" class destroyer "Linden Johnson", on December 9th in Bath Steel The shipyard was launched. As the strength of the emerging powers of the navy continues to increase, the "Johnson", which is located in the same position, is as uncertain as her two sisters.
The Jumwal-class destroyer is a new stealth guided missile destroyer of the US Navy. However, due to its advanced technology and high R&D costs, its cost is high. In the end, due to the high cost, the US Navy can't afford the original 32-plan construction plan. The decline to three ships made the Zhumwal-class destroyer the most expensive warship in the history of the world. The cost of a single ship was $4.22 billion, while the US Navy's Alibek-class destroyer had 66 ships, and the cost of a single ship was only $424 million.
Zumwal-class destroyer Zumwal-class destroyer
Recently, the third "Linden B. Johnson" of the Zumwalt class was launched. At the time of the celebration of the US Navy, the careful Chinese netizens found that the cranes on both sides of the "Linden B. Johnson" were actually printed. The big "SPMC" words can not help but sigh, it seems that the US Navy is also inseparable from Chinese manufacturing.
The picture shows the scene of the Zumwalt when it was built.
The "Linden B. Johnson" was built by the American Steel Shipyard. The Bath Steel Shipyard is one of the six major shipyards in the United States and the second most important designated shipbuilder of the US Navy. The Zumwalt-class destroyer 3 The ships are all manufactured by the Bass Steel Shipyard.
"Linden B. Johnson" in the shipyard made in China "Linden B. Johnson" in the shipyard made in China
However, netizens found that the Bass Steel Shipyard actually used the port cranes manufactured by Shanghai Zhenhua. Not only that, but the 28,000-ton floating dock that built the "Linden B. Johnson" was also the Chinese Jiangdu Yuehai Shipbuilding Co., Ltd. Products, it can be seen that for the United States, "Made In China" has penetrated into every aspect, and even the US Navy's top destroyer construction projects are inseparable from the large equipment produced in China.
Jumwalt-class launch of long-range land attack shells, Zhumwalt-class launch, long-range land attack shells
The Jumwal-class destroyer uses a number of advanced technologies to represent the development direction of the world's destroyers in emerging technologies such as stealth, all-electric propulsion, and advanced sag, not to mention the artillery it is equipped with. According to US media reports, Zhum The two-door 155-mm ship-borne artillery system used by the Walter-class destroyer has a range of up to 154 km with a dedicated land attack projectile with a circular probability error of less than 50 m. Even the barrel is water-cooled and has a rate of fire of up to 10 rounds per minute. The cost of this shell is as high as 80-100 million US dollars. Even the US Navy, which is rich in financial resources and "the darling of Congress," is also arguing for it, and announced that it will not purchase land attack shells for the time being. (Author's signature: Lee Blade Moon Shadow / Gu Huoping)
Chinese laughing at Chow Ang Moh USA naval competitions, MAGA Dotard can build no ship without using our technologies & supplies! We can Sanction You!
新浪军事 > 军事深度>正文
新闻
美第3艘朱姆沃尔特级驱逐舰下水 中国制造却功不可没
2018年12月30日 10:09 新浪军事
333
也要部署中国周边？美军最后一艘朱姆沃尔特级舰下水1/12
查看原图图集模式
据美国防务新闻网站12月10日报道，在一片争议声中，美国海军第三艘、也是最后一艘“朱姆沃尔特”级驱逐舰“林登·约翰逊”号，12月9日在巴斯钢铁造船厂下水了。随着新兴大国海军实力不断增强，定位尴尬的“约翰逊”号，也和她的两位姐姐一样前途未卜。
朱姆沃尔特级驱逐舰是美国海军新型隐身导弹驱逐舰，但由于技术先进、研发费用高，导致其成本高企，最终由于高昂的费用，美国海军负担不起最初计划的32艘的建造计划，订购数量直线下滑到3艘，使朱姆沃尔特级驱逐舰成了世界历史上最昂贵的军舰，单舰成本42.2亿美元，而美国海军阿利伯克级驱逐舰前后66艘，单舰成本才4.24亿美元。
近日，朱姆沃尔特级第三艘 “林登·B·约翰逊”号下水，在美国海军庆祝之际，细心的中国网友却发现， “林登B。约翰逊”号两侧的起重机上竟然印着大大的“SPMC”字样，不禁感叹，看来美国海军也离不开中国制造啊。
“林登B。约翰逊”号是由美国巴斯钢铁造船厂建造的，巴斯钢铁造船厂是美国六大造船厂之一，也是美国海军第二重要的指定造船上，朱姆沃尔特级驱逐舰3艘舰全部由巴斯钢铁造船厂制造。
然而，网友们却发现，巴斯钢铁造船厂竟然使用的是上海振华制造的港口起重机，不仅如此，建造“林登B。约翰逊”号的28000吨浮船坞也是中国江都粤海造船有限公司的产品，可见，对美国来说，“Made In China”已经深入到方方面面，连美国海军最顶级的驱逐舰建造工程都离不开中国生产的大型设备。
而朱姆沃尔特级驱逐舰采用了诸多先进技术，以隐身性、全电推进、先进垂发等新兴技术代表了世界驱逐舰的发展方向，更不用说它装备的火炮了，据美国媒体报道，朱姆沃尔特级驱逐舰采用的2门155毫米舰载火炮系统，使用专用对陆攻击炮弹时射程高达154公里，圆概率误差小于50米，连炮管都是水冷的，射速高达10发/分钟，不过这款炮弹成本却高达80-100万美元，连财大气粗、“国会宠儿”的美国海军也直喊贵，并宣布暂时不采购对陆攻击炮弹。（作者署名：利刃月影/谷火平）
Sina Military > Military Depth > Text
news
The third US Zumwal-class destroyer launched in China, but China’s manufacturing is indispensable.
December 30, 2018 10:09 Sina Military
333
Also deploy China's periphery? The last US ship of the Zumwalt class launched 1/12
View the original map mode
According to the US Defense News website reported on December 10th, in the controversy, the US Navy’s third and last "Zumwalt" class destroyer "Linden Johnson", on December 9th in Bath Steel The shipyard was launched. As the strength of the emerging powers of the navy continues to increase, the "Johnson", which is located in the same position, is as uncertain as her two sisters.
The Jumwal-class destroyer is a new stealth guided missile destroyer of the US Navy. However, due to its advanced technology and high R&D costs, its cost is high. In the end, due to the high cost, the US Navy can't afford the original 32-plan construction plan. The decline to three ships made the Zhumwal-class destroyer the most expensive warship in the history of the world. The cost of a single ship was $4.22 billion, while the US Navy's Alibek-class destroyer had 66 ships, and the cost of a single ship was only $424 million.
Zumwal-class destroyer Zumwal-class destroyer
Recently, the third "Linden B. Johnson" of the Zumwalt class was launched. At the time of the celebration of the US Navy, the careful Chinese netizens found that the cranes on both sides of the "Linden B. Johnson" were actually printed. The big "SPMC" words can not help but sigh, it seems that the US Navy is also inseparable from Chinese manufacturing.
The picture shows the scene of the Zumwalt when it was built.
The "Linden B. Johnson" was built by the American Steel Shipyard. The Bath Steel Shipyard is one of the six major shipyards in the United States and the second most important designated shipbuilder of the US Navy. The Zumwalt-class destroyer 3 The ships are all manufactured by the Bass Steel Shipyard.
"Linden B. Johnson" in the shipyard made in China "Linden B. Johnson" in the shipyard made in China
However, netizens found that the Bass Steel Shipyard actually used the port cranes manufactured by Shanghai Zhenhua. Not only that, but the 28,000-ton floating dock that built the "Linden B. Johnson" was also the Chinese Jiangdu Yuehai Shipbuilding Co., Ltd. Products, it can be seen that for the United States, "Made In China" has penetrated into every aspect, and even the US Navy's top destroyer construction projects are inseparable from the large equipment produced in China.
Jumwalt-class launch of long-range land attack shells, Zhumwalt-class launch, long-range land attack shells
The Jumwal-class destroyer uses a number of advanced technologies to represent the development direction of the world's destroyers in emerging technologies such as stealth, all-electric propulsion, and advanced sag, not to mention the artillery it is equipped with. According to US media reports, Zhum The two-door 155-mm ship-borne artillery system used by the Walter-class destroyer has a range of up to 154 km with a dedicated land attack projectile with a circular probability error of less than 50 m. Even the barrel is water-cooled and has a rate of fire of up to 10 rounds per minute. The cost of this shell is as high as 80-100 million US dollars. Even the US Navy, which is rich in financial resources and "the darling of Congress," is also arguing for it, and announced that it will not purchase land attack shells for the time being. (Author's signature: Lee Blade Moon Shadow / Gu Huoping)
Chinese laughing at Chow Ang Moh USA naval competitions, MAGA Dotard can build no ship without using our technologies & supplies! We can Sanction You!
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https://mil.news.sina.com.cn/china/2018-12-30/doc-ihqfskcn2553867.shtml
台当局称20艘大陆渔船“越界” 扬言派大舰强势驱离
台当局称20艘大陆渔船“越界” 扬言派大舰强势驱离
497
台海军又出丑！继雄三误射后 导弹快艇撞上渔船1/5
查看原图图集模式
继去年“雄三”误射渔船后，台海军18日又发生导弹快艇与海钓娱乐船擦撞事件，所幸无人受伤。对此，“北洋号”林姓船长表示，碰撞发生后，军舰即不管他们的死活，往西北开去，他气愤地指出，万一船沉了，这16条人命，军方赔得起吗？
原标题：台当局称20艘大陆渔船“越界” 扬言用大型舰艇“强势驱离”
图为插着五星红旗的大陆渔船。（图：今日新闻）
台媒29日报道称，有20多艘大陆渔船因需要避风，驶入所谓的“台湾管辖海域”内。获知消息后，台“海巡署”威胁称“将派大型舰艇强势驱离”。
近日澎湖海域天气恶劣，阵风高达11级，有不少大陆渔船驶入该区域内就近避风，但不少台媒在报道时再次炒作称大陆渔船“越界”捕鱼。
据《联合报》、“中央社”等台媒报道，台“海巡署”称，澎湖海巡队于27日海上天气转差时，已先行调派PP-10066艇，部署在姑婆屿，驱离附近的大陆渔船。28日，接获通报后，“海巡署”再调派100吨舰艇赴东、西吉屿海域执行驱离大陆“越界”渔船的任务，但因海上天气恶劣，舰艇返港待命。
不仅如此，“海巡署”甚至威胁称，第13巡防区持续以雷达监控目前于东、西吉海域避风的大陆渔船，待风力减弱，澎湖“海巡队”将派优势警力执行驱离任务。此外，舰队分署也将调派护卫舰（岛内称“巡防舰”）支持，借大型护卫舰“耐浪性”较佳并具有水炮功能，“强势驱离”大陆渔船。
图为驶入澎湖海域的大陆渔船。（图：今日新闻）
最近两年，台当局多次以“越界”为由“不友好”对待大陆渔船，而大陆船只、船员被台海巡部门扣押的事件也屡有发生。从海外网的报道来看，今年8月最为密集。8月19日，台当局“澎湖海巡队”以“越界”为由，两天内连扣两艘大陆渔船，船员被带走盘问。同月23日，另一艘大陆渔船被扣押，18名船员被带走盘问。
最严重的一次发生在2017年5月6日，台“海巡队”朝广东省南澳31049号大陆渔船连发5枪橡胶子弹和破门弹，造成两名大陆渔民受伤。
“将心比心”，国台办曾这样呼吁台当局，多年以来，大陆方面为两岸渔民正常作业提供保障，维护良好的作业秩序，保障两岸渔民的生命财产安全，做了大量的工作。大陆方面对台湾的渔民一向以同胞情谊相待，我们在沿海多个地方设立了台湾渔民接待设施，为台湾渔船和渔民提供避风、补给、抢险、救助等相关的帮助。两岸同胞是骨肉兄弟，将心比心，台湾方面应当停止以粗暴和危险的方式来对待大陆渔民，保证相关渔民的生命财产安全。（海外网 李萌）
Taiwan authorities said that 20 mainland fishing boats "cross-border" threatened to send large ships to drive away
Taiwan authorities said that 20 mainland fishing boats "cross-border" threatened to send large ships to drive away
497
The Taiwan Navy is ugly again! After the success of Jiongxiong, the missile speedboat hit the fishing boat 1/5
View the original map mode
After the "Xiong San" accidentally shot the fishing boat last year, the Taiwan Navy had another collision with the missile speedboat and the sea fishing entertainment ship on the 18th. Fortunately, no one was injured. In this regard, the captain of the "Beiyanghao" Lin surnamed said that after the collision, the warships, regardless of their lives and deaths, went northwest. He angrily pointed out that if the ship sank, the 16 lives, the military can afford it? ?
Original title: Taiwan authorities said that 20 mainland fishing boats "cross-border" threatened to use a large ship to "strongly drive away"
The picture shows a mainland fishing boat with a five-star red flag. (Photo: Today's News) The picture shows a mainland fishing boat with a five-star red flag. (Photo: Today's News)
Taiwan media reported on the 29th that more than 20 mainland fishing boats have entered the so-called "Taiwanese jurisdiction" because they need to shelter from the wind. After receiving the news, Taiwan’s “Sea Guard” threatened to “strongly drive large ships away”.
Recently, the weather in Penghu has been bad, and the gusts are as high as 11 levels. Many mainland fishing boats have entered the area and sheltered from the wind. However, many Taiwanese media have once again speculated that mainland fishing boats are “cross-border” fishing.
According to Taiwan media reports such as "United Daily News" and "Central News Agency", Taiwan's "Sea Guard" said that the Penghu sea patrol team had dispatched PP-10066 boats before the sea weather deteriorated on the 27th, and deployed them in Gupoyu, driving away from nearby areas. Continental fishing boat. On the 28th, after receiving the notice, the "Sea Guard" dispatched another 100-ton ship to the east and west Jiyu seas to carry out the mission of expelling the "cross-border" fishing vessels from the mainland. However, due to the bad weather at sea, the ships returned to Hong Kong for standby.
Not only that, the "Sea Guard" even threatened that the 13th patrol area continued to use radar to monitor the current mainland fishing boats sheltering from the east and west seas. When the winds weakened, the Wuhu "sea patrol team" will send superior police forces to perform the eviction mission. . In addition, the Fleet Division will also deploy frigates (called "patrol ships" on the island) to support the large frigates with "wave resistance" and water cannon function, "strongly drive away" mainland fishing boats.
The picture shows a mainland fishing boat that sailed into the waters of Penghu. (Photo: Today's News)
In the past two years, the Taiwan authorities have repeatedly treated mainland fishing vessels with "unfriendly" on the grounds of "cross-border", and incidents of mainland vessels and crews being detained by the Taiwan Strait patrol have also occurred frequently. According to reports from overseas networks, it was the most dense in August this year. On August 19th, the Taiwan authorities "the Penghu Sea patrol team" detained two mainland fishing boats in two days on the grounds of "cross-border". The crew members were taken away for questioning. On the 23rd of the same month, another mainland fishing boat was detained and 18 crew members were taken away for questioning.
The most serious incident occurred on May 6, 2017. The Taiwanese “sea patrol team” fired 5 rubber bullets and broken bullets at the mainland fishing boat No. 31049 in Nan'ao, Guangdong Province, causing injuries to two mainland fishermen.
"Take the heart more than the heart", the Taiwan Affairs Office of the State Council has appealed to the Taiwan authorities. For many years, the mainland has provided guarantees for the normal operation of fishermen on both sides of the strait, maintained a good operational order, and guaranteed the safety of life and property of fishermen on both sides of the strait. The mainland has always treated Taiwanese fishermen with their fellow countrymen. We have set up Taiwanese fishermen's reception facilities in various places along the coast to provide assistance to Taiwanese fishing boats and fishermen in sheltering, replenishing, rescue and assistance. Compatriots on both sides of the strait are brothers and sisters. They should compare their hearts. The Taiwan side should stop treating mainland fishermen in a rough and dangerous way and ensure the safety of life and property of the fishermen concerned. (Overseas Network Li Meng)
台当局称20艘大陆渔船“越界” 扬言派大舰强势驱离
台当局称20艘大陆渔船“越界” 扬言派大舰强势驱离
497
台海军又出丑！继雄三误射后 导弹快艇撞上渔船1/5
查看原图图集模式
继去年“雄三”误射渔船后，台海军18日又发生导弹快艇与海钓娱乐船擦撞事件，所幸无人受伤。对此，“北洋号”林姓船长表示，碰撞发生后，军舰即不管他们的死活，往西北开去，他气愤地指出，万一船沉了，这16条人命，军方赔得起吗？
原标题：台当局称20艘大陆渔船“越界” 扬言用大型舰艇“强势驱离”
台媒29日报道称，有20多艘大陆渔船因需要避风，驶入所谓的“台湾管辖海域”内。获知消息后，台“海巡署”威胁称“将派大型舰艇强势驱离”。
近日澎湖海域天气恶劣，阵风高达11级，有不少大陆渔船驶入该区域内就近避风，但不少台媒在报道时再次炒作称大陆渔船“越界”捕鱼。
据《联合报》、“中央社”等台媒报道，台“海巡署”称，澎湖海巡队于27日海上天气转差时，已先行调派PP-10066艇，部署在姑婆屿，驱离附近的大陆渔船。28日，接获通报后，“海巡署”再调派100吨舰艇赴东、西吉屿海域执行驱离大陆“越界”渔船的任务，但因海上天气恶劣，舰艇返港待命。
不仅如此，“海巡署”甚至威胁称，第13巡防区持续以雷达监控目前于东、西吉海域避风的大陆渔船，待风力减弱，澎湖“海巡队”将派优势警力执行驱离任务。此外，舰队分署也将调派护卫舰（岛内称“巡防舰”）支持，借大型护卫舰“耐浪性”较佳并具有水炮功能，“强势驱离”大陆渔船。
图为驶入澎湖海域的大陆渔船。（图：今日新闻）
最近两年，台当局多次以“越界”为由“不友好”对待大陆渔船，而大陆船只、船员被台海巡部门扣押的事件也屡有发生。从海外网的报道来看，今年8月最为密集。8月19日，台当局“澎湖海巡队”以“越界”为由，两天内连扣两艘大陆渔船，船员被带走盘问。同月23日，另一艘大陆渔船被扣押，18名船员被带走盘问。
最严重的一次发生在2017年5月6日，台“海巡队”朝广东省南澳31049号大陆渔船连发5枪橡胶子弹和破门弹，造成两名大陆渔民受伤。
“将心比心”，国台办曾这样呼吁台当局，多年以来，大陆方面为两岸渔民正常作业提供保障，维护良好的作业秩序，保障两岸渔民的生命财产安全，做了大量的工作。大陆方面对台湾的渔民一向以同胞情谊相待，我们在沿海多个地方设立了台湾渔民接待设施，为台湾渔船和渔民提供避风、补给、抢险、救助等相关的帮助。两岸同胞是骨肉兄弟，将心比心，台湾方面应当停止以粗暴和危险的方式来对待大陆渔民，保证相关渔民的生命财产安全。（海外网 李萌）
Taiwan authorities said that 20 mainland fishing boats "cross-border" threatened to send large ships to drive away
Taiwan authorities said that 20 mainland fishing boats "cross-border" threatened to send large ships to drive away
497
The Taiwan Navy is ugly again! After the success of Jiongxiong, the missile speedboat hit the fishing boat 1/5
View the original map mode
After the "Xiong San" accidentally shot the fishing boat last year, the Taiwan Navy had another collision with the missile speedboat and the sea fishing entertainment ship on the 18th. Fortunately, no one was injured. In this regard, the captain of the "Beiyanghao" Lin surnamed said that after the collision, the warships, regardless of their lives and deaths, went northwest. He angrily pointed out that if the ship sank, the 16 lives, the military can afford it? ?
Original title: Taiwan authorities said that 20 mainland fishing boats "cross-border" threatened to use a large ship to "strongly drive away"
The picture shows a mainland fishing boat with a five-star red flag. (Photo: Today's News) The picture shows a mainland fishing boat with a five-star red flag. (Photo: Today's News)
Taiwan media reported on the 29th that more than 20 mainland fishing boats have entered the so-called "Taiwanese jurisdiction" because they need to shelter from the wind. After receiving the news, Taiwan’s “Sea Guard” threatened to “strongly drive large ships away”.
Recently, the weather in Penghu has been bad, and the gusts are as high as 11 levels. Many mainland fishing boats have entered the area and sheltered from the wind. However, many Taiwanese media have once again speculated that mainland fishing boats are “cross-border” fishing.
According to Taiwan media reports such as "United Daily News" and "Central News Agency", Taiwan's "Sea Guard" said that the Penghu sea patrol team had dispatched PP-10066 boats before the sea weather deteriorated on the 27th, and deployed them in Gupoyu, driving away from nearby areas. Continental fishing boat. On the 28th, after receiving the notice, the "Sea Guard" dispatched another 100-ton ship to the east and west Jiyu seas to carry out the mission of expelling the "cross-border" fishing vessels from the mainland. However, due to the bad weather at sea, the ships returned to Hong Kong for standby.
Not only that, the "Sea Guard" even threatened that the 13th patrol area continued to use radar to monitor the current mainland fishing boats sheltering from the east and west seas. When the winds weakened, the Wuhu "sea patrol team" will send superior police forces to perform the eviction mission. . In addition, the Fleet Division will also deploy frigates (called "patrol ships" on the island) to support the large frigates with "wave resistance" and water cannon function, "strongly drive away" mainland fishing boats.
The picture shows a mainland fishing boat that sailed into the waters of Penghu. (Photo: Today's News)
In the past two years, the Taiwan authorities have repeatedly treated mainland fishing vessels with "unfriendly" on the grounds of "cross-border", and incidents of mainland vessels and crews being detained by the Taiwan Strait patrol have also occurred frequently. According to reports from overseas networks, it was the most dense in August this year. On August 19th, the Taiwan authorities "the Penghu Sea patrol team" detained two mainland fishing boats in two days on the grounds of "cross-border". The crew members were taken away for questioning. On the 23rd of the same month, another mainland fishing boat was detained and 18 crew members were taken away for questioning.
The most serious incident occurred on May 6, 2017. The Taiwanese “sea patrol team” fired 5 rubber bullets and broken bullets at the mainland fishing boat No. 31049 in Nan'ao, Guangdong Province, causing injuries to two mainland fishermen.
"Take the heart more than the heart", the Taiwan Affairs Office of the State Council has appealed to the Taiwan authorities. For many years, the mainland has provided guarantees for the normal operation of fishermen on both sides of the strait, maintained a good operational order, and guaranteed the safety of life and property of fishermen on both sides of the strait. The mainland has always treated Taiwanese fishermen with their fellow countrymen. We have set up Taiwanese fishermen's reception facilities in various places along the coast to provide assistance to Taiwanese fishing boats and fishermen in sheltering, replenishing, rescue and assistance. Compatriots on both sides of the strait are brothers and sisters. They should compare their hearts. The Taiwan side should stop treating mainland fishermen in a rough and dangerous way and ensure the safety of life and property of the fishermen concerned. (Overseas Network Li Meng)
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Tiny outdated gunboats want to go against Giant Fleet of new most advanced warships. Court Death!
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- 48
Who want to volunteer as enemy for PLA to do live fire real war training pse? Put up your hands! Long time lack war too boring pse war! Scheduled WW3 2019!
https://mil.news.sina.com.cn/jssd/2018-12-30/doc-ihqhqcis1607721.shtml
新浪军事 > 军事深度>正文
新闻
中国军队很久未经历实战炮火洗礼 与美俄比有何差距
2018年12月30日 09:36 新浪军事
77
领略强军风范！一组图片真实记录中国军队崭新风貌1/13
查看原图图集模式
由中央军委政治工作部、中央网信办联合举办的“相约强军新时代”网络名人进军营活动在陆军第74集团军某合成旅7日正式启动。
自1979年对越反击战之后，我国士兵就很少经历真正的战场；虽然，每年各种实战军演或者与国外的联合军演不断，但这终究不是实战；因此，我国军队也暴露出许多，在战时可能会“致命”的缺陷。
例如：在参加俄罗斯“东方-2018”战略演习时，我国官兵身穿的陆海空等多个军种迷彩服，与俄军清一色的“灰色”调对比，看起来“鲜艳夺目”；但俄方军官却表示，这些鲜艳的迷彩服将会让中国军队很容易暴露在楚戈尔靶场，因为当时的季节，草原上基本都呈现枯黄状态。
与中国军队鲜艳的迷彩服相同，俄罗斯军队各军种之间也会有不同颜色的迷彩；但一旦准备进入战场，进入战场所有军种身着的迷彩服都要穿符合作战地域环境的迷彩服。然后，军衔与军兵种粘贴在迷彩服上，来表明自己所属军种；这样才能最大的提高军队在战场上的生存率。所以，中国军队就缺乏这种随机应变的着装能力；毕竟，中国的军队未来肯定是要走出去的，那对于世界各地不同战场，仅用那固定的迷彩服，注定会让中国军队吃大亏。因此，我国也应该向俄罗斯学习，要设计各种各样符合战场环境的迷彩服，这样在面对未来可能的冲突时，才能最大的保障士兵的生命。
除此之外，俄军在演练中还向中国军队展示了极为机密的导演部。俄军的导演部由几台重型“卡马斯”卡车方舱拼接而成，根据任务需要随时增减，减少了临时搭设帐篷、布设线路的麻烦。虽然是军演，但俄军依然在导演部的外贸建其了一圈高3米，厚1米，周长为200米的砂箱围墙。砂箱围墙的沙箱围墙的四角、中间设置有摄像头、观察口和射击口；这种围墙，能够有效抗击敌人发起的突袭，足见俄军对军演的一丝不苟。
当然，这并不是说中国军队不会去这样做；只是，可以通过对比来发现自身优缺点。更值得思考的是，俄导演部外面的哨兵表面上看起来非常随意，他们从不会笔直站着，而是不停地走来走去，有的甚至还抽着烟。但他们的目光始终观察着四周的一切，手指寸步不离已上膛枪械的扳机旁；以便在发生突发情况后，能第一时间做出反应。而我国哨兵，威武笔挺但却少了几分灵动与敏锐；这其中的利弊，是值得深思的问题。
而中国官兵的悬挂式肩章与美国的全粘合式肩章，也有非常大的差距。美军士兵的迷彩服，两个胳膊上都有一大块粘贴布，一边用来粘贴现服役部队的臂章，另一边用于粘贴曾经服役过部队的臂章，以展示自己的服役和作战经历。他们的臂章，可以很牢固地粘贴在胳膊上。我军官兵的悬挂式臂章，其正面是一个盾牌形状，背面有一个细长的粘贴条，穿过迷彩服胳膊上的两个穿孔来粘贴。这种臂章粘贴方式最大的问题就是贴合不紧，与胳膊间有一定的缝隙，在紧急出动时容易挂住车门、舱门，这就会影响行动。除此之外，很多战士在肩枪换持枪动作时，很容易因为挂住臂章而扣分。
除了上文提及的一些问题，我国军队在实战经验与实战心理上也存在不足；毕竟，演练中的打靶与实战中的杀敌，其区别可想而知。不过，随着我国与其他各国军事交流的次数增多，军事交流的深度加强，各国先进的作战方法；我国在军演中存在的一些不足或缺陷也在逐渐弥补。
小编认为，总体来说中国军队的纪律性，让其他各国都非常羡慕；这个世界上，没有十全十美的人，也没有十全十美的军队，中国军队要做的通过与各国的实战演练，从中吸收经验唯我所用。虽然，没有完美的人和事，但我们可以在追求完美的道路上越走越前！（作者署名：军武酷）
news
The Chinese army has not experienced actual artillery baptism for a long time. What is the gap between the US and Russia?
December 30, 2018 09:36 Sina Military
77
Experience a strong military style! A set of pictures truly records the new look of the Chinese army 1/13
View the original map mode
The celebrity marching camp of the "New Forces of the New Army" jointly organized by the Political Work Department of the Central Military Commission and the Central Network Information Office was officially launched on the 7th of the Army's 74th Army.
Since the counterattack against Vietnam in 1979, our soldiers have rarely experienced a real battlefield; although various actual military exercises or joint military exercises with foreign countries continue every year, this is not actual combat; therefore, our military has also exposed many A defect that may be "fatal" during wartime.
For example, when participating in the Russian "Oriental-2018" strategic exercise, the camouflage uniforms worn by the officers and men of our country, such as the land, sea and air, and the "grey" tone of the Russian army, seem to be "bright and dazzling"; but the Russian military officers It is said that these bright camouflage uniforms will make it easy for the Chinese military to be exposed to the Chugor shooting range, because the grasslands are basically yellow in the season.
Like the bright camouflage uniforms of the Chinese army, there will be camouflage of different colors between the various branches of the Russian army; but once they are ready to enter the battlefield, the camouflage uniforms worn by all the military units entering the battlefield must wear camouflage uniforms that conform to the operational environment. Then, the military rank and the military arms are attached to the camouflage uniform to indicate their own service; this can maximize the survival rate of the army on the battlefield. Therefore, the Chinese military lacks such a random dressing ability; after all, the Chinese army must definitely go out in the future. For the different battlefields around the world, only the fixed camouflage uniform is destined to make the Chinese army suffer a big loss. Therefore, China should also learn from Russia to design a variety of camouflage uniforms in line with the battlefield environment, so that in the face of possible future conflicts, the greatest protection of the lives of soldiers can be guaranteed.
In addition, the Russian army also showed the extremely secretive director department to the Chinese army during the drill. The directorial department of the Russian army is made up of several heavy-duty "Kamas" trucks. It can be increased or decreased according to the needs of the mission, reducing the trouble of temporarily setting up tents and laying routes. Although it was a military exercise, the Russian army still built a circle of sandboxes with a height of 3 meters, a thickness of 1 meter and a circumference of 200 meters in the foreign trade of the director. There are cameras, observation ports and shooting ports in the middle corner of the sandbox wall of the sand box wall; this kind of wall can effectively counter the raids initiated by the enemy, which shows that the Russian army is meticulous about the military exercise.
Of course, this is not to say that the Chinese army will not do this; only, it can be found through comparison to find its own advantages and disadvantages. What is even more worthy of thinking is that the sentinels outside the Russian director's department seem very casual on the surface. They never stand upright, but keep walking around, and some even smoke. But their gaze always observes everything around them, and the fingers are not far from the trigger of the guns that have been fired; in order to respond in the first time after an emergency. The sentinel of our country is quite powerful but less dynamic and sensitive; the pros and cons of this are issues worth pondering.
The hanging epaulettes of Chinese officers and men and the fully-engaged epaulettes of the United States also have a very large gap. The camouflage uniform of the US soldiers has a large piece of adhesive cloth on both arms, one for the armband of the current service unit, and the other for the armbands that have served the troops to demonstrate their service and combat experience. Their armbands can be firmly attached to the arm. The hanging armband of our officers and men has a shield shape on the front and a slender sticker on the back, which is pasted through two perforations on the arm of the camouflage suit. The biggest problem with this kind of armband sticking method is that the fit is not tight, and there is a certain gap between the arm and the arm. It is easy to hang the door and the hatch when the emergency is dispatched, which will affect the action. In addition, many warriors can easily deduct points when they are holding a gun when they are changing their guns.
In addition to some of the problems mentioned above, our military also has shortcomings in actual combat experience and actual combat psychology; after all, the difference between shooting in the drill and killing the enemy in actual combat can be imagined. However, with the increase in the number of military exchanges between China and other countries, the deepening of military exchanges and the advanced methods of warfare of various countries; some shortcomings or defects in China’s military exercises are gradually being compensated.
Xiao Bian believes that, in general, the discipline of the Chinese army is very enviable to other countries; there are no perfect people in the world, and there is no perfect army. The Chinese military must learn from the actual combat exercises with other countries. Only for my use. Although there are no perfect people and things, we can go ahead in the pursuit of perfection! (Author's signature: Junwu Cool)
https://mil.news.sina.com.cn/jssd/2018-12-30/doc-ihqhqcis1607721.shtml
新浪军事 > 军事深度>正文
新闻
中国军队很久未经历实战炮火洗礼 与美俄比有何差距
2018年12月30日 09:36 新浪军事
77
领略强军风范！一组图片真实记录中国军队崭新风貌1/13
查看原图图集模式
由中央军委政治工作部、中央网信办联合举办的“相约强军新时代”网络名人进军营活动在陆军第74集团军某合成旅7日正式启动。
自1979年对越反击战之后，我国士兵就很少经历真正的战场；虽然，每年各种实战军演或者与国外的联合军演不断，但这终究不是实战；因此，我国军队也暴露出许多，在战时可能会“致命”的缺陷。
例如：在参加俄罗斯“东方-2018”战略演习时，我国官兵身穿的陆海空等多个军种迷彩服，与俄军清一色的“灰色”调对比，看起来“鲜艳夺目”；但俄方军官却表示，这些鲜艳的迷彩服将会让中国军队很容易暴露在楚戈尔靶场，因为当时的季节，草原上基本都呈现枯黄状态。
与中国军队鲜艳的迷彩服相同，俄罗斯军队各军种之间也会有不同颜色的迷彩；但一旦准备进入战场，进入战场所有军种身着的迷彩服都要穿符合作战地域环境的迷彩服。然后，军衔与军兵种粘贴在迷彩服上，来表明自己所属军种；这样才能最大的提高军队在战场上的生存率。所以，中国军队就缺乏这种随机应变的着装能力；毕竟，中国的军队未来肯定是要走出去的，那对于世界各地不同战场，仅用那固定的迷彩服，注定会让中国军队吃大亏。因此，我国也应该向俄罗斯学习，要设计各种各样符合战场环境的迷彩服，这样在面对未来可能的冲突时，才能最大的保障士兵的生命。
除此之外，俄军在演练中还向中国军队展示了极为机密的导演部。俄军的导演部由几台重型“卡马斯”卡车方舱拼接而成，根据任务需要随时增减，减少了临时搭设帐篷、布设线路的麻烦。虽然是军演，但俄军依然在导演部的外贸建其了一圈高3米，厚1米，周长为200米的砂箱围墙。砂箱围墙的沙箱围墙的四角、中间设置有摄像头、观察口和射击口；这种围墙，能够有效抗击敌人发起的突袭，足见俄军对军演的一丝不苟。
当然，这并不是说中国军队不会去这样做；只是，可以通过对比来发现自身优缺点。更值得思考的是，俄导演部外面的哨兵表面上看起来非常随意，他们从不会笔直站着，而是不停地走来走去，有的甚至还抽着烟。但他们的目光始终观察着四周的一切，手指寸步不离已上膛枪械的扳机旁；以便在发生突发情况后，能第一时间做出反应。而我国哨兵，威武笔挺但却少了几分灵动与敏锐；这其中的利弊，是值得深思的问题。
而中国官兵的悬挂式肩章与美国的全粘合式肩章，也有非常大的差距。美军士兵的迷彩服，两个胳膊上都有一大块粘贴布，一边用来粘贴现服役部队的臂章，另一边用于粘贴曾经服役过部队的臂章，以展示自己的服役和作战经历。他们的臂章，可以很牢固地粘贴在胳膊上。我军官兵的悬挂式臂章，其正面是一个盾牌形状，背面有一个细长的粘贴条，穿过迷彩服胳膊上的两个穿孔来粘贴。这种臂章粘贴方式最大的问题就是贴合不紧，与胳膊间有一定的缝隙，在紧急出动时容易挂住车门、舱门，这就会影响行动。除此之外，很多战士在肩枪换持枪动作时，很容易因为挂住臂章而扣分。
除了上文提及的一些问题，我国军队在实战经验与实战心理上也存在不足；毕竟，演练中的打靶与实战中的杀敌，其区别可想而知。不过，随着我国与其他各国军事交流的次数增多，军事交流的深度加强，各国先进的作战方法；我国在军演中存在的一些不足或缺陷也在逐渐弥补。
小编认为，总体来说中国军队的纪律性，让其他各国都非常羡慕；这个世界上，没有十全十美的人，也没有十全十美的军队，中国军队要做的通过与各国的实战演练，从中吸收经验唯我所用。虽然，没有完美的人和事，但我们可以在追求完美的道路上越走越前！（作者署名：军武酷）
news
The Chinese army has not experienced actual artillery baptism for a long time. What is the gap between the US and Russia?
December 30, 2018 09:36 Sina Military
77
Experience a strong military style! A set of pictures truly records the new look of the Chinese army 1/13
View the original map mode
The celebrity marching camp of the "New Forces of the New Army" jointly organized by the Political Work Department of the Central Military Commission and the Central Network Information Office was officially launched on the 7th of the Army's 74th Army.
Since the counterattack against Vietnam in 1979, our soldiers have rarely experienced a real battlefield; although various actual military exercises or joint military exercises with foreign countries continue every year, this is not actual combat; therefore, our military has also exposed many A defect that may be "fatal" during wartime.
For example, when participating in the Russian "Oriental-2018" strategic exercise, the camouflage uniforms worn by the officers and men of our country, such as the land, sea and air, and the "grey" tone of the Russian army, seem to be "bright and dazzling"; but the Russian military officers It is said that these bright camouflage uniforms will make it easy for the Chinese military to be exposed to the Chugor shooting range, because the grasslands are basically yellow in the season.
Like the bright camouflage uniforms of the Chinese army, there will be camouflage of different colors between the various branches of the Russian army; but once they are ready to enter the battlefield, the camouflage uniforms worn by all the military units entering the battlefield must wear camouflage uniforms that conform to the operational environment. Then, the military rank and the military arms are attached to the camouflage uniform to indicate their own service; this can maximize the survival rate of the army on the battlefield. Therefore, the Chinese military lacks such a random dressing ability; after all, the Chinese army must definitely go out in the future. For the different battlefields around the world, only the fixed camouflage uniform is destined to make the Chinese army suffer a big loss. Therefore, China should also learn from Russia to design a variety of camouflage uniforms in line with the battlefield environment, so that in the face of possible future conflicts, the greatest protection of the lives of soldiers can be guaranteed.
In addition, the Russian army also showed the extremely secretive director department to the Chinese army during the drill. The directorial department of the Russian army is made up of several heavy-duty "Kamas" trucks. It can be increased or decreased according to the needs of the mission, reducing the trouble of temporarily setting up tents and laying routes. Although it was a military exercise, the Russian army still built a circle of sandboxes with a height of 3 meters, a thickness of 1 meter and a circumference of 200 meters in the foreign trade of the director. There are cameras, observation ports and shooting ports in the middle corner of the sandbox wall of the sand box wall; this kind of wall can effectively counter the raids initiated by the enemy, which shows that the Russian army is meticulous about the military exercise.
Of course, this is not to say that the Chinese army will not do this; only, it can be found through comparison to find its own advantages and disadvantages. What is even more worthy of thinking is that the sentinels outside the Russian director's department seem very casual on the surface. They never stand upright, but keep walking around, and some even smoke. But their gaze always observes everything around them, and the fingers are not far from the trigger of the guns that have been fired; in order to respond in the first time after an emergency. The sentinel of our country is quite powerful but less dynamic and sensitive; the pros and cons of this are issues worth pondering.
The hanging epaulettes of Chinese officers and men and the fully-engaged epaulettes of the United States also have a very large gap. The camouflage uniform of the US soldiers has a large piece of adhesive cloth on both arms, one for the armband of the current service unit, and the other for the armbands that have served the troops to demonstrate their service and combat experience. Their armbands can be firmly attached to the arm. The hanging armband of our officers and men has a shield shape on the front and a slender sticker on the back, which is pasted through two perforations on the arm of the camouflage suit. The biggest problem with this kind of armband sticking method is that the fit is not tight, and there is a certain gap between the arm and the arm. It is easy to hang the door and the hatch when the emergency is dispatched, which will affect the action. In addition, many warriors can easily deduct points when they are holding a gun when they are changing their guns.
In addition to some of the problems mentioned above, our military also has shortcomings in actual combat experience and actual combat psychology; after all, the difference between shooting in the drill and killing the enemy in actual combat can be imagined. However, with the increase in the number of military exchanges between China and other countries, the deepening of military exchanges and the advanced methods of warfare of various countries; some shortcomings or defects in China’s military exercises are gradually being compensated.
Xiao Bian believes that, in general, the discipline of the Chinese army is very enviable to other countries; there are no perfect people in the world, and there is no perfect army. The Chinese military must learn from the actual combat exercises with other countries. Only for my use. Although there are no perfect people and things, we can go ahead in the pursuit of perfection! (Author's signature: Junwu Cool)
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PLA sent world's 1st Magnetic Rail Gun Warship out to sea again today to test live firing! GPGT! Bang! Bang! for 2019 WW3!
http://slide.mil.news.sina.com.cn/h/slide_8_203_69602.html#p=1
中国第一巨炮舰游长江！我电磁炮试验舰离港测试
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2018.12.30 09:56:07
近日，有网友上传了搭载疑似电磁炮的中国海军936舰新照，并称该舰近日在长江上高速航行。（图片来源：浩汉防务）
中国第一巨炮舰游长江！我电磁炮试验舰离港测试
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2018.12.30 09:56:07
新浪军事深度：日前，海军海洋山号登陆舰，也就是搭载电磁炮的实验舰，据悉已经离开泊位经过上海进行海上测试。那么，除了936号电磁炮舰，中国还拥有过哪些海上武器实验平台？
中国第一巨炮舰游长江！我电磁炮试验舰离港测试
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2018.12.30 09:56:07
3 / 9
上个世纪90年代，以提康德罗加和阿利伯克级为首的宙斯盾区域防空舰艇重新定义了现代驱逐舰的设计标准。而中国虽然也认识到建造大型区域防空舰的重要性，但是由于缺乏相关的经验和技术，所以中国在建造 052驱逐舰的同时，开工了专用的891号实验舰来测试相关的雷达技术和武器装备。
中国第一巨炮舰游长江！我电磁炮试验舰离港测试
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2018.12.30 09:56:07
而该舰也作为我国专用实验舰的开山鼻祖，帮助海军测试了包括346相控阵雷达、舰载垂发红旗9防空导弹和红旗16防空导弹等关键技术。可以说，假如没有891号实验舰，中国海军发展神盾舰的过程可能要艰难的多。
中国第一巨炮舰游长江！我电磁炮试验舰离港测试
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2018.12.30 09:56:07
5 / 9
由于海军武器种类和电子设备的增加，我国对武器实验舰的排水量和功能的要求也变得越来越高。而且，随着新锐舰艇不断下水，原有的891号实验舰也越来越难堪重负，为此，892号舰和893舰开工了。
中国第一巨炮舰游长江！我电磁炮试验舰离港测试
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2018.12.30 09:56:07
和891号舰相同，不仅排水量突破5000吨，能搭载的武器种类和雷达电子也变得更多，1130近防炮、各种型号的反舰导弹、巡航导弹以及新型近中程防空导弹以及反潜武器上舰之前，大多都要经过这两艘舰的“认证”，052C、052D的研究时间也因此大幅减少。
中国第一巨炮舰游长江！我电磁炮试验舰离港测试
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2018.12.30 09:56:07
894号舰是中国目前在役的4艘综合实验舰之一，满载排水量超过6000吨，最大的特点是自动化程度高，可以测试军舰数据链、新型雷达系统等各种其他新兴技术。
中国第一巨炮舰游长江！我电磁炮试验舰离港测试
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2018.12.30 09:56:07
PLA sent world's 1st Magnetic Rail Gun Warship out to sea again today to test live firing! GPGT! Bang! Bang! for 2019 WW3!
Http://slide.mil.news.sina.com.cn/h/slide_8_203_69602.html#p=1
China's first giant gunship to swim in the Yangtze River! My electromagnetic gun test ship departure test
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1 / 9
Recently, some netizens uploaded a new photo of the Chinese Navy 936 with a suspected electromagnetic gun, and said that the ship has been sailing at high speed on the Yangtze River. (Source: Haohan Defense)
China's first giant gunship to swim in the Yangtze River! My electromagnetic gun test ship departure test
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2 / 9
Sina military depth: A few days ago, the Naval Ocean Mount landing ship, which is a test ship equipped with an electromagnetic gun, is reported to have left the berth for sea testing in Shanghai. Then, in addition to the 936 electromagnetic gunship, what other offshore weapons experimental platforms have China owned?
China's first giant gunship to swim in the Yangtze River! My electromagnetic gun test ship departure test
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2018.12.30 09:56:07
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In the 1990s, the Aegis regional air defense ships, led by Ticonderoga and Alibek, redefine the design standards for modern destroyers. While China recognizes the importance of building large-scale regional air defense ships, due to the lack of relevant experience and technology, China has built a dedicated 891 experimental ship to test related radar technology and weaponry while constructing the 052 destroyer. .
China's first giant gunship to swim in the Yangtze River! My electromagnetic gun test ship departure test
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The ship also serves as the originator of China's special experimental ship, helping the Navy to test key technologies including 346 phased array radar, shipborne red flag 9 air defense missile and Hongqi 16 air defense missile. It can be said that if there is no experimental ship No. 891, the process of the Chinese navy to develop the Aegis ship may be much more difficult.
China's first giant gunship to swim in the Yangtze River! My electromagnetic gun test ship departure test
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2018.12.30 09:56:07
5 / 9
Due to the increase in naval weapon types and electronic equipment, China's requirements for the displacement and function of weapons experimental ships have also become higher and higher. Moreover, as the new ships continued to enter the water, the original 891 experimental ship became more and more embarrassed. For this reason, the 892 and 893 ships started.
China's first giant gunship to swim in the Yangtze River! My electromagnetic gun test ship departure test
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2018.12.30 09:56:07
6 / 9
Like the 891 ship, not only does the displacement exceed 5,000 tons, but also the types of weapons and radar electronics that can be carried. The 1130 is near-anti-aircraft, various types of anti-ship missiles, cruise missiles, and new near-middle-range anti-aircraft missiles and anti-submarine. Before the weapons were put on the ship, most of them had to pass the "certification" of the two ships, and the research time of the 052C and 052D was greatly reduced.
China's first giant gunship to swim in the Yangtze River! My electromagnetic gun test ship departure test
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2018.12.30 09:56:07
7 / 9
Ship No. 894 is one of the four comprehensive experimental ships currently in service in China. The maximum displacement is more than 6,000 tons. The biggest feature is the high degree of automation. It can test various other emerging technologies such as warship data link and new radar system.
China's first giant gunship to swim in the Yangtze River! My electromagnetic gun test ship departure test
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2018.12.30 09:56:07
Moreover, compared with the 891 and 892 ships, the 893 and 894 ships were changed from the ocean-going survey ship instead of the special ones, mainly considering the cost and time. After all, the design of the 055 destroyer and the testing of related weapons. As the fire continues, if a test ship is rebuilt, the development of the 055 destroyer is likely to be delayed. Therefore, it is not a wise move to retrofit with existing available platforms. (Author's signature: Haohan Defense)
http://slide.mil.news.sina.com.cn/h/slide_8_203_69602.html#p=1
中国第一巨炮舰游长江！我电磁炮试验舰离港测试
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2018.12.30 09:56:07
近日，有网友上传了搭载疑似电磁炮的中国海军936舰新照，并称该舰近日在长江上高速航行。（图片来源：浩汉防务）
中国第一巨炮舰游长江！我电磁炮试验舰离港测试
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2018.12.30 09:56:07
新浪军事深度：日前，海军海洋山号登陆舰，也就是搭载电磁炮的实验舰，据悉已经离开泊位经过上海进行海上测试。那么，除了936号电磁炮舰，中国还拥有过哪些海上武器实验平台？
中国第一巨炮舰游长江！我电磁炮试验舰离港测试
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2018.12.30 09:56:07
3 / 9
上个世纪90年代，以提康德罗加和阿利伯克级为首的宙斯盾区域防空舰艇重新定义了现代驱逐舰的设计标准。而中国虽然也认识到建造大型区域防空舰的重要性，但是由于缺乏相关的经验和技术，所以中国在建造 052驱逐舰的同时，开工了专用的891号实验舰来测试相关的雷达技术和武器装备。
中国第一巨炮舰游长江！我电磁炮试验舰离港测试
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2018.12.30 09:56:07
而该舰也作为我国专用实验舰的开山鼻祖，帮助海军测试了包括346相控阵雷达、舰载垂发红旗9防空导弹和红旗16防空导弹等关键技术。可以说，假如没有891号实验舰，中国海军发展神盾舰的过程可能要艰难的多。
中国第一巨炮舰游长江！我电磁炮试验舰离港测试
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2018.12.30 09:56:07
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由于海军武器种类和电子设备的增加，我国对武器实验舰的排水量和功能的要求也变得越来越高。而且，随着新锐舰艇不断下水，原有的891号实验舰也越来越难堪重负，为此，892号舰和893舰开工了。
中国第一巨炮舰游长江！我电磁炮试验舰离港测试
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2018.12.30 09:56:07
和891号舰相同，不仅排水量突破5000吨，能搭载的武器种类和雷达电子也变得更多，1130近防炮、各种型号的反舰导弹、巡航导弹以及新型近中程防空导弹以及反潜武器上舰之前，大多都要经过这两艘舰的“认证”，052C、052D的研究时间也因此大幅减少。
中国第一巨炮舰游长江！我电磁炮试验舰离港测试
支持 键翻阅图片 列表查看
全屏观看
2018.12.30 09:56:07
894号舰是中国目前在役的4艘综合实验舰之一，满载排水量超过6000吨，最大的特点是自动化程度高，可以测试军舰数据链、新型雷达系统等各种其他新兴技术。
中国第一巨炮舰游长江！我电磁炮试验舰离港测试
支持 键翻阅图片 列表查看
全屏观看
2018.12.30 09:56:07
PLA sent world's 1st Magnetic Rail Gun Warship out to sea again today to test live firing! GPGT! Bang! Bang! for 2019 WW3!
Http://slide.mil.news.sina.com.cn/h/slide_8_203_69602.html#p=1
China's first giant gunship to swim in the Yangtze River! My electromagnetic gun test ship departure test
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2018.12.30 09:56:07
1 / 9
Recently, some netizens uploaded a new photo of the Chinese Navy 936 with a suspected electromagnetic gun, and said that the ship has been sailing at high speed on the Yangtze River. (Source: Haohan Defense)
China's first giant gunship to swim in the Yangtze River! My electromagnetic gun test ship departure test
Support button flip through pictures list view
Full screen view
2018.12.30 09:56:07
2 / 9
Sina military depth: A few days ago, the Naval Ocean Mount landing ship, which is a test ship equipped with an electromagnetic gun, is reported to have left the berth for sea testing in Shanghai. Then, in addition to the 936 electromagnetic gunship, what other offshore weapons experimental platforms have China owned?
China's first giant gunship to swim in the Yangtze River! My electromagnetic gun test ship departure test
Support button flip through pictures list view
Full screen view
2018.12.30 09:56:07
3 / 9
In the 1990s, the Aegis regional air defense ships, led by Ticonderoga and Alibek, redefine the design standards for modern destroyers. While China recognizes the importance of building large-scale regional air defense ships, due to the lack of relevant experience and technology, China has built a dedicated 891 experimental ship to test related radar technology and weaponry while constructing the 052 destroyer. .
China's first giant gunship to swim in the Yangtze River! My electromagnetic gun test ship departure test
Support button flip through pictures list view
Full screen view
2018.12.30 09:56:07
4 / 9
The ship also serves as the originator of China's special experimental ship, helping the Navy to test key technologies including 346 phased array radar, shipborne red flag 9 air defense missile and Hongqi 16 air defense missile. It can be said that if there is no experimental ship No. 891, the process of the Chinese navy to develop the Aegis ship may be much more difficult.
China's first giant gunship to swim in the Yangtze River! My electromagnetic gun test ship departure test
Support button flip through pictures list view
Full screen view
2018.12.30 09:56:07
5 / 9
Due to the increase in naval weapon types and electronic equipment, China's requirements for the displacement and function of weapons experimental ships have also become higher and higher. Moreover, as the new ships continued to enter the water, the original 891 experimental ship became more and more embarrassed. For this reason, the 892 and 893 ships started.
China's first giant gunship to swim in the Yangtze River! My electromagnetic gun test ship departure test
Support button flip through pictures list view
Full screen view
2018.12.30 09:56:07
6 / 9
Like the 891 ship, not only does the displacement exceed 5,000 tons, but also the types of weapons and radar electronics that can be carried. The 1130 is near-anti-aircraft, various types of anti-ship missiles, cruise missiles, and new near-middle-range anti-aircraft missiles and anti-submarine. Before the weapons were put on the ship, most of them had to pass the "certification" of the two ships, and the research time of the 052C and 052D was greatly reduced.
China's first giant gunship to swim in the Yangtze River! My electromagnetic gun test ship departure test
Support button flip through pictures list view
Full screen view
2018.12.30 09:56:07
7 / 9
Ship No. 894 is one of the four comprehensive experimental ships currently in service in China. The maximum displacement is more than 6,000 tons. The biggest feature is the high degree of automation. It can test various other emerging technologies such as warship data link and new radar system.
China's first giant gunship to swim in the Yangtze River! My electromagnetic gun test ship departure test
Support button flip through pictures list view
Full screen view
2018.12.30 09:56:07
Moreover, compared with the 891 and 892 ships, the 893 and 894 ships were changed from the ocean-going survey ship instead of the special ones, mainly considering the cost and time. After all, the design of the 055 destroyer and the testing of related weapons. As the fire continues, if a test ship is rebuilt, the development of the 055 destroyer is likely to be delayed. Therefore, it is not a wise move to retrofit with existing available platforms. (Author's signature: Haohan Defense)
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Come learn Chinese Idiom 自相矛盾 demo! Chinese missile trying to kill Chinese Tank! Active Protection System intercepted missile! GPGT!
《韓非子》難勢：以子之矛攻子之盾如何？「唐劉知幾《史通》雜說上：」觀孟堅紀志所言，前后自相矛盾者矣。
http://slide.mil.news.sina.com.cn/l/slide_8_199_69607.html#p=1
矛与盾谁强？我坦克主动防护系统拦截红箭8导弹
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2018.12.30 12:22:55
近日，有网友上传了我坦克主动防护系统释弹拦截来袭疑似红箭8反坦克导弹画面。矛和盾，我们都争取做到最好。（图片来源：鼎盛-007兄弟）
近日，有网友上传了我坦克主动防护系统释弹拦截来袭疑似红箭8反坦克导弹画面。矛和盾，我们都争取做到最好。（图片来源：鼎盛-007兄弟）
3 / 10
近日，有网友上传了我坦克主动防护系统释弹拦截来袭疑似红箭8反坦克导弹画面。矛和盾，我们都争取做到最好。（图片来源：鼎盛-007兄弟）
Dynamic protection system intercepts Red Arrow 8 missile
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2018.12.30 12:22:55
1 / 10
Recently, some netizens uploaded my tank active protection system to intercept the bombs and attacked the suspected Red Arrow 8 anti-tank missile screen. Spears and shields, we all strive to do our best. (Source: Dingsheng-007 Brothers)
2 / 10
Recently, some netizens uploaded my tank active protection system to intercept the bombs and attacked the suspected Red Arrow 8 anti-tank missile screen. Spears and shields, we all strive to do our best. (Source: Dingsheng-007 Brothers)
3 / 10
Recently, some netizens uploaded my tank active protection system to intercept the bombs and attacked the suspected Red Arrow 8 anti-tank missile screen. Spears and shields, we all strive to do our best. (Source: Dingsheng-007 Brothers)
The tank is fine! No problem!
《韓非子》難勢：以子之矛攻子之盾如何？「唐劉知幾《史通》雜說上：」觀孟堅紀志所言，前后自相矛盾者矣。
http://slide.mil.news.sina.com.cn/l/slide_8_199_69607.html#p=1
矛与盾谁强？我坦克主动防护系统拦截红箭8导弹
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2018.12.30 12:22:55
近日，有网友上传了我坦克主动防护系统释弹拦截来袭疑似红箭8反坦克导弹画面。矛和盾，我们都争取做到最好。（图片来源：鼎盛-007兄弟）
近日，有网友上传了我坦克主动防护系统释弹拦截来袭疑似红箭8反坦克导弹画面。矛和盾，我们都争取做到最好。（图片来源：鼎盛-007兄弟）
3 / 10
近日，有网友上传了我坦克主动防护系统释弹拦截来袭疑似红箭8反坦克导弹画面。矛和盾，我们都争取做到最好。（图片来源：鼎盛-007兄弟）
Dynamic protection system intercepts Red Arrow 8 missile
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2018.12.30 12:22:55
1 / 10
Recently, some netizens uploaded my tank active protection system to intercept the bombs and attacked the suspected Red Arrow 8 anti-tank missile screen. Spears and shields, we all strive to do our best. (Source: Dingsheng-007 Brothers)
2 / 10
Recently, some netizens uploaded my tank active protection system to intercept the bombs and attacked the suspected Red Arrow 8 anti-tank missile screen. Spears and shields, we all strive to do our best. (Source: Dingsheng-007 Brothers)
3 / 10
Recently, some netizens uploaded my tank active protection system to intercept the bombs and attacked the suspected Red Arrow 8 anti-tank missile screen. Spears and shields, we all strive to do our best. (Source: Dingsheng-007 Brothers)
The tank is fine! No problem!
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