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Who else can beat Chinese Technology & Speed of Development? Yet another new such ultra-high-tech reactor built.
https://mil.news.sina.com.cn/jssd/2019-03-05/doc-ihrfqzkc1237390.shtml
中国今年建成新托卡马克装置 老外:最狂野的能源梦想
中国今年建成新托卡马克装置 老外:最狂野的能源梦想
60
中国全超导托卡马克核聚变实验装置
在上个世纪末的时候，我们偶尔还会经历下停水停电的日子，那个时候，这些对人们生活的影响似乎并不大。但现在要是偶尔听过电，估计会有很大一部分人“活”不下去。也正因为这样，我们在能源方面的发展，一直是不余遗力的。
我们都知道，目前我们的生活用电、工厂用电等都还是以火力发电为主，但燃烧所用的煤炭等自然资源总有枯竭的一天，为此我们在各种方面都做出了不懈的努力。在去年的时候，我们就曾取得了一项颠覆性的进步，奠定我国在这一领域的领先地位，而从最近的报道来看，这个新装置今年内即可完工。
随着人们对“清洁能源”的需求变得越来越大，“取之不尽用之不竭”的核能源也成为人们未来的目标之一。早在2017年的时候，中国的全超导托卡马克核聚变实验装置就实现了稳定运行101.2秒，成为世界上首个可以稳定运行100秒以上的装置，运行温度更是达到了太阳核心温度6倍以上的1亿摄氏度。
概念图
而根据《科技日报》近日的报道显示，中核集团核工业西南物理研究院预计在今年建成，我国新托卡马克装置——中国环流器二号M装置（HL-2M）。其等离子体参数将大幅度提高到近堆芯水平，离子温度将超过1亿摄氏度，将中国的聚变堆技术提升到新的高度。
目前我国现有的托卡马克装置等离子体电子温度已经达到1亿摄氏度，离子温度达到约5千万摄氏度。这也意味着此次我们建造的新托卡马克装置，其所有的参数在理论上将达到之前2倍，从而让我们在核能领域能走的越来越远。
据悉，这款中国环流器二号M装置（HL-2M）不仅规模大、参数高，同时还采用了更先进的结构与控制方式，这也让其能承载更大的线圈电流，使其从1兆安培提高到3兆安培，更利于我们开展聚变堆相关关键物理和工程技术的研究，为未来提供重要的技术支撑，因此不少外国人表示，这种装置将是超越人类最狂野的能源梦想。
我国托卡马克装置已达到1亿摄氏度
放眼世界，美国的同类装置已经进入停摆状态或者是即将停摆，而欧洲的相关项目也陷入到经费不足的状况当中，由此来看，似乎也就中国有着非常大的成绩。在去年的时候，中科院等离子所副所长宋云涛就表示希望能在5年内完成核聚变反应堆的设计，现在看来，中国似乎并不需要5年那么长的时间。
有相关人士猜测，当我们正式建造出新的托卡马克装置后，这类技术或许可以运用到军事领域。例如电磁轨道炮和激光武器的能源装置，不过需要指出的是，这首先要解决的恐怕就是小型化的问题，由此看来军事应用估计还要一段时间。（智忠）
China has built a new Tokamak installation this year. Foreigners: The wildest energy dream
China has built a new Tokamak installation this year. Foreigners: The wildest energy dream
60
China's full superconducting tokamak nuclear fusion experimental device China's full superconducting tokamak nuclear fusion experimental device
At the end of the last century, we occasionally experienced the days of water cuts and power outages. At that time, these effects on people's lives did not seem to be great. But now if you listen to electricity occasionally, it is estimated that a large number of people will "live". It is precisely because of this that our development in energy has always been spared.
We all know that at present, our daily electricity consumption and factory electricity use are mainly based on thermal power generation. However, natural resources such as coal used for combustion are always exhausted. Therefore, we have made unremitting efforts in various aspects. Work hard. Last year, we made a subversive advancement and established our country's leading position in this field. From the recent reports, this new device will be completed within this year.
As the demand for “clean energy” becomes more and more large, the “inexhaustible” nuclear energy has become one of the future goals of people. As early as 2017, China's fully superconducting Tokamak nuclear fusion experimental device achieved stable operation for 101.2 seconds, becoming the world's first device that can operate stably for more than 100 seconds, and the operating temperature reached the core temperature of the sun. More than 6 billion degrees Celsius.
Concept map concept illustration
According to a recent report by Science and Technology Daily, the Southwest Institute of Physics of the Nuclear Industry of China National Nuclear Corporation is expected to be completed this year. China's new tokamak device - China Circulator No. 2 M device (HL-2M). Its plasma parameters will be greatly increased to near core level, and the ion temperature will exceed 100 million degrees Celsius, bringing China's fusion reactor technology to a new level.
At present, the plasma electron temperature of the existing tokamak device in China has reached 100 million degrees Celsius, and the ion temperature has reached about 50 million degrees Celsius. This also means that the new Tokamak installation we built this time will have twice the theoretical parameters of all the parameters, so that we can go further and further in the field of nuclear energy.
It is reported that this China Circulator No. 2 M device (HL-2M) not only has large scale and high parameters, but also adopts a more advanced structure and control method, which also enables it to carry a larger coil current and make it The increase of 1 megaamperes to 3 megaamperes is more conducive to our research on key physics and engineering technologies related to fusion reactors, providing important technical support for the future. Therefore, many foreigners say that such devices will be the wildest beyond humanity. Energy dreams.
China's tokamak device has reached 100 million degrees Celsius, China's tokamak device has reached 100 million degrees Celsius
Looking at the world, similar devices in the United States have entered a state of stagnation or are about to stop, and related projects in Europe have also fallen into a situation of insufficient funds. From this point of view, it seems that China has a very large achievement. At the time of last year, Song Yuntao, deputy director of the Institute of Plasma of the Chinese Academy of Sciences, expressed the hope that the design of nuclear fusion reactors could be completed within five years. It seems that China does not need to be as long as five years.
Some people have speculated that when we formally build a new tokamak device, such technology may be applied to the military field. For example, the energy devices of electromagnetic orbital guns and laser weapons, but it should be pointed out that the first thing to solve is the problem of miniaturization. It seems that military applications are estimated to take some time. (智忠)
https://mil.news.sina.com.cn/jssd/2019-03-05/doc-ihrfqzkc1237390.shtml
中国今年建成新托卡马克装置 老外:最狂野的能源梦想
中国今年建成新托卡马克装置 老外:最狂野的能源梦想
60
在上个世纪末的时候，我们偶尔还会经历下停水停电的日子，那个时候，这些对人们生活的影响似乎并不大。但现在要是偶尔听过电，估计会有很大一部分人“活”不下去。也正因为这样，我们在能源方面的发展，一直是不余遗力的。
我们都知道，目前我们的生活用电、工厂用电等都还是以火力发电为主，但燃烧所用的煤炭等自然资源总有枯竭的一天，为此我们在各种方面都做出了不懈的努力。在去年的时候，我们就曾取得了一项颠覆性的进步，奠定我国在这一领域的领先地位，而从最近的报道来看，这个新装置今年内即可完工。
随着人们对“清洁能源”的需求变得越来越大，“取之不尽用之不竭”的核能源也成为人们未来的目标之一。早在2017年的时候，中国的全超导托卡马克核聚变实验装置就实现了稳定运行101.2秒，成为世界上首个可以稳定运行100秒以上的装置，运行温度更是达到了太阳核心温度6倍以上的1亿摄氏度。
而根据《科技日报》近日的报道显示，中核集团核工业西南物理研究院预计在今年建成，我国新托卡马克装置——中国环流器二号M装置（HL-2M）。其等离子体参数将大幅度提高到近堆芯水平，离子温度将超过1亿摄氏度，将中国的聚变堆技术提升到新的高度。
目前我国现有的托卡马克装置等离子体电子温度已经达到1亿摄氏度，离子温度达到约5千万摄氏度。这也意味着此次我们建造的新托卡马克装置，其所有的参数在理论上将达到之前2倍，从而让我们在核能领域能走的越来越远。
据悉，这款中国环流器二号M装置（HL-2M）不仅规模大、参数高，同时还采用了更先进的结构与控制方式，这也让其能承载更大的线圈电流，使其从1兆安培提高到3兆安培，更利于我们开展聚变堆相关关键物理和工程技术的研究，为未来提供重要的技术支撑，因此不少外国人表示，这种装置将是超越人类最狂野的能源梦想。
放眼世界，美国的同类装置已经进入停摆状态或者是即将停摆，而欧洲的相关项目也陷入到经费不足的状况当中，由此来看，似乎也就中国有着非常大的成绩。在去年的时候，中科院等离子所副所长宋云涛就表示希望能在5年内完成核聚变反应堆的设计，现在看来，中国似乎并不需要5年那么长的时间。
有相关人士猜测，当我们正式建造出新的托卡马克装置后，这类技术或许可以运用到军事领域。例如电磁轨道炮和激光武器的能源装置，不过需要指出的是，这首先要解决的恐怕就是小型化的问题，由此看来军事应用估计还要一段时间。（智忠）
China has built a new Tokamak installation this year. Foreigners: The wildest energy dream
China has built a new Tokamak installation this year. Foreigners: The wildest energy dream
60
China's full superconducting tokamak nuclear fusion experimental device China's full superconducting tokamak nuclear fusion experimental device
At the end of the last century, we occasionally experienced the days of water cuts and power outages. At that time, these effects on people's lives did not seem to be great. But now if you listen to electricity occasionally, it is estimated that a large number of people will "live". It is precisely because of this that our development in energy has always been spared.
We all know that at present, our daily electricity consumption and factory electricity use are mainly based on thermal power generation. However, natural resources such as coal used for combustion are always exhausted. Therefore, we have made unremitting efforts in various aspects. Work hard. Last year, we made a subversive advancement and established our country's leading position in this field. From the recent reports, this new device will be completed within this year.
As the demand for “clean energy” becomes more and more large, the “inexhaustible” nuclear energy has become one of the future goals of people. As early as 2017, China's fully superconducting Tokamak nuclear fusion experimental device achieved stable operation for 101.2 seconds, becoming the world's first device that can operate stably for more than 100 seconds, and the operating temperature reached the core temperature of the sun. More than 6 billion degrees Celsius.
Concept map concept illustration
According to a recent report by Science and Technology Daily, the Southwest Institute of Physics of the Nuclear Industry of China National Nuclear Corporation is expected to be completed this year. China's new tokamak device - China Circulator No. 2 M device (HL-2M). Its plasma parameters will be greatly increased to near core level, and the ion temperature will exceed 100 million degrees Celsius, bringing China's fusion reactor technology to a new level.
At present, the plasma electron temperature of the existing tokamak device in China has reached 100 million degrees Celsius, and the ion temperature has reached about 50 million degrees Celsius. This also means that the new Tokamak installation we built this time will have twice the theoretical parameters of all the parameters, so that we can go further and further in the field of nuclear energy.
It is reported that this China Circulator No. 2 M device (HL-2M) not only has large scale and high parameters, but also adopts a more advanced structure and control method, which also enables it to carry a larger coil current and make it The increase of 1 megaamperes to 3 megaamperes is more conducive to our research on key physics and engineering technologies related to fusion reactors, providing important technical support for the future. Therefore, many foreigners say that such devices will be the wildest beyond humanity. Energy dreams.
China's tokamak device has reached 100 million degrees Celsius, China's tokamak device has reached 100 million degrees Celsius
Looking at the world, similar devices in the United States have entered a state of stagnation or are about to stop, and related projects in Europe have also fallen into a situation of insufficient funds. From this point of view, it seems that China has a very large achievement. At the time of last year, Song Yuntao, deputy director of the Institute of Plasma of the Chinese Academy of Sciences, expressed the hope that the design of nuclear fusion reactors could be completed within five years. It seems that China does not need to be as long as five years.
Some people have speculated that when we formally build a new tokamak device, such technology may be applied to the military field. For example, the energy devices of electromagnetic orbital guns and laser weapons, but it should be pointed out that the first thing to solve is the problem of miniaturization. It seems that military applications are estimated to take some time. (智忠)
