The high speed and scale of Chinese scientific achievements are now at hundreds of time faster in progress all of a sudden. The comparison makes Ang Moh's achievements looks like ultra slow progress similar to stone age. China now exhibits strength of divinity and impossible black magic powers. They appear to be assisted by Aliens from UFOs outer space.
https://mil.news.sina.com.cn/jssd/2019-03-21/doc-ihtxyzsk9199692.shtml
中国研出最强导电材料 一卓越效能或助歼20更隐形
2019年03月21日 08:57 新浪军事
46
石墨烯材料
尽管中国在现代科技方面的发展，落后于西方发达国家，但凭借着我们不懈的努力，在很多方面我们都后来居上，完成了新的突破。就在近日，央视传出新的消息，我国在一种新型材料方面有了新的突破，需要注意的是，这种材料要比歼-20上使用的材料还要好。
近日央视新闻报道称，复旦大学修发贤团队发表在材料领域国际顶级期刊《自然·材料》上的最新论文，受到了广泛的注意。根据报道我们得知，他们团队似乎研制出了，二维体系中目前已知最高导电率的外尔半金属材料-砷化铌纳米带。
作为电子工业的基础，导电材料在这一行业领域的应用非常广泛。但随着科技的大进步，各种智能设备却朝着越来越小的方向发展着，需要指出的是尽管设备越来越小，但终端的信号传输量却呈爆炸式的增长，在这种背景下普通的导电材料也成为制约着集成电路发展的瓶颈。
此次修发贤团队的成果就是一种颠覆性的存在，据介绍，他们利用多种元素创造了一个类似绿色通道的存在，让电子在低维尺度下也能快速通过并减少能耗的降低。区别于超导材料只能在零下几十度这样的超低温环境引用，新式材料在室温下也有效，这也为材料科学寻找高性能导体提供了一个可行思路，未来电子器材能耗将得到极大的降低。
需要注意的是，这种砷化铌纳米带材料，电导率是曾经铜薄膜的100倍，石墨烯的1000倍。修发贤教授也在接受采访是表示，这种材料的出现，可以很大程度的解决电子元器件中因为运作而产生的发热问题。
从介绍中我们也可以知道，这种新型材料的电导率达到了石墨烯的1000倍，因此也让不少人猜测这种新式材料未来可能在歼-20上的使用相关。我们知道正是因为在石墨烯材料上技术的娴熟，我国歼-20战机的隐身性能非常出众。
歼-20
现在有着这种在电导性方面比石墨烯更加优秀的材料，可以相信我们在先进材料的发展上确实是一直在努力前进。参考修教授的话，这种砷化铌纳米带材料可以有效的解决电子元器件发热的问题，而这似乎也意味着，如果这种砷化铌纳米带材料可以在歼-20上应用，或许它也将使歼-20变的更加的隐形。
我们知道战机隐身是指的雷达隐身，这其中就包括对雷达波的反射吸收以及红外放射的建设。而这种新式材料就完全可以从红外放射方面下手，让歼-20未来变得更加的隐身。民间一直有着这样的说法，“一代材料一代装备”，由此次新材料的出现，我们也可以预见未来我国在先进装备上的进步，为此我们充满期待。（作者署名：前沿哨所 智忠）
China has developed the strongest conductive materials. A superior performance or help 20 is more invisible.
March 21, 2019 08:57 Sina Military
46
Graphene material graphene material
Despite China's development in modern science and technology, it lags behind the developed countries in the West, but with our unremitting efforts, we have come to the forefront in many aspects and completed new breakthroughs. Just recently, CCTV has sent new news. China has made new breakthroughs in a new type of material. It should be noted that this material is better than the materials used on the 歼-20.
CCTV news reports recently said that the latest paper published by Fudan University's Xiu Faxian team in the international top journal “Nature·Materials” in the field of materials has received extensive attention. According to the report, our team seems to have developed a two-dimensional system of the highest conductivity of the foreign semi-metal material - arsenide arsenide nanobelts.
As the foundation of the electronics industry, conductive materials are widely used in this industry. However, with the advancement of technology, various smart devices are developing in a smaller and smaller direction. It should be pointed out that although the devices are getting smaller and smaller, the signal transmission volume of the terminals is exploding. Ordinary conductive materials in the background have also become a bottleneck restricting the development of integrated circuits.
The result of the repair and development team is a subversive existence. According to reports, they use a variety of elements to create a green channel-like presence, allowing electrons to pass quickly and reduce energy consumption at low-dimensional scales. . Different from superconducting materials can only be quoted in ultra-low temperature environment of tens of degrees below zero. New materials are also effective at room temperature, which also provides a feasible idea for material science to find high-performance conductors. The reduction.
It should be noted that this arsenide arsenide nanobelt material has a conductivity of 100 times that of a copper film and 1000 times that of graphene. Professor Xiu Faxian also said in an interview that the emergence of this material can largely solve the heating problem caused by the operation of electronic components.
From the introduction, we can also know that the conductivity of this new material is 1000 times that of graphene, so many people also speculate that this new material may be related to the use of 歼-20 in the future. We know that because of the skill in the technology of graphene materials, the stealth performance of China's J-20 fighters is outstanding.
歼-20歼-20
Now that we have such a material that is superior to graphene in terms of electrical conductivity, we can believe that we have been working hard on the development of advanced materials. According to Professor Xiu, this arsenide arsenide nanobelt material can effectively solve the problem of heat generation of electronic components, and this seems to mean that if this arsenide arsenide nanobelt material can be applied on 歼-20, perhaps it It will also make the 歼-20 more invisible.
We know that the stealth of the warplane refers to the radar stealth, which includes the reflection absorption of radar waves and the construction of infrared radiation. And this new material can be completely started from the infrared radiation, making the future of the 歼-20 more invisible. The people have always said this, "One generation of materials and equipment for generations." From the emergence of this new material, we can also foresee the progress of China's advanced equipment in the future. We are full of expectations. (Author's signature: Frontier Posts Zhizhong)
https://mil.news.sina.com.cn/jssd/2019-03-21/doc-ihtxyzsk9199692.shtml
中国研出最强导电材料 一卓越效能或助歼20更隐形
2019年03月21日 08:57 新浪军事
46
尽管中国在现代科技方面的发展，落后于西方发达国家，但凭借着我们不懈的努力，在很多方面我们都后来居上，完成了新的突破。就在近日，央视传出新的消息，我国在一种新型材料方面有了新的突破，需要注意的是，这种材料要比歼-20上使用的材料还要好。
近日央视新闻报道称，复旦大学修发贤团队发表在材料领域国际顶级期刊《自然·材料》上的最新论文，受到了广泛的注意。根据报道我们得知，他们团队似乎研制出了，二维体系中目前已知最高导电率的外尔半金属材料-砷化铌纳米带。
作为电子工业的基础，导电材料在这一行业领域的应用非常广泛。但随着科技的大进步，各种智能设备却朝着越来越小的方向发展着，需要指出的是尽管设备越来越小，但终端的信号传输量却呈爆炸式的增长，在这种背景下普通的导电材料也成为制约着集成电路发展的瓶颈。
此次修发贤团队的成果就是一种颠覆性的存在，据介绍，他们利用多种元素创造了一个类似绿色通道的存在，让电子在低维尺度下也能快速通过并减少能耗的降低。区别于超导材料只能在零下几十度这样的超低温环境引用，新式材料在室温下也有效，这也为材料科学寻找高性能导体提供了一个可行思路，未来电子器材能耗将得到极大的降低。
需要注意的是，这种砷化铌纳米带材料，电导率是曾经铜薄膜的100倍，石墨烯的1000倍。修发贤教授也在接受采访是表示，这种材料的出现，可以很大程度的解决电子元器件中因为运作而产生的发热问题。
从介绍中我们也可以知道，这种新型材料的电导率达到了石墨烯的1000倍，因此也让不少人猜测这种新式材料未来可能在歼-20上的使用相关。我们知道正是因为在石墨烯材料上技术的娴熟，我国歼-20战机的隐身性能非常出众。
现在有着这种在电导性方面比石墨烯更加优秀的材料，可以相信我们在先进材料的发展上确实是一直在努力前进。参考修教授的话，这种砷化铌纳米带材料可以有效的解决电子元器件发热的问题，而这似乎也意味着，如果这种砷化铌纳米带材料可以在歼-20上应用，或许它也将使歼-20变的更加的隐形。
我们知道战机隐身是指的雷达隐身，这其中就包括对雷达波的反射吸收以及红外放射的建设。而这种新式材料就完全可以从红外放射方面下手，让歼-20未来变得更加的隐身。民间一直有着这样的说法，“一代材料一代装备”，由此次新材料的出现，我们也可以预见未来我国在先进装备上的进步，为此我们充满期待。（作者署名：前沿哨所 智忠）
China has developed the strongest conductive materials. A superior performance or help 20 is more invisible.
March 21, 2019 08:57 Sina Military
46
Graphene material graphene material
Despite China's development in modern science and technology, it lags behind the developed countries in the West, but with our unremitting efforts, we have come to the forefront in many aspects and completed new breakthroughs. Just recently, CCTV has sent new news. China has made new breakthroughs in a new type of material. It should be noted that this material is better than the materials used on the 歼-20.
CCTV news reports recently said that the latest paper published by Fudan University's Xiu Faxian team in the international top journal “Nature·Materials” in the field of materials has received extensive attention. According to the report, our team seems to have developed a two-dimensional system of the highest conductivity of the foreign semi-metal material - arsenide arsenide nanobelts.
As the foundation of the electronics industry, conductive materials are widely used in this industry. However, with the advancement of technology, various smart devices are developing in a smaller and smaller direction. It should be pointed out that although the devices are getting smaller and smaller, the signal transmission volume of the terminals is exploding. Ordinary conductive materials in the background have also become a bottleneck restricting the development of integrated circuits.
The result of the repair and development team is a subversive existence. According to reports, they use a variety of elements to create a green channel-like presence, allowing electrons to pass quickly and reduce energy consumption at low-dimensional scales. . Different from superconducting materials can only be quoted in ultra-low temperature environment of tens of degrees below zero. New materials are also effective at room temperature, which also provides a feasible idea for material science to find high-performance conductors. The reduction.
It should be noted that this arsenide arsenide nanobelt material has a conductivity of 100 times that of a copper film and 1000 times that of graphene. Professor Xiu Faxian also said in an interview that the emergence of this material can largely solve the heating problem caused by the operation of electronic components.
From the introduction, we can also know that the conductivity of this new material is 1000 times that of graphene, so many people also speculate that this new material may be related to the use of 歼-20 in the future. We know that because of the skill in the technology of graphene materials, the stealth performance of China's J-20 fighters is outstanding.
歼-20歼-20
Now that we have such a material that is superior to graphene in terms of electrical conductivity, we can believe that we have been working hard on the development of advanced materials. According to Professor Xiu, this arsenide arsenide nanobelt material can effectively solve the problem of heat generation of electronic components, and this seems to mean that if this arsenide arsenide nanobelt material can be applied on 歼-20, perhaps it It will also make the 歼-20 more invisible.
We know that the stealth of the warplane refers to the radar stealth, which includes the reflection absorption of radar waves and the construction of infrared radiation. And this new material can be completely started from the infrared radiation, making the future of the 歼-20 more invisible. The people have always said this, "One generation of materials and equipment for generations." From the emergence of this new material, we can also foresee the progress of China's advanced equipment in the future. We are full of expectations. (Author's signature: Frontier Posts Zhizhong)
