超级军网请教：毛子这种神器的出炉对航空高温合金的研制有作用没 ...
来源：百度文库 编辑：超级军网 时间：2024/04/30 00:25:30
原型机已经出来。
May 14, 2009
New Russian Microscope with Record Atomic Resolution
(Nanowerk News) The development team of Carbonlight Ltd promises that with the help of their new Nanointroscope not only the atom could be observed, but even the electron shells around an atom nucleus will be visible. Presently, the microscopes with such resolution do not exist. Atoms could be detected only indirectly – by the peaks in the atomic-force microscope diagram.
The new device still exist only as a prototype that includes a source of protons and a detector based on the nanotube filled with cerium packrd into metal-fullerenes. The nanotube detector is placed on silicon cantilever. All of these important elements of Nanointroscope are of the latest Carbonlight’s design.
Carbonlight Ltd is a small business that is located in the town Dolgoprudniy near Moscow and known for its relations to Moscow Institute of Physics and Technology.
The prototype had been tested according to the development team.
During development process the team executed high patent protection for their device, they had patented the proton sources with electron ionization and photo ionization, and the protons beam source as well.
The major part of the new device will be the novel coordinate-angular detector, which will allow the 0.01 nm resolution. It means that the researchers could examine the atoms, and even the structure of electron shells with single atoms as well. That close introduction to the small world could possibly change our understanding of the processes that occur on the nonoscale.
There is no information about the industrial fabrication of this new microscope. The team says they need more time for research. They also say the results achieved along the development process and series of tests are very interesting by themselves. For instance, the dependence of the luminescence effect of detectors on the photons beam coordinates and the incidence angle may help with the development of totally new detector design.原型机已经出来。
May 14, 2009
New Russian Microscope with Record Atomic Resolution
(Nanowerk News) The development team of Carbonlight Ltd promises that with the help of their new Nanointroscope not only the atom could be observed, but even the electron shells around an atom nucleus will be visible. Presently, the microscopes with such resolution do not exist. Atoms could be detected only indirectly – by the peaks in the atomic-force microscope diagram.
The new device still exist only as a prototype that includes a source of protons and a detector based on the nanotube filled with cerium packrd into metal-fullerenes. The nanotube detector is placed on silicon cantilever. All of these important elements of Nanointroscope are of the latest Carbonlight’s design.
Carbonlight Ltd is a small business that is located in the town Dolgoprudniy near Moscow and known for its relations to Moscow Institute of Physics and Technology.
The prototype had been tested according to the development team.
During development process the team executed high patent protection for their device, they had patented the proton sources with electron ionization and photo ionization, and the protons beam source as well.
The major part of the new device will be the novel coordinate-angular detector, which will allow the 0.01 nm resolution. It means that the researchers could examine the atoms, and even the structure of electron shells with single atoms as well. That close introduction to the small world could possibly change our understanding of the processes that occur on the nonoscale.
There is no information about the industrial fabrication of this new microscope. The team says they need more time for research. They also say the results achieved along the development process and series of tests are very interesting by themselves. For instance, the dependence of the luminescence effect of detectors on the photons beam coordinates and the incidence angle may help with the development of totally new detector design.
May 14, 2009
New Russian Microscope with Record Atomic Resolution
(Nanowerk News) The development team of Carbonlight Ltd promises that with the help of their new Nanointroscope not only the atom could be observed, but even the electron shells around an atom nucleus will be visible. Presently, the microscopes with such resolution do not exist. Atoms could be detected only indirectly – by the peaks in the atomic-force microscope diagram.
The new device still exist only as a prototype that includes a source of protons and a detector based on the nanotube filled with cerium packrd into metal-fullerenes. The nanotube detector is placed on silicon cantilever. All of these important elements of Nanointroscope are of the latest Carbonlight’s design.
Carbonlight Ltd is a small business that is located in the town Dolgoprudniy near Moscow and known for its relations to Moscow Institute of Physics and Technology.
The prototype had been tested according to the development team.
During development process the team executed high patent protection for their device, they had patented the proton sources with electron ionization and photo ionization, and the protons beam source as well.
The major part of the new device will be the novel coordinate-angular detector, which will allow the 0.01 nm resolution. It means that the researchers could examine the atoms, and even the structure of electron shells with single atoms as well. That close introduction to the small world could possibly change our understanding of the processes that occur on the nonoscale.
There is no information about the industrial fabrication of this new microscope. The team says they need more time for research. They also say the results achieved along the development process and series of tests are very interesting by themselves. For instance, the dependence of the luminescence effect of detectors on the photons beam coordinates and the incidence angle may help with the development of totally new detector design.原型机已经出来。
May 14, 2009
New Russian Microscope with Record Atomic Resolution
(Nanowerk News) The development team of Carbonlight Ltd promises that with the help of their new Nanointroscope not only the atom could be observed, but even the electron shells around an atom nucleus will be visible. Presently, the microscopes with such resolution do not exist. Atoms could be detected only indirectly – by the peaks in the atomic-force microscope diagram.
The new device still exist only as a prototype that includes a source of protons and a detector based on the nanotube filled with cerium packrd into metal-fullerenes. The nanotube detector is placed on silicon cantilever. All of these important elements of Nanointroscope are of the latest Carbonlight’s design.
Carbonlight Ltd is a small business that is located in the town Dolgoprudniy near Moscow and known for its relations to Moscow Institute of Physics and Technology.
The prototype had been tested according to the development team.
During development process the team executed high patent protection for their device, they had patented the proton sources with electron ionization and photo ionization, and the protons beam source as well.
The major part of the new device will be the novel coordinate-angular detector, which will allow the 0.01 nm resolution. It means that the researchers could examine the atoms, and even the structure of electron shells with single atoms as well. That close introduction to the small world could possibly change our understanding of the processes that occur on the nonoscale.
There is no information about the industrial fabrication of this new microscope. The team says they need more time for research. They also say the results achieved along the development process and series of tests are very interesting by themselves. For instance, the dependence of the luminescence effect of detectors on the photons beam coordinates and the incidence angle may help with the development of totally new detector design.
哪位大锅给个译文版的~~
给了个快速Google版的。
2009年5月14日
新的俄罗斯显微镜与原子分辨率记录
（科学时报新闻）有限公司的Carbonlight开发团队承诺，随着他们的新Nanointroscope不仅有助于原子可以观察，但即便是原子核周围的电子炮弹将可见。目前，这些决议的显微镜不存在。原子可检测只能间接地-通过原子力显微镜图的高峰。
新的设备仍然存在只是作为原型，其中包括一个质子和一个来源的基础上与成金属packrd铈富勒烯填补了纳米管探测器。纳米管探测器被放置在硅悬臂。对Nanointroscope这些重要元素都是最新Carbonlight的设计。
Carbonlight有限公司是一家小型企业，位于莫斯科附近的Dolgoprudniy镇和其关系到莫斯科物理技术研究所众所周知的。
该样机进行了测试根据开发团队。
在发展过程中的团队都执行他们的设备的高专利保护，他们的专利与电子电离和光离子源的质子和质子束所在。
在新设备的主要部分将在小说坐标角检测器，它将使0.01 nm分辨率。这意味着研究人员能够研究原子，甚至与以及单个原子电子外壳结构。这种密切的介绍的小世界将可能改变我们的进程，关于nonoscale发生的认识。
没有关于这个新显微镜工业制造的信息。研究小组说，他们需要更多的研究时间。他们还表示，所取得的成果在整个发展过程和一系列试验本身很有趣。例如，关于光子光束探测器的发光效果的依赖坐标和入射角也可以帮助探测器的全新设计的发展。
给了个快速Google版的。
2009年5月14日
新的俄罗斯显微镜与原子分辨率记录
（科学时报新闻）有限公司的Carbonlight开发团队承诺，随着他们的新Nanointroscope不仅有助于原子可以观察，但即便是原子核周围的电子炮弹将可见。目前，这些决议的显微镜不存在。原子可检测只能间接地-通过原子力显微镜图的高峰。
新的设备仍然存在只是作为原型，其中包括一个质子和一个来源的基础上与成金属packrd铈富勒烯填补了纳米管探测器。纳米管探测器被放置在硅悬臂。对Nanointroscope这些重要元素都是最新Carbonlight的设计。
Carbonlight有限公司是一家小型企业，位于莫斯科附近的Dolgoprudniy镇和其关系到莫斯科物理技术研究所众所周知的。
该样机进行了测试根据开发团队。
在发展过程中的团队都执行他们的设备的高专利保护，他们的专利与电子电离和光离子源的质子和质子束所在。
在新设备的主要部分将在小说坐标角检测器，它将使0.01 nm分辨率。这意味着研究人员能够研究原子，甚至与以及单个原子电子外壳结构。这种密切的介绍的小世界将可能改变我们的进程，关于nonoscale发生的认识。
没有关于这个新显微镜工业制造的信息。研究小组说，他们需要更多的研究时间。他们还表示，所取得的成果在整个发展过程和一系列试验本身很有趣。例如，关于光子光束探测器的发光效果的依赖坐标和入射角也可以帮助探测器的全新设计的发展。
前几天还有报道:MD的移动单个原子试验成功呢!毛子还不够看,尤其在基础研究上[:a3:]
有工作就好
不懂学习下
TG呢？
简要翻译，使用充填铈的碳纳米管的一个超级显微装置，分辨率达到亚原子级别，可观察到电子壳层结构。
MD在N年前就有的东西
那么是用可见光的波段看的还是用伽玛射线波段看的
那么是用可见光的波段看的还是用伽玛射线波段看的
爱思考的猪 发表于 2009-8-27 10:50
文中说是产生质子束
波长更短，穿透力更强？
那么是用可见光的波段看的还是用伽玛射线波段看的
爱思考的猪 发表于 2009-8-27 10:50
文中说是产生质子束
波长更短，穿透力更强？
uoxxj 发表于 2009-8-27 07:45 
请哈美之前多看书，多举资料~~
请哈美之前多看书，多举资料~~
美国的报道，也说这是世界首创这种设备--当然还处于原型机状态。