Nano-Mechanics of Atoms and Molecules -Force Spectroscopy and Mechanical Control of Atoms and Molecules by Force Probe Method-

原子和分子的纳米力学-力谱学和力探针法对原子和分子的机械控制-

• 批准号: 11226101
• 负责人: MORITA Seizo
• 金额: $ 18.88万
• 依托单位: Osaka University
• 依托单位国家: 日本
• 项目类别: Grant-in-Aid for Scientific Research on Priority Areas
• 财政年份: 1999
• 资助国家: 日本
• 起止时间: 1999 至 2002
• 项目状态: 已结题
• 来源: https://kaken.nii.ac.jp/en/grant/KAKENHI-PROJECT-11226101/
• 关键词: atomic force microscopy; atomic and molecular force; nano-mechanics; atoms and molecules; force probe method; atomic resolution; atomic force spectroscopy; control of atomic and molecular force; ナノ力学

We have completed almost research subjects including many additional research projects such as force spectroscopy and mechanical control of atoms at low temperature or on magnetic materials. By this project, novel field named "Nano-Mechanics of Atoms and Molecules" has been established. Besides, we obtained many important results, which were not expected at the beginning of this project. Collaborations between theoretical groups and experimental ones have developed and completed many important results.167th committee on Nano-Probe Technology of the Japan Society for the Promotion of Science (JSPS) predicted the time when "Mechanical Identification of Atom Species" and "Mechanical Manipulation of an Atom" will be achieved. This project enabled the realization of these subjects 1-6 years and 5-11 years earlier than the predictions, respectively.303 papers resulted by this project have been published in journals. Many papers were published in high rank journals such as Physical Review and … More Physical Review Letters. Including many invited talks, research results have been presented as 512 presentations at International and Domestic Conferences. Research results have been published in 43 Books, which include the first technical book on this field "Noncontact Atomic Force Microscopy" published from Springer, and the first text book on this field "Nano-Mechanics of Atoms and Molecules" (in Japanese) published from Maruzen. There were 16 press announcements, 7 awards, and 12 applications for patents.The 4th International Conference on Noncontact Atomic Force Microscopy was held at Kyoto, 2001. First conference was proposed by our group and was held at Osaka, 1998. Then, the 2^<nd> at Switzerland, 1999, the 3^<rd> at Germany, 2000, the 4^<th> at Japan, 2001, and the 5^<th> at Canada, 2002 have been held annually. In these previous conferences, Japan group presented the largest number of presentation even in foreign country. This project contributed to maintain the largest number of presentation. Less

我们已经完成了几乎所有的研究课题，包括许多额外的研究项目，如力谱和低温下或磁性材料上原子的机械控制。通过这个项目，建立了一个新的领域，命名为“原子和分子的纳米力学”。此外，我们还获得了许多重要的成果，这在项目开始时是没有预料到的。理论小组和实验小组之间的合作已经开发并完成了许多重要成果。日本科学促进会（JSPS）第167届纳米探针技术委员会预测了“原子种类的机械识别”和“原子的机械操纵”将实现的时间。该项目使这些主题的实现分别比预测提前1-6年和5-11年。该项目产生的303篇论文已在期刊上发表。多篇论文发表在《物理评论》等高水平期刊上， ...更多信息 物理评论快报。包括许多特邀演讲，研究成果已在国际和国内会议上发表512篇演讲。研究成果已发表在43本书中，其中包括Springer出版的该领域的第一本技术书“非接触原子力显微镜”，以及Maruzen出版的该领域的第一本教科书“原子和分子的纳米力学”（日文）。2001年在京都召开了第四届非接触原子力显微镜国际会议。第一次会议是由我们小组提议的，于1998年在大坂举行。之后，1999年在瑞士举行的第二届<nd>，2000年在德国举行的第三届<rd>，2001年在日本举行的第四届<th>，以及2002年在加拿大举行的第五届<th>。在以往的会议中，日本组甚至在国外提出了最多的陈述。该项目有助于保持最大数量的介绍。少

项目成果

M.Brandbyge, N.Kobayashi and M.Tsukada: "Conduction Channels at Finite Bias in Single-Atom Gold Contacts"Phys.Rev.B. 60. 17064-17070 (1999)

M.Brandbyge、N.Kobayashi 和 M.Tsukada：“单原子金触点中有限偏置的传导通道”Phys.Rev.B。

N.Kobayashi and M.Tsukada: "Numerical Method for Local Density of States and Current Density decomposed into Eigenchannels in Multi-channel System"Jpn.J.Appl.Phys.. 38. 3805-3808 (1999)

N.Kobayashi 和 M.Tsukada：“多通道系统中状态局域密度和分解为本征通道的电流密度的数值方法”Jpn.J.Appl.Phys.. 38. 3805-3808 (1999)

K.Kobayashi et al.: "Dopant profiling on semiconducting sample by scanning capacitance force microscopy"Appl. Phys. Lett.. Vol.81, No.14. 2626-2628 (2002)

K.Kobayashi 等人：“通过扫描电容力显微镜对半导体样品进行掺杂剂分析”Appl。

N.Kobayashi et al.: "Transmission Channels through Na and Al Atom Wire"Surface Sci.. 433-435. 854-857 (1999)

N.Kobayashi 等人：“通过 Na 和 Al 原子线的传输通道”表面科学 433-435。

N.Sasaki, M.Tsukada: "New Method for Noncontact AFM Image Simulations"Jpn. J. Appl. Phys.. 38. 192-194 (1999)

N.Sasaki、M.Tsukada：“非接触式 AFM 图像模拟的新方法”Jpn。