華中科技大學(xué)電子顯微分析論文——scanningtunnelingmicroscopeanditsapplication

1、 光學(xué)與電子信息學(xué)院課程考查答題本 光學(xué)與電子信息學(xué)院課程考查答題本 電子、集成專(zhuān)業(yè) 電子、集成專(zhuān)業(yè) （2016 —— ——2017 學(xué)年第 學(xué)年第 1 學(xué)期） 學(xué)期） 課程名稱(chēng) 課程名稱(chēng) 電子 電子顯微技術(shù) 顯微技術(shù) 課程類(lèi)別 課程類(lèi)別 √必修 必修 限選 限選 班 級(jí) ********

2、 學(xué) 號(hào) ********** 姓 名 ****** 任課教師 任課教師 ****** 考試日期 考試日期 2016 年 11 月 3 日 成績(jī)?cè)u(píng)定 成績(jī)?cè)u(píng)定

3、 任課教師 任課教師 注：無(wú)任課老師簽名成績(jī)無(wú)效。 注：無(wú)任課老師簽名成績(jī)無(wú)效。 2 Scanning Tunneling Microscope and its application Author: Crainax Abstract This article first briefly introduces the Scanning Tu

4、nneling Microscope (STM). In the second part, we will introduce some basic theories about STM, and we will pay more attention to the theory of using the probe tip of the model to tunnel between the sample surfaces. Next,

5、 we introduce STM facilities, including different modes of operation and other influencing factors. Then, we introduce some modern applications of STM. Finally, we can conclude the future research directions of STM. Keyw

6、ords: STM, Theory, Instruments, Application, Future. 1. Introduction Just as the vast majority of new discoveries and innovations of science have their contingencies and inevitability, as the twentieth century German phy

7、sicist Gerd Bining and his mentor Heinrich Rohrer in the late 1970s in the IBM Zurich laboratory conducted a superconductivity experiment, they did not put their own research on the effects of superconducting tunneling w