Study on Micro-Manufactring within Scanning Electron Microscope

扫描电子显微镜微制造研究

• 批准号: 07455066
• 负责人: MORIWAKI Toshimichi
• 金额: $ 4.61万
• 依托单位: Kobe University
• 依托单位国家: 日本
• 项目类别: Grant-in-Aid for Scientific Research (B)
• 财政年份: 1995
• 资助国家: 日本
• 起止时间: 1995 至 1996
• 项目状态: 已结题
• 来源: https://kaken.nii.ac.jp/grant/KAKENHI-PROJECT-07455066/
• 关键词: Micro manufacturing; Microscope; Elliptical vibration cutting; Cutting force; Burr; Walking drive; Ultraprecision positioning; XYrheta table; XYθテーブル; 走査型電子顕微鏡; 超精密加工機; 圧電素子; 精密送りテーブル; 楕円振動切削加工; ナノテクノロジー

The main objectives of this research have been successfully attained after two years of research. The majior research results obtained are as follows ;1.Development of micro-cutting technology by applying elliptical vibrationA new micro-cutting technology is developed by applying elliptical vibration. Fundamental cutting tests were carried out within a scanning electron microscope (SEM), and the processes of the new cutting method named "Elliptical Vibration Cutting" were observed directly and compared with those of the ordinary cutting and the conventional vibration cutting. It was confirmed experimentally that the present method has the following advantages.(1) The chip thickness and the cutting force are significantly reduced by the present method.(2) The cutting energy is also rdduced considerably.(3) The quality of finished surfaces is improved, and the generation of burr is suppressed.It is expected that the present cutting technology is advantageous to reduce the deformation micro structure due to cutting force and to improve its quality by suppressing the generation of burr.2.Development of micro-manufacturing machine installed within SEMA new feed drive method named "Walking Drive" is applied to develop a micro-manufacturing machine. First, a prototype ultraprecision XYrheta table is developed based on the principle of the walking drive. Ultraprecision positioning with following errors of less than 10 nm is realized by combining the XYrheta table with an laser feedback controller developed. Another prototype XYrheta table is developed, which is small enough to be installed within a scanning electron microscope. It is confirmed that the small table has cnough high positioning resolution for the micro-manufacturing.It is expected that an ultra-precise micro-manufacturing machine withhigh stiffness will be realized in the near future by combining the above new micro cutting technology and the walking drive table.

经过两年的研究，本研究的主要目标已经圆满实现。主要研究成果如下：1.椭圆振动微切削技术的发展应用椭圆振动微切削技术是一种新型的微切削技术。在扫描电子显微镜(SEM)下进行了基本切削试验，直观观察了“椭圆振动切削”新方法的加工过程，并与普通切削和常规振动切削进行了比较。实验证明，该方法具有以下优点：(1)显著减小了切屑厚度和切削力；(2)显著降低了切割能量；(3)提高了加工表面质量，抑制了毛刺的产生。预计目前的切割技术有利于减少切削力引起的变形微结构，并通过抑制毛刺的产生来提高加工质量。2.安装在SEMA内的微型加工机床的开发，应用了一种名为“行走驱动”的新型进给驱动方法，开发了一种微加工机床。首先，基于步行驱动的原理，研制了一台超精密XYhita工作台。将XYhita工作台与研制的激光反馈控制器相结合，实现了跟踪误差小于10 nm的超精密定位。开发了另一种XYhita工作台原型，该工作台足够小，可以安装在扫描电子显微镜中。实践证明，该小工作台具有较高的微加工定位精度，将上述新型微切削技术与行走驱动工作台相结合，有望在不久的将来实现高刚度的超精密微加工机床。

项目成果

Toshimichi Moriwaki and Eiji Shamoto: "Ultrasonic Elliptical Vibration Cutting" Annals of the CIRP. Vol.44/1. 31-34 (1995)

Toshimichi Moriwaki 和 Eiji Shamoto：CIRP 的“超声波椭圆振动切割”年鉴。

Toshimichi Moriwaki: "Experimental Analysisi of Ultraprecision Machining" International Journal of the Japan Society for Precision Engineering. Vol. 29. 287-290

Toshimichi Moriwaki：“超精密加工的实验分析”日本精密工程学会国际期刊。

Yoshikazu Nakai: "Effect of Fiber Orientation on the Mode I Interlaminar Fatigue Crack Growth Behavior of CFRP Laminates" 7th International Conference on Mechanical Behavior of Materials. 261-262

Yoshikazu Nakai：“纤维取向对 CFRP 层压板 I 型层间疲劳裂纹扩展行为的影响”第七届材料机械行为国际会议。

E.Shamoto, Y.Morimoto and T.Moriwaki: "Elliptical Vibration Cutting (Ist Report)-Cutting Principle and Basic Performance-" J.JSPE. Vol.62, No.8. 1127-1131 (1996)

E.Shamoto、Y.Morimoto 和 T.Moriwaki：“椭圆振动切割（Ist 报告）-切割原理和基本性能-”J.JSPE。

社本英二,申 興哲,山口貴洋,森脇俊道: "Walking Driveによる精密送り機構の開発(第2報)-速度制御法と超精密位置決めシステムの開発-" 精密工学会誌. Vol.61. 1106-1110 (1995)

Eiji Shamoto、Kochetsu Shin、Takahiro Yamaguchi、Toshimichi Moriwaki：“使用行走驱动的精密进给机构的开发（第二次报告） - 速度控制方法和超精密定位系统的开发 -”日本精密工程学会杂志第 1 卷。 61. 1106 -1110 (1995)