Lecturers

金三梅

Publisher:王希成Time:Dec 16, 2020Click:

金三梅 讲师

Lecturer Sanmei Jin

中国地质大学(武汉)数学物理学院

School of Mathematics and Physics,

China University of Geosciences,

Wuhan, Hubei 430074

办公室  Office

西区数理楼(基础楼)405


Room 405, jichu building, Weat Campus

办公室电话  Office Phone

18771059461

E-mail

cugjinsanmei@163.com

Homepage


研究兴趣Research Interests

光电检测及控制技术(Photoelectric   detection and control technology


光纤传感器应用(applications of OFS

育背景 Education

2010.09-2013.06

中国地质大学(武汉)数学物理学院,光电检测与控制理论,硕士


School of mathematics and physics, China   University of GeosciencesPhotoelectric detection and control theorymaster

2006.09-2010.06

中国地质大学(武汉)数学物理学院,物理学,学士


School of mathematics and physics, China   University of Geosciencesphysicsbachelor

工作经历 Academic Experience

2013.07-

中国地质大学(武汉)数学物理学院,讲师


Lecturer,   School   of mathematics and physics, China University of Geosciences

主要学术论文 Selected Papers published in refereed journals

1.金三梅,左谨平,周建鹏. 基于光电传感器的金属模量的测量[J].电子技术,201111.

Sanmei Jin,Jinping Zuo,Jianpeng Zhou,Measurement of Young’s Modulus of wire based on photoelectric sensor[J].Electronic Technology,2011(11).

2.尹俊,金三梅,李康,左谨平. 基于光电传感器的智能灯控系统的设计[J].电子技术,201110.

Jun Yin,Sanmei Jin,Kang Li,Jinping Zuo,Design of an intelligent lighting control system based on photoelectric sensor[J].Electronic Technology,2011(10).

3.李康,左谨平,金三梅. 基于AVR单片机高精度电子秤设计[J].电子技术,201107):28-29.

Kang Li,Jinping Zuo,Sanmei Jin,Design of high-precision electronic balance based on AVR MCU[J].Electronic Technology,2011(07).

国家实用新型专利(National Utility Model Patent

金三梅,一种光纤光栅液压传感器,2019.1.18,中国,ZL2018 2 1001984.5

Sanmei JinA fiber Bragg grating hydraulic sensor,2019.1.18,China,ZL2018 2 1001984.5

科研课题 Funded Research Projects

中央高校新青年启动基金,2014129039,基于光电传感器对角度测量的研究,2014/01-2016/12

Fundamental Research Funds for the Central Universities,2014129039,Study of the angle measurement based on photoelectric sensor,2014/01-2016/12

主要教授课程 Teaching

[1] 主讲过的本科生课程(Undergraduate courses)

《大学物理实验(College Physical Experiment)》、

《近代物理实验(Modern Physical Experiment)》、

《力学实验(Mechanical Experiment)

《电学实验(Electrical Experiment)

《光学实验(Optical Experiment)