O433.54 97063579应用激光光谱学的发展现状=Present status of appliedlaser spectroscopy[刊,中]/王振亚(中科院安徽光机所.安徽,合肥(230031))∥光电子技术与信息.—1996,9(6).—1—5介绍应用激光光谱学的研究和开发现状以及它在光...O433.54 97063579应用激光光谱学的发展现状=Present status of appliedlaser spectroscopy[刊,中]/王振亚(中科院安徽光机所.安徽,合肥(230031))∥光电子技术与信息.—1996,9(6).—1—5介绍应用激光光谱学的研究和开发现状以及它在光学遥感、医用光谱诊断、分析化学和生物工程等科技领域中的应用。参9(严寒)展开更多
The laser trapping of untransmissive particles are discussed in this paper. Photon can generate the momentum tothe untransmissive particle by diffraction and reflection on the surface of the particles. We tried laser ...The laser trapping of untransmissive particles are discussed in this paper. Photon can generate the momentum tothe untransmissive particle by diffraction and reflection on the surface of the particles. We tried laser trapping ofuntransmissive particles using an attractive force caused by the diffraction and radiation force caused by reflection.The laser trapping system includes CW YAG laser, which has 1.064 μm in wave length and an optical microscope.The motions of particles were monitored by a CCD camera on the top of the microscope and recordedby PC connected to the CCD camera.展开更多
文摘O433.54 97063579应用激光光谱学的发展现状=Present status of appliedlaser spectroscopy[刊,中]/王振亚(中科院安徽光机所.安徽,合肥(230031))∥光电子技术与信息.—1996,9(6).—1—5介绍应用激光光谱学的研究和开发现状以及它在光学遥感、医用光谱诊断、分析化学和生物工程等科技领域中的应用。参9(严寒)
文摘The laser trapping of untransmissive particles are discussed in this paper. Photon can generate the momentum tothe untransmissive particle by diffraction and reflection on the surface of the particles. We tried laser trapping ofuntransmissive particles using an attractive force caused by the diffraction and radiation force caused by reflection.The laser trapping system includes CW YAG laser, which has 1.064 μm in wave length and an optical microscope.The motions of particles were monitored by a CCD camera on the top of the microscope and recordedby PC connected to the CCD camera.
