Grant-in-Aid for international Scientific Research
|Allocation Type||Single-year Grants|
|Section||University-to-University Cooperative Research|
|Research Institution||Ibaraki College of Technology|
SHIMIZU Isao Ibaraki College of Technology, Dep. of Mechanical Engin. Professor, 機械工学科, 教授 (80042464)
BRITON Jean INSA Rouen, エネルギシステム, 助手
LETOULOUZAN ジャン ノエル INSA Rouen, エネルギ, 助手
MAHEU Bruno INSA Roven, Dep. of Energy Lecturer, エネルギ, 講師
GREHAN Gerard INSA Roven, Dep. of Energy System Chief Researcher, エネルギシステム, 研究主任
GOUESBET Gerard INSA Roven, Dep. of Energy Professor, エネルギ, 教授
ICHIGE Katsumasa Ibaraki College of Technology, Dep. of Electronics and Computer Science Assistan, 電子情報工学科, 助手 (50223095)
TAKAHARA Yoshie Ibaraki College of Technology, Dep. of Electronics and Computer Science Lecturer, 電子情報工学科, 講師 (50216777)
SAITO Yasuo Ibaraki College of Technology, Dep. of Industrial chemistry Professor, 工業化学科, 教授 (10005374)
YAMAMOTO Nobuo Ibaraki College of Technology, Dep. of Electrical Engin. Assoc. Professor, 電気工学科, 助教授 (70042489)
BRITON Jean Philipe INSA Roven, Dep. of Energy system Assistant
LETOULOUZAN Jean Noel INSA Roven, Dep. of Energy Lecturer
LE TOULOUZAN INSA de Rouen, エネルギシステム科, 講師
四王天 正臣 茨城高専, 電子情報工学科, 助教授 (90206045)
LE Toulouzan INSA de Rouen, エネルギシステム科, 講師
|Project Period (FY)
1991 – 1993
Completed(Fiscal Year 1993)
|Budget Amount *help
¥5,400,000 (Direct Cost : ¥5,400,000)
Fiscal Year 1993 : ¥1,800,000 (Direct Cost : ¥1,800,000)
Fiscal Year 1992 : ¥1,800,000 (Direct Cost : ¥1,800,000)
Fiscal Year 1991 : ¥1,800,000 (Direct Cost : ¥1,800,000)
|Keywords||Laser manipulation / Radiation pressure / Trapped particles / Non-invasive elimination / Small particles / Radioisotope / Shape and size of particles / Diffraction pattern / Smoke particles / 光バリア / クリーンルーム / 液中粒子のマニピュレート / 光走査 / 微粒子 / レ-ザ光圧力 / 粒子の排接触マニピュレ-ト / クリ-ンル-ム / 光共鳴吸収 / 溶液中粒子のマニュピュレ-ト / LorenzーMie散乱|
1.By the optical microscope composed with a telescope at eyepiece and, with a dark field object lens and with YAG laser beam and He-Ne laser beam, a new optical system has been developed to manipulate the small particles with determining the shape and size from the diffraction patterns of particles trapped in the liquid by YAG laser beam.
2.It was clarified that the trapped particles of which diameter were over 1 mum, by radiation force, could be steadily manipulated by the scanned laser beam in the horizontal plane in the atmosphere.
3.It was recognized that there were some possibility, which could remove and eliminate particles of which diameter was over 1 mum by horizontally scanning direct beam of Ar laser, and which could separate the particles in each shape or size with discriminating technique analyzing diffraction pattern from particles. A new manipulation technique for the large particles with determining the shape, size and species was proposed.
4.To eliminate the particles, it was clarified that the Gaussian intensity distribution of the laser beam had to be definitely preserved in the laser barrier.
5.In experiments, it was recognized that smoke particles of which diameter were under 0.1 mum were sent flying to the anti-progressive direction of incident laser beam at all position. A new technique has been proposed to eliminate or collect the small particles like as smoke particles or radioisotope particles suspended in the air.