Chemistry and analysis in integrated chemistry lab on chip

T. Kitamori
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Abstract

It is indispensable for the realization of integration of chemical systems on a small substrate to characterize and control molecular behavior in a liquid microspace from a chemical viewpoint as well as the development of microfabrication techniques. We have characterized a liquid microspace in a microchannel by large specific interface area, short molecular diffusion distance, small heat capacity and localized uniform field. Molecular transport, reaction control, and other chemical operations were realized in a microspace by using these characteristics and photothermal techniques.
芯片上集成化学实验室的化学与分析
从化学的角度来表征和控制液体微空间中的分子行为,以及微加工技术的发展,是实现小基底上化学系统集成的必要条件。微通道中的液体微空间具有比界面面积大、分子扩散距离短、热容小和局域均匀场等特点。利用这些特性和光热技术在微空间中实现了分子运输、反应控制和其他化学操作。
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