Photothermal Probe-Beam Deflection Measurement of Moisture Adsorption on a Silicon Surface Under Atmospheric Conditions

Holger Schroeder, A. Tam
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Abstract

Although there is much work done on thermal desorption of molecules on a solid surface /1/, most previous work was performed in vacuum or low-pressure conditions and utilized direct particle detectors (e.g. mass spectrometer). The present work examines photo-thermal desorption from a surface in atmospheric conditions utilizing a probe-beam deflection /2/ technique. This is demonstrated for an important case of adsorbed water on a silicon wafer with normal surface oxide.
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大气条件下硅表面水分吸附的光热探针束偏转测量
虽然在固体表面分子的热解吸方面做了很多工作,但大多数以前的工作是在真空或低压条件下进行的,并利用直接粒子探测器(如质谱仪)。本研究利用探针光束偏转/2/技术研究大气条件下表面的光热解吸。这被证明了一个重要的情况下,吸附水在硅片与正常的表面氧化物。
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Characterization of Materials by Visible-Near UV Spectrophotometric and Spectroellipsometric Techniques Analysis of Uranium Solutions Using Laser-Induced Breakdown Spectroscopy Photothermal Probe-Beam Deflection Measurement of Moisture Adsorption on a Silicon Surface Under Atmospheric Conditions Developments in Raman Spectroscopy for Ion Implant Monitoring In-Situ Raman Microprobe Analysis of Direct Laser Writing
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