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The chemisorption and reaction of BCl3with Si(111)

机译:BCl的化学吸附和反应3与Si(111)

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摘要

The chemical mechanisms involved in the decomposition of boron trichloride and the concomitant incorporation of elemental boron into Si(111) were elucidated. The reaction between BCl3and Si(111) is quit complex due to the presence of Si, B, and Cl in a number of chemically distinct environments simultaneously. Annealing the sample to 570 °C effectively desorbs all molecularly adsorbed BCl3. Additional anneals to 710 and 870 °C largely reduce the BCl2and BCl3moeities to form the subsurface‐boron reconstructed surface.
机译:阐明了三氯化硼分解和元素硼掺入Si(111)的化学机理.BCl之间的反应3和Si(111)由于Si,B和Cl同时存在于许多化学上不同的环境中而退出络合物。将样品退火至570°C可有效解吸所有分子吸附的BCl3。 在710和870°C的额外退火大大降低了BCl2和BCl3的摩尔,以形成亚表面&连字符;硼重建表面。

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