同步輻射X光吸收光譜對銻化銦,碲化鎘及碲化鎘鋅的研究和相關光學性質分析

同步加速器光源是二十一世紀尖端科學研究不可或缺的實驗利器，已廣泛應用在材料、生物、醫藥、物理、化學、化工、地質、考古、環保、能源、電子、微機械、奈米元件等基礎與應用科學研究，因而被稱為現代的「科學神燈」。光學量測對於分析半導體材料具有很重要的地位，尤其是對於材料的結構、特性，甚至是物理機制。而近幾年的半導體材料，由於它的材料特性非常適合應用在現今生活的電器設備用品上，譬如：發光二極體、積體電路原件…等，所以被廣泛而且深入的研究，縱使已經有不少上市產品應用半導體為材料，但是仍然有許多的問題與困難需要解答與突破，因此，我們將針對目前的許多挑戰做研究。拉曼散射與紅外光譜是在研究半導體材料的晶格振動，我們可以藉由晶格的振動來判斷研究的材料或樣品的品質和成分，由於拉曼散射實驗與紅外光譜是非破壞性的光學量測技術，非常的方便且不需繁雜的事前準備或樣品處理，所以我們著重二者的應用，將所研究的樣品經由拉曼散射實驗與紅外光譜做初步的瞭解與分析，可以幫助我們在樣品的結構、成長或各種變因上做調變，有效而且快速的提供正確且有用的資訊。

關鍵字

國家同步輻射中心； X光吸收光譜；銻化銦；碲化鎘；碲化鎘鋅

並列摘要

During the past decade, synchrotron light sources have become indispensable tools for advanced scientific research. Synchrotron light is used widely in basic and applied research throughout the fields of materials science, biology, medicine, physics, chemistry, chemical engineering, geology, archeology, environmental science, energy, electronics, micro-mechanical engineering, and nanotechnology. For this reason synchrotron light sources have been coined "magic lamps of science". The optical measurements have the very important status regarding the analysis semiconducting material, particularly regarding material structure, characteristic, even is the physical mechanism. But semiconducting material in recent years, because its materials behavior is suitable to apply on the nowadays life electric appliance equipment thing, for example: Illumination diode, microcircuit original part…And so on, therefore by widespread and thorough research, even though had many going on the market product application semiconductor were already the material, but still had many questions and difficult needs to explain and to break through, therefore, we will aim at the present many challenges to do the research. Laman scatters and the infrared spectrum is in the research semiconducting material lattice vibration, we may judge the research because of the crystal lattice vibration the material or the sample quality and the ingredient, because Laman scatters the experiment and the infrared spectrum right and wrong destructive optical measurements technology, and the unusual convenience did not need numerous and diverse prepared or the sample preparation in anticipation, therefore our the two's application, will study emphatically the sample scattered the experiment and the infrared spectrum by way of Laman makes the preliminary understanding and the analysis, might help us because, in the sample structure, the growth or each kind changed on make the accent change, effective and fast provided correct and the useful information.

並列關鍵字

NSRRC ； X-ray Absorption Spectroscopy ； InSb ； CdTe ； CdZnTe

參考文獻

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同步輻射X光吸收光譜對銻化銦,碲化鎘及碲化鎘鋅的研究和相關光學性質分析

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