This work will facilitate the application of MGITC Raman probe for biology.
这些工作将促进MGITC作为探针分子在生物学领域的应用。
Here Raman microscopy and electro probe technique were used to identify the corrosion products and their locations on and within of ancient Yuan Dynasty bronze mirror from Lufeng of Yunnan province.
应用显微拉曼光谱和电子探针技术，对云南禄丰出土的元代铜镜腐蚀情形进行研究，确定了铜镜本体及其表面腐蚀产物的成分，并初步分析了元代青铜镜采用的防腐技术。
The result of probe in-situ by laser Raman shows that the main composition of fluid inclusions are H2O, some containing methane, propane, acetylene and other hydrocarbons.
激光拉曼探针原位成分分析表明，包裹体成分主要为H2O，部分含有甲烷、丙烷、丁炔等烃类。
The result of probe in-situ by laser Raman shows that the main composition of fluid inclusions are H2O, some containing methane, propane, acetylene and other hydrocarbons.
激光拉曼探针原位成分分析表明，包裹体成分主要为H2O，部分含有甲烷、丙烷、丁炔等烃类。
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