This work was supported by the Natural Science Foundation of Guangzhou Province (Grant No. 980748), the Foundation of State Key Laboratory for Physical Chemistry of Solid Surfaces in Xiamen University (Grant No. 9911) and the President Foundation of Guangzhou Institute of Geochemistry, Chinese Academy of Sciences.
本文是在广东省自然科学基金和中国科学院广州地球化学研究所联合资助项目《非金属矿物表面化学及其在深加工中的应用》(批准号：970748)，和厦门大学固体表面物理化学国家重点实验室开放基金《硅藻土催化载体表面活性调控研究》(批准号：9911)的资助下完成的。
The land surface temperature is an important parameter for physical courses on the land surface at both regional and global scale, integrates the results of interaction between the earth and the atmosphere, the good indicator of energy balance and greenhouse effect of the earth, and has been extensively used in climatology, hydrology, biology, military affairs and bio-geochemistry, etc..
地表温度是区域和全球尺度上陆地表面物理过程的一个关键参数，综合了地气间相互作用的结果，是地球表面能量平衡和温室效应的良好指示计，在气候、水文、生态、军事和生物地球化学等研究领域有着广泛的应用。
This paper researched cabbage of Cruciferae colewort by planting cabbage in soils which were polluted by cadmium of different concentration. We analyzed poison of cabbage which was polluted by cadmiums in different concentration by using OCT machine system to measure cabbage lamina and observing physical change of fabric of cabbage, and confirmed the characteristic of Cadmium circulation of supergenic geochemistry accordingly.
本文主要以十字花科芸苔属植物甘蓝为研究对象，通过在不同浓度的受镉离子污染的土壤中进行种植，观察甘蓝组织结构物理表征变化，并应用光学相干层析成像系统（Optical Coherence Tomography，OCT）对甘蓝叶片组织样本检测其变化情况，从而分析得出不同镉离子浓度对甘蓝的累积毒害作用以及镉的表生地球化学循环特点。
Through the application of geo-anomaly ore forming theory to mineral resources prediction and assessment in middle-northern of three-river, this thesis find out the distribution of copper polymetal mineral resources in the study area, and sum up the regularities of distribution of geologic anomaly in region of interest, and then on the basis of integrated study of geology, physical geography, geochemistry and remote sensing etc., the author carried out the synthetic information metallogenic prognosis using Weight of Evidence Model, and delineated the metallogenic prospect area in middle-northern of three-river region.
通过地质异常成矿预测理论在西南三江中北段矿产资源预测中的研究与应用，查明研究区内以铜为主的矿产资源分布情况，总结出研究区内地质异常的分布规律，进而在对研究区内地质、地球物理、地球化学等资料的综合研究基础上，运用证据权重法建立西南三江中北段矿产资源的证据权重成矿预测模型，最后圈定出成矿远景区。
On the background of the mineral deposit geology and geochemistry, the tectonic style and the tectonic stress field during the gold mineralization are studied, and based on the Acoustic Emission stress measurements, the tectono physical model is set up.
在矿床地质和地球化学背景上，对成矿过程中的构造样式及构造应力场进行研究，采用声发射地应力等方法建立了矿田的构造物理模型。