直流辉光放电等离子体增强化学气相法制备金刚石及氮化碳薄膜

采用直流辉光放电等离子体增强化学气相沉积(PECVD)技术方法 ,在Si(100)衬底上制备了金刚石薄膜 ,并在此基础上合成了含有少量晶态颗粒的非晶氮化碳薄膜     

从波特钻石理论看河池市旅游业发展的有利条件

波特钻石理论适用于旅游业竞争力的研究,运用这一理论分析河池市旅游业发展,可见在生产要素、需求状况、相关和支持产业以及企业的战略、组织结构和竞争程度等四个基本要素和政府、机遇两个辅助因素方面都具有一定的有利条件,应加以充分利用。     

Ⅱ型金刚石紫外鉴定仪的研制及其应用

本文介绍了Ⅱ型金刚石紫外鉴定仪的原理、技术方案和应用效果。该仪器经使用单位应用检验,其分选Ⅱ型金刚石的效率是红外、紫外吸收光谱法的10～15倍。花费仅为其的1%,且鉴定准确性较高。     

半经验分子轨道方法计算吸附分子几何构型的可靠性

运用半经验分子轨道AM1方法计算了金刚石（111）面上乙炔吸附分子的几何构型，通过与相似结构的丙烯分子实验参数的比较，分析论证了半经验分子轨道方法用于碳氢化合物吸附分子几何构型计算的可靠性．     

人造多晶金刚石聚结体磨损机理研究

研究了人造多晶金刚石聚结体磨损机理．结果表明，微断裂是ＰＤＣ的主要磨损机制．杂质降低人造金刚石的强度，从而降低聚晶的耐磨性．粗颗粒的人造金刚石往往含有较多的杂质．含有粗颗粒金刚石的ＰＤＣ的耐磨性较低     

Discovery of submicron diamonds within kimberlite in Liaoning Province, China and its significance

Conclusions Although the natural microdiamonds in the non-kimberlite have been well studied by Sobolev, the discovery of submicron diamonds in the kimberlite and not in the form of inclusion is still the first time in the world. Different from the common growth of the kimberlite e-clogite/peridotite with the diamond, the submicron diamonds grow together with the very thin dispersive materials with platina and blende structures. The growth process of the thin lath-shaped diamond crystals from the aggregative parent materials is observed. The densities of the aggregative parent materials are different from place to place within the microspace. The submicron diamonds and their parasitized diamonds formed in different generations.     

Polishing technology of surface for diamond film using the method of laser ablation

Conclusion Good unity in thickness and a smooth surface of diamond film are obtained by using the methods of laser ablation and machine grind to the surface of diamond film. Compared with the machine polishing method, the polishing rate increased by over 10 times. After laser ablation and machine polishing, the thickness change and the roughness of a diamond film with 400 μm thickness and 1 cm² area are 10–15 μm and 0.05 μm, and this film is basically suitable to using in electronics.     

单片机在测量人造金刚石结晶强度中的应用

采用单片机技术开发了一种微机自动测量系统，用于测量人造金刚石的结晶强度．设计出的测量系统具有体积小、重量轻、省时、省力等特点，并可对测量结果存储和显示．介绍了有关硬件和软件．设计量程５０ｋｇ时，其测量偏差为０．５４％，测量效果比较满意．