铀—金共生理论与实践

铀、金地化性质有很大不同，但可共生、其内因是铀、金都是变价元素、铀、金的沉淀都是从高价态向低价态转变的过程，外因是还原体的存在。文中还讨论了铀－金共生与铀－金矿床及找矿意义。     

金的地球化学勘查和甘肃的金矿化探

近、现代的科学研究对金的地球化学特征有了比较清楚的认识，众多学者也给出了它在地壳中的丰度（克拉克值，多在３．５×１０－９～５×１０－９间），并统计研究了金在不同大地构造单元、不同岩性、甚至地球上不同介质中的丰度。随着“区域化探”的提出和实施，甘肃的金矿地球化学勘查与全国同步，并取得了骄人的成绩。用勘查地球化学方法找到了本省的第一个规模达中型以上的独立岩金矿床，发现并探明了大型矿床规模的大水金矿、李坝金矿。证明了区域化探异常查证是普查找金的主要手段。区域化探扫面的实施使勘查地球化学提高到一个崭新的水平。     

催化动力学光度法测定痕量金的研究

研究了在稀Ｈ２ＳＯ４介质中，痕量Ａｕ（Ⅲ）催化ＫＢｒＯ３     

Formation of Strata—bound Ore Deposits in China：Studies on Fluid Inclusions

Fluid inclusion studies were made on the basis of the geological data on the strata-bound ore de-posits of China including those of Pb,Zn,Au,Ag,Sb,U,Hg,W,quartz-crystal and sparry-calcite.An attempt was made to approach the model of formation for each type of ore depos-its by considering the material sources,the migration of fluids and the conditions of mineralization.It is found that ore-forming fluids (especially H2O)originate as heated underground water reacts with the wallrocks and dissolves Na^ ,Ca^2 ,K^ ,Cl^ ,HCl^- and Mg^2 .The ore fluids are mainly of NaCl-Ca-HCO3-H2O system with salinities ranging from 4to 14wt.%.NaCl equivalent and densities ranging from 0.9 to 1.0g/cm^3.It may be concluded that the deposits were formed at temperatures ranging from 150 to 250℃ under pressures from 300 to 1000 bars.Ore deposition may have been controlled by temperature and pressure or by the mixing among different fluids.