四川新康温石棉矿床海泡石成分及特性研究

四川新康温石棉矿床中的海泡石，属富镁海泡石变种，其化学成分具有ＳｉＯ２、ＭｇＯ、Ｈ２Ｏ含量高、Ａｌ２Ｏ３、Ｆｅ２Ｏ３、ＦｅＯ含量低的特点。物理化学性能测试结果表明，矿床中海泡石具较好的纤维性质，较高的耐温性能，较大的比表面积和优良的离子交换性能，是一种优异的非金属矿产。     

测井和实验室测试岩石物理力学性质对比

根据测井和实验室测试的岩体和岩样纵，横波速度，用均匀各向同性介质的弹性理论计算的弹性常数表明，两种测量方法的一致性很好。这说明测井信息可以提供有足够精度岩石物理力学性质参数。     

Nitrogen in Chinese coals

Three hundred and six coal samples were taken from the main coal mines of twenty-six provinces, autonomous regions, and municipalities of China. The method of Kjeldahl-Gunning Analysis was used to measure the nitrogen contents in the samples. Nitrogen in coals is principally of organic nature. A weak positive correlation between coal rank and nitrogen content is inferred in the study. The distribution of nitrogen in each geological age, coal-cumulating area and province＇s coals was studied. The contents of nitrogen in Chinese coals show approximately a normal distribution, and 90% of the values range from 0.52% to 1.41%, the average nitrogen content in Chinese coals is designated as the arithmetic mean, 0.98%.     

新矿物（2002．1～2002．12）

本文以表格的形式列举了经国际矿物学协会（IMA）新矿物与矿物命名委员会（CNMMN）批准、并于2002年度在各国有关刊物上正式发表的45个新矿物，其表格列举方式依次为：矿物的中外文名称及化学式、晶系、晶胞参数、主要粉晶数据、物理性质、光学性质、产状及共生（及伴生）组合等。     

冻融循环对青藏红黏土物理力学性质影响试验研究

以红黏土为研究对象,使土样在封闭系统下进行不同次数的冻融循环作用,对冻融循环后的冻结土样进行粒度成分和物理力学性质测试,研究不同次数冻融循环作用下冻结红黏土粒度成分和物理力学性质的变化规律。结果表明：粉粒组和黏粒组质量含量受冻融循环作用次数影响较大。红黏土中颗粒在前10次冻融循环过程中向粒径小于0.001 mm及粒径在0.01~0.05 mm范围富集;冻融循环10次之后,随冻融循环次数的增加,粒径范围在0.002~0.005 mm的土颗粒含量明显增加,粒径范围在0.01~0.05 mm的土颗粒含量明显减小,其他粒径范围的土颗粒含量基本不受冻融循环次数的影响。红黏土的液、塑限大体上随冻融循环次数的增加而增加。冻融循环作用对红黏土等效黏聚力强度影响较明显,冻融循环作用10次以内红黏土等效黏聚力强度变化较大,在红黏土地区新修路基应考虑冻融循环作用引起的附加沉降影响。建议采用维亚洛夫或吴紫汪长期强度预报方程预测红黏土长期等效黏聚力强度。     

2003～2013年新铀矿物特征

本文搜集了2003年1月至2013年12月间经国际矿物学协会新矿物、矿物命名及分类委员会批准的31个新的铀矿物资料,梳理出这些铀矿物新种的重要矿物学特征,试对其晶体化学分类,并对这些新铀矿物的汉译名提出建议。在此基础上,对这些新矿物的发现与研究特点进行了初步分析,对我国铀矿物研究提出了建议。本文将对我国铀矿地质研究人员具有一定的借鉴意义。     

IODP364航次——陨石(K-Pg)撞击坑北大核心CSCD

IODP 364航次基于IODP 548-full3建议书和附件548-add4,将解决大型撞击坑的形成对地球环境和生态以及其他相关行星影响的几个问题。墨西哥陨石撞击坑独一无二,它是已知直接与一个绝灭事件相关的具有地面冲击结构的地质体。作为地球上三个最大且保存最好的陨石撞击构造坑,地面冲击结构形态完整、地形呈现"峰环"状。白垩-古近纪陨石(K-Pg)     

地质雷达在安徽定远水库土坝隐患探测中的应用

运用地质雷达方法对土坝进行质量检测,能有效地获取土坝隐患的平面位置、埋深及其性质的信息,其效果良好,是进行土坝体隐患检测可以选用的一种方法。     

SPATIAL AND TEMPORAL VARIATIONS OF EVAPORATION OVER SOUTH CHINA IN AUTUMN

The spatial and temporal variations of the instrument-based evaporation and actual evaporation in autumn during a 45-year period from 1960 to 2004 are studied using the observation data from 66 stations over South China. The results reveal that there are two main anomalous centers of the instrument-based evaporation in autumn in the central and northwestern parts of South China respectively. The instrument-based evaporation over the central part of South China in autumn experiences not only a decreasing trend but also a main interdecadal variation. The solar radiation is best correlated with the instrument-based evaporation among all affecting factors. For the actual evaporation, two main anomalous centers are located at the central and western parts of the South China respectively. The actual evaporation over the two regions illustrates an interannual variation. Among the affecting factors, precipitation is the most remarkable. The actual evaporation is usually 40 percent of the instrument-based one, and the overall rate has a slightly increasing trend from the southern part to the northern part of the South China in autumn.