1.
Variations of Siliceous Microorganisms in Surface Sediments of the Bering Sea and Their Environmental Control Factors
白令海表层沉积物中硅质生物的变化及其环境控制因素
2.
Research on the Biodiversity of Diatom and Evaluation of the Water Quality in the Taiyuan Section of the Fenhe River;
汾河太原段硅藻多样性研究及水质生物学评价
3.
Preparation of Biomimetic Silica Film in Historic Stone Conservation;
仿生合成石质文物二氧化硅保护膜的研究
4.
Mirco-fabrics and Their Geological Implications of Silica Sediments from Southern Tibet (China);
藏南中生代以来硅质沉积物的微组构特征及其地质意义
5.
Electron Impact (EI) Mass Spectra: of cis, trans-4-Trimethylsilylcyclohexyl Alcohol Analogues and Their Derivatives
顺,反-4-三甲(代)甲硅烷基环己醇类似物及其衍生物的电子轰击质谱
6.
Characterization of Phytohormones Methoxime and TMS Derivatives by Gas Chromatography Time-of-Flight Mass Spectrometry
植物激素甲氧肟/三甲基硅基衍生物的气相色谱-飞行时间质谱表征
7.
Mass Transfer Kinetics of Pervaporation in A MBR with Composite Silicone Rubber Membrane for Continuous Ethanol Fermentation
硅橡胶膜生物反应器乙醇连续发酵传质动力学实验研究
8.
Mixing application of N, P, K and Si Affecting Dry Matter And Seedling Quality Of One-Year-Old Cathay Poplar
氮、磷、钾、硅肥配施对大青杨一年生苗干物质及苗木等级影响的研究
9.
Distribution of nutrients and ecological indexes of Diatom about Moon Lake in Wuhan
武汉月湖水体营养物质的分布与硅藻的生态指示
10.
The regeneration of BSi accounts for 39% of the silica reaching the seabed.
沉积物中生物硅再生的量占了生物硅沉积量的约39%。
11.
Nanometer Silica's Biomineralization in Rice and Its Cytological Effect;
水稻中纳米硅的生物矿化及硅的细胞学作用
12.
Magnesium Chloride Hexammouiate Produced by the Magnesium Silicide Method
硅化镁法生产硅烷的副产物六氨氯化镁
13.
Function of Phytolith in the Circulation of Biogeochemistry of Biology Silicon in the World
植硅石在全球硅生物地球化学循环中的作用
14.
Ore minerals in the Colorado-type deposits are of uraninite and coffinite, with associated vanadium and copper minerals.
科罗拉多型矿床中的铀矿物为晶质铀矿和水硅铀矿，与之共生的还有钒，铜矿物。
15.
a jelly-like substance (hydrated silica).
一种果冻状的物质（含水的硅）。
16.
Preservation Techniques of Silicate Cultural Relics
硅酸盐质地文物保护技术
17.
Behavior of As-grown Impurities and Defects in Multicrystalline Silicon;
铸造多晶硅中原生杂质及缺陷的研究
18.
"It takes advantage of gold's high density, which causes it to sink more rapidly from moving water than the lighter siliceous materials."
该法利用金的比重较高,能比共生的轻含硅物质较迅速地在水流中沉淀。