1.
Rather the lion's share was trapped in aluminum phosphate minerals, which contain no uranium at all.
相对的，大部份的氙被囚禁在磷酸铝矿物中，这种矿物根本完全不含铀。
2.
Study on Mycorrhizal Bioremediation of Mineral Oil Contaminated Soil;
矿物油污染土壤的菌根生物修复研究
3.
Analysis of mineral elements content in several root and tuber plants
几种特色根茎植物的矿物质成分分析
4.
Study on the Number of Micro-organisms at Root of Mugwort in Soil in Mining and Non- mining Area
矿区与非矿区艾蒿根部微生物数量比较研究
5.
Such withdrawals did not affect the application of the mining laws to metallic minerals on withdrawn land.
这种回收不影响根据采矿法在已收回的土地上开采金属矿物。
6.
Potassium Absorption and Biological Mobilization from Soil Minerals by Ectomycorrhizal Fungi and Ectomycorrhizas;
外生菌根吸收和活化利用土壤矿物钾的研究
7.
Role of Arbuscular Mycorrhizal Fungi in Plant Adaptation to Copper Mine Tailings;
丛枝菌根真菌在植物适应铜尾矿中的作用
8.
The Study of Galla Chinesis Extract on Remineralization of Root Carious Lesion;
五倍子多酚化合物影响根面龋再矿化的研究
9.
Effects of Root Exudates from Helianthus annuus on Adsorption of Ca~(2+) on Goethite
向日葵根分泌物对针铁矿吸附Cd~(2+)的抑制效应
10.
Effects of Different Allelochemicals on Mineral Elements Absorption of Tomato Root
不同化感物质对番茄根系吸收矿质元素的影响
11.
Catalysis of Different Clay Minerals to Kerabitumen in Hydrocarbon Genesis
不同粘土矿物对干酪根生烃的催化作用
12.
Carbonation is the combination of carbonate or bicarbonate ions with minerals.
碳酸作用是碳酸根离子或重碳酸根离子与矿物的化合作用。
13.
mineral deposits, resources, wealth, etc.
矿藏、 矿物资源、 矿物财富.
14.
The mineral yield obtained by working an ore.
矿物采矿所得的矿物
15.
Herbal medicine employs roots, bark, flowers, seeds, fruits, leaves, and branches, as well as ingredients from animals and minerals.
草药包括树根、树皮、花卉、种子、果实、枝叶，以及动物与矿物质中的成分。
16.
and mineral outcrops may be recognized visually by their color, the shapes they assume, even, the effect on vegetation.
还可以根据矿物的颜色，呈现的形状，甚至于对植被的影响，辨认出矿物露头。
17.
From the characteristics shown, we can distinguish several thousand minerals, each defined By its unique set of properties.
我们能根据其所表现出来的特征，识别几千种矿物，因为每种矿物都有它自己独有的一系列特征。
18.
Based on the authigenic and clay mineral assemblage, two types of diagenetic ambient have been recognized in the Meso-Cainozoic detrital rocks in Tarim basin.
根据自生矿物与粘土矿物组合，在塔里木中新生界碎屑岩中可以识别出两种成岩环境。