1) Rb deposit
铷矿床
2) rhodirite
['rəudirait]
硼铯铷矿<冶>
3) rubidium
[英][ru:'bidiəm] [美][ru'bɪdɪəm]
铷
1.
FAAS Determination of Microamounts of Rubidium in Chloride Bittern;
火焰原子吸收光谱法测定氯化物型卤水中微量铷
2.
Progress in phase equilibrium studies of rare alkali-metal(rubidium and cesium) salts-mixed solvent ternary and quaternary systems
稀碱金属铷、铯盐-混合溶剂多元体系相平衡研究进展
3.
Under the condition,the stripping rate of rubidium reaches 95.
研究了一种从负载低浓度铷的t-BAMBP有机相中反萃取分离K+,Rb+的方法。
4) Rb
铷
1.
Progress of the Separation of Rb and Cs from Brine;
卤水中分离提取铷、铯的研究进展
2.
THE METHODS FOR THE SEPARATION OF Rb AND Cs IONS IN NATURAL BITTERN;
卤水中铷铯的分离与提取
3.
A new method is given for separating K, Rb, Cs from mother liquor after extracting lithium from lepidolite.
提出了一种从锂云母提锂母液中分离钾铷铯的新方法，研究了分离的最佳工艺条件。
5) Mineral deposit
矿床
1.
Concept,affect and research content of digital mineral deposit are introduced.
简述了数字矿床的概念、作用及研究内容等,以广西某矿X号矿床为例,建立数字矿床。
2.
The technical mining conditions of mineral deposit of Baofengshan Lead-Zinc Mine are stated in detail,some problems in application of shorthole shrinkage stoping introduced.
详述了宝丰山铅锌矿的矿床开采技术条件,介绍了浅孔留矿法在应用中存在的问题。
3.
The method of grey relation analysis for economic and technological evaluation of mineral deposit is put forward.
提出了矿床经济技术评价的灰关联分析法,运用专家群层次分析法确定权重,建立了矿床经济技术评价指标体系。
6) deposits
[英][di'pɔzit] [美][dɪ'pɑzɪt]
矿床
1.
Salts are generally in association with gas-oil reservoirs,solid metal and non-metal ore deposits and the roles of salt in the ore-forming processes can not be neglected.
盐类与金属、油气、固体非金属矿床经常相互共生,在其成矿过程中起到了不可忽视的作用。
2.
The Dajinshan potassium bearing rock deposits is situated in the eastern end of the southern margin of North China Platform,the potassium bearing stratum preserves in the Ruyang Group of middle Proterozoic.
确山县大金山含钾岩石矿床位于华北地台南缘东端 ,属沉积—变质型非金属矿床 ,含钾岩层赋存于中元古界汝阳群中 ,初步探明矿石储量 389 6万t。
3.
The geochemical types of deposits reveal the difference of deposits belong to a genetic type in mineralization features and ore genetic physics and chemistry conditions.
矿床地球化学类型揭示了同一成因类型的矿床在矿化特征和成矿作用的物理化学条件上的差异。
补充资料：氨基铷
分子式：RbNH2
CAS号：
性质：白色固体物。密度2.58g/cm3。熔点309℃。易水解，易氧化，微溶于液氨中。熔化时不分解，由氨和氧化铯或铯金属有机物反应制取。为制备其他铯化合物重要原料。
CAS号：
性质：白色固体物。密度2.58g/cm3。熔点309℃。易水解，易氧化，微溶于液氨中。熔化时不分解，由氨和氧化铯或铯金属有机物反应制取。为制备其他铯化合物重要原料。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条