锂水
- 网络lithium water
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含水的凝胶电解质电化学特性及其在锂水电池中的初试
Electrochemical Character of Water Containing Gel Electrolyte and Its Preliminary Examination in Lithium Water Cell
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用差示FT-Raman和~(11)BNMR光谱学研究四硼酸锂水溶液的结构
Structural Study of Supersaturated Aqueous Lithium Tetraborate Solutions by Difference FT-Raman and ~ ( 11 ) B NMR Spectroscopy
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LiTi2(PO4)3在硝酸锂水溶液中的电极过程动力学
Kinetics of Electrode Processes of LiTi_2 ( PO_4 ) _3 in Lithium Nitrate aqueous Solution
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基于以氯化锂水溶液为除湿剂的除湿冷却系统(DECS),对其溶液的再生过程进行实验研究。
Regeneration performance of liquid desiccant was studied experimentally for the LiCl-H2O desiccant cooling system ( DECS ) .
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主要原因是锂水反应很快,在8~12M的强碱中,虽然锂的自腐蚀有所减缓,但析氢量依然较高且电化学性能受到严重的抑制。
The self-corrosion of lithium is decreased in 8 ~ 12M alkaline solution , but amount of hydrogen evolution is still higher and electrochemical properties of lithium is strictly inhibited .
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研究了纯铝和Al-Mg-zn-Cd合金在氯化锂水溶液和氯化锂甲醇溶液中的阳极特性,探讨了负差效应的机理。
The anodic behavior of pure aluminium and A1-Mg-Zn-Cd alloy in aqueous and methanol solution of lithium chloride has been studied . The mechanism of negative different effect is discussed .
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碱液中锂水电池缓蚀剂的研究
Study of Li-H_2O Battery and Inhibitors in Alkaline Solution
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针对以氯化锂水溶液为除湿剂、利用燃气加热实现无泵循环的系统进行了理论和试验研究。
A series of experiments of using the salt liquor diffusion motion in the water to simulate non-isothermal indoor air-flow was carried out .
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LiV3O8电极在硫酸锂-水-乙醇溶液电解质中的电化学性能
Electrochemical characteristics of LiV_3O_8 electrode in Li_2SO_ ( 4 - ) water-ethanol electrolytes
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铝及Al-Mg-Zn-Cd合金在氯化锂的水、甲醇溶液中的阳极行为及其负差效应机理
Anodic Behavior and Mechanism of Negative Difference Effect of Aluminium and Al-Mg-Zn-Cd Alloy in Aqueous and Methanol Solution of Lithium Chloride
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掺锂二水甲酸锶晶体的研究
Study on Li ~ + Ions Doped Strontium Formate Dihydrate Single Crystal
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电化学方法研究LiV3O8电极在硫酸锂-水-乙醇中性电解质溶液中的性能。
The performance of LiV_ ( 3 ) O_ ( 8 ) electrode in neutral lithium sulfate-water-ethanol electrolytes was investigated using electrochemical methods .
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聚氧乙烯-高氯酸锂-水复合物体系的固体核磁共振研究
Solid-state high-resolution ~ ( 13 ) c and ~ 7li-nmr studies of poly ( ethylene oxide ) / lithium perchlorate / water complexes
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含锂、硼水盐体系Li2B4O7-H2O、Li2B4O7-MgCl2-H2O298.15K下热力学性质的等压法和电动势法研究及离子相互作用模型的表述
Studies on the Thermodynamics of the Systems Containing Boron and Lithium Li_2B_4O_7-H_2O , Li_2B_4O_7-MgCl_2-H_2O by Isopiestic Method and E.M.F. and the Representations with Ion-Interaction Model
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废旧锂离子电池水热法制备钕掺杂钴铁氧体
Preparation of Co-ferrite doped with Nd ~ ( 3 + ) from spent lithium ion batteries through hydrothermal method
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锂锰氧化物在水溶液中的循环伏安行为
Study on cyclic voltammetry of lithium manganese oxides in aqueous electrolyte
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锂渣在高低水胶比中形态效应的试验研究
The Experimental Investigation on Morphological Effect of Lithium Slag under High and Low Water binder Ratio
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锂渣混凝土随着水胶比的降低,裂缝的分形维数增加,分形维数的增长趋势愈显著,混凝土早期抗裂性能越差。
Lithium slag concrete as water-binder ratio , crack the reduce of fractal dimension increase , the fractal dimension of the significant growth early concrete anti-cracking performance , the worse .
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本试验对新疆锂盐厂磨细锂渣及Ⅱ级锂渣在高低水胶比及不同替代量、替代方式下的形态效应进行了研究。
In this paper , the morphological effect of grinding and grade ⅱ lithium slag has been studied with different replacing methods and replacing amounts under high and low water binder ratio .