1) lithium-salt residue (LSR)
锂盐渣
1.
Tests have been done to study the compound admixtures with higher activity using lithium-salt residue (LSR) with lower activity and fly-ash.
以活性较低的锂盐渣与粉煤灰复合研制一种新型的、具有较高活性的复合混合料 ,经试验研究表明 ,该复合混合料中锂盐渣掺量不同对复合混合料的火山灰活性影响较大 ,对混凝土 7d、2 8d、6 0d、180d各龄期的强度影响也较大 ,且复合混合料混凝土比粉煤灰混凝土强度平均高出 30 %以上。
2) lithium slag
锂渣
1.
The aim of this study is to use lithium slag to partly replace slag to make alkali-activated slag-lithium slag concrete.
用锂渣部分代替矿渣制备碱激发矿渣-锂渣混凝土,结果表明,当溶渣比(质量比)为0。
2.
To use lithium slag(a kind of industial by-product)in cement concrete,exert its potential,reduce cement dosages,lower engineering cost and improve performance of concrete,the paper studies the influence of lithium slag alone or the compounds of lithium slag and slag or stone replacing cement on the performance of concrete by theorial analysis or experimental method.
为了将工业副产品—锂渣利用到水泥混凝土中,发挥锂渣的潜能,减少水泥用量,降低工程造价,提高混凝土的性能,采用理论分析和实验的方法,研究了锂渣单掺或与矿渣、石粉复合对混凝土性能的影响。
3) lithium salts
锂盐
1.
An unusual substitution of 5-fluorouracils by the reaction of lithium salts of 1,3-dialkyl-5-fluorouracil with benzyl bromide is described.
1,3-二烷基-5-氟尿嘧啶的锂盐与苄基溴进行苄基化反应时产生了异常的反应结果。
2.
Because the alkane oxygen group, the carboxyl, the hydroxyl, the oxalic can form a big integration anion with B, assemble many lithium salts combining with the lithium ion which should have novel structure and a good electrichemical property.
第二章 设计并合成了三种环状锂盐：Li_2C_4O_4、Li_2C_5O_5、Li_2C_6O_6和三种锂硼盐：Li[B(C_5O_5)_2](LBCB)、Li[B(C_5O_5)(C_7H_4O_3)](LSCB)、Li[B(C_5O_5)(C_2O_4)](LOCB)，并并用红外光谱(IR)、等离子发射光谱(ICP)、核磁共振(NMR)等手段对这些锂盐进行了表征，初步解释了化合物的部分性质。
3.
32 PbTiO3 [PMN-PT] ceramics with lithium salts(Li2CO3,LiNO3,LiF) sintering aids were prepared by the columbite precursor method.
采用铌铁矿预产物合成法制备锂盐(Li2CO3,LiNO3,LiF)助烧0。
4) lithium salt
锂盐
1.
LiODFB:A unique lithium salt for lithium ion battery;
可用于锂离子电池的新型锂盐:LiODFB
2.
The ionic limiting molar conductivities of seven lithium salts in two single organic solvents and two mixed solvents are calculated.
应用该方法计算了 7种锂盐在 2种单一有机溶剂和 2种混合有机溶剂中正、负离子的极限摩尔电导率。
3.
The purpose of this study was to discover the passivation behavior of aluminum in alkaline solutions containing lithium salt.
为了解铝在锂盐溶液中的钝化行为 ,通过失重法研究了溶液pH值、温度、浸泡时间及氯离子浓度等因素对钝化膜形成及稳定性的影响。
5) Lithium
[英]['lɪθiəm] [美]['lɪθɪəm]
锂盐
1.
Progress of Application and Preparation of High-pure Lithium Salts;
高纯锂盐应用及工艺研究的新进展
2.
Neuroprotective actions and underlying molecular mechanisms of lithium;
锂盐神经保护作用机制的研究进展
3.
Effect of lithium on thyroid function of patients with bipolar disorders;
锂盐对双相障碍患者甲状腺功能的影响
6) lithium slag
锂渣粉
1.
Suppressing effect of lithium slag on alkali-silica reaction and separation of its self-expansion;
锂渣粉对碱-硅反应的抑制效果及其自身微膨胀的分离
补充资料：锂盐生产用蒸发器(新疆锂盐厂)
锂盐生产用蒸发器(新疆锂盐厂)
，「·谬 铿盐生产用蒸发器(新疆锉盐厂)
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