1) no benzene
无苯化
1.
Through improving the hardware of the physical and chemical laboratory,to carry on the design of no mercury,no benzene,no lead,as well as miniaturization,properly to deal with the waste and so on,unceasingly improve the environment in order to promote the green construction of the physical and chemical laboratory.
通过改善物理化学实验室硬件设施,对物理化学实验进行无汞化、无苯化、无铅化和实验小型化、微型化设计,妥善处理废弃物等,不断改善实验环境,以促进物理化学实验室的绿色化建设。
2) benzol-free
无苯
1.
The development of a high effective benzol-free paint remover was described.
研制出一种乳液型高效无苯脱漆剂。
3) Randomly branched polystyrene
无规支化聚苯乙烯
1.
Randomly branched polystyrene model compounds of known structure,which have branchedchain not only at its backbone chain but also at their branched chain are prepared for the firsttime,by coupling graft method in twice,Fifteen samplca thus obtained are characterized bymeans of the apparatus of GPC combined with a viscometer.
本文首次用两次偶合接枝的方法制备了不但在主链上有支链，而且在支链上也有支链的结构明确的无规支化聚苯乙烯模型化合物，并对所制备的１５个试样用ＣＰＣ－粘度计联用装置进行了表征。
4) non-benzene
无苯型
1.
In order to improve the working environment and environmental protection, developed non-benzene solvent system, combined with the relevant resins, pigments and additive to design the formulation of non-benzene plastic gravure printing ink.
为改善工作环境,利于环保,研制了无苯型溶剂体系,结合与之相适应的树脂、颜料和添加剂,设计了无苯型塑料凹印油墨的配方。
2.
The paper expatiated how to develop non-benzene plastic gravure surface pri.
本论文研制了无苯型塑料凹印表印油墨,讨论了选择凹印油墨基本组分—溶剂、树脂和颜料的基本原则,并通过实验的方法,确定了与之相适应的油墨的组分。
3.
This thesis expatiated how to develop non-benzene plastic gravure surface printing ink, discuss the basic principle of choosing the solvent, resin and pigment, those are the component of the gravure printing ink.
本论文研制了无苯型塑料凹印表印油墨,讨论了选择凹印油墨的基本组分—溶剂、树脂和颜料的基本原则,并通过实验方法,确定了油墨组分,优化了油墨配方。
5) no benzene oil
无苯油
1.
Using xanthate as collector, and eleven frothers as separated frother to flota Yunfu pyrite, the open and closed circuit experiment results showed that: Rb 7, Rb 8 and no benzene oil are better frothers for Yunfu pyrite.
用黄药作捕收剂 ,分别用 11种起泡剂 ,浮选云浮硫铁矿 ,开路试验和闭路试验结果表明 :Rb7、Rb8和无苯油是云浮硫铁矿较好的起泡
6) non toluene solvent
无苯溶剂
1.
In the non toluene solvents, high quality and pollution free shoe adhesive is synthesized.
用丙烯酸酯对聚氨酯进行接枝改性 ,在无苯溶剂体系下合成高性能环保型鞋用胶粘
补充资料：苯肼、肼化苯、苯基联胺
CAS: 100-63-0
分子式: C6H8N2
分子量: 108.14
沸点: 238-241℃
熔点: 19-241℃
中文名称: 苯肼、肼化苯、苯基联胺
英文名称: Phenylhydrazine、Hydrazinobenzene、phenyl-Hydrazine、fenilidrazina、fenilidrazina (italian)、fenylhydrazine、phenyl-hydrazin、hydrazine-benzene、monophenylhydrazine、phenylhydrazin、phenylhydrazin
性质描述: 浅黄色油状液体。熔点19.8℃，沸点243℃（分解），相对密度1.0986（20/4℃），折光率1.6084，闪点88℃。能与醇、醚、氯仿和苯混溶，溶于稀酸，微溶于水和石油醚。
生产方法: 由苯胺经重氮化、还原、酸析得苯肼盐酸盐，再经中和制得苯肼。
用途: 该品是染料、医药、农药的中间体，用于生产色酚AS-G、药物安替比林等。将苯肼溶于95%乙醇中，然后加入苯甲醛，回流1h可得苯腙。苯腙也是有机合成中间体。苯肼也用作分析试剂。
分子式: C6H8N2
分子量: 108.14
沸点: 238-241℃
熔点: 19-241℃
中文名称: 苯肼、肼化苯、苯基联胺
英文名称: Phenylhydrazine、Hydrazinobenzene、phenyl-Hydrazine、fenilidrazina、fenilidrazina (italian)、fenylhydrazine、phenyl-hydrazin、hydrazine-benzene、monophenylhydrazine、phenylhydrazin、phenylhydrazin
性质描述: 浅黄色油状液体。熔点19.8℃，沸点243℃（分解），相对密度1.0986（20/4℃），折光率1.6084，闪点88℃。能与醇、醚、氯仿和苯混溶，溶于稀酸，微溶于水和石油醚。
生产方法: 由苯胺经重氮化、还原、酸析得苯肼盐酸盐，再经中和制得苯肼。
用途: 该品是染料、医药、农药的中间体，用于生产色酚AS-G、药物安替比林等。将苯肼溶于95%乙醇中，然后加入苯甲醛，回流1h可得苯腙。苯腙也是有机合成中间体。苯肼也用作分析试剂。
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