1.
The use of Jinc dust in acetic acid was also effective in bringing about desulfurijation and in this case 97 produced an 8:1 mixture of 98 and 99.
在醋酸中用锌粉还原和脱硫，97得到（98）和（99）的混合物，两者比例为8∶1。
2.
The Synthesis of Hydrazobenzene through Zn-NH_4X Reductive System
锌粉-卤化铵还原体系用于N,N′-二苯肼的合成
3.
Thiophene reacted with bromine and zinc to produce 3-bromothiophene via substitution and reduction reaction.
噻吩与溴、锌粉依次发生取代,还原反应生成3-溴噻吩。
4.
Purpose：Mainly used in lithopone and material in potass,and widely used in agriculture and light industry.
用途：用于制造锌钡粉和其他锌盐的原料，还广泛应用于农业与轻工业，用作肥料、饲料添加剂等。
5.
Iron dust containing Zn and C can be used as feed materials for production of prereduction pellet and dezincing can be reached effctively throngh using C contained in the dust.
利用高碳高锌含铁粉尘自身所含的碳,可以生产高炉预还原球团,同时可有效脱锌。
6.
hydrosulphite indigo vat
靛蓝保险粉还原染液；保险粉靛蓝[还原]缸
7.
STUDY ON PELLETIZING DIRECT REDUCTION PROCESS OF HIGH Sn, Zn, As CONTENT IRON ORE CONCENTRATES
高锡锌砷铁精矿球团直接还原的研究
8.
Photopromoted Reducing Degradation of Organic Pollutants by Electrogalvanizing Zinc Plate
光促进电镀锌板还原降解有机污染物
9.
Determination of Gold in Ore By AAS After Chlorine Water Dissolution Zinc Powder Displacement
氯水溶样锌粉置换富集原子吸收测定矿石中金
10.
Determination of Ca,Fe,Zn in milk powder sample by continuum source atomic absorption spectrometer
连续光源原子吸收光谱法测定奶粉中钙铁锌
11.
Flame Atomic Absorption Spectrometry in Determining Ca,Fe and Zn in Milk Powder
奶粉中钙、铁、锌的火焰原子吸收分光光度法研究
12.
Determination on Zinc in Milk Powder by Flame Atomic Absorption Spectroscopy
火焰原子吸收光谱法测定奶粉中锌的含量
13.
Reduced iron powders for powder metallurgy
GB/T4136-1994粉末冶金用还原铁粉
14.
Determination of Micro-arsenic in Additives Through Column of Zinc Reduction Spectrophotometry;
锌柱还原分光光度法测定添加剂中微量砷
15.
The Application of Oxidoreducing System Composed by Zinc in Organic Fluorine Chemistry;
锌构成的氧化还原体系在有机氟化学中的应用
16.
Study of Titanocene Dichloride/zinc Restored Disulfides and Its Application
二氯二茂钛/锌体系还原二硫醚及其应用研究
17.
EFFECTS OF THE REDUCTANT ON THE ZINC-BASED WATERBORNE ANTICORROSIVE COATING
还原剂对锌基水性耐蚀涂层性能的影响
18.
The results of dezincing reduction dynamics show that under chosen technological conditions, dezincing velocity of the pellet is more quick, and dezincing rate can be reached to above90%.
通过脱锌还原动力学研究表明:在给定工艺条件下,球团有较快的脱锌速度,脱锌率可达90%上。