1.
RESEARCH ON H2S ABSORBENT-PCC IN DRILLING FLUID
钻井液中硫化氢吸收剂PCC的研究
2.
The sorbent was highly reactive towards SO2 as compared with hydrated lime alone.
该吸收剂对二氧化硫之反应性比氢氧化钙佳。
3.
Study on Controlling of Hydrogen Sulfide by Combustion--Absorption;
硫化氢废气的燃烧——吸收法净化研究
4.
Treatment of the PSA Desorbed H_2S with Absorption and Electrolysis in the Solution of Sodium Sulfide;
硫化钠溶液吸收与电解处理PSA工艺脱附硫化氢
5.
NaOH was added to iron blast furnace slag (BFS)/hydrated lime (HL) slurries to prepare sorbents for semidry and dry flue gas desulfurization (FGD) processes.
本研究于炉石／氢氧化钙泥浆中添加氢氧化钠以制备烟道气除硫吸收剂。
6.
Metal oxide sorbent-catalyst for combined removing SO_2 and NO_x from flue gas
烟气联合脱硫脱硝一体化吸收/催化剂
7.
The addition of NaOH greatly enhanced the sorbent reactivities toward SO2 because NaOH is deliquescent and its presence increased the amount of water collected by the sorbent.
由于氢氧化钠的潮解性质，使较多的水分能吸附在吸收剂表面，提高了吸收剂与二氧化硫的反应性。
8.
Research of Removal of Low Concentration H_2S on Adsorbents
用于脱除低浓度硫化氢气体吸附剂的研究
9.
Ultra-deep hydrodesulfurization of benzene over Ni/ZnO catalyst
苯中硫在Ni/ZnO催化剂上加氢吸附脱除的研究
10.
NaOH addition can raise the level of sorbent reactivity and reduce the sorbent cost in a semidry or dry FGD process.
添加氢氧化钠可以提升吸收剂之反应性，并且可降低半乾式或乾式烟道气除硫程序的成本。
11.
Combustion in the Oxygen Bomb -determination of Arsenic in Sulfur by HG-AAS;
氧弹燃烧—氢化物原子吸收法测定硫磺中的砷
12.
STUDY ON MEASURING CONCENTRATION OF H_2S WITH UV ABSORPTION SPECTROMETRY
紫外吸收光谱法监测硫化氢浓度的实验研究
13.
Revamping HCl Absorption System in Production of SOP
硫酸法硫酸钾生产中氯化氢吸收系统的技术改进
14.
Research Progress of Metal Oxide Sorbent/Catalyst for Combined Removing SO_2 and NO_x from Flue Gas
烟气脱硫脱硝一体化吸收/催化剂研究进展
15.
Determination of Palladium and Lead in Catalyst by Flame Atomic Absorption Spectrometry
原子吸收法测定加氢脱炔催化剂中的钯和铅
16.
Study on the Treatment of Hydrogen Sulfide Odor Air Using Modified Activated Alumina Adsorbent;
利用改性活性氧化铝吸附剂处理硫化氢恶臭气体的研究
17.
Evaluation and Optimization of Calcium-based Sorbents Sulfation;
钙基吸收剂的固硫性能评价和优化研究
18.
Research on the Surface Adsorption Mechanism of Sulfide Ores and Its Porgess
捕收剂在硫化矿物表面吸附机理的研究进展