1) CS 2 waste gas
CS2废气
2) CS_2
CS2
1.
In order to study the subsist mode and solubilization behavior of small molecule organic compounds in coal,Xuzhou anthraxylous coal was extracted fractionally in succession with petroleum ether and CS_2.
为了研究煤中可溶有机质的存在方式与溶出行为,采用石油醚和CS2两种溶剂对徐州镜煤进行分级分次萃取,并以FTIR对各次萃取物进行了分析。
2.
The coveries of COS, DMS and CS_2 in gas samples are (95±4)%, (86±3)% and (91±6)% (n=5), respectively, and (86±8)%, (80±6)% and (97±12)% (n=5) in water samples.
建立了采用预浓缩和GC FPD测定环境大气和海洋表层水中挥发性硫化物(COS、DMS和CS2)的方法。
3.
To reveal the exiting state and solubilization behavior of soluble components in coal, two bituminous coals were extracted using Soxhlet extractor with CS_2 for about 1000 hours respectively and the CS_2 soluble components were analyzed using FTIR.
为揭示煤中可溶组分的存在方式和溶出行为,以CS2为溶剂对两种烟煤进行了约1 000 h的索氏萃取,按时间段分批(次)提取萃取物进行了FT IR定性和定量分析。
3) carbon disulfide
CS2
1.
With the column temperature in 70℃, injector temperature in 180℃, detector temperature in 150℃, and N_2 flow rate at 50mL/min, the recovery of carbon disulfide was 98.
利用气相色谱(配火焰光度检测器,采用3mxφ2mm玻璃填充柱分离)对CS2和甲硫醚(DMS)两种含硫化合物进行了分离检测。
2.
With the irradiation of 313nm,carbon disulfide can get to electronic excitation state that has the potence to react with oxygen to produce suifur dioxide,carbonyl sulfide and carbon monoxide.
对 3 1 3nm光照射CS2 O2 ,CS2 空气 (干 )和CS2 空气 (湿 )三种体系的研究结果表明 ,CS2 能吸收 3 1 3nm光子达激发态CS 2 ,CS 2 进一步和O2 作用最终生成COS ,SO2 ,CO等 。
3.
The study of removal carbonyl sulfide and carbon disulfide by hydrolysis at low-temperature is introduced.
介绍了低温水解脱除COS、CS2的研究情况、国内常温水解催化剂产品开发及新工艺的应用状况,指出了未来这一领域的发展方向。
4) CS 2
CS2
1.
The geometrical optimizations on nonlinear CS 2 in the singlet and triplet stateshave been made using two Density Function Theory (DFT) methods (B3LYP and B3PW91)with 6 311+G * and aug cc pVTZ basis sets.
应用密度泛函理论 (DFT)的B3LYP和B3PW91两种方法 ,在 6 3 11+G 和aug cc pVTZ基组水平上 ,分别优化了CS2 可能存在的非线形单重态和三重态构型 ,在全局势能面上共发现 3个单重态 (电子态 1 A1 )和 5个三重态 (电子态分别为 3A2 、3B2 和 3B2 )的非线形CS2 异构体 ,正则振动频率分析证明所得到构型均是位能面上的极小 。
2.
Spark discharge method was used to take simulative investigations on the conversion reaction from CS 2 to COS by lightning.
利用火花放电技术模拟研究了自然界闪电作用下CS2 转化为COS的反应 。
3.
The waste-gas treatment technology of different waste-gas discharge source and different concentration CS 2 and H 2S is given in order to have the economical and effective treatm.
比较分析了粘胶纤维生产过程中废气的治理技术冷凝回收法、活性炭吸附法、燃烧法及生物法各自的特点及其适用性 ,提出了适合于粘胶纤维生产过程中不同废气排放源及不同浓度的CS2 、H2 S应采用的废气治理技术。
5) waste water and gas
废水废气
1.
Process treatment of PET production waste water and gas;
聚酯生产废水废气的工艺处理
6) waste gas
废气
1.
Hydrogen purification and recovery from waste gas in preparation of glyphosate by iminodiacetic acid;
IDA工艺路线草甘膦生产废气中H_2的回收提纯与利用
2.
The practice of PET technology waste gas treatment with catalytic combstion method;
催化燃烧法处理聚酯工艺废气的实践
3.
Treatment of waste gas containing NO_x with wet method;
碱性高锰酸钾溶液湿法脱硝氮氧化物废气的实践
补充资料：废气
工业生产或动力机械运转中所产生的对本生产过程没有用的气体。参看〖三废〗。
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