氯化氢

HCl较敏感。副产氯化氢气体的精制及利用

The purification and utilization of HCl gas byproduct

对乙二胺四甲叉磷酸钠（EDTMPS）的传统生产方法进行了改进，针对原有产品存在的质量问题和生产过程中的氯化氢泄漏问题。

The improvement of the traditional manufacture method of EDTMPS was introduced in this paper . To the question about quality of the original product and the leakage of HCL in the process .

应用VISUALBASIC5.0进行钢制水夹套氯化氢合成炉优化设计

The optimization design of steel manufactured water jacket hydrogen chloride synthesizer with Visual Basic 5.0

应用VISUALBASIC6.0进行二合一氯化氢石墨合成炉系统设备的优化设计

The Optimum Design of Two-in-one Hydrogen Chloride Graphite Synthetic Furnace System Equipment with Visual Basic 6.0 Software

金属皂类热稳定剂对软质PVC脱氯化氢反应的影响

The Influence of Metal Soap Thermal Stabilizers on the Dehydrochlorination of Flexible PVC

当受热时，PVC可能失去氯化氢并形成一种有色的共轭聚烯结构。

When heated , PVC may lose hydrogen chloride and form a chromophoric conjugated polyene structure .

PTFE生产中副产氯化氢的处理

The treatment of by-product hydrogen chloride from the production of PTFE

介绍了PVC生产过程中VC合成转化工序及氯化氢合成工序的循环热水综合利用工艺，并分析了其产生的经济效益。

Comprehensive utilization of cycling hot water in VC synthesis conversion process and chlorine hydride synthesis process were introduced .

在相同接枝反应条件下，采用脱氯化氢PVC与丙烯酸丁酯接枝共聚可以提高接枝率和接枝效率；

By using dehydrochlorinated PVC in the graft copolymerization , the grafting degree and grafting efficiency of BA were increased .

硬脂酸盐热稳定剂对CPE脱氯化氢热降解性的影响

Effect of stearate stabilizers on dehydrochlorination of CPE

城市生活垃圾焚烧时HCl排放及脱除研究进展木屑焚烧过程中氯化氢排放特性研究

Emission characters of HCl during sawdust incineration

MDI装置副产氯化氢的综合利用

Comprehensive Utilization of By-Product Hydrogen Chloride in MDI Manufacture

微量氯化氢分析仪在VCM装置中的应用

Application of hydrogen chloride microanalyzer in VCM equipment

静态热老化试验、脱氯化氢试验、红外及热失重分析结果表明，钙锌皂单独使用时，其热稳定性很差；加入水滑石后，PVC的长期热稳定性得到明显的改善。

The results of static thermal aging method , dehydrochlorination method and FT-IR analysis showed that the thermal stabilization of single Ca / Zn soap was very poor .

氯化氢（HCl）是火灾烟气中阻碍人员逃生的最重要的刺激性气体之一。

Irritant gas hydrogen chloride ( HCl ) is one of most important toxic gases that blocks people to evacuate from fire circumstances .

分析了采用组合式吸收&解吸工艺回收VCM中过量的氯化氢气体的经济效益。

The economic profits of recycle of excess hydrogen chlorine in VCM production by compound adsorption-desorption were analysed .

分析了PVC生产中钢制水夹套氯化氢合成炉腐蚀原因和腐蚀机理，确定了合成炉设计的壁温约束条件和设计对策。

This paper analyzes the cause and mechanism of corrosion in hydrogen chloride synthesizer with steel-made water jacket in PVC production and determines the restriction conditions and designing countermeasures for wall temperature in the synthesizer .

简要介绍PTFE生产中副产氯化氢的处理方法，设计了安全技术措施，保证生产的安全稳定进行。

A method to treat by-product hydrogen chloride from the production of PTFE is introduced briefly . A safe technique is designed so that safe and stable production is ensured .

TGA的结果表明，在氮气中CPE降解比较缓慢，而氧气对CPE的降解反应起到了一定的促进作用。相对于在氮气气氛中而言，热稳定剂在氧气气氛中对抑制CPE脱氯化氢更有效。

The results of TGA test showed that compared with nitrogen , the oxygen accelerated dehydrochlorination of CPE , while the stabilizers had more obvious efficiency in oxygen .

采用刚果红法研究了防老剂、有机过氧化物、填料、金属氧化物、增韧改性剂、加工助剂和润滑剂等助剂的品种、用量对软质聚氯乙烯（PVC）脱氯化氢反应的影响。

The influence of the kind and adding amount of such additives as antioxidants , organic peroxides , fillers , metal oxides , toughening modifiers , processing aids and lubricants on dehydrochlorination of soft polyvinyl chloride is studied by Congo red method .

探讨了氮气流量、低分子杂质、试样的形状、温度等因素对HPVC树脂热脱氯化氢速率的影响。

The effects of nitrogen flow as carrier gas , impurities , sample size and temperature on rate of dehydrochlorination of HPVC were investigated comprehensively .

用强碱诱导的脱氯化氢法合成了发光聚合物聚（2,5二丁氧基）对苯乙炔（PDBOPV），并与前聚物路线合成法进行了比较。

Luminescence polymer poly [ 2,5 dibutoxy p phenylene vinylene ] was synthesized through dehydrochlorination induced by strong base .

在反应技术方面，UOP工艺比氯化法和脱氯化氢法更具竞争力，介绍了UOP工艺的各种改进方案。

As to reaction technology , the UOP process is more competitive than the chlorination process and the hydrogen chloride stripping process and several improvements in the UOP process were reviewed .

结果表明，硫醇锡复合热稳定剂T137和T395A抑制CPE脱氯化氢的效果优于非硫醇锡热稳定剂二月桂酸二丁基锡；

The results showed that the dibutyl tin bis ( 2-mercaptobenzothiazole ) stabilizers T-137 and T-395A were better than dibutyl tin dilaurate in terms of inhibiting the dehydrochlorination of CPE ;

研究发现：具有光敏活性的锐钛型TIO2吸收光（波长小于380nm）的能量后，诱发PVC光降解反应，使PVC主链脱氯化氢（HCl）并产生多烯结构。

It was found that anatase with photosensitive action absorbed the light ( wavelength < 380 nm ) energy , and induced reaction of light degradation of PVC , which made the PVC main chain taken of the hydrogen chloride and engendered the polyene structrue .

热解碳沉积法、氧化刻蚀法、氯化氢和惰性气氛补强法、金属盐溶液体系补强法等方法可以通过减少或消除RCF中缺陷，从而提高RCF的抗拉强度。

Some methods such as deposition of heat degradation carbon , oxidizing and etching , hydrogen chloride and inert gas atmosphere , metal reinforcement and etc. can improve the tensile strength by decreasing the flaws of RCF .

通过双醚化反应、氯甲基化反应和在强碱性条件下进行的脱氯化氢反应，制备出可溶性聚（2甲氧基5辛氧基）对苯乙炔（PMOCOPV）。

A soluble poly ( 2 methoxy 5 octyloxy ) p phenylene vinylene ( PMOCOPV ) was synthesized through double etherification , chloromethylation and dehydrochlorination reactions .

实验结果表明：防老剂、二氧化硅和粉末丁腈橡胶增韧剂（P-83）对软质PVC的脱氯化氢反应有明显的抑制作用，其中防老剂D的抑制作用最明显；

The experiment results are as follows : antioxidants , silica and powdered nitrile rubber toughening agent ( P-83 ) obviously inhibit dehydrochlorination of soft PVC , and the inhibiting effect of antioxidant D is the most obvious ;

利用浓硫酸的高沸点及氯化氢挥发性的特点，以H2SO4∶AgCl（重量比）

Taking advantage of the volatile characteristic of HCl and the high boiling point of H_2SO_4 , we produced silver sulphate . Under the condition of H_2SO_4 ∶ AgCl ( wt. ) > 3.5 ∶ 1 , heating the mixture .

在固定床反应器中首先对高温煤气中氨、有机硫化物、氯化氢及焦油4种污染物进行了同时脱除，其中选择CS2和1-甲基萘分别作为高温煤气中有机硫化物和焦油蒸气的模型化合物。

The experiments were designed to remove HCl , NH 3 , organic sulphur and coal tar component in high temperature coal gas , in combination and simultaneously by using a fixed-bed reactor at the reaction temperature range from 300 ℃ to 550 ℃ .