phosgene
phosgene
1. Acute phosgene poisoning accident-a case of survey report
一起光气急性职业中毒事故的调查报告
2. Analysis on an Accident of Phosgene Poisonous Substance Leakage
一起光气等有毒物质泄漏事故分析
3. Keywords trichloromethyl carbonate;phosgene;diphosgene;development;application;
三氯甲基碳酸酯;光气;双光气;生产;应用;
4. Comparing with the traditional phosgene processes,the clean technology has many advantages,such as no pollution, the high quality of product and the mild reaction conditions. 69 references are cited.
与传统的光气法比较,清洁生产工艺具有无污染,产品品质优、反应条件温和等优点。
5. Keywords bis（trichloromethyl）carbonate;triphosgene;phosgene;direct dyes;
二（三氯甲基）;碳酸酯;三光气;光气;直接染料;
6. The process of producing polycarbonate from phosgene and bisphenol A through interfacial condensation is described from the engineering point of view.
从工程观点阐述由光气和双酚A经界面缩聚制聚碳酸酯的反应过程。
7. But, because phosgene is virulent, strong caustic chemical, make MDI development got restrict, but very great progress already was obtained since abroad is not phosgene law craft 25 years.
但是,由于光气是剧毒、强腐蚀性的化学品,使MDI发展受到了限制,但国外非光气法工艺25年以来已取得了很大进展。
8. "Phosgene (orcarbonyl chloride):Colorless, highly toxic gas used in chemical warfare as well as in industrial processes including the making of dyestuffs and polyurethane resins.
光气(亦称碳醯氯):无色剧毒气体,用于化学战以及工业生产过程,包括制造染料和聚氨酯树脂。
9. Keywords Phosgene;Poisoning;First aid;Nursing care;
光气;中毒;急救;护理;
10. Keywords phosgene;phosgenation;safety;countermeasure;five levels of safety precautions;
光气;光气化;安全;防护;五层次防护措施;
11. Keywords Phosgene;Solid phosgene;Poisoning;Pulmonary edema;
光气;固体光气;中毒;肺水肿;
12. Keywords phosgene;manufacturing technology;safety precautions;phosgenated products;
光气;工艺技术;安全措施;光气化产品;
13. Keywords phosgene;lung/injuries;oligonucleotide array sequence analysis;gene expression;
光气;肺/损伤;寡核苷酸序列分析;基因表达;
14. Keywords phosgene;hyperoxic solution;lung injury;malonyldialdehyde;broncho-alveolar lavage fluid;
光气;高氧液;肺损伤;丙二醛;支气管肺泡灌洗液;
15. The earliest disorder is emphysema after phosgene or diphosgene inhalation.
光气、双光气中毒后最早发生的病变是肺气肿。
16. phosgene poison
光气中毒
17. Phosgene poisoning, people feel strongly stimulate the first, and then a pulmonary edema and died of suffocation.
光气中毒时，人首先感到强烈刺激，然后产生肺水肿窒息而死。
18. Advanced Research on Mechanism of Phosgene Poisoning and Its Treatment
光气中毒机制与治疗进展
19. Effect of phosgene poisoning on gene expression profile of pulmonary tissues in rats
光气吸入对大鼠肺组织基因表达谱的影响
20. phosgene recovery
光气回收
21. Keywords phosgene recovery;retrofit;optimization;
光气回收;工艺改进;优化;
22. phosgene bomb
光气弹
23. The dose-response relationship of acute phosgene poisoning and animal model establishment of pulmonary edema
光气急性中毒的剂量-反应关系与肺水肿动物模型的建立
24. Toxic effect of phosgene
光气毒性作用
25. Phosgene approach
光气法
26. Accident Consequence Analysis on Phosgene Production Installation and Related Countermeasures for the Improvement of Safety Production
光气生产装置事故后果分析及提高装置安全性的对策措施
27. phosgene oxime
光气肟
28. Phosgene, or carbonyl chloride, is an extremely toxic gas, and it was used for that purpose during World War I.
光气，又名氯代甲酰氯，是一种巨毒气体，在第一次世界大战中作为毒气使用。
29. Keywords 1;6-hexamethylene diisocyanate（HDI）;phosgene;hexamethylene dicarbamate（HDU）;pyrolysis;
六亚甲基二异氰酸酯（HDI）;光气;六亚甲基二氨基甲酸甲酯（HDU）;热解;
30. Keywords phosgene;ammonia;oxidative injury;
关键词光气;氨水;氧化损伤;
31. The results of calculation coincided with the design and field data,which can be used in optimization design of industrial phosgene production unit.
其计算结果同国外设计及现场数据十分吻合，可用于光气工业生产的优化设计。
32. Solid phosgene
固体光气
33. Triphosgene is a crystal solid, safe and easy to use as phosgene equivalent.
固体光气是1种白色晶体,操作安全和方便,是理想的光气替代品。
34. In the first stage,in order to attain the suitable molar ratiorequired in the subsequent reaction, the side reaction of the hydrolysis of phosgene shouldbe carefully controlled.
在第一阶段，为了达到后续反应所需的合适摩尔配比，光气的水解副反应必须小心地控制；
35. Variability of Pulmonary Edema and Inflammatory Reaction at Different Times Following Phosgene Exposures in Rats
大鼠光气染毒后不同时间点肺水肿及炎症反应的差异性研究
36. It was lightning Wind phosgene geotechnical gold-sik to yin and yang fire and water.
它是光气雷电风金植水火土阴阳能的源。
37. Analysis on a Poisoning Accident by the Leakage of Phosgene Poisonous Substance
对一起光气等有毒物质泄漏引发中毒事故的分析
38. The accidental risks in the production process of methyl carbamyl chloride synthesized from phosgene and methyl amine are analysed;
对光气法生产甲氨基甲酰氯过程中的事故风险进行了分析。
39. After the modification,the reactive time was shortened by half of the conventional process,and the ratio of utilization of DCPA increased from 75% to 80%,the yield of phosgene,from 38% to 75%.
工艺改造后,反应周期缩短了一半,DCPA的收率由75%提高到80%,光气收率由38%提高到75%。
40. Keywords isocyanates;phosgene;green technology;
异氰酸酯;光气;绿色工艺;
41. Three patients with acute phosgene poisoning
急性光气中毒三例
42. STUDY ON CLINICAL FEATURES OF ACUTE PHOSGENE POISONING
急性光气中毒的临床特点研究
43. Diagnosis and Treatment of Acute Phosgene Poisoning
急性光气中毒的诊断与治疗
44. Clinical analysis on second poisoning in medical staff rescuing patients with acute phosgene poisoning
抢救急性光气中毒中医务人员二次中毒的临床分析
45. Description of using 0.25% aniline solution to absorb phosgene in the atmosphere, and analyzed 1,3-diphenylurea formed with high pressure liquid chromatography (HPLC) were presented.
报道了用0.25%的苯胺溶液吸收大气中的光气,所形成的1,3-二苯基脲衍生物以高效液相色谱分析。
46. In order to overcome these two shortcomings, a tower is added to purify the phosgene which is supercooled before entering the kettle to ensure safety.
提出了增加光气提纯塔来降低循环使用的光气中氯化氢含量、在进入光气罐之前就冷却循环光气来增加光气罐安全性的改造方案。
47. Phosgene poisoning can cause pulmonary edema and even ARDS.
摘要光气中毒可引起迟发性肺水肿甚至急性呼吸窘迫综合徵(ARDS)。
48. In this paper, the THz and infrared spectrum of Phosgen and Lewisite and Sarin are calculated by the Gaussian theory.
摘要用高斯软件对光气、路易氏气、沙林等的红外光谱和太赫兹光谱进行了理论模拟。
49. Methods To aggregate analyse the clinical symptoms,signs,the changes of arterial blood gas and lung imaging and so on of 19 acute phosgene poisoning patients.
方法对19例急性光气中毒患者的临床症状、体征、动脉血气变化和肺影像学改变等临床资料进行综合分析。
50. This paper reviews the research and development of phosgene Derivates,including diphenyl ketone,chlorocarbonate,isocya-nate,acyl chloride and carbonates.
本文综述了光气下游精细化学品的开发及生产进展,包括二苯甲酮类、氯代甲酯类、异氰酸酯类、酰氯类、碳酸酯类化合物。
51. " Great peacetime advances in chemistry before the First World War made possible the manufacture and use of chlorine, phosgene, and mustard gas on the battlefield.
此后化学武器得到有效的禁用，直到氯气、光气和芥子气在第一次世界大战中恢复生产，并投入到战场上。
52. Hydrocyanic acid, cyanogen chloride, arsine,phosgene, chloropicrin,benzol, bromcmethane,lewislte gas,toxic smoke and mist,hydrogen phosphide etc.
氢氰酸、氯化氰、砷化 氢、光气、氯化苦、苯、溴甲烷。路易氏气、毒烟、毒雾、磷化氢等。
53. Discussion on Safety and Countermeasures for Phosgene and Phosgenation Installation
浅谈光气及光气化生产装置安全和防护措施
54. Thermal decomposition products or combustion: chlorine, nitrogen, nitrogen trichloride, cyanogen chloride, oxides of carbon, phosgene
热分解物有:氯气、氮气、三氯化氮、氯化氢等
55. Keywords methyl carbamyl chloride;phosgene;accident;risk analysis.;
甲氨基甲酰氯;光气;事故;风险分析;
56. At present, the industrial production of NDI takes phosgene as raw material, which is dangerous and contaminable seriously.
目前NDI的工业生产采用光气法，光气剧毒，污染严重。
57. Objective To analyze the clinical characters and treatment of children s acute phosgene intoxication.
目的探讨小儿急性光气中毒的临床特点及治疗措施。
58. Objective To study clinical manifestation and remedy of acute phosgene poisoning.
目的探讨急性光气中毒的临床表现与救治。
59. Objective To explore the c haracteristics and treatment of group acute phosgene intoxication.
目的旨在探讨群体性急性光气中毒的特点与救治。
60. The reaction kinetics of synthesizing aryl isocyanate by aryl amine and phosgene was studied.
研究了芳胺和光气反应生成异氰酸酯的反应动力学。
61. Phosgene and Arsenious Chloride Chemical Warfare Mixture
碳酰氯和砷氯化物化学战混合物
62. choking gas(phosgene)
窒息性毒剂(光气), 窒息性毒气(光气)
63. Conclusion: Acute phosgene poisoning cause acute lung injury principally, it can be healed in short time by combination treatment mainly included glucocorticosteroid.
结论：急性光气中毒主要引起急性肺损伤，通过以糖皮质激素为主的综合治疗，可以在短时间内痊愈。
64. Diagnostic criteria and principles of management of occupational acute phosgene poisoning
职业性急性光气中毒诊断标准及处理原则
65. It was pointed out that in the current MDI production processes, conventional phosgene route generates pollution to the environment.
认为二苯基甲烷二异氰酸酯作为重要有机原料品种之一,在我国发展前景看好。
66. This article summarized the current research on mechanism of phosgene poisoning and the treatment, in an attempt to provide scientific basis for the clinical treatment of phosgene poisoning.
该文综述了光气中毒的机理及治疗进展，以求为临床救治光气中毒提供依据。
67. It further proved that triphosgene replacing the deadly phosgene and diphosgene is feasible.
进一步证明了三光气代替剧毒的光气和双光气可行性。
68. Further training and exercises need to be done and until this shift can handle a serious incident ,phosgene will not be made on the MDI plant.
需要进行进一步的演习和培训，直到该轮班能够处理严重的事故，否则MDI装置不能有光气。
69. Non - phosgene approach
非光气法
70. Therapeutic effects of hyperoxia solution on acute rabbit lung injury induced by phosgene poisoning
高氧液治疗家兔光气中毒急性肺损伤
