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1)  phosphorus oxychloride
三氯氧化磷,磷先氯
2)  phosphorus oxychloride
三氯氧磷
1.
A new technology of continuous preparing phosphorus oxychloride and thionyl chloride;
连续联合制备氯化亚砜和三氯氧磷新工艺
2.
Review on the production and application of phosphorus oxychloride and its derivatives;
三氯氧磷及其衍生产品的生产及应用综述
3.
Research on clear technique to synthesize phosphorus oxychloride;
三氯氧磷清洁生产工艺的研究
3)  phosphoryl chloride
三氯氧磷
1.
Economic evaluation of simultaneous production of sulfinyl chloride and phosphoryl chloride;
氯化亚砜联产三氯氧磷工艺的经济评价
2.
Application of ESI-MS in the Reaction of Amino Acids and THF with Phosphoryl Chloride;
ESI-MS应用于三氯氧磷与氨基酸及四氢呋喃反应的研究
3.
Using phosphoryl chloride as catalyst, 5,6-O-isopropylidene ascorbic acid was prepared by the reaction of Vc and acetone, then the product was treated with phosphoryl chloride to produce Magnesium L-ascorbate-2-phosphate.
在三氯氧磷催化剂作用下,Vc首先与丙酮反应生成5,6-O-异丙叉-L-抗坏血酸(IAA),再与三氯氧磷发生磷酰化反应合成得到。
4)  phosphorous oxychloride
三氯氧磷
1.
Two novel bi-dodecyl bi-phosphate compounds, DGDP and PDP were synthesized from phosphorous oxychloride, diethylene glycol (hydroquinone) and dodecanol via the esterification of two steps and the hydrolization of one step, and were purified by recrystallization in absolute ethyl alcohol.
利用三氯氧磷与一缩二乙二醇或对苯二酚反应之后,再与正十二醇反应,最后通过水解,合成了2种新型双十二烷基双磷酸酯(DGDP,PDP)。
2.
Pentaerythritol diphosphonate of melamine (PDM), a novel intumescent flame retardant, was synthesized from water, melamine and pentaerythritol diphosphonate dichloride (PDD) which was prepared from pentaerythritol and phosphorous oxychloride in the absence of organic solvent.
采用非溶剂法经过二步反应合成了膨胀型阻燃剂季戊四醇二磷酸酯蜜胺盐 ( PDM) ,首先三氯氧磷和季戊四醇反应得到季戊四醇二磷酸酯二磷酰氯 ( PDD) ,然后 PDD再与水、蜜胺反应 ,制备得到 PDM。
5)  phosphorus oxychloride
氧氯化磷
6)  phosphorus trichoride
三氯化磷
1.
Diisopropyl phosphite was directly synthesized from phosphorus trichoride and isopropanol by using the solvent method.
以三氯化磷与异丙醇为原料,用溶剂法合成了标题化合物。
补充资料:三氯氧化磷
分子式:
分子量:
CAS号:

性质:POCl3 又称磷酰氯。俗称氧氯化磷。无色澄清液体。常因溶有氯气或五氯化磷而呈红黄色。密度1.675。熔点2℃。沸点105.3℃。露于潮湿空气中,迅速水解而成磷酸和氯化氢,发生白烟。易被水和乙醇分解。用作氯化剂、催化剂(有机合成),也用于制磷酸酯、药物等。由将干燥的氧气通入三氯化磷或由五氧化二磷与五氯化磷作用而制得。

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