Technology Progress on Synthesis o-Phenylphenol 邻苯基苯酚的合成工艺进展
Study on Catalyst's Preparation and Properties for Synthesis o-Phenylphenol 合成邻苯基苯酚的催化剂的制备及性能研究
Study on Ni-Cu catalysts for preparing o-phenylphenol 制备邻苯基苯酚的Ni-Cu催化剂研究
O-Phenylphenol react with sulfuric acid, formaldehyde and ferric iron to form a red colour compound. 邻苯基苯酚与浓硫酸、甲醛和高铁离子生成红色化合物。
Platinum Catalyst Supported on Carbon Covered Alumina for Preparation of o-Phenylphenol 覆炭γ-Al2O3载Pt催化脱氢制备邻苯基苯酚
In order to know some properties of the germicidal detergent containing o-phenylphenol, chemical method, quantitative germicidal test and animal test were used to observe some of its physicochemical indices, germicidal property and toxicological indices. 为了解含邻苯基苯酚的清洁消毒液部分性能,采用化学方法、定量杀菌试验法和动物试验法,对其部分理化指标、杀菌性能和毒理学指标进行了观察。
Study of Synthesis of o-Phenylphenol from Cyclohexanone 环己酮合成邻苯基苯酚反应的研究
Experimental observation on disinfection property of o-phenylphenol germicidal detergent solution 邻苯基苯酚清洁消毒液的消毒性能试验观察
Application of Pre-poisoned Catalyst in Synthesis of o-Phenylphenol 催化剂预中毒在合成邻苯基苯酚中的应用
Performance of New Catalyst Supported on Carbon Covered Alumina for Preparing o-Phenylphenol 用于合成邻苯基苯酚的新型覆炭脱氢催化剂
O-phenylphenol is widely used as fine chemical product in antisepsis, flame retardant, auxiliary agent for printing and dyeing, surfactant and so on. 邻苯基苯酚是一种广泛使用的精细有机化学品,它被用于杀菌防腐、合成阻燃剂、印染助剂、表面活性剂等。
The main factors influenced the yield of o-phenylphenol were got by theoretical derivations and were optimized. 首先通过理论推导,得到影响邻苯基苯酚收率的主要因素。
The yield of o-phenylphenol reached 83% by liquid-solid catalytic dehydrogenation method when Pt-Na2CO3/ C catalyst was used without any hydrogen acceptor. 通过对液固催化脱氢法进行研究,发现采用Pt-Na2CO3/C催化剂,不添加任何其他氢接受体辅助脱氢,邻苯基苯酚收率可达83%左右。