Dicyclohexyl

Study on the improvement of synthetic craft of dicyclohexyl phthalate

DCHP合成工艺的改进研究

Determination of Dicyclohexyl Phthalate in Water by Double Antibody Sandwich Fluorescence Immunoassay

抗体包被荧光免疫法测定水中的邻苯二甲酸二环己酯

Review of recent development in lithium aluminium alloy iron disulfide thermal battery Synthesis of Dicyclohexyl Disulfide

铁与细胞因子锂铝-二硫化铁热电池发展现状

New Process for Producing Dicyclohexyl Disulfide

二环己基二硫化物生产新工艺

Acute chemical ophthalmitis caused by n , n ' - dicyclohexyl carbodiimide vapor

N，N′-二环己基二亚胺蒸气所致急性化学性眼炎

Synthesis and characterization of anti-ozone agent n , n ′ - dicyclohexyl thiourea

抗臭氧剂N，N'-二环己基硫脲的合成及表征

Synthesis and catalytic behavior of dicyclohexyl - dibenzo - 18 - crown - 6

二环己基二苯并-18-冠-6合成及催化性能

Preparation of dicyclohexyl disulfide through the reaction of cyclohexyl chloride with sodium disulfide is given .

讨论了氯代环己烷与二硫化钠反应制备二环己基二硫化物的方法。

Study on the Extractive Behaviour and Mechanism of Au_ (ⅲ) by N , N & Dicyclohexyl Thiourea

N，N&二环己基硫脲萃取Au（Ⅲ）的性能和机理的研究

Preparation of Dicyclohexyl - 18 crown - 6

二环己基并18冠6的制备方法

In the second part , we have designed and synthesized two pair of enantiomers with dicyclohexyl bone structure and studied their phase transition temperatures .

第二部分设计合成了两对对映体双环己基分子，并对其相态转变进行了研究。

The main works of this thesis are presented as follows : 1 . Cyclohexyl formate and dicyclohexyl adipate were synthesized and also characterized by GC-MS.2 .

主要工作如下：1.合成了甲酸环己酯及己二酸二环己酯的标样，并采用GC-MS进行了表征。

A gas chromatographic method was developed for determination of a 40 % triazophos aqueous emulsion , using 1.5 % SE-30 as the fixed phase and dicyclohexyl phthalate as the internal standard material .

采用气相色谱法分析40%三唑磷水乳剂，固定相为1.5%SE-30，内标物为邻苯二甲酸二环己酯，三唑磷色谱峰与内标物色谱峰的分离度为3.0。

Four kinds of water samples ( tap water , lake water , river water and leachate from drinking bottles ) had been detected . The result showed that ELISA and FIA procedures can be used to detect dicyclohexyl phthalate in environmental samples . 3 .

用这两种方法测定四种水样（自来水、湖水、长江水和饮料瓶沥出液）中的邻苯二甲酸二环己酯，结果令人满意。

The results showed that β, which has channels formed by 12 membered rings , had the highest conversion of cyclohexene and the lowest selectivity for cyclohexanol because of the high yields of dimeric of cyclohexene and dicyclohexyl ether .

结果表明，具有12元环孔道体系的β分子筛对环己烯的转化率（96%）最高，但对环己醇的选择性（354%）最差。