n-Hexadecane

The saturated water values in n-hexadecane and decalin under different temperatures have been determined by coulometric titration in this paper .

采用库仑滴定法测定了正十六烷、十氢化萘在不同温度下的饱和含水值。

Studies on the saturated water values in n-hexadecane and decalin by Coulometric Titration

库仑滴定法测定正十六烷、十氢化萘中饱和含水值的研究

The hydrothermal environment plays a subtle influence on the thermal cracking mechanism of n-hexadecane as well as the product distribution .

水热环境的改变对十六烷的热裂解机理和产物分布具有微妙的影响。

The catalytic activities used as catalysts of iso-propylbenzene cracking and n-hexadecane cracking are very high .

酸洗β沸石对异丙苯和正十六烷裂解反应的催化活性都很高；

The results of the catalytic activities of pyridine adsorption and desorption show that the n-hexadecane cracking is catalyzed with B acid .

吡啶吸附-脱附催化剂的活性结果说明沸石对正十六烷裂解反应是B酸催化。

Citric Acid Fermentation from n-Hexadecane Bt Yeasts

正十六烷发酵产生柠檬酸的研究

The respiratory quotient of n-hexadecane and n-octadecane were found to be 0.44 and 0.47 respectively .

异烷似较难氧化。对正十六烷和正十八烷的呼吸商依次为0.44和0.47。

Under optimized condition , the stain can degrade DBT in n-Hexadecane as model diesel oil , and the desulfurization efficiency is about 83.14 % .

并在最佳条件下，能脱除正十六烷模拟柴油相中83·14%的DBT硫。

It was found that there existed ultralow interfacial tension between the mixed surfactant aquous and n-hexadecane ; the micellization of the mixed system is a process drived by entropy .

结果表明，在混合体系中能够出现超低界面张力行为，并且混合体系的胶束化过程是熵驱动的过程。

The tests showed that the saturated water values in n-hexadecane and decalin can be applied as quantitative criterion of analyzing trace amount of water ( near 70ug / mL ) in organic liquids .

试验表明，上述两种试剂中的饱和含水值可作为液体中痕量水（～70μg/mL）分析的定量标准。

Thermal cracking using n-hexadecane as a model compound suggests that pyrolysis of paraffins in sub - and supercritical water still follows FSS mechanism , whose main products consist of C8-C14 n-alkanes and α - alkenes with the same carbon number .

以正十六烷为模型烃的实验表明，链烷烃在亚（超）临界水的热裂解中遵循FSS机理，其主要产物是C8-C14的正构烷烃和同碳数的α-烯烃。