梓油

PS脂肪酶催化乌桕梓油制备生物柴油工艺优化

Optimization of biodiesel production from stillingia oil catalyzed by immobilized lipase of Pseudomonas cepacia

梓油的组成

Progress of the research work on the components of stillingia oil

本文报道了利用梓油、季戊四醇、苯二甲酸酐制得三种梓油改性醇酸树脂。

An oil modified Alkyd resin was prepared from stillingia oil .

梓油醇酸树脂分子量分布规律的研究

Studies on distribution regularity of molecular weight for stillingia 's alkyd resin

梓油碱催化异构化反应规律的研究

Study on alkaline isomerization of stillingia oil

梓油中光学活性甘油酯的研究

The optically active triglycerides in stillingia oil

利用梓油和桐油以及带端羟基的聚丁二烯（下文简称丁羟）合成了具有快干特征的醇酸树脂。

The reaction of catalpa oil , tung oil and hydroxyl-terminated polybutadiene gives alkyd resin with quick-drying property .

乌桕是我国特有的四大木本油料树种之一，本研究用磁性固体催化剂催化乌桕梓油制备生物柴油。

The method of preparing biodiesel from chinese tallow kernel oil by magnetic solid catalyst was tested in this paper .

因此，在今后对乌桕的栽培种植中，应尽可能选择梓油含量高，外形饱满的种子进行播种栽培，而对幼苗进行引种时，应尽可能选择苗高高的幼苗进行引种栽培。

Therefore , in the future of Sapium sebiferum planting , we should choose high Azusa oil content , full shape seeds and high height seedlings .

结果表明，当梓油含量为苯酚含量的30%～60%时，改性酚醛树脂的性能最好。

The results showed that the catalpa oil content is 30 % ~ 60 % ( mass ) of phenol , the properties of modified phenolic resin is good .

本文简要报告了我们对餐饮废油和乌桕梓油特性及其生物柴油生产工艺研究成果。

The research result of the characteristics and the optimal catalytic transesterification processing parameter of waste cooking oil and Chinese Tallow kernel oil was briefly reported in this article .

梓油除了含常见的亚麻酸、亚油酸、油酸、棕榈酸和硬脂酸之外，还含有不常见的2,4-癸二烯酸和8-羟基-5,6-辛二烯酸；

Palmitic , oleic , stearic and linoleic acids were found in the vegetable tallow ; besides these , linolenic acid as well as two unusual acids , 2,4 - decadienoic acid and 8 - hydroxy-5 , 6-octadienoic acid , were found in the stillingia oil .