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1)  seed husk
籽壳
2)  cottonseed husk
棉籽壳
1.
Production of feed compound enzymes from cottonseed husk by fermentation;
发酵棉籽壳生产饲用复合酶的初步研究
2.
Checking remains of cottonseed husk on cotton fabric faces using a digital filter;
用数字滤波器对织物表面棉籽壳残留情况进行检测
3.
The results show that the higher removment rate of lignin and the higher content of xylan were obtained by alkaline hydrogen peroxide pretreatment of corncob and cottonseed husk.
通过比较预处理富含木质素原料的3种方法:酸法、稀碱和碱性H2O2预处理,得出碱性H2O2预处理玉米芯和棉籽壳木质素脱除率最高,且相对应的木聚糖含量也较高。
3)  rubber-seed shell
橡胶籽壳
1.
The optimum activation conditions for rubber-seed shell activated carbon were as follows: activating temperature 880 ℃,activating time 40 min,steam flow rate 8 kg/h.
采用橡胶籽壳炭为原料,以水蒸气为活化剂制备吸附性能优良且得率高的活性炭。
4)  rapeseed hull
油菜籽壳
1.
Preliminary studies on cellulase produced by rapeseed hull fermentation;
发酵油菜籽壳产纤维素酶的初步研究
2.
The optimal condition for feeding-cellulase produced by Trichoderma spT5 solid state ferment rapeseed hull was studied.
为了开发利用油菜籽壳这一油脂工业生产副产品,采用固态发酵方式培养木霉T5,研究以油菜籽壳为主要原料生产饲用纤维素酶最佳工艺条件。
5)  rapeseed shell
菜籽壳
1.
A kind of method was established on extraction and mensuration method of tannin in rapeseed shell in this paper.
本文确立了简单有效的菜籽壳中单宁提取、测定方法,通过对菜籽壳中单宁的提取两有影响的相关因素单因素实验,确定关键影响因素,在此基础上通过响应曲面法优化菜籽壳中单宁提取的最佳工艺条件。
6)  shell of sunflower seed
葵花籽壳
1.
Activated carbons from the shell of sunflower seed have different qualities by the preparation methods of steam activation, phosphoric acid-spinning stove and phosphoric acid-microwave.
以葵花籽壳为原料,比较了水蒸气物理法、磷酸转炉法和磷酸微波法制取的活性炭,以磷酸微波法制取的活性炭各项性能较优。
2.
Several packaging design solutions using shell of sunflower seed were provided for fully use of sunflower seed,which were portable and environmental protection packaging bag and packaging carton for family.
葵花籽壳具有很多潜在的应用价值,比如提取食用色素、糠醛、氯原酸等,还可用来制作活性碳或造纸。
补充资料:油籽剥壳
分子式:
CAS号:

性质:有许多带壳的油料如:棉籽、花生果、葵花籽、油茶籽、油桐籽等,皮壳含量较高,而皮壳中含油量极少,所以制油以前必须进行剥壳,使壳、仁分离,以利于提高毛油质量,提高出油率,降低生产成本。剥壳常用的设备有圆盘剥壳机、刀板剥壳机、离心式剥壳机、锤击式剥壳机等。剥壳以后还必须有壳、仁分离工序。

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