1) oil absorbency
吸油率
1.
Influential factors on apparent density and oil absorbency of suspension resin;
影响悬浮树脂表观密度和吸油率的因素
2.
The effects of the raw material ingredient, the amount of the dispersing agent, and the amount of the initiator on oil absorbency and gel fraction were investigated, and the optim.
重点研究了原料配比、引发剂用量、交联剂用量对树脂吸油率、凝胶量等性能的影响及规律，从而确定了最佳的实验条件。
3.
When particle size of crushed product is larger than that of primary crystallite,its viscosity is less;when particle size of crushed product is smaller than that of primary crystallite,its viscosity and oil absorbency are greatly increased;the bigger primary crystallite of aluminum hydroxide is,the lower the whiteness is and the bigger b value is.
研究表明,不同颗粒形状的氢氧化铝性能差别较大;当粉碎产品粒度大于一次晶粒时,产品的粘度小;而粉碎产品粒度小于一次晶粒时,吸油率、粘度大幅度上升;氢氧化铝一次晶粒越大,白度越低,b值越大。
2) oil absorptivity
吸油率
1.
The effects of dicumylperoxide(DCP)and Fe2O3 contents on the oil absorptivity were studied.
研究了填料和交联剂的用量对材料吸油率的影响。
2.
In this paper, some factors which influence the performance of expanded AN such as expansion effect, cap sensitivity, and oil absorptivity, etc.
文章探讨了影响膨化硝酸铵的膨化效果、雷管感度以及吸油率等性能的一些因素 ,由此得出膨化硝酸铵生产的最佳工艺条件。
3) oil absorption
吸油率
1.
The oil absorption of the floater was decreased by PAIOIO modified with the rubber.
研究注射成型PA1010泡沫塑料浮子的原材料选择、配方及生产工艺,并通过橡胶改性PA1010进一步降低浮子的吸油率。
2.
The effects of particle size of raw material, calcining temperature and time on the quality of calcined kaolin, such as brightness, activity and oil absorption, were investigated.
在分析高岭土传统堆积态煅烧(固定床、移动床、流化床)工艺缺点的基础上，本文以内蒙古煤系高岭土为研究对象，进行了煤系高岭土稀相悬浮态快速煅烧的实验室试验，研究了不同给料粒度、煅烧温度、煅烧时间对煅烧产品白度、活性、吸油率等指标的影响，结合以上影响因素，综合考虑产品白度、活性、吸油率等指标，确定悬浮态煅烧的最佳操作工艺参数，并将此操作条件下产品的物化性能(白度、活性、吸油率)与堆积态煅烧产品进行对比，进一步验证了悬浮态煅烧的可行性。
3.
The oil absorption of the floater was decreased by PA1010 modified with the rubber.
研究注射成型PA1010泡沫塑料浮子的原材料选择、配方及生产工艺、并通过橡胶改性PA1010进一步降低浮子的吸油
4) adsorption oil ratio
吸油率
1.
The objective of this study was to learn the quality transformation ragularity of the microporous starch granule with different glucoamylase and alpha amylase concentration、hydrolysis time and pH,by examing the adsorption oil ratio,time,temperature,pH and the amount of complex amylase were considered as the main factors to optimize the technologic conditions.
使用糖化酶、淀粉酶部分的降解玉米淀粉制备微孔淀粉,通过对吸油率的测量,研究微孔淀粉吸油率随着糖化酶、淀粉酶不同的浓度、时间和pH值的变化规律,并采用正交试验优化制备微孔淀粉的时间、温度、pH值和淀粉酶用量等工艺条件。
5) Oil adsorption ratio
吸油率
1.
During the production process of porous starch, oil adsorption ratio was used as an index toevaluate the porous starch.
工艺研究中,首先确定以吸油率作为衡量淀粉成孔的指标。
6) oil-absorption speed
吸油速率
1.
The influences of modifier content was analysed on oil-absorption speed and times of the high oil-absorption resin,the influences of cross linker,dispersant,initiator and polymerization temperature were investigated on oil-absorption times of the high oil -absorption resin.
分析了改性剂的用量对树脂吸油速率和吸油倍率的影响,研究了交联剂、分散剂、引发剂以及聚合温度等对树脂吸油倍率的影响。
补充资料：吸光率
分子式：
CAS号：
性质：介质吸收的光强度(I0-I)与入射光强度I0之比：吸光率。式中，I为出射光强度。
CAS号：
性质：介质吸收的光强度(I0-I)与入射光强度I0之比：吸光率。式中，I为出射光强度。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条