1) 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。
2) fast absorbing oil
快速吸油
3) respiration rate
呼吸速率
1.
Study on measurement of inhibition kinetic constant based on respiration rate in activated sludge process;
以呼吸速率为基础活性污泥抑制动力学常数的测定研究
2.
On-line measurement of activated sludge concentration making use of the respiration rate;
利用呼吸速率在线测定活性污泥浓度
3.
Application of parameter estimation method to determining respiration rate of fruits and vegetables in modified atmosphere packaging(MAP);
参数估算法在气调包装果蔬呼吸速率测定中的应用
4) adsorption rate
吸附速率
1.
Several conditions influenced on the adsorption rate were also discussed.
为了分析蛭石对废水中有害金属离子的吸附性能,通过新疆蛭石对水中Cu2+、Pb2+和Zn2+的吸附速率实验,探讨了水溶液中几种反应条件对金属离子在蛭石上的吸附速率的影响。
2.
The saturated adsorptive capacity,adsorption rate and isothermal curve were investigated.
通过对树脂的饱和吸附量、吸附速率及吸附等温线的研究,得到了201×7树脂对氰化物的饱和吸附量为44。
3.
Adsorption isotherms and adsorption rate of water or ethanol on composite adsorbents prepared by the authors (named M4-0132, M1- 0001, M1-9906 and M2-0003 respectively), were tested.
本研究在对制冷用复合吸附剂制备[14]和吸附机理[15]探讨基础上,进一步研究水或乙醇在自制复合吸附剂上的吸附等温线、特征吸附功和吸附速率等吸附性能,为吸附制冷用吸附剂产品的开发及其系统设计提供依据。
5) ratio of P-uptake
吸磷速率
6) respiratory rate
呼吸速率
1.
Comparison of the respiratory rate among different resistant strains of the beet armyworm, Spodoptera exigua (Hübner) (Lepidoptera: Noctuidae) to lambda-cyhalothrin;
不同抗药性品系甜菜夜蛾呼吸速率的比较
2.
Effects of caclium on respiratory rate and some mitochondrial enzymes of wheat roots under aluminum stress;
铝胁迫下钙对小麦根呼吸速率和一些线粒体结合酶活性的影响
3.
Effects of NO_3~- on respiratory rate and enzyme activities of roots of sweet cherry under waterlogging conditions
硝态氮对淹水条件下甜樱桃根系呼吸速率及相关酶活性的影响
补充资料:低吸油量氧化铁黄
分子式:
CAS号:
性质:吸油量低于普通氧化铁黄的氧化铁黄,通常吸油量为30~35g/100g。采用机械处理氧化铁黄的针状粒子,或者控制生产过程形成高强度的球形针状聚集体,所形成的低吸油量氧化铁黄适合作成高浓度的水性色浆或油性色浆,并可克服针状氧化铁黄在涂层和流延塑料膜中易产生的丝纹。
CAS号:
性质:吸油量低于普通氧化铁黄的氧化铁黄,通常吸油量为30~35g/100g。采用机械处理氧化铁黄的针状粒子,或者控制生产过程形成高强度的球形针状聚集体,所形成的低吸油量氧化铁黄适合作成高浓度的水性色浆或油性色浆,并可克服针状氧化铁黄在涂层和流延塑料膜中易产生的丝纹。
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