1) activity of microbe
菌种活性
1.
According to L9(34) statistic tabulation, we identified by experimentations that abio-fertilizer concentrations is the most important condition about activity of microbe.
主要研究了不同浓度的无机化肥配施条件下微生物肥料的贮存特性,采用L9(34)正交表,以无机化肥浓度、样品含水量、贮藏温度和菌种配比等四因素三水平进行实验,实验证明无机化肥的浓度与微生物菌种活性的保存负向相关,是生物肥料有效期的关键影响因素;另外菌种种类、贮藏温度和样品含水量等因素也是重要的影响因子。
3) Spawn Activity
菌种活力
1.
Spawn ActivityIn this experiment ,mycelia of five Agaricus strains were incubated for different time, some physiological and bioc.
本研究以As2796、新登96、高温1号、大肥菇和宝地蘑菇五个蘑菇菌株为材料,从菌种活力、菌种纯度、菌种种性三个方面进行研究,建立了一套比较完整的菌种质量检测技术。
5) active species
活性物种
1.
On the basis of 1H NMR and 51 V NMR, it was suggested that the peroxovanadate was the active species for the epoxidation of olefins, and the reaction mechanism was proposed.
根据烯烃环氧化控制实验中 1HNMR和 51VNMR谱的研究结果 ,提出了过氧钒物种是烯烃环氧化反应的主要活性物种 ,并假设了H15Li4V12 B3 2 O84催化烯烃环氧化反应的机理 。
2.
Experimental results showed that the active species of the catalyst in methanol carbonylation differed from [Rh(CO)2I2]-reported in other literature.
研究证明,该类配合物在催化甲醇羰基化反应过程中,其活性物种区别于文献报道的[Rh(CO)2I2]-阴离子。
6) active species
活性种
1.
Modification method for preperation of the active species is proposed on the basis of the effection of water in solution polymerization of butadiene in Ni catalyst systen.
结合我国BR用镍系催化剂活性种制备技术的研究和进展过程,讨论了各种活性种制备(催化剂陈化)方式对聚合活性的影响,根据水在镍催化体系丁二烯溶液聚合过程中的作用和粒子碰撞原理,提出了活性种制备技术的改进方向。
补充资料:活性粘土,活性白土
CAS:68333-91-5
中文名称:活性粘土;活性粘土,活性白土
英文名称:Bentonite, lime-activated;Activated clay;Bentonite,lime-activated;active clay
中文名称:活性粘土;活性粘土,活性白土
英文名称:Bentonite, lime-activated;Activated clay;Bentonite,lime-activated;active clay
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