1) acetylene concentration
乙炔浓度
2) ethanol concentration
乙醇浓度
1.
The influence factors such as ethanol concentration,extraction duration,extraction temperature were also studied.
探讨了主要工艺参数:乙醇浓度、浸提时间、浸提温度对整个浸提工艺的影响。
2.
In fermentation process, the ethanol concentration is one of the most important parameters, and directly influences the optimization and automatic control performance of fermentation system as well as the quality and yield of the output.
乙醇浓度是发酵过程中重要的过程参数,直接影响着发酵过程的控制和优化,以及发酵产物的质量和产量。
3.
In the Animalcule fermentation process, ethanol concentration is one of the most important variables, and directly influences the optimization and automatic control performance of fermentation system as well as the quality and yield of the output.
乙醇浓度是微生物发酵中重要的过程参数,直接影响着发酵过程的优化调控以及发酵产物的质量和产量。
3) ethylbenzene concentration
乙苯浓度
4) alcohol concentration
乙醇浓度
1.
Objective To observe the effect of Zuijiuling Ⅱ on the alcohol concentration in blood,the(activity) of alcohol dehydrogenase(ADH)in the liver and the concentration of neurotransmitter in the brain of mouse model with acute alcoholism.
目的探讨中药复方“醉酒灵Ⅱ号”对急性酒精中毒小鼠血中乙醇浓度、肝中乙醇脱氢酶(al-cohol dehydrogenase,ADH)活性和脑组织中单胺神经递质的影响。
2.
Methods Selecting crush degree,alcohol concentration and extracting time as influential factors to make possitive cross test.
方法选择粉碎度、乙醇浓度、提取时间为试验因素进行正交试验,同时对不同的提取时间及提取方法进行比较,选择最佳含量测定方法。
3.
The Least Squares Support Vector Machines (LS- SVM) was applied to regress in order to get the value of the alcohol concentration.
在酵母生产过程中,乙醇浓度是一个很重要的控制参数,但目前的检测手段多为离线人工测量,不能实现乙醇浓度的测控自动化,是束缚生产效率的重要原因。
5) Acetate concentration
乙酸浓度
1.
01 acetic acid bacteria as the experimental spawn,raise it with the agar-agar glucose ethyl alcohol liquid media vibration,and inspect the influence of bottom acid(acetate concentration)density to production of acetic acid by acetic acid bacteria.
56 g/L,但乙酸浓度过高会反馈抑制醋酸菌的产酸量。
6) concentration of(NaAC)
乙酸钠浓度
补充资料：对苯乙炔-噻吩乙炔共聚物
分子式：
CAS号：
性质：为苯乙炔与噻吩的共聚型导电聚合物。电导率在3.5×10-7S/cm左右，比相应的苯乙炔型聚合物电导率高几个数量级。这种导电聚合物的最大吸收波长在455nm附近。制备方法多通过对苯二醛，或者噻吩2,5-二醛与噻吩或苯的双Wittig盐试剂进行偶合反应得到。或者通过对二甲苯与2,5-二甲酰基噻吩的缩合反应制备。
CAS号：
性质：为苯乙炔与噻吩的共聚型导电聚合物。电导率在3.5×10-7S/cm左右，比相应的苯乙炔型聚合物电导率高几个数量级。这种导电聚合物的最大吸收波长在455nm附近。制备方法多通过对苯二醛，或者噻吩2,5-二醛与噻吩或苯的双Wittig盐试剂进行偶合反应得到。或者通过对二甲苯与2,5-二甲酰基噻吩的缩合反应制备。
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