1) alcohol meter
酒精气息监测器
2) breathalyser
酒精气息监测器
3) alcohol
酒精
1.
Application of cellulase in the fermentation of alcohol;
纤维素酶在酒精发酵中的应用
2.
Study on the effect of nitrogen source on the alcohol fermentation;
作为营养盐的氮源对酒精发酵过程的影响
3.
The optimal conditions of saccharification for producing cassava alcohol by high-gravity fermentation;
木薯酒精浓醪发酵糖化条件的研究
4) ethanol
酒精
1.
Screening a yeast of utilizing xylose and studying its fermentation characteristics to ethanol;
一株利用木糖用于酒精生产酵母菌的筛选
2.
Production of High Ethanol Concentration from Raw Corn Flour Using Rhizopus sp. and Saccharomyces cerevisiae;
利用根霉和酿酒酵母转化生玉米粉为高浓度酒精
3.
Elementary research on ethanol fermentation from sweet sorghum stalk juice;
甜高粱茎秆汁液酒精发酵条件的初步研究
5) ethyl alcohol
酒精
1.
The application of MANTRA controller in the production control system of ethyl alcohol;
MANTRA控制器在酒精生产控制系统中的应用
2.
Yam starch was liquefied by α-amylase, adding saccharifying enzyme and yeast to carry on fermenting while saccharifying to produce ethyl alcohol.
黄姜淀粉经过!-淀粉酶液化,加糖化酶和酵母进行边糖化边发酵生产酒精。
3.
The heart rate,breath rate and body temperature of 10 domestic rabbits injected by the 40% ethyl alcohol and normal saline mixture were recorded before and after injection to evaluate the anesthesia effect on domestic rabbits and provide the theoretical basis for clinical application.
为探讨酒精生理盐水合剂的麻醉效果,观察了10只家兔注射40%的酒精生理盐水合剂麻醉前后的心率、呼吸、体温的变化。
6) Alcoholic
酒精
1.
Protection of Polysaccharide ATPS-2 from Armillariella tabescens on Carbon Tetrachloride and Alcoholic Liver Injury in Mice;
亮菌多糖ATPS-2对小鼠四氯化碳和酒精肝损伤的保护作用
2.
Experimental study of the protective effect of Radix Bupleuri and Radix Scutellariae in compatibility on acute alcoholic liver injury in rats;
柴胡黄芩配伍抗大鼠急性酒精性肝损伤作用研究
3.
Objective To Study the effect of different extraction sites from Radix Bupluri and Radix Scutellariae in compatibility on acute alcoholic liver injure in rats.
目的:研究柴胡黄芩配伍不同提取部位对大鼠急性酒精性肝损伤模型的影响。
参考词条
补充资料：酒精气息监测器
分子式：
CAS号：
性质：监测机动车驾驶员气息中乙醇含量的仪表。它是采用气体扩散电极，利用燃料电池的原理设计的。两电极均用铂催化剂，正极与大气连接，为氧阴极；负极只对乙醇具有活性，CO、氢、丙酮等(糖尿病患者及吸烟者的气息中可能存在)无干扰。监测时吸取一定体积的气息，仪表产生电流的极大值与乙醇含量有联系。
CAS号：
性质：监测机动车驾驶员气息中乙醇含量的仪表。它是采用气体扩散电极，利用燃料电池的原理设计的。两电极均用铂催化剂，正极与大气连接，为氧阴极；负极只对乙醇具有活性，CO、氢、丙酮等(糖尿病患者及吸烟者的气息中可能存在)无干扰。监测时吸取一定体积的气息，仪表产生电流的极大值与乙醇含量有联系。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。