alcohol concentration造句

• A screening breath test conducted on the man found his alcohol concentration was above the prescribe limit . a subsequent analysis by the government chemist also found his alcohol - in - blood level was higher than the prescribed limit
  该名男子的酒精呼气测试显示他的酒精含量超过指定限制，其后由政府化验所的检验亦显示他血液中的酒精含量亦超过指定限制。
• The drink driving legislation has been amended to tighten the statutory limit for blood alcohol concentration from 80 to 50 mg of alcohol per 100 ml of blood , and the amendment has come into effect since 1 october 1999
  酒后驾驶法例在作出修订后，血液中含酒精浓度的法定限度已由每100毫升血液含80毫克酒精收紧至50毫克，而该项修订已于1999年10月1日生效。
• Methods with the content of the gentionpicrin as the index , the orthogonal test method was used for studying the effect of four factors ( alcohol concentration , the amount of alcohol , digestion times , extracting time ) on extracting rate
  方法：采用正交试验法，以龙胆苦苷为检测指标，用正交试验考察4种因素（乙醇浓度、溶媒用量、浸提次数、提取时间）叶其含量的影响。
• Have not been convicted of section 36 causing death by dangerous driving , section 39 driving a motor vehicle under the influence of drink or drugs , section 39a driving , attempting to drive or being in charge of a motor vehicle with alcohol concentration above prescribed limit , section 39b screening breath tests and section 39c provision of specimens for analysis of the road traffic ordinance cap . 374 during the 5 years preceding the application
  在过去五年并无触犯道路交通条例(第374章)第36条(危险驾驶引致他人死亡) 、第39条(在酒类或药物影响下驾驶汽车) 、第39a条(在体内酒精浓度超过订明限制的情况下驾驶、企图驾驶或掌管汽车) 、第39b条(检查呼气测试)或第39c条(提供样本以作分析)所订罪行而被裁定罪名成立。
• The best condition for extracting polysaccharide from porphyridium cruentum were as follow : alcohol concentration was 50 % , alcohol volume was 1 - fold time , percolation time was 0 . 5h , the volume ratio of glycoprotein solution to sevag reagent was 2 : 1 , time was 45min and sevag reagent was 4 : 1 between chloroform and butanol . the result also indicate that sodium acetate anhydrous and nh4cl were the best carbonic and nitrogen source for polysa
  血色紫球藻的最优提取工艺为乙醇浓度50 % ，乙醇用量为1倍体积，醇沉时间为0 . 5小时;氯仿与正丁醇的比例4 : 1 ，样液与sevag试剂的比例2 : 1 ，作用时间为45min ;五种碳源的影响差异不显著，氮源的影响差异显著，其中添加无水乙酸钠和nh4ci的培养基多糖产率最高，分别为33 . 784mg / l和40 . 997mg / l 。
• The polysaccharide production were 37 . 296mg / l and 12 . 961mg / l . the best conditions for extracting polysaccharide from porphyridium purpureum were as follow : alcohol concentration was 75 % , alcohol volume was 2 - fold time , percolation time was 1h , the volume ratio of glycoprotein solution to sevag reagent was 1 : 2 , time was 45min and sevag reagent was 3 : 1 between chloroform and butanol . the result also indicate that nahco3 and nh4cl were the best carbonic and nitrogen sources for polysaccharide respectively
  淡色紫球藻的最优提取工艺为乙醇浓度75 ，乙醇用量为2倍体积，醇沉时间为1小时；氯仿与正丁醇的比例3 ： 1 ，样液与sevag试剂的比例1 ： 2 ，作用时间为45min ：由方差分析可得五种碳源和五种氮源对胞外多糖的影响不显著，添加碳酸氢钠和摘要nhoci的多糖产率最高，分别为41
• Deproteinized from crude polysaccharide by adopting sevag method . through orthogonal test , we found that the best constitution for extracting polysaccharide from porphyridium aerugineum 755 were as follow : alcohol concentration was 50 % , alcohol volume was 3 - fold time , percolation time was 1 . 5h , the volume ratio of glycoprotein solution to sevag reagent was 1 : 2 , time was 15min and sevag reagent was 4 : 1 between chloroform and butanol . the result also indicate that lactose and ( nh4 ) 2so4 were the best carbonic and nitrogen sources for polysaccharide respectively
  研究结果表明，三种紫球藻的最佳提取工艺各不相同，铜绿紫球藻的最优提取工艺为乙醇浓度50 ，乙醇用量为3倍体积，醇沉时间为1 . 5小时；氯仿与正丁醇的比例4 ： 1 ，样液与sevag试剂的比例1 ： 2 ，作用时间为15min ；由方差分析可得五种碳源和五种氮源对胞外多糖的影响不显著，其中添加乳糖和( nh _ 4 ) _ 2so _ 4的培养基多糖产率最高，分别为37 . 296mg l和12 . 961mg l 。
• Have not been convicted of section 36 ( causing death by dangerous driving ) , section 39 ( driving a motor vehicle under the influence of drink or drugs ) , section 39a ( driving , attempting to drive or being in charge of a motor vehicle with alcohol concentration above prescribed limit ) , section 39b ( screening breath tests ) and section 39c ( provision of specimens for analysis ) of the road traffic ordinance ( cap . 374 ) during the 5 years preceding the application
  在过去五年并无触犯道路交通条例(第374章)第36条(危险驾驶引致他人死亡) 、第39条(在酒类或药物影响下驾驶汽车) 、第39a条(在体内酒精浓度超过订明限制的情况下驾驶、企图驾驶或掌管汽车) 、第39b条(检查呼气测试)或第39c条(提供样本以作分析)所订罪行而被裁定罪名成立。