生化法,biochemical method
1)biochemical method生化法
1.Research and application of treating waste water with carbinol by biochemical method;用生化法处理含甲醇废水的研究和应用
2.Biochemical method and Fe-C method were used for the treatment of terephthalic acid wastewater.采用生化法和铁碳法进行对苯二甲酸废水的处理研究,结果得出:CODCr=2000mg/L是微生物降解对苯二甲酸的抑制质量-体积分数;pH值为8~9时活性污泥处理对苯二甲酸废水比较理想;铁碳法处理对苯二甲酸废水35h后,CODCr的去除率达到了80%以上。
3.Three methods for the organic pollutant removal were introduced: biochemical method, microwave chemical method and physico-chemical method.介绍了污水中有机污染物的3种去除方法:生化法、微波化学法和物化法。
英文短句/例句

1.Study on Combined Electro-catalyze Oxidation and Biological Treatment of Dyestuff Wastewater;电催化氧化—生化法处理染料废水研究
2.Research Methods of Phytophysiology & Biochemistry植物生理生化研究方法
3.iodide (process) metal碘化物法生产的金属
4.path sensitizing test generation路径敏化测试产生法
5.Rejuvenation of Spent Electroless Nickel Plating Bath Recovered by Electrochemical Method Combined with Chemical Method电化学与化学法结合再生化学镀镍老化液
6.The Scientific Development Theory and the Ecological Trend of Jurisprudence Methodology;论科学发展观与法学方法论的生态化
7.The Cultural Root of the "National Singing" and "Original Ecological Singing";“民族唱法”与“原生态唱法”的文化根源
8.Study of Production of Active Carbon from Lignite by Rapid-Carbonization and Activation褐煤快速炭化活化法生产活性炭研究
9.Biochemical-Physicochemical Treatment Research of Explosive Wastewater;生化—物化法处理混合炸药废水研究
10.Production of 11α-hydroxycanrenone by Microbial Transformation;微生物转化法制备11α-羟基化坎利酮
11.The Manufacture of High Purity Chlorine Dioxide Gas Generator with Chemical Method;化学法高纯气体二氧化氯发生器研制
12.Research on Optimization and Control Approaches for a Class of Biochemical Processes;一类生化过程的优化及控制方法研究
13.Rule of Law and Humanities Concern in University Student Administration;高校学生管理工作的法治化与人性化
14.Removing Method and Optimized Research on Tar of Biomass Gasification Process生物质气化焦油脱除方法及优化研究
15.Titanium tetrachloride production process by boiling chlorination without sieve plates无筛板沸腾氯化法四氯化钛生产工艺
16.The pilot plant test of anaerobic biodegradability of chemical pulping effluent化学法制浆废水的厌氧可生化性研究
17.OPTIMIZATION OF SEWAGE TREATMENT WITH A-A-O BIOCHEMICAL SLUDGE PROCESSA-A-O生化污泥法处理污水的优化
18.Study on Regeneration of Absorbent by H_2O_2-MnO_2 Catalytic OxidationH_2O_2-MnO_2催化氧化法再生吸附剂的研究
相关短句/例句

biochemical process生化法
1.Discharge up to the COD standard of heavy-oil sewage with high chlorate content and high temperature by using a biochemical process;生化法实现高氯高温稠油污水COD达标排放
2.This paper presents the research and development of treating phenol-containing waste water by physical method,biochemical process and advanced oxidation technique.论述了物理方法、生化法、高级氧化法等工艺方法治理含酚废水的研究进展,并指出了今后的研究方向。
3.A full scale experiment was conducted to treat municipal wastewater with combined physichemical and biochemical process.采用物化生化联合工艺进行了城市污水处理的生产性试验 ,试验结果表明 :联合工艺同时具有物化法和生化法的优点 ,用它来处理城市污水时 ,处理效率高 ,时间短 ,运行费用低 ,COD、BOD5、SS、NH3-N、T -P的平均去除率分别为 70 。
3)biological process生化法
1.The newest treatment process,including biological process,chemical treatment process,physico-chemical process,physical treatment process,land treatment process,and analysis of the efficiency of the treatment process are introduced.根据国内外最新研究进展,简要分析了渗滤液的水质特点,介绍了最新的处理工艺,包括生化法、化学法、物化法、物理法及土地处理法,并对这些处理工艺的处理效果进行了分析。
4)bio-chemical process生化法
1.This paper sums up the progress of the researches on the treatment of the coking wastewater at present in China from three aspects of the physico-chemical process, the bio-chemical process and the combination of the two.分为物化法、生化法、物化法与生化法的组合3个部分综述了目前国内外焦化废水处理技术的研究进展情况。
5)bio-chemical method生化法
1.The process of combining physical chemistry method and bio-chemical method is used to treat oil wastewater.采用物化法与生化法相结合的工艺处理含油废水,工程运行实践表明,该工艺处理效果好、运行稳定,各项指标均可达到GB8978-1996《污水综合排放标准》中的一级排放标准。
2.Because of the specific physical and bio-chemical method are used,the process and treatment cost are of domestic leading position,having sound promotion value and social interests.采用物理及生化法 ,其工艺及处理成本居国内领先水平 ,具有很好的推广价值和社会效益。
6)Derivatization衍生化法
延伸阅读

生化侦检法分子式:CAS号:性质:利用毒剂能影响生命有机体内的生物催化反应的原理来检测这些毒剂的方法。是生物侦检法的一个组成部分。例如酶法侦检即利用G、V类毒剂能抑制人体神经细胞表面存在的胆碱酯酶活性,使之不能正常催化水解神经传导过程中产生的乙酰胆碱,从而破坏了人体神经系统正常的传导作用,造成神经中毒。通过测定胆碱酯酶的活性就能确定这类毒剂是否存在。具有灵敏度高、选择性好的特点。