1)Dephenolization脱酚
1.Through the experimental study of dephenolization with ion precipitation process,the influencing factors on the dephenolizing effects,such as phenol concentration,addition of precipitator,pH value and temperature,were investigated,the optimum conditions for dephenolizing process were obtained.通过离子沉淀法脱酚的多项实验 ,总结出废水的含酚浓度、沉淀剂投加量、pH值及实验温度等因素对脱酚效果的影响 ,从而寻求最佳的脱酚方
英文短句/例句
1.Study on the Key Technologies of Cottonseed Dephenolization Protein and Refining Gossypol棉籽脱酚蛋白及精制棉酚关键技术研究
2.Study on Treating Waste Water by Fly Ash in Coke Factory粉煤灰对焦化厂脱酚工段废水脱色的研究
3.Research on Coking Waste Water Treatment by Distillation Ammonia Nitrogen-Elimination Phenol-SBR蒸氨-脱酚-SBR处理兰炭废水的研究
4.Experimental Study on Adsorption of Modified Montmorillonite for Phenol, Ammonia-Nitrogen and Coking Waste Water;改性蒙脱石脱酚脱氨效果及其处理焦化废水的试验研究
5.THE PRETREATMENT PHENOL REMOVING OF HIGH CONCENTRATION AROMATIC HYDROCARBON RAW MATERIAL FCC WASTEWATER高芳烃原料催化裂化废水脱酚预处理研究
6.Partially hydrolysis of de-gossypol cottonseed protein with trypsinase胰蛋白酶限制性水解脱酚棉籽蛋白的研究
7.Study on Bio-technology of Ammonium and Phenol Removal in Wastewater;废水脱氮和除酚的生物处理技术研究
8.Study on the Coordination Extraction of Phenol-Hydroxylation Products;配合萃取苯酚羟化液脱水过程的研究
9.Study on the Removal of p-nitrophenol in Wastewater with Activated Carbon活性炭脱除废水中对硝基苯酚的研究
10.Determination of DNA Using Brilliant Crystal Blue as Electrochemical Probe灿烂甲酚蓝电化学探针测定脱氧核糖核酸
11.Catalytic Dechlorination of Chlorophenols in Water by Nanoscale Pd/Fe Bimetallic Particles;纳米级Pd/Fe双金属对水中氯酚的催化脱氯研究
12.Studied on Chemical Constituents and Removal Technique of Ginkgolic Acids from Leaves of Ginkgo Biloba;银杏叶化学成分及银杏酚酸脱除工艺的研究
13.Study on Synthesis of Catechol by Dehydrogenation of 1,2-Cyclohexanediol on Ni/Silica Gel Catalyst;硅胶负载镍催化剂脱氢制备邻苯二酚的研究
14.Study on Dehydration of Low Temperature Coal-Tar and Extraction Condition of Phenolic Compound中低温煤焦油脱水及酚类物提取的研究
15.Effects of MMT on the Properties of Carbon/phenolic Resin Composites蒙脱土对炭/酚醛树脂复合材料性能的影响
16.Catalytic hydrodechlorination of 4-chlorophenol in aqueous solution by a palladized foam nickel catalyst钯/泡沫镍对水体中4-氯酚的氢解脱氯研究
17.Removal of Caffeine from Green Tea Extract by Macroporous Resin Adsorption茶多酚树脂吸附层析法脱咖啡因的性能研究
18.Removal of phenol from simulation wastewater by using silicon rubber membrane by pe rstraction硅橡胶膜渗透萃取脱除模拟废水中苯酚的研究
相关短句/例句
dephenolize[di:'fi:n?laiz]脱酚
3)dephenollized phenol oil脱酚酚油
1.By way of analyzing the process of recovering naphthalene from dephenollized phenol oil, explore three new technologies of recovering naphthalene, choose reasonable and optimal plan and give, theoretical benefit of using the new technologies.通过分析脱酚酚油回收萘的加工现状，得出回收萘的三种新工艺、选取了合理的最佳方案，并给出由此产生的理论效益。
4)Dephenolization System脱酚系统
5)phenol-degrading bacteria脱酚菌
1.Degradation characteristics of phenol-degrading bacteria used for gasification wastewater advanced treatment;用于煤气废水深度处理的脱酚菌的特性
2.IBAC has been developed on the granular activated carbon by immobilization of selected and acclimated species of phenol-degrading bacteria to treat the coking wastewater.采用筛选、驯化的脱酚菌,对活性炭(GAC)进行固定,使之形成固定化生物活性炭。
6)the phenol removal efficiency脱酚率
1.The percentage of making emulsion in impinging stream-rotating packed bed, the phenol removal efficiency in rotating packed bed and the effects of the way of transmembrane pressure and the membrane pore size on the demulsification process by inorganic microporous membrane were studied.实验研究了对所采用的制乳设备——撞击流-旋转填料床对制乳率,提取设备——旋转填料床对脱酚率和破乳设备——无机微孔膜外压内抽式膜法破乳的重要参数如透过压方式、膜孔径等对膜通量和破乳率的影响。
2.The percentage of making emulsion in impinging stream-rotating packed bed,the phenol removal efficiency in rotating packed bed and the effect of the way of transmembrane pressure and the membrane pore size on the demulsification process by inorganic microporous membrane were studied.对所采用的制乳设备———撞击流-旋转填料床对制乳率、提取设备———旋转填料床对脱酚率、破乳设备———无机微孔膜法破乳的重要参数(如透过压方式、膜孔径等对膜通量和破乳率的影响)进行了研究。
延伸阅读
去氢己烯雌酚 ,己烷雌酚,己二烯雌酚药物名称：去氢己烯雌酚英文名：Hexestrol别名： 二酚己烷;二羟二苯己烷;己雌酚;去氢己烯雌酚 ,己烷雌酚,己二烯雌酚外文名：Hexestrol 适应症： 其作用与己烯雌酚同，但作用较弱，耐受性较好。用于治疗：(1)子宫发育不良或因子宫发育不良及因宫颈液稠少而引起的不育症；(2)闭经和用于人工周期；(3)功能性子宫出血；(4)老年性阴道炎；(5)退乳；(6)绝经期综合征；(7)前列腺癌、绝经期１０年以上的晚期乳腺癌以及男性乳腺癌。对前列腺增生也有较好的疗效，可使充血减轻、排尿困难好转、肛门指检前列腺缩小、残余尿减少、确有腺体萎缩等；(8)避孕。此外，本品还可用于治疗痤疮（对抗雄激素水平，减少皮脂腺分泌活性，宜与维甲酸、四环素等合用）、骨质疏松（能增加骨骼的钙盐沉积）、与催产素合用于引产（能抑制缩宫素酶）等。 用量用法： 口服：１次０．５～５ｍｇ，１日３次。 肌注：１次１～５ｍｇ，每周２～３次。 ---------------口服：１～２ｍｇ／次。肌注：５ｍｇ／次。 注意事项： 1.胃肠道不良反应有恶心、呕吐、厌食，一般较轻早晨较多见。 2.孕妇忌用。 3.可有恶心、呕吐、食欲不振、头痛、水肿、皮疹、子宫出血、子宫肥大、乳房胀痛等。更年期妇女使用时，患子宫内膜癌的发生率增加。经多年观察发现，在妊娠早期应用，则出生的女孩在青春期可患阴道腺癌；久用可诱发子宫颈癌、阴道上皮癌和乳腺癌（绝经期前用时）。孕妇及绝经期前妇女乳腺癌患者忌用；肝、肾功能严重减退者慎用。 规格： 片剂：每片１ｍｇ、５ｍｇ 针剂：每支３ｍｇ（１ｍｌ）、５ｍｇ（１ｍｌ）。 油针剂：５ｍｇ／１ｍｌ。 类别：性激素及促性激素
