生物载体,biocarrier英语短句,例句大全

生物载体,biocarrier
1)biocarrier生物载体
1.The experimental results indicated that the nitrification reactor using permutit filling could improve nitrification performance and had evident advantages over those using normal biocarriers in efficiency.试验结果表明 ,应用了沸石填料的硝化反应器的硝化性能得到了显著提高 ,在脱氮效率和速率上 ,与普通生物载体硝化反应器相比具有明显的优势。
2.By adding some suspended biocarriers in the aerobic tank of a conventional membrane bioreactor (CMBR), the hybrid membrane bioreactor (HMBR) was constructed and applied to municipal wastewater treatment.在传统膜生物反应器(CMBR)的生物反应区内投加一定量的悬浮填料作为生物载体,组成复合式膜生物反应器(HMBR)系统用于处理城市污水。
3.For improving the processing efficiency of anaerobic filter,natural pumice,natural zeolite, plastic porous hollow ball and magnet blocks were adopted to make three different kinds of biocarriers including spherical pumice biocarrier,magnetic spherical pumice biocarrier and spherical zeolite biocarrier.本文以提高厌氧滤池的处理效率为目的,选用天然浮石、天然沸石、多孔塑料空心球、磁铁为原料,组合成不同类型的生物载体——浮石球型载体、磁性浮石球型载体和沸石球型载体,并将其应用于厌氧滤池中进行废水处理实验研究。

英文短句/例句

1.Biomimetic Medium Purifies Rural Micro-polluted Water Sources仿生生物载体改善农村微污染饮用水源
2.Biocompatibility of Xenogeneic Swine Corneal Stroma as Biological Carrier for Cornea Reconstruction;角膜体外重建异种生物载体材料生物相容性研究
3.Development and Application of a Porous Carrier Used in Biofilm Reactors;新型多孔无机生物载体开发及应用基础研究
4.biotin carboxyl carrier protein生物素羧基载体蛋白
5.Study on a Novel SBR Biological Denitrification Technology Using Permutit Bio-carrier;新型沸石载体SBR生物脱氮工艺的研究
6.Study on Structure and Efficiency of Anaerobic Microbe Carrier;厌氧微生物空间载体结构及性能研究
7.Network Literature:A Literary Appearance Emerged on a New Material Vehicle;网络文学:新物质载体产生的文学现象
8.Preparation of porous biomorphic porous silicon carbide from maize for catalyst support生物形态多孔碳化硅催化载体的制备
9.Advances on Carriers of Plant Polar Auxin Transport植物生长素的极性运输载体研究进展
10.Preparation of Biodiesel with Supported Solid Superbase Catalyst负载型固体超强碱催化制备生物柴油
11.A Novel Process of Catalytic Gasification of Biomass for Hydrogen Production with Solid Heat Carrier;固体热载体法生物质催化气化制氢新工艺研究
12.Research on Process of Catalytic Gasification of Brown Coal and Biomass with Solid Heat Carrier;固体热载体法褐煤和生物质催化气化工艺研究
13.Solid Heat-Carrier Catalytic Gasification of Biomass for Rich-hydrogen Gas;固体热载体催化气化生物质制氢工艺研究
14.Experimental Studies on the Heat Exchange between Solid Heat Carriers and Biomass Chars固体热载体与生物质半焦热交换实验研究
15.Heat Balance Analysis of Ceramic Ball Heat Carrier and Biomass Powder陶瓷球固体热载体与粉状生物质的热平衡分析
16.Study on the Start-up of the Integrated Bioreactor and Modification of Porous Carrier on Microorganism Immobilization;一体式生物反应器启动实验研究及微生物固定的多孔载体改性
17.Study on Biotinylation Pullulan Derivation as Nano-drug Delivery Carrier;生物素化普鲁兰多糖衍生物作为纳米药物载体的研究
18.Biosynthesis of CDPC by Mixed Supports Immolibized Yeasts复合载体固定化酵母生物合成胞二磷酸胆碱

相关短句/例句

bio-carrier生物载体
1.The SBR process using zeolite as the bio-carrier in the treatment of coke wastewater was studied in this paper to examine the main affecting factors.沸石对于氨氮具有良好的离子交换性能和吸附性能,其吸附容量与比表面积、投加量有关,可用于焦化废水的处理,另外沸石也是良好的生物载体。
2.A novel kind of polymer bio-carrier is applied to treat highly concentrated antibiotic wastewater by flui-dized-bed bioreactor.采用以新型高分子材料为生物载体的生物流化床工艺处理高浓度的抗生素废水。
3.The adsorption filtration and bio-carrier mechanism of porous ceramics apply in sewage disposal were described.综述了各类多孔陶瓷在污水净化处理中应用的现状,阐述了多孔陶瓷用作吸附过滤介质及生物载体材料的不同作用机理及特点,同时提出了多孔陶瓷在污水处理中的发展方向。
3)biological carrier生物载体
1.Biocompatibility of xenogeneic swine corneal stroma as biological carrier for cornea reconstruction;角膜体外重建异种生物载体材料生物相容性研究
4)bio-carriers生物载体
1.In order to speed up porous metal application to sewage biological treatment,and provide the bio-carriers of high efficiency,three porous metals are studied through surface description and bio-film experiment.为了加快多孔金属材料在污水生物处理中的应用,提供高效的污水生物处理的生物载体,文章采用激光共聚焦显微镜对海绵铁、锰铁、硅铁的表面状况进行描述,并进行了浸润和挂膜试验研究,结果表明多孔金属表面粗糙,有许多孔隙,适合微生物附着;挂膜效果除了与表面状况相关外,还与材料主要成分的分子量有关。
5)biology carrier生物载体
1.Objective: To study the degree of lactobacillus absorbing and using selenium,in order to find the biology carrier to transform inorganic selenium into organic selenium.目的:研究乳酸菌对无机硒的吸收利用程度,以寻找对无机硒有机转化的生物载体。
2.Objective: To study the degree of different molds absorbing and using selenium,in order to find the biology carrier to transform inorganic selenium into organic selenium.目的:研究不同霉菌对无机硒的吸收利用程度,以寻找对无机硒有机转化的生物载体。
6)Carrier-supported Biofilm载体生物膜