生物相

活性污泥性状和生物相的观察与指导

Activated Sludge Character and Biofacies Observation and Practice

华南晚奥陶世的动物群分异及生物相、岩相分布模式

Faunal differentiation , biofacies and lithofacies pattern of Late Ordovician ( ashgillian ) in South China

采用扫描金相-微区成分分析、拉伸力学性能测试和x射线衍射生物相分析等手段对加入微量稀土Ce的凝汽器白铜管的腐蚀特性进行了观察和分析。

The corrosion characteristics of the white copper condenser tubes with trace elements rare earth ( RE ) Ce under different working conditions were studied by using metallography-energy spectrum , tensile test and XRD analysis techniques .

目的：研制出可任意调控降解速率且具有良好力学性能、生物相溶性能和毒理学性能的聚磷酸钙（calciumpolyphosphate，CPP）纤维，并用该纤维为增强材料研制软骨组织工程复合材料。

OBJECTIVE : To find a calcium polyphosphate ( CPP ) fiber with controllable degradation speed , good mechanical characteristic , biocompatibility and toxicological characteristic and to make cartilage tissue engineering composite with this fiber as enhancing agent .

作为人类主要食物也是最直接暴露途径的农作物和鱼体内，分别含有HCHs360kg和13kg，生物相储量占总储量的0.6%左右。

The crops and fish also contain 0.6 % or so HCHs and serve as the direct route for human exposure .

河南省寒武纪生物相划分及其意义

Division of the Cambrian biofacies in Henan Province and their significance

废纸造纸废水生化处理生物相的研究

On biofacies of biochemical treatment of effluent form waste paper papermaking

反应器的驯化挂膜速度快，生物相丰富，生物量大；

The velocity of bio-film domestication and shape up rapidly ;

活性污泥中生物相非常丰富。

In the activated sludge the biofacies are very rich .

冀中坳陷下第三系生物相带的划分及其意义

The division of biofacies in Paleogene in Jizhong depression and its significance

混凝土生态膜污水处理工艺生物相变化研究

Biological Types of Concrete Eco - film Sewage Treatment Process

城市污水强化处理的污泥性能与生物相相关性研究

Interrelation Study on Sludge Property and Biological Phase in Urban Wastewater Intensifying Treatment

接种污泥为絮状、结构松散、有复杂的生物相。

Sludge inoculated appear wadding and they have complex structures and plenty of microorganisms .

第一年研究主要针对农药对土壤中之生物相之影响。

First year of this study focused on effect of pesticides on soil microorganisms .

TCC&TCS对废水处理中生物相的急性毒性试验

Study on Acute Toxicity of TCC & TCS to Protozoa in Wastewater Biological Treatment

西南地区晚古生代深水生物相初探

Late paleozoic Deep Water Biofacies of SW China

透水混凝土生态膜生物相及其净水机理研究

Research on the Microbe Biofacies on Porous Concrete Eco-films and Its Mechanism of Sewage Purification

CA-P/AZ31B镁合金的生物相溶性研究

Biocompatibility of CA-P / AZ31B Magnesium Alloy

研究结果表明，生物相组成中占主要的原生动物和后生动物是钟虫、轮虫、累枝虫和变形虫等，并有大量丝状细菌，硝化菌出现；

The majority of microorganisms were found to be threadlike bacteria such as nitrobacteria and protozoan and metazoans .

大家都知道，这些涂层的微细结构能明显地影响它们的机械特性及生物相溶性。

It is well known that the microstructure of these coatings significantly influences their mechanical properties and biocompatibility .

黔南泥盆纪停滞缺氧盆地的生物相模式及沉积水深和古坡度的确定

Biofacies model , water-depth and slope-obliquity determination of the DEVONIAN SEDIMENTARY euxinic basin , southern guizhou , South China

苏浙皖地区二叠纪末、三叠纪初的岩相和生物相

Lithofacies and biofacies of latest Permian and earliest Triassic at the bordering region of jiangsu , Zhejiang and Anhui provinces

模型中生物相被分为四个部分：细胞内还原糖、中间代谢产物，代谢产物多糖、细胞的呼吸损失。

The former was divided into 4 compartments : reducing sugar , middle metabolites , product , and respiration loss .

目的：临床观察骨基质明胶植入的成骨效果及生物相溶性。

Objective : To investigate the osteogenesis effects and biocompatibility of the graft of bone matrix gelatin ( BMG ) .

光合细菌段生物相研究以及光合细菌法处理味精废水的技术经济分析。

Bio-species of PSB phase was investigated , and cost-effectiveness analysis of the treatment MSG wastewater by PSB process was tried .

由于其特殊的内部结构和生物相，同时好氧颗粒污泥也是一种良好的重金属吸咐剂。

Because of the special inner structure and microbial morphology , aerobic granular sludge also has ability to adsorb heavy metals .

焦化废水是一种剧毒的工业废水，通常采用物理化学和生物相结合的方法进行处理。

Coke wastewater is a highly toxic industrial effluent which is usually treated by a combination of physicochemical and biological treatments .

观察的药理效应强度通过剂量-效应曲线，转换成相应的生物相药物浓度。

The observed pharmacological data are converted , via the use of a dose-effect curve , to values corresponding to the relative biophasic drug levels .

活性污泥中生物相丰富，其中以固着型纤毛虫为主，其次还有游泳型纤毛虫和轮虫、线虫等后生动物。

There were rich activated sludge biological phases , of which the sessile ciliates were the major and still some swimming ciliates or rotifers , nematodes and other metazoans .

同时，基于水资源合理利用的土壤盐渍化防治可采取工程和生物相结合的措施，采用竖井以灌代排可使区域内平均脱盐率达42.8%；

Moreover , the soil salinization can be controlled by combining the engineering with biological measures , the desalinization rate can be up to 42.8 % by pumping groundwater to replace drainage ;