悬浮液

基本解释 (translations)

suspensions

与悬浮液相关的网络例句 [注：此内容来源于网络，仅供参考]

Result In the first 4 d of experiment, the corrected mortalities of spore suspensions with various concn. of P. cicadae APC20 to P. xylostella were lower than 50%, but on the 7 th day, that of spore suspension with concn. of 3.0×10^8 spores/ml reached 85.11% and the insect corpses was bestrewed in the mycelium and spore powder of P. cicadae, indicating that APC20 showed stronger parasitic lethality to P.

结果］药后第1~4天，蝉拟青霉APC20各个浓度的孢子悬浮液对小菜蛾的校正死亡率均低于50%，而第7天，浓度为3.0×10^8个／ml的孢子悬浮液对小菜蛾的校正死亡率达85.11%，并且虫尸布满蝉拟青霉的菌丝体和孢子粉，说明APC20对小菜蛾呈现较强的寄生致死性。

The invention discloses a preparing method of bacillus alcaligenes strain Alcaligenes sp., CCTCC No.M206121 of degraded o-nitrophenol, which comprises the following steps: allocating inorganic salt culture medium with dibasic sodium phosphate, monobasic potassium phosphate, manganese sulfate, copperas, addex-magnesium, calcii chloridum, blue copperas, white copperas and hydrogen dioxide solution; adjusting pH value; sterilizing under high temperature; enriching bacterial; sampling from sludge; allocating suspending liquid with soil sample and inorganic salt; seeding into ortho-nitrophenol fresh organic salt culture medium with finite volume seeding quantity; keeping the temperature; culturing on shaker; getting enriched culture; separating and purifying enriched culture in LB solid culture medium.

本发明公开了一种降解邻硝基酚的产碱杆菌菌株及制备方法，产碱杆菌为Alcaligenes sp。，CCTCC No.M206121。其制备步骤是：首先是配制无机盐培养基，成分为磷酸氢二钠、磷酸二氢钾、硫酸锰、硫酸亚铁、硫酸镁、氯化钙、硫酸铜、硫酸锌和双蒸水，调pH值高压灭菌；其次是菌种的富集，从污泥中取样，将土样与无机盐培养基配制成悬浮液，将悬浮液以一定体积接种量接种到含邻硝基酚的新鲜无机盐培养基中，恒温，摇床培养，获富集培养物；第三是将富集培养物在LB固体培养基中分离和纯化。

Spectrum changing of surface-ionized microsphere with the change of extra-electric field, cyclic voltammetry and oscillated current of conductive polymer coated microsphere and size effect of ferrocenyl microsphere on electrode reaction are introduced respectively. The electrochemical behavior and electrode reaction model of polymer microspheres in suspension are elucidated, too.

分别介绍了电场作用下微球悬浮液反射光谱的变化，包覆导电聚合物高分子微球的振荡电流和循环伏安特征和二茂铁基高分子微球电极反应的粒径效应，并对各类微球悬浮液的电化学行为及电极反应模型进行阐述。

Spectrum changing of surface-ionized microspheres with the change of extra-electric field, cyclic voltammetry and oscillated current of conductive polymer coated microspheres and size effect of ferrocenyl microspheres on electrode reaction are introduced respectively. The electrochemical behavior and electrode reaction model of polymer microspheres in suspension are elucidated, too.

分别介绍了电场作用下微球悬浮液反射光谱的变化，包覆导电聚合物高分子微球的振荡电流和循环伏安特征以及二茂铁基高分子微球电极反应的粒径效应，并对各类微球悬浮液的电化学行为和电极反应模型进行阐述。

And the influence factors such as suspension concentration,operating pressure,Reynolds number and Euler number were established.

结果表明，死端过滤速率衰减模型中过滤速率与时间呈幂函数关系、而十字流过滤速率衰减模型中过滤速率与时间则呈一次函数关系，死端过滤时悬浮液浓度和气压过滤压力对其过滤速率衰减模型系数的影响均呈三次函数关系，在十字流过滤时悬浮液浓度、操作压力以及雷诺数对模型系数b的影响均呈线性关系，轴向流十字流过滤速率衰减模型系数b与欧拉数呈反比，而旋转流十字流过滤时则模型系数a与欧拉数呈反比关系。

This paper mainly studies effect and influence factor that typical corrosive medium (muriatic acid, vitriol, nitric acid, sodium hydroxide, sodium chloride etc.), consistence and condition temperature acts on the material coated on castiron centrifugal interface (PFEP, PPS, CPE, remodeled epoxy). It is studied that powder electrostatic spray, suspend fluid spray, suspend fluid electrophoresis underside coat etc. technics influences on coat quality coated with above four anticorrosive material. The property analysis is done that above four anticorrosive material and three coat technics adapt to centrifugal pump frame and running dynamic condition. In addition, the effect is introduced that castiron centrifugal coated anticorrosive material is used in coal water with alum.

本文侧重研究了典型腐蚀工作介质盐酸、硫酸、硝酸、氢氧化钠碱、氯化钠盐等品种、浓度、环境温度，对铸铁离心泵过流面的聚全氟乙丙烯、改性聚苯硫醚、改性氯化聚醚、改性环氧四种防腐涂层材料的试验使用效果和影响因素分析；研究了四种涂层材料粉末静电喷涂、悬浮液喷涂、悬浮液电泳底涂等涂装方法工艺对涂层质量的影响；四种涂层材料和三种涂装方法对离心泵结构和运行动态环境的适应性分析；介绍了铸铁离心泵防腐涂层在煤矿矾水中的应用效果。

Fluid flow rate in Shan bolt pump is low, its rotator is to roll within the stater, But, that the determinant hardness may come according to the character transferring medium selected, is beneficial to a factor since the Shan bolt pump has these, makes it also apply to the liquid transporting the suspension containing hard quality solid particle, usage than and the soft solid suspension liquid (the glue waits fruit thick, soft) here Shan bolt pump transporting viscosity20,000 mpas liquid, Give modification if its standard is designed, increase set up one helix give material an implement, it can transport 200,000 mpas liquid then in the leading-in rotator and stater cavity more easy to use viscidity liquid, therefore it is one kind of the pump being much used for transportinghigh viscosity.

单螺杆泵中的流体流速低，它的转子是在定子内滚动，而定子的硬度又可根据输送介质的性质来选定，由于单螺杆泵具有这些有利因素，使它也适用于输送含有硬质固体颗粒的悬浮液，及软性固体悬浮液此单螺杆泵可使用于输送粘度2万mpas的液体，所以它是一种常用来输送高粘度的泵。

The method for manufacturing the filter includes the steps of immersing a supporter in a suspension in which the powder of the fraipontite mineral and the powder of an inorganic substance as a binder are dispersed as the suspensoid, and drying the supporter impregnated with the suspensoid, thereby forming an inorganic material layer fixed to the surface of the supporter.

制造该过滤器的方法，包括将载体浸渍在悬浮液中的步骤，在该悬浮液中将丝锌铝石矿物粉末和作为粘结剂的无机物质粉末分散成悬浮肢体，和干燥用该悬浮胶体浸渍过的载体的步骤，从而制成固定到载体表面上的无机材料层。

Composition of suspension will chang from titanium monoxide to titanium dioxide during standstill procedure. Experimental results show that the proposed method can successfully prepare the anatase phase of titanium dioxide .In the photocatalysis experiment, the prepared titanium dioxide nanofluid absorbs the Ultraviolet when light wavelength was 360 to 380 nm. Adsorption experimental results show that the efficiency of absorbing methylene blue using TiO2 is higher than that for TiO2 (Degussa P-25) or ZnO. Depigmentation of methylene blue experimental using TiO2 can depigmentize methylene blue reach 100% in 60 min.

悬浮液所含之奈米颗粒在静置过程中，成份方面会由似一氧化钛转变为二氧化钛；在结晶组成方面，所制备之二氧化钛颗粒之结晶组成为锐钛矿结构；在光催化方面，所制备之奈米二氧化钛悬浮液在光波长360nm~380nm时产生吸收紫外光现象，在吸附实验中本制程所制备的二氧化钛颗粒的吸附效果优於商用的二氧化钛及氧化锌，在亚甲基蓝的脱色实验中本制程所制备的二氧化钛颗粒能在60分钟内达到脱色率100%。

The zinc oxidation leaching ratio can reach 86.73% in 96h. The oxidation mechanisms of zinc sulphide concentrate in different suspension electrolysis solution are almost same. However, the exchange current density in the process of oxidation is low and it will quicken electrochemical oxidation with the increasement of temperature.

通过实验分析得出：硫化锌矿在不同悬浮电解溶液中都能够被氧化，但有较大的差别，在硫酸锌、硫酸铵和硫酸的悬浮电解液中，矿物明显被氧化而溶解进入悬浮液中，氧化速度比较快，锌的氧化溶出率在96h的时间内达到86.73％。

与悬浮液相关的网络解释 [注：此内容来源于网络，仅供参考]

calcium hydroxide slurry：氢氧化钙悬浮液

氢氧化钠溶液:sodium hydroxide solution | 氢氧化钙悬浮液:calcium hydroxide slurry | 纳米氢氧化镁:Nano-magnesium hydroxide

Pigmentation dyeing：悬浮液染法

2. Leuco-acid dyeing 隐色酸染法 | 3. Pigmentation dyeing 悬浮液染法 | Acid Dyes 酸性染料

Pigmentation dyeing：悬浮液染法Acid Dyes 酸性染料

2. Leuco-acid dyeing 隐色酸... | 3. Pigmentation dyeing 悬浮液染法Acid Dyes 酸性染料 | 1. Acid dyes and metal complex dyes are used on dyeing wool, polyamide fibers, silks.酸性染料和金属络合物染料适用于...

suspension：悬浮液

说个"悬浮液"(suspension)"足矣吧;说个"胶体"(colloid)已经给足面子了 - 因为教科书上说,溶液这个东西似乎一定要分散粒子要很小很小(比胶体粒子还要小)才行.

conidial suspension：分生孢子悬浮液

conglomerate 砾岩 | conidial suspension 分生孢子悬浮液 | conidiophore 分生孢子梗

pumpable slurry or suspension：可泵送的浆状物或悬浮液

9 evaporate蒸发 | 10 pumpable slurry or suspension可泵送的浆状物或悬浮液 | 11 evaporate or back-mix 蒸发或返回混合物

magnesia magma：镁乳,氧化镁悬浮液

magnesia limestone ==> 镁氧石灰 | magnesia magma ==> 镁乳,氧化镁悬浮液 | magnesia mica ==> 镁云母,黑云母

Prednisone Injectable Suspension：泼尼松注射悬浮液

Prednisolone Tebutate Injectable Suspension 泼尼松龙醋酸特丁酯注射悬浮液 8.8EU... | Prednisone Injectable Suspension 泼尼松注射悬浮液 2.27EU/mg | Prilocaine Hydrochloride Inj. 盐酸丙胺卡因注射液 0.9EU/...

Suspensions：悬浮体,悬浮液

susceptibility 磁化率,磁敏性 | suspensions 悬浮体,悬浮液 | swelling 膨化,膨胀

colloidal suspensions：胶态悬浮液

colloidal properties 胶体特性 | colloidal suspensions 胶态悬浮液 | colloidal systems 胶态物系