悬浮液

Free of movable part, stable measurement, and application in power-free field.

能测量导电液体，包括纸浆、泥浆、废污水及固液两相悬浮液的体积流量。

Based on an absorption peak existed at 690 nm of prussian blue suspension, we studied a new method of measuring sugar content in fungal fermentation suspensions.

利用普鲁士蓝悬浮液在波长为690nm处有一最大吸收峰的原理，研究了一种快速测定真菌发酵液中含糖量的新方法。

Quantitative analysis of protein adsorption: The PS suspension containing lysozyme was subjected to ultracentrifuge (15 000 r/min) to collect clear aqueous solution. The lysozyme concentration in the clear solution was measured by spectrophotometry at 280 nm. The amount of protein adsorbed on PS surface was calculated based on the decrease in the protein concentration in the supernatant solution.

蛋白吸附定量分析：采用高速离心(15 000 r/min)法从含溶菌酶蛋白的聚苯乙烯悬浮液中分离出上清液，用紫外(280 nm)分光光度法测定经聚苯乙烯微球表面吸附后，液相蛋白质量浓度的下降值，由此推算蛋白在聚苯乙烯表面的吸附量。

Studies using Cf transgenic tobacco cell suspensions also revealed that defense responses such as HR and medium alkalization, mediated by Cf were temperature-sensitive.

以Cf转基因烟草细胞悬浮液的研究同样说明，Cf介导的HR和胞外液碱化等反应对温度敏感。

The effects of ultrasonication and HF washing on SiC nano-particles were analyzed by Zeta potential, particle size distribution and SEM. The stability of suspension of SiC in ethanol, ethanediol and mixture of the two medias with PEG as dispersant at different pH were compared. The optimum ultrasonication time for SiC nano-particles was obtained. The influence of HF washing on SiC nano-particles was discussed; and high stability of SiC nano-particles suspension was achieved at pH=10 in ethanediol with 1wt% PEG as dispersant.

本文中采用Zeta电位、粒度分析、SEM等测试技术分析了超声震荡和HF酸洗对SiC纳米粉体的影响：对比研究了乙醇、乙二醇以及75%乙醇和25%乙二醇混合液作为分散介质，聚乙二醇为分散剂时纳米SiC粉体在不同pH下的分散稳定性，确定了粉体最佳超声震荡的最佳时间；探讨了酸洗的作用；并在乙二醇中，以1% PEG为分散剂，pH=10条件下获得了纳米碳化硅粉体的高稳定分散悬浮液。

The drying technology is most suitable for producing the powder or particle solid products from the materials, such as: solution, emulsion, soliquoid and pumpable paste states.

最适用于从溶液、乳液、悬浮液和糊状液体原料中生成粉状、颗粒状固体产品。

It was found that the concentrations of the soluble metals after the resuspension were 1-1.5 order of magnitude higher than that before.

结果表明，释放后悬浮液中浓度比清液高1—1.5个数量级。

Flocculant-producing strains were isolated from edible fungi waste of Guangxi University. Kaolinite suspension was flocculated by the culture broth, which was regarded as the index to determine flocculating activity and ability to produce flocculant.

从广西大学食用菌废弃物土样中分离出7株絮凝剂产生菌，以发酵液对高岭土悬浮液絮凝效果为指标，衡量其絮凝活性及产絮凝剂能力，经过初筛与主筛，得到1株絮凝剂高产菌F00。

This article studied improved the ZrO2 suspending liquid disperser effect the method, and ZrO2 compound has plated the system relative disperser fluid; After the optimization of the galvanized parameter, surface Galvanizes a ZrO2 coating on the surface of the alloy K17 with Ni on the base heat-resisting, and compares the coating degree of hardness value which the system results in under the different craft; Surveys and calculates its oxidized dynamics curve after passes through 1000℃ carries on 100h the high-temperature oxidation experiment, and analyzes it to the organizational structure through the metallography microscope, the substrate bound state and so on the influence.

本文研究了改善ZrO2悬浮液分散效果的方法，并制得了相对分散均匀的ZrO2复合镀液；通过优化电镀各项参数后，在Ni基高温合金K17表面上电镀一层ZrO2 镀层，并比较在不同工艺下制得的镀层的硬度值；经过在1000℃进行100h的高温氧化实验后，测量并计算其氧化动力学曲线，分析氧化对组织结构、基体结合等状态的影响。

The results showed that the alkaline slurries enhanced the mass transfer rate of SO2 up to 3~4 times higher than that of pure water. The mass transfer rate of SO2 was greatly dependent on the flow rate of sorbent and the rotating speed.

结果表明，在确定的实验条件下，碱性悬浮液吸收SO2的传质速率是纯水的3~4倍，增大吸收液流量和旋转床转速可使SO2的传质速率得到极大的提高。

Plunder melds and run with this jewel!

掠夺melds和运行与此宝石！

My dream is to be a crazy growing tree and extend at the edge between the city and the forest.

此刻，也许正是在通往天国的路上，我体验着这白色的晕旋。