The environmental engineer does not have much opportunity to apply the principle of osmosis.

Osmotic distillation is a novel concentration technique that combines the distillation with osmosis.

摘要渗透蒸馏是一种渗透过程与蒸馏过程耦合的新型膜分离技术.

The membrane process is usually accomplished by either electrodialysis or reverse osmosis.

通常薄膜法用电渗析法或逆渗析法完成.

...the processes of diffusion and osmosis.

扩散与渗透过程

osmotic pressure

渗透压力

Reverse osmosis ( RO ) process is not much used in the tailing treatment in China.

在我国将 反渗透 工艺应用于尾矿废水处理领域的工程实例并不多.

The power in question was generated by osmosis.

这股电力是靠渗透产生的.

These range from separation of water molecules by osmosis through separation of small particles in microfiltration.

能分离水分子,以及在微过滤器中分离小颗粒物质.

It results from the uptake of water into the cell by osmosis.

其产生是由于细胞通过渗透作用吸收大量水分引起的.

Reverse osmosis and nanofiltration membranes fouled by humic acid were systematically characterized by transmission electron microscopy.

反渗透和纳滤膜犯规,腐殖酸进行了系统的特点是透射电子显微镜.

My mother taught me about the science of OSMOSIS.

妈妈教我渗透的科学原理.

In one study, reverse osmosis process removed only 10 % of the total boron in a wastewater.

在某一研究中, 反渗透法只除去废水中总硼量的10%.

Glucose osmotic, 1-litre bottle + infusion-giving set, sterile, single use.

葡萄糖5%, 容量1升,带静脉注射输液装置, 无菌, 一次性.

Osmotic regulation ability is an essential character for plants to salt tolerance.

渗透调节能力是植物耐盐性的最基本特征之一.

It has high-tech sex, osmotic , substantivity, fictitious sex, global characteristic.

它具有高科技性 、 渗透性、直接性 、 虚拟性 、 全球性的特点.

Objective To prepare osmotic pump controlled release tablets isosorbide mononitrate.

目的制备单硝酸异山梨酯渗透泵控释片.

The osmotic adjustment endowed P. euphratica cell strong tolerance to salt stress.

毛白杨细胞中由于缺乏这种机制,因而其耐盐性比较低.

The osmotic flow involved comes from the osmotic pressure, which is surprisingly large.

渗透流的动力来自渗透压, 渗透压可能很大.

Temperature and vacuity rising can enhance osmotic flux visibly.

升高温度和降低膜下游压力可明显提高膜的渗透通量.

Osmund chamomile has spread in Nansha zone, more attention would be paid to.

薇甘菊在南沙地区已有蔓延迹象, 应引起重视.

The generators of the OSP ( 1,2 ) algebra are realizad inhomogeneously in the supercoherent states spaces.

研究了这种OSP ( 1,2 ) 玻色子-费米子相干态的基本性质,获得了OSP( 1,2)生成元的一种非齐次微分实现.