游离水

硫酸法生产的饲料级磷酸氢钙技术质量的结晶水含量在24.77%左右，pH值在7.55左右，游离水含量在1.61左右；

The content of crystal wate were about 24.77 % , the content of free water was about 1.61 % ;

气相色谱法测定NPK复合肥料中的游离水

GAS Chromatographic Determination of Free Water in N.P.K. Compound Fertilizers

结晶水和游离水的存在修改了中心离子Cr（Ⅲ）的配位体场，使得彩虹色铬膜层的吸收谱带受到影响。

The presence of hydrate water and free-water modifies the ligand field of central ion Cr (ⅲ), so that the absorption bands of iridescent chromium films are influenced .

IPN凝胶中的水以三种状态存在，即非冻结结合水，可冻结结合水，游离水，其中游离水含量在55%以上，非冻结结合水含量在5%以下；

Water inside the gel has three states . The content of free water is above 55 % and that of non-frozen hydration water less than 5 % .

从场景建模、场景表现艺术性和三维物体运动模拟三个方面，以游离水脱除器场景为例详细说明了VR技术在系统中的应用实现。

From scene modeling , scene representation art and three-dimensional object movement simulation three aspects , the application implement of VR technology in the system is explained , take dissociative water prolapsus implement scene for example .

水泥浆游离水的控制和沉降稳定性问题等5方面的技术进行了综述。

Control of free water in cement slurry and settling stabilization .

高粘起泡原油游离水脱除器设计及工业试验

Design and Industrial Test of High Viscosity Forming Crude Free-Water Remover

高效仰角式游离水脱除器分离特性的研究

Study on Separating Behavior of High Efficiency Inclined Separator for Free-water

仰角式游离水脱除器分离过程数值模拟

Numerical Simulation of Separation Process of Inclined Free Water Separator

聚合物驱采出液游离水沉降脱除试验

Test of Free Water Subsiding and Dehydrating from Polymer Drive Output Liquid

联合站游离水脱除器状态反馈预测控制

The State Feedback Predictive Control of Free Water Dehydrator

联合站游离水脱除过程解耦控制研究

Decoupling control research for combined station on the oil field free-water dehydrating process

此症可导致低钠血症，因为它妨碍了游离水的清除。

It may lead to hyponatremia because of impairment in free water clearance .

低钠盐的游离水等检测方法探讨

An Approach on the Process of Detecting Free Water and Others in Low-Sodium Salt

提出水分子与盐离子的理论配位模型，建立了盐溶液中游离水体积分数与盐的质量浓度的数学关系。

The theoretical coordination models of water molecules with the inorganic ions are proposed .

高含水原油常温管道成滴游离水脱除技术

Droping in pipeline in Normal Temperature High Water Cut Crude Free Water Removal Technique

游离水脱除设备；

Dehydration equipments of free water ;

只要排除物理干扰，那么游离水的释放就相当快。

Since free water is given off rather rapidly , barring physical interference to it release .

空气循环制冷游离水与空气分离方法的探讨与研究

A Research on the Method of Separating Dissociated Water from Air Separation in Air Cyclic Refrigeration

联合站游离水脱水器数学建模与应用

Establishment and Application of Mathematics Models Due to Free Water Dissociating Vessels in the Combining Station

阐述了输气管道内水化物的成因、特性及游离水的来源，并对其进行了分析。

The origins and behaviors of natural gas hydrates formed in pipeline are described and analyzed .

在特高含水原油体系的含水构成中，游离水占绝大多数，乳化水只占少数。

Water in super high water cut oil system consists mostly of free water and a little of emulsified water .

固态发酵是指微生物在没有或几乎没有游离水的固体的湿培养基上的发酵过程。

Solid state fermentation involves the growth of microorganisms on moist solid substrates in the absence of free flowing water .

本文研究了有机相中水份，将其分为游离水和结合水两部分。

In this paper water content in organic phase was studied and divided into two parts : free and combined water .

然后，进行了特高含水原油游离水沉降分离特性研究。

It is Lastly , the article study the character of free water settling and separating about heavy water cut oil .

试验表明，原油预分水旋流器可以有效地分离游离水，而对乳化水基本没有分离能力；

The results show that free water can be separated by hydrocyclone effectively . But water in emulsion can hardly be separated by hydrocyclone .

这成为有毒的氨到您的鱼，所以你需要向他们提供一个健康干净的环境和氨的游离水已筛选适当的。

This ammonia becomes toxic to your fish so you need to provide them with a healthy clean environment and ammonia free water which has been filtered properly .

若在103℃烘干足够长的时间，就能确保除去全部的游离水，并可使其它水的损失降到最少。

Drying at 103 ℃ ensures the removal of all free water , provided that the drying period is long enough , and minimizes the loss of other water .

C&E模型在设备定尺计算和性能预测上优于上两种模型，但其适用的广泛性较差，只适用于游离水脱除器；

On tha device size-determining calculation and the performance forcast , the C-E model is superior to the above 2 models but it is only suitable to free water knock-out ;

该装置安装于单井井口，利用油井自身混输管线分离出来的游离水作为加药水源，实现了定时、定量自动加药，完全替代了人工加药，每年可节约216人次的劳务工作量。

Installed in the wellhead of a single well , and adopting the high-pressure water in oil wells as power , the new device can realize automatic drug adding timely and quantificationally .