去离子水

成份：植物胶原蛋白、弹性蛋白、金缕梅提取液、透明质酸、维生素C、去离子水等。

Ingredients : Botanic Collagen , Elastic Protein , Witch Hazel Extract , Hyaluronic Acid , Vitamin-C , Deionized Water , etc.

分析实验结果发现，同去离子水作为造孔剂制备的样品相比，以十二烷基硫酸钠（SDS）水溶液作为造孔剂时，ZnO多孔纳米固体的孔径明显增大；

The results show that , the pore diameter is enlarged greatly when CTAB solution is used as pore-forming agent compared with deionized water .

浸泡去离子水和CaCl2溶液后土样的粘聚力c变化趋势相似。

The cohesive force of samples soaked in deionization water and CaCl_2 solution have similar variation tendency ;

去离子水在放电反应器中处理后pH下降，电导率上升，表示放电产生了大量导电离子和酸性物质。

PH and conductivity of distilled water are decreased after treatment by electric discharge .

去离子水。方法：采用液氮冻结-冷冻干燥法，制备胶原-磷酸钙复合物A，B，以及矿化过程中不同时间的状态样品；

METHODS : Liquid nitrogen freezing and freeze-drying were used to prepare collagen-CP complexes A and B and the samples at different times during mineralization .

将分析纯CaO颗粒分别与去离子水和4种分散剂溶液进行水合反应并根据悬浮液分散度对脱硫剂制备工艺进行了必要的优化。

Analytically pure CaO particles are hydrated respectively with de-ioned water and other 4 dispersant solutions .

用商品腐殖酸和去离子水配置成已知浓度的溶液代替标准DOM溶液进行标定，得到回归方程。

Commercial humic acid is diluted with different quantity of deionized water as water sample of known DOM concentration .

方法选用2月龄Wistar雄性大鼠16只，均分为实验组和对照组，实验组饮用含200mg/L氟化钠的去离子水，对照组单纯饮用去离子水。

Methods Sixteen Wistar male rats were divided into 2 groups of 8 each : fluorosis rats and control rats .

研究了各种生长条件，如前驱物溶液浓度、去离子水-乙醇比例，衬底温度和沉积时间等工艺参数对ZnO薄膜结构和性能的影响。

The effects of growth parameters on the quality of ZnO thin films , such as precursor solutions concentration , substrate temperature and deposition time are discussed .

方法将60只Wistar大鼠按体重随机分为6组：A组正常对照组，给予去离子水；

Methods According to body weight , 60 Wistar rats were divided into 6 groups and given drinking water including different doses of iodine .

方法：给予4周龄Wistar大鼠低碘饲料和去离子水喂养3个月，全面观察甲状腺各项相关指标的变化。

Methods : We fed 4 week-old Wistar rats with iodine-deficient forage and deionized water for 3 months and studied the relative indexes of thyroid .

制备方法如下：把Y（NO3）3和Eu（NO3）3去离子水溶解并按一定比例混合，将混合溶液置于瓷坩埚内，在烘干箱内90℃的条件下浓缩。

In the preparation , Y ( NO3 ) 3 and Eu ( NO3 ) 3 were dissolved in de-ionized water and mixed in an appropriate ratio to form the precursor solution .

采用去离子水对膜清洗1h后，膜纯水通量恢复率可达95%。

After the membranes were cleaned for one hour by the deionized water , the recovery rate of pure water permeation flux reached to 95 % .

无论是咸水还是去离子水淋洗，土柱的饱和导水率基本都是随着SAR的增加而降低到一个极小值，然后随着SAR的升高而增加，且与SAR呈二次曲线的关系。

HC first decreases to a lowest value and then increases with the increasing of SAR , then increased with the increase of SAR when leached with either saline water or deionized water .

本文采用常压MOCVD方法在Ti/Si（111）模板上生长了氧化锌（ZnO）薄膜，使用二乙基锌为Zn源，去离子水为O源。

ZnO films were prepared by atmospheric-pressure MOCVD on Ti / Si ( 111 ) templates , with DEZn and deionized water as Zn precursors and O precursors , respectively .

土壤样品用乙腈/去离子水提取，加饱和NaCl溶液，二氯甲烷萃取、分液，碱性氧化铝柱层析净化。

Soil samples were extracted with acetonitrile-deionized water , followed by addition of a saturated NaCl solution , partitioning with dichloromethane , and clean-up on an alkaline aluminum oxide column .

去离子水介质下，AZ91D镁合金冲击磨损表现出疲劳剥层与腐蚀侵蚀的相互促进机制。

In de-ionized water , the wear mechanism showed as the mutual accelerating of fatigue delamination and corrosion .

制得的树脂吸去离子水率为1700mL／g以上，吸0.9%NaCl溶液100mL／g以上。

The absorption amount of the resin is more than 1700 ml / g and 100 ml / g in case of deionizing water and 0 . 9 % NaCl solution , respectively .

采用六水硝酸锌，刘亚甲基四氨和去离子水为原料，利用简单易行的水热合成法，在AZO、石英和硅片衬底上成功制备出具有高长径比、高度取向的氧化锌纳米棒阵列薄膜。

ZnO nanorods array film with high degree of orientation and high aspect ratio were obtained using hydrothermal synthesis method based on AZO , quartz and silicon substrates .

同时，以硅溶胶为硅源，硫酸铝为铝源，氢氧化钠作碱源和去离子水，采用水热合成法合成了NaY沸石分子筛。

At the same time , zeolite NaY was synthesized by hydrothermal method using silica sol , aluminium sulfate , sodium hydroxide and deioned water .

病人血样经液-液一步提取后在C8柱上分析，流动相为甲醇：去离子水（75：25），检测波长为UV214nm。

Mobile phase was methanol : deionized water ( 75:25 ), and the detector was UV-214 nm .

料浆中HA粉体、粘结剂、分散剂和去离子水的质量比例为：50：5：3：42。

The quality ratio of HA powder , gooey , dispersant , deionized ( DI ) water in the solution was 50:5:3:42 . The quality of the solution was an important effect on this process .

比较了糙米和稻谷用Ca2+、GA3和去离子水处理后在发芽期间其发芽活力和主要物质含量变化。

Germinating power and composition change of brown rice and unhusked rice treated with Ca 2 + , gibberellic acid and deion-water change were studied .

采用聚四氟乙烯高压密封消化罐消化品成色剂样品，将消化好的样品转移到10mL容量瓶中，用去离子水定容10mL，摇匀。

Coupler was digested with PTFE pressure airproof pot , transferred into bottle , and diluted with deionized water to 10mL .

方法利用血液凝集仪，分别检测血小板与等渗磷酸盐缓冲液混合后的透光率变化值和血小板与去离子水混合后的透光率变化值，从而计算出HSR值。

Methods The blood aggregometer was used to detect light transmittance of SDP in PBS and deionized water for calculating HSR .

含有卤素和硫元素的树脂样品经氧瓶法燃烧分解，用含H2O2的去离子水溶液吸收，离子色谱法分离测定。

The resin sample is first burnt in oxygen flask and the combustion products are absorbed in H2O2-deionized water , the absorbing solutions are then injected into IC system for analysis .

研究了糙米中淀粉、还原糖、水溶性蛋白质和游离氨基酸等营养成分含量及其用Ca2+、GA3和去离子水处理后发芽过程中的变化。

Nutrition compositions of brown rice and its change during germination , treated with Ca 2 + , GA 3 and de ionized water were studied .

本文阐述了膜技术改造老《注射用水》水站的方法，实现了去离子水进入蒸馏塔之前热源质＜0.5EU／ml的设计思想，总结了几点体会。

This paper states rebuilding the old water for injection stations with membrane technology and some experience , and completes the concentration of pyrogen < 0 5EU / ml in desalt water before being taken into a distilling tower .

0.1mMCaSO4溶液浸洗的增益效应大于去离子水。

Washing in 0.1 mM CaSO_4 solution produced'even greater effect than that in de-ionized water .

4周后每组中的一半动物用串珠镰刀菌素（MF）20mg／（kg·d）灌胃，另一半用去离子水灌胃作对照。

After 4 weeks , half of the animals in each group were given 20 mg moniliformin ( MF ) / ( kg · d ) by gavage and the other half deionized water as controls .