吸水

基本解释 (translations)

sop  ·  hydrophile  ·  sops

词组短语

sop up · water uptake · water sucking

与吸水相关的网络例句 [注：此内容来源于网络，仅供参考]

Because the fish drying Shrinkage small Shrinkage crack surfaces, more in Water, so the bibulous rate of early (see figure 4) soon, absorbing ability, 1.2 m in bibulous rate (Water absorption Measurement can reach 1 36), In the early EHD water are slower, bibulous rate in 30 m in later, when the water absorption speed enough time to also can achieve higher bibulous rate and natural drying EHD with dry bibulous rate basic same, in addition, natural drying and EHD dry fish good water resistance, 120 m in water can still keep complete shape after drying fish, but by 120 m in pieces after absorbing began.

由于热风干燥鱼的收缩率较小、表面有较多缝隙，所以在吸水初期的吸水速度很快(见图4)，吸水能力很强， 120 m in 吸水率可达到1。 36； EHD在吸水初期的吸水速度均较慢，在30 m in以后吸水速度加快，当吸水时间足够时也能达到较高的吸水率，自然干燥与EHD干燥的吸水率基本相同，另外，自然干燥和EHD干燥鱼的耐水性好， 120 m in 吸水后仍能保持完整形状，而热风干燥鱼经120 m in 吸水后即开始溃散。

High injectivity resin was reviewed in this paper, the classification, preparation and absorbing mechanism, and introduces the development status of domestic high injectivity resin and its application in various aspects, and discusses the improvement of the method of high performance injectivity resin and current research trend.

本文综述了高吸水树脂的分类、制备及吸水机理，并介绍了高吸水树脂国内外发展现状及其在各方面的应用，并讨论了改进高吸水树脂性能的方法以及目前的主要研究趋势。

The composite absorption gel for profile control and water blocking used in oilfields now has poor flexibility and injectivity, which cannot realize deep profile control.

针对目前用于油田调剖堵水的复合吸水凝胶吸水后柔韧性和注入能力差，不能有效进行深部调剖的现状，提出了改善吸水凝胶吸水性和注入性的方法，并制得柔性复合吸水凝胶PAG。

The tensile strength of CPE vulcanizates modified by in situ formed NaAA and LiAA is more than 30MPa and 28MPa, respectively.

原位合成丙烯酸盐改性CPE硫化胶在电解质水溶液中的吸水膨胀率比在去离子水中低得多，浓度越高这种效应就越强烈；温度提高可使硫化胶的吸水膨胀速度提高，在常温到60℃之间，吸水膨胀率随着温度的提高而增大，但超过60℃平衡吸水膨胀率则随着温度的提高而降低；硫化胶的吸水膨胀过程并不是单一的菲克扩散，其中还包括聚丙烯酸盐和橡胶分子链的松弛。

First of all,we tested the germination and water uptake rate of 47 species typical xerophil seeds grow up in north China from 20 families,38 genuses under sufficient water and different Grads water stress by high-molecular-weight polyethylene glycol(PEG6000).The results show that Xerophil seeds from the same habitat exhibited similar patterns in response to water stress.Xerophil seeds from arid community were stronger in germination and imbibition than that from other two communities under serious water stress,whereas Xerophil seeds from humid community were sensitive to any degree of water stress.Namely,the seeds live in arid habitat possessed high germination and quickly water uptake in sufficient water or any degree of water stress,but the others grow up in humid habitat shown significant difference which germination and water uptake well under sufficient water but inhibited even if slight water stress.

首先，我们通过对20个科，38属，47种旱生植物种子在水分充足和不同梯度的干旱处理(聚乙二醇PEG6000)条件下的萌发率及吸水率实验发现，当水分胁迫强烈时，分布于干旱沙漠地区的植物种子其吸水率和萌发率都高于半干旱和湿润地区的植物群落，相反，湿润地区植物种子的吸水率和萌发率对任何的水分胁迫都表现出敏感的响应趋势，也就是说，生境恶劣的植物种子在较强的干旱胁迫下，仍然保持了较高较快的萌发率及吸水率，水分充足与水分缺乏时无显著差异，而生境相对较好的植物种子在水分充足情况下萌发与吸水良好，但在干旱胁迫时则受到明显抑制，水分充足与水分缺乏时差异显著。

Results 86 cases of polyacrylamide hydrogel were injectable implant in the treatment of non-organic change. 32 cases only because of psychological pressure,and urgent requirement for seeking out hydrogel,Were treated using suction liposuction methods.Induration significantly complicated and tough for using semi Central areolar incision under half,pumping out water gel thoroughly Abstract induration.Hydrogel into pectoralis major,who may armpit transverse incision after augmentation.

结果：86例聚丙烯酰胺水凝胶注射式隆乳术后的就诊者中，对无明显器质性改变，仅因心理压力过大而迫切要求取出水凝胶的32例求术者，采用脂肪抽吸式方法抽吸；对于并发硬结明显大而硬者，采用乳晕下1/2半环切开，抽吸水凝胶彻底摘出硬结；水凝胶注入胸大肌内、后间隙者可采用腋下横切口，分离胸大肌将乳腺后间隙水凝胶向胸大肌下间隙挤出抽吸到清亮液体后，同期放入假体于胸大肌后间隙。

Fixation of direct dyes with silica gel ;2. Taking advantage of proof salt and high hydrophilic property of the silica gel and the carboxymethyl cellulose inarch polysalt of the super water-absorbent resin recombination,this paper made use of the water-absorbent composite form the inorganic polymer, sequentially advanced water-absorbent velocity and capacity of polymer water-absorbent resin in the brine.

利用具有良好耐盐和高亲水性能的硅凝胶与羧甲基纤维素接枝聚丙烯酸盐的高吸水树脂进行复合，制备出无机高分子的硅凝胶-羧甲基纤维素接枝聚丙烯酸盐耐盐高吸水复合材料，从而提高了高分子吸水树脂在盐水中的吸收能力及吸收速度，研究了复合材料的吸盐水性能，通过扫描电子显微镜观察了复合材料表面的微观结构，初步探讨了硅凝胶-羧甲基纤维素接枝聚丙烯酸盐耐盐高吸水复合材料的吸盐水机理。

IT is thought the skin have so much member ,but the water's contain to 70％ and for the skin leading in physiology ,so that forn he's water principle theory——he thought ,the skin not better absorb for the effect component and illness or senescence whether it from the skin and the body's others but common qround is the same for the run short of the water in the cell and conjunctive tissue .in his manufacture in 1998 the new name came out and was named ——TORSION .for the technology he make use of the cosmetic ordinary 's drink aqua and lock the water capability when you use it , not only can keeping the skin have plenitudinous moisture,so that the skin deeply suck then using the ordinary cosmetic drink component hillpear mellow molecule deriive 's than hillpear mellowdrink's capability high 1~2 times for β- hillpear mellow.

他认为虽然皮肤有多种成分，但水分却占到了70％，对皮肤的生理肯定起着主导性作用，基于此形成了他的Water principle研究理论。认为皮肤对有效成分的吸收不彻底，以及疾病或衰老，无论它来自皮肤还是身体的其他部位，其共同点都是一样的，那就是在细胞和结缔组织中缺少了水。在他的精心研制下，利用化妆品常用的吸水剂山梨醇分子衍生出比山梨醇吸水剂吸水能力高出1-2倍的β—山梨醇，大大提高了皮肤的补水和锁水能力，使皮肤保持充足的水分，从而使肌肤对化妆品有效成分的吸收更为彻底。通过上万例的化妆品配方应用试验后，此技术于1998年在雅邦国际化妆品研究机构得到了推广，并利用Makinsdi.Dr的研究办公室作为新品的命名—TORSION。

This paper deals with some characteristics of water absorbtion and retaining ability of water absorbents of two kinds under different relative humidity environmental conditions.

对两种吸水剂在不同相对湿度条件下的吸水能力和保水能力等特性进行了研究，并以小麦种子为植物材料，观察了不同吸水程度的吸水剂与干种子对水分的竞争能力。

By contrasted with silica gel, the corn hull desiccants by hydrolyzation method and heat treatment method have advantages as stabilization on moisture adsorption, less water of reversible adsorption and high moisture adsorption ratio in high humidity. These desiccants have disadvantages as lower moisture ratio than silica gel in low humidity and slower moisture adsorption speed than silica gel. The corn hull desiccant by derivation method has advantages as high moisture adsorption ratio, high moisture adsorption speed, stabilization on moisture adsorption and hardly any water of reversible adsorption.

通过与变色硅胶干燥剂的对比，通过水解法和热处理法得到的玉米渣皮干燥剂的优点是吸水稳定，可逆吸附水少，在高湿度下吸水率高，不足是在较低的湿度下，吸水率比变色硅胶干燥剂略低，吸水速度比硅胶慢；通过衍生方法得到的玉米渣皮干燥剂的优点是吸水率高，吸水速度快，吸湿稳定持久，几乎不含可逆吸附水，不足是再生后产品容易结块。

与吸水相关的网络解释 [注：此内容来源于网络，仅供参考]

absorbent cotton：脱脂棉,吸水棉

absorbent carbasus 脱脂纱布,吸水纱布 | absorbent cotton 脱脂棉,吸水棉 | absorbent gauze 脱脂纱布,吸水纱布

absorbent gauze：脱脂纱布,吸水纱布

absorbent cotton 脱脂棉,吸水棉 | absorbent gauze 脱脂纱布,吸水纱布 | absorbent wool 吸水棉

absorbent carbasus：脱脂纱布,吸水纱布

absorbent bandage 脱脂绷带 | absorbent carbasus 脱脂纱布,吸水纱布 | absorbent cotton 脱脂棉,吸水棉

water absorbing power：吸水能力

water absorbing capacity 吸水本领 | water absorbing power 吸水能力 | water absorption 吸水率

A Cobb：吸水度测试器

HSA 热收缩仪 | 4180A Cobb 吸水度测试器 | 4180B Cobb 吸水度测试器

hygroscopic coefficient：吸水係數

吸水[的] hygroscopic | 吸水系数 hygroscopic coefficient | 吸水核 hygroscopic nuclei

hygroscopic coefficient：吸湿系数,吸水率

hygroscopic cargo 吸湿性货物 | hygroscopic coefficient 吸湿系数,吸水率 | hygroscopic degree 吸湿度

imbibing absorption of water：吸胀吸水

2.吸胀吸水(imbibing absorption of water)指依赖于低的ψm而引起的吸水. 对于无液泡的分生组织和干燥种子来说,ψm是细胞水势的主要组分,它们吸水主要依赖于低的ψm. 通常所说的吸胀吸水也主要是指依靠衬质水势吸水.

suction press roll：吸水压榨辊

suction press 真空压榨,吸水压榨 | suction press roll 吸水压榨辊 | suction pressure 吸水压,吸引压,吸引压力,抽吸压,负压,负压力

hydrophilous：亲水的 吸水的

Hydrophiloidea水虫总科 水龟虫总科 | hydrophilous亲水的 吸水的 | hydrophilousflower水媒花