查询词典 hydrogen

The effects of different factors on the laser-induced graft polymerization on the PET surface were analyzed, and the mechanisms were discussed. The factors were: 1 Monomers with smaller molecules resulted in better modification than polymeric monomers. Acrylamide monomer was chosen as hydrophilic modifier finally; 2 Higher concentration of the monomer solution favored the graft reaction; 3 With the increasing laser fluence, the surface hydrophilicity of PET films increased at first, then decreased. More laser pulses led to a more hydrophilic surface; 4 Benzophenone as a photosensitizer hindered the graft polymerization; 5 The homopolymer retardant of ammonium iron sulfate hexahydrate in a proper concentration retarded the formation of homopolymers and promotes the graft copolymerization; 6 The solvent of monomer solution also affected the graft reaction. Different solvents functioned in different ways. Ethanol can promote the graft reaction because of the activity of hydrogen in its structure; 7 pH value of the monomer solution affects the polymerization rate, and a lower pH value was favorable to the graft reaction.

这些影响因素的作用分别为：1小分子单体的表面改性效果好，确定以丙烯酰胺为亲水性改性单体；2较高的单体溶液浓度有利于接枝反应；3激光能量密度增大，薄膜表面亲水性先显著增强，后又减弱；激光脉冲次数越多，改性后表面亲水性越强；4光敏剂BP对PET表面接枝聚合反应有阻碍作用；5适当浓度的均聚物抑制剂六水合硫酸铁铵能减少单体均聚物的生成，促进接枝聚合；6单体溶液的溶剂也影响接枝聚合的反应进程，不同溶剂的影响作用原理不同，含较活泼氢的乙醇能促进接枝反应；7溶液pH值影响单体聚合速率，pH值较低有利于接枝反应。

In the crystal structure of the title compound,the independent p-hydroxybenzoic acid and hexamethylenetetramine molecules are arranged alternately and constructed the three-dimensional hydrogen-b.

在标题化合物的晶体结构中独立的对羟基苯甲酸分子和六次甲基四胺分子组交错排列，借助多种氢键形式形成三维氢键网络结构，其中弱氢键扮演着重要的角色

The reasons that hydrogen enhanced dislocation emission and motion, and the mechanism of initiation of HIC have been discussed.

对氢促进位错发射、增殖和运动的原因进行了探讨

The hydrogen induced cracking experiments were carried out on the pipeline steel with different microstructures to determine the factors affecting HIC.

通过氢致裂纹实验测试了不同显微组织管线钢的抗HIC的性能，分析了影响HIC的因素。

A process in which naphthas are converted to high-octane aromatics in the presence of hydrogen and a catalyst under pressure and heat.

临氢重整在高温高压下，在氢和催化剂的作用下石油精转化为高辛烷值的芳烃的过程

Methods 42 patients who received Mile s procedure were divided into two groups:herbal fuming group and the PP group;the wounds of each group were cleaned with diluted hydrogen dioxide solution before the 20-minute fuming and hip bath.

将42例Mile s术后患者分为中药熏洗组和高锰酸钾组，两组患者均先用稀释双氧水冲洗伤口后，熏洗、坐浴20min。

Home-made hydrogen masers are measured and the result are analyzed in this paper.

因此，开展国产原子钟的守时应用研究就具有重要的现实意义。

A single gamma ray might reionise 1000 hydrogen atoms," says Hooper."

一个单一的伽玛射线可能reionise 1000氢原子，"胡珀说。"

The solution culture was used to research the effect of soaking treatment with sodium nitopresside, hydrogen peroxide (H2O2) and their combination (with volume ratio of 1:1) on seed vigor of horsebean under Cd stress and the soil culture was used to research the protective effects of above 3 treatments on oxidative damage of horsebean seedlings under Cd stress.

方法］采用水培方法，研究了硝普钠（SNP，作为外源NO供体）、双氧水(H2O2)及其体积比例组合(1：1)浸泡处理对镉胁迫下蚕豆种子活力的影响；并采用土培方法，研究了上述3种处理对镉胁迫下蚕豆幼苗氧化损伤的保护效应。

The hydrogen production potential of rice straw is 76.1mL/g TS, 90.5mL/g VS; corn straw is 90.9mL/g TS, 95.4 mL/g VS; barley straw is 95.2 mL/g TS, 102.9 mL/g VS; wheat straw is 29.7 mL/g TS, 31.1 mL/g VS; horsebean straw is 67.9 mL/g TS, 76.4 mL/g VS; soybean straw is 31.0 mL/g TS, 32.6 mL/g VS; pig dung is 162.4 mL/g TS, 202.7 mL/g VS; cow dung is 40.5 mL/g TS, 51.4 mL/g VS; chicken dung is 42.0 mL/g TS, 63.6 mL/g VS; horse dung is 31.4 mL/g TS, 37.4 mL/g VS.

其中，稻草的产氢潜力为：76.1mL／g·TS，90.5mL／g·VS；玉米秆的产氢潜力为：90.9mL／g·TS，95.4mL／g·VS；大麦秆的产氢潜力为：95.2mL／g·TS，102.9mL／g·VS；小麦秆的产氢潜力为：29.7mL／g·TS，31.1mL／g·VS；蚕豆秆的产氢潜力为：67.9mL／g·TS，76.4mL／g·VS；黄豆秆的产氢潜力为：31.0mL／g·TS，32.6mL／g·VS；猪粪的产氢潜力为：162.4mL／g·TS，202.7mL／g·VS；牛粪的产氢潜力为：40.5mL／g·TS，51.4mL／g·VS；鸡粪的产氢潜力为：42.0 mL／g·TS，63.6 mL／g·VS；马粪的产氢潜力为：31.4mL／g·TS，37.4 mL／g·VS。

Do you know, i need you to come back

你知道吗，我需要你回来

Yang yinshu、Wang xiangsheng、Li decang,The first discovery of haemaphysalis conicinna.

1〕 杨银书，王祥生，李德昌。安徽省首次发现嗜群血蜱。