1)  water curing
热水交联
1.
In this paper,the author made a comparison between the water curing method and normal pressure steam curing method,the two silane curing methods,in terms of the basic investment,energy consumption,product quality,comment by the operator and exposed defects.
对硅烷交联聚乙烯电力电缆的两种交联工艺——热水交联和常压蒸汽交联从基础投资、能量消耗、产品质量、实际感知和缺陷暴露等方面进行分析评价,认为热水交联具有明显的优势。
2)  hot water
热水
1.
Ultrastructural changes of gastric mucosa in chronic atrophic gastritis model caused by hot water in rats;
热水致大鼠萎缩性胃炎胃黏膜超微结构变化
2.
Temperature lowering technique of hot water with high temperature and pressure in Heibaishui ladder-shaped power station tunnel;
黑白水三级电站隧道高温高压热水降温技术
3.
Intelligent touchled application in the hot water serving system;
智能触摸屏在热水供应系统中的应用
3)  hot-water
热水
1.
The heating-counting of the temperature-keeping by hot-water and its analysing on the energy-saving;
热水维温加热计算及节能分析
2.
Study on Energy Conservation Technology of Hot-water System for Tire Vulcanization;
轮胎硫化用热水系统节能技术研究
4)  Thermal water
热水
1.
Thermal waters in the shallow and deep reservoirs are of NaCl types both with the same B/Cl ratio.
羊八井地热田深、浅层热水都是Cl-Na类型,具有相同的B/Cl比值,说明深层热水在上升通道中与冷水相混合形成了浅层热水。
5)  hot-compressed water
加压热水
1.
Preliminary investigation on hot-compressed water pretreatment of Japanese beech powder for fuel-ethanol production;
用加压热水预处理山毛榉树粉生产燃料乙醇的初步研究
6)  thermal hydrolysis
热水解
1.
The change of spectroscopic characterization and molecular weight distribution in sludge thermal hydrolysis process;
污泥热水解过程中有机物分子量和荧光特征变化规律
2.
Sewage sludge thermal hydrolysis experiments with(2?450) MHz microwave energy were carried out under 80~170℃ with 1~30 min.
在80~170℃进行1~30 min的城市污水污泥微波热水解,微波频率2 450 MHz,最大输出功率1 kW,考察挥发性悬浮固体(VSS)和悬浮固体(SS)溶解率,污泥上清液COD和TOC浓度、污泥粒径、形态变化和碳氢氮含量等污泥热水解特征,分析污泥离心脱水性能的改善和减量化效果。
3.
In recent years,the combined technology of thermal hydrolysis and continuous-flow stirred tank reactor(TH-CSTR) for sewage sludge treatment have attracted more and more interest.
近年来污泥“热水解-厌氧消化”处理工艺备受重视,在考察热水解预处理对污泥化学成分及厌氧消化性能影响的基础上,利用厌氧序批式反应器(ASBR)代替传统的连续流搅拌反应器(CSTR),从而建立了“热水解-ASBR”新工艺。
参考词条
补充资料:Tm-002硅烷交联剂

1. 化学名称

甲基三乙酰氧基硅烷

2. 物理性质

无色至浅黄色透明液体,较低温度下可转变为白色晶体。易吸湿,可溶于醋酸酐,遇水会交联,并产生醋酸。

3. 技术规格

外观 无色至浅黄色透明液体,或白色晶体

密度(r25)g/cm3 1.1750~ 1.1800g/cm3

含量(%) ≥95

折射率(n 25d) 1.4050±0.0005

沸点(℃) 110-112/17mmhg

熔点(℃) 40.5

cl-(%) ≤0.1

4. 用途

本品主要用作室温硫化硅橡胶的交联剂。

5. 包装与储运

塑料桶包装,每桶净重10kg、25kg、100kg、180kg。密封储存于阴凉、干燥通风处,防潮防水,远离火种、热源。

说明:补充资料仅用于学习参考,请勿用于其它任何用途。