Four designs to reform the braking system of BM and KJ series hoists

Technical Improvement of Brake System with KJ Series Hoister

KJ系列提升机制动系统的技术改造

Activation energy of CVD coated fibers is 93.15 kJ/ mol in average.

CVD金刚石在纤维上生长的平均激活能为93.15kJ/mol。

The viscous flow activation energy was up to 123 kJ/ mol.

粘流活化能高达123kJ/mol；

Application of the new KJ series admixture on the engineering of waterproof concrete

新型KJ系列外加剂在防水混凝土工程上的应用

Research on transformation technology in KJ elevator

KJ型提升机系统改造技术的研究

Application of KJ_ 4 Mine Safe-inspecting System

KJ4煤矿安全监测系统的应用

Firstly, the questionnaire, KJ method to obtain the SNS website user needs, expanding user needs.

首先，用调查问卷获取SNS网站的用户需求，并用KJ法对用户需求进行展开。

The activated energy of the reaction is about 63 kJ.

反应活化能为63kJ。

KJ 14-A Signal Collection and Closed System of Railway Transportation

KJ14-A轨道运输信集闭系统

Control Technology of KJ Series Live Washing Device for Insulators

KJ系列绝缘子带电水冲洗装置控制技术的研究

This paper Presents four reformed structure plans of the braking system for БМ and KJ series mine hoist.

提出对БМ和KJ系列矿井提升机制动系统改造的四种方案。

The calculated activation energy of TiC forming is about 94+ 7 kJ/ mol.

根据镀层厚度与镀覆温度和时间的关系，得出碳化钛形成的激活能为94±7kJ／mol。

The optimum heat consumption per kilogram water was 3941.4 kJ.

优化工艺下的热耗为3941.4kJ/kg水。

The activation energy of surface reaction is 79.1 kJ/ mol.

在MK上，表面反应的活化能为79.1kJ/mol。

The activation energy of KP cooking is 95.0 kJ/ mol.

硫酸盐法蒸煮反应的活化能为95.0kJ/mol。

KJ Company Manages and Develops Strategic Research

KJ公司经营发展战略研究

Kinetic results show that the activation energy is 40.964 kJ/ mol in the alkali leaching process.

碱焙烧过程的活化能为40.694kJ/mol；

By calculating, the apparent living energy is 54.6322 kJ.

计算出反应的表观活化能为54.6322kJ。

Application of KJ series of integrated circuit into te electrolysis rectifier

KJ系列集成电路在碲电解整流器中的应用

The average activation energy of pressured hydrolysis is 33.2 kJ/ mol.

该水解反应平均活化能为33.2kJ/mol。