1.
Application of CO Low-temperature Conversion Process to Gas Production
CO低温变换工艺在燃气生产的应用
2.
DISCUSSION OF GAS SHIFT PROCESS OF SHELL COAL GASIFICATION PLANT
壳牌粉煤气化装置煤气变换工艺探讨
3.
Medium-Low-Low Temperature Shift Conversion Process and Para-Zero Steam Consumption Technology
中-低-低变换工艺和准零汽耗技术
4.
Shell Coal Feed Gasification-Sulfur-tolerant Shift Process and Its Catalysts
Shell粉煤气化-耐硫变换工艺及其催化剂
5.
An analysis is made of carbon monoxide shift conversion pro-cesses for different feedstocks, gasification processes and downstream pu-rification processes.
本文对采用不同的制气原料、制气工艺、后续净化工艺的一氧化碳变换工艺进行了分析。
6.
Recoverv and treatment methods of the condensate from low-temperature shiftprocess of synthetic ammon iaproduction and the effluent from desorber of urea plant are revie-wed in this paper.
介绍了氮肥厂对合成氨低温变换工艺冷凝液和尿素解吸废水的回收处理方法。
7.
Ultrafast-Convert Polarity VPTIG Welding Process for 5A06 Aluminum Alloy
5A06铝合金超快变换极性VPTIG焊接工艺
8.
The Preparation Technology of High Temperature Shift Cu-Mn Catalyst and Research on the Catalyst Activity;
铜锰高温变换催化剂制备工艺及其活性的研究
9.
Selection for De-sulfur and De-carbon Process Technology of Shift Gas in Coal Base 18/30 Plant
煤基18/30装置变换气脱硫脱碳工艺技术的选择
10.
Function of the transducer transfer Unitarian standard signal from all kinds of craft parameter.
变送器的功能是将各种工艺参数变换成相应的统一标准信号.
11.
Selection after Comparison of Process Scheme and Arrangement of Unit for Production of Hydrogen from Converted Gas by Pressure-Swing Adsorption
变压吸附变换气制氢装置工艺方案与配置的比较选择
12.
Industrial Use of New Process of Low Water-Gas Ratio Shift Conversion with Sulfur-Resistant Catalyst in Shell Pulverized Coal Gasifier
低水气比耐硫变换新工艺在Shell粉煤气化装置上的工业应用
13.
Elementary Introduction to Selection of Process for Shift Conversion and Recovery of Heat from Gas in IGCC Integrated Methanol Production
浅谈IGCC联产甲醇中变换与燃气热回收工艺的选择
14.
Time-Frequency Transform Tool wavelet Transform and the Application to Project;
时频变换工具—小波变换及其工程应用
15.
After the transformation of the shift flow to the total low-temperature shift process, the steam consumption per ton of ammonia drops remarkably, but the resistance in the catalyst beds increases rapidly.
将变换流程改为全低变工艺后，吨氨蒸汽消耗明显下降，但触媒床层阻力迅速上升。
16.
Tube bundle processing elements analysis of shell and tube heat exchanger
管壳式换热器管束加工工艺要点分析
17.
Integral Transforms & Dynamic Engineering
积分变换与动力工程
18.
a change is as good as a rest.
变换工作等于休息。