1.
Influencing Factors of decomposing rate of pre-decomposing of kiln inlet and Improvement Measures
影响窑尾预分解系统分解率的因素及改进措施
2.
Thermodynamics Simulation of Preheating-precalcining Whole Kiln System with High Solid-gas Ratio;
高固气比预热预分解全窑系统热力学仿真研究
3.
Numerical Simulation of Heat and Mass Transfer Processes in a Fully-fueled Cement Raw Pellet;
含碳水泥生料球预热预分解过程的数值研究
4.
Cause analysis and preventive measures to precalcining system blocking during initial feeding period
投料初期预分解系统堵塞的原因和预防措施
5.
Research on MgO-CaO-ZrO_2 Brick for Precalciner Kiln;
水泥预分解窑用MgO-CaO-ZrO_2材料的研制
6.
Research and Studies of the Production Line of Pre-decomposed Low-alkali Cement for Pleateau;
高原预分解低碱水泥生产线开发研究
7.
Numerical Simulation of the Mixed Combustion in the DDC-ILC Precalciner
DDC-ILC型预分解炉混合燃烧数值模拟
8.
Experimental Research and Numerical Simulation on Flow, Combustion and Decomposition in Pre-calcined Systems
预分解系统内流动、燃烧与分解的研究及数值模拟
9.
Study of Raw Meal Decomposition, Pulverized Coal Combustion and NO_X Control for Cement Precalciner System;
水泥预分解窑系统内生料分解、煤粉燃烧与NO_X控制研究
10.
15 Precalcining kiln system with 5-stage cyclone pre-heater and calciner is adopted for productive process in this project.
本工程采用带五级旋风预热预分解的新型干法回转窑生产工艺。
11.
Research on Properties of SO_2 Exhaustion Reduction by Preheater-Precalciner Technology with High Ratio of Solid to Gas;
高固气比悬浮预热预分解技术二氧化硫减排特性研究
12.
A look at the ways to design and develop the precalciner system
预分解系统开发研究与设计方法的探讨(一)
13.
DISCUSSION ON THE FUMIGATING TECHNIQUE OF DISINTEGRATING AIP BEFOREHAND FOR AIRTIGHT SILO IN MIDDLE AND TOP GRAIN LAYERS
中高粮层密闭仓磷化铝预分解熏蒸技术的探讨
14.
Pre-desulfurization of Huozhou Coal by Pyrolysis and the Analysis of Pyrolytic Gases;
霍州煤热解预脱硫及其热解气体分析
15.
Research on Resolution Ratio Prediction Model of Continuous Carbonation Decomposition
连续碳酸化分解过程分解率的预测模型
16.
The Cause of Material Collapse Outside Kiln of Precalcing System, Its Prevention and Remedial Measures;
窑外分解系统塌料的原因预防及处理
17.
Several Classes of Variational Inclusions with Generalized Resolvent Operator Technique;
几类广义预解算子技术下的变分包含
18.
Predissociation and Collsional Depopulation of the Cs_2 Excited State;
Cs_2分子激发态预解离与碰撞退布居