After analyzing influence factor of making-slurry efficiency through a series of tests, the authors have improved the structure of submersible basket mills and designed an inner circulation mill, which raises the work efficiency, .
针对现在我国陶瓷工业中所用的粘土类、长石类、矾土类、石英类等原料多已在原料厂经过了加工处理,陶瓷的制浆则由原来的以研磨为主转变成了以混合与研磨为主的状况,本文改进了篮式砂磨机的结构,设计出了内循环高效研磨机。
After analyzing the characteristics of traditional slurry preparation system based on ball mills,the authors explained the work principle of inner circulation mill and the constitution of new slurry preparation .
对此,分析传统的以球磨机为主体设备的制浆系统的特点,并根据现场试验的结果,阐述了内循环高效研磨机的工作原理及以其为主体设备的电瓷新法制浆系统的构成,提出了制浆效率高、能耗小的新法制浆系统。
The performance of a generalized irreversible internal combustion engine cycle model consisting of two heating branches, two cooling branches and two adiabatic branches with heat transfer, friction and variable specific heats of working fluid was analyzed by using finite-time thermodynamics.
用有限时间热力学的方法分析空气标准不可逆内燃机循环,导出了考虑工质变比热情况下,存在摩擦及传热损失时,由两个加热过程、两个放热过程和两个绝热过程组成的普适的空气标准不可逆内燃机循环的功率与压缩比、效率与压缩比以及功率和效率的最佳特性关系,同时由数值计算分析了工质变比热和循环过程对循环性能的影响特点,比较了工质恒、变比热时循环性能差异。
Exergoeconomic performance optimization for universal model of endoreversible heat engine cycles containing 6 heat engine models;
包含6种热机模型的普适内可逆热机循环经济性能优化
Universal model of endoreversible heat engine cycle and its finite time exergoeconomic performance optimization;
普适内可逆热机循环模型的经济性能优化
Study on the New Ceramic Slurry Manufacture System with the Internal Recycling Mill as Main Equipment;
以内循环高效研磨机为主体设备的陶瓷新法制浆系统及应用研究
The Fundamental Research of High-efficiency and Low-pollution Gas-Turbine Cycle;
高效低污染燃气轮机循环的基础研究
Constructing the Circular,Inherent and High-speed Mechanism of Student Affairs Systematically;
构建循环、内在、高效的学生工作系统机制
Study to Advance Ability Vibration Abasement Crusher of Circulate Burden
提高筛分效率降低破碎机循环负荷的研究
Study on Flow Hydrodynamics, Combustion and Abrasion Properties of CFB Boiler Burning Anthracite;
无烟煤循环流化床内流动、燃烧与磨损的研究
Study on High-Temperature Abrasion Resistant Coatings of Circulating Fluidized Bed Boiler;
循环流化床锅炉用耐高温磨蚀涂层的研究
Research shows that surface coating technology is an economical and effective means to solve this problem.
大量研究表明,表面涂层技术是解决循环流化床锅炉高温磨蚀问题的一种最经济有效的方法。
The Failure Analysis and Improvement of the Mill Balls and the Research of the Method of Raising the Milling Efficiency;
球磨机磨球失效分析与改进及提高磨机生产效率的方法研究
Research on the Wetting-Drying Effect and Micro-Mechanism of Expansive Soil;
膨胀土干湿循环效应与微观机制研究
Research on Technology of Filtration s Application on High Efficiency Comminution by Tumbling Mill;
磨内筛分技术在管磨机高细高产粉磨中的应用研究
Failure Analysis on Corrosion of Inner Piping of High Pressure Circulating Cooler
高压循环气体冷却器内管腐蚀失效分析
Investigation on the Characteristics and Formation Mechanisms of Grinding Force and Energy in High Efficiency Deep Grinding for Advanced Ceramics;
工程陶瓷高效深磨磨削力和磨削能的特征及形成机理研究
Synthesis of High Efficient and Environmental Scale Inhibitor for Circulated Cooling Water;
高效环保型循环冷却水处理剂的开发研制
This mill together with separator can form close-circuit grinding system for grinding clinker into cement products.
本磨机与选粉机组成循环圈流粉磨系统，将熟料粉磨成水泥成品。
Effect of Air-circulating and Condensation Dehumidification inside Greenhouse in South China
南方温室内空气循环式冷凝除湿效果研究
Research on simulation experiment method of piston ring and cylinder friction and wearing;
内燃机活塞环—缸套摩擦磨损实验方法的研究
Load Capacity of Asperities for Piston Ring-Cylinder Liner in Internal Combustion Engine at Running-in Stage
内燃机缸套-活塞环磨合过程中微凸体承载研究
Research into the Failure Mechanism of Circular Mould of Pelletizer and Its Optimal Design;
制粒环模磨损失效机理研究及优化设计