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The Future of Chemical, Metallurgy and Material Engineering

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Language: Chinese, English
Format: 27.8 x 21 x 1.6 cm
Page: 155
Publication Date: 02/2016
ISBN: 9787040440232
Table of Contents
第一部分综述
综述
第二部分参会专家名单
参会专家名单
第三部分主题报告及报告人简介
量子材料生长的原子水平控制:从量子反常霍尔效应到高温超导
再生工程,一个全新的领域:理论与实践
粒子系统的模拟与建模
化学循环技术:俄亥俄州立大学铁基过程
基于光催化的清洁能源与环境新技术
可诱导组织再生的生物材料——生物材料发展的新纪元
玉米淀粉、番茄酱与汽车零配件:半固态加工技术综述
化学与材料工程领域未来产品与工艺研发的挑战
能源与矿产资源的发展和利用:过去、现在及未来
用生物技术的钥匙开启矿产资源利用的大门
流程优化的系统方法
后记
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Sample pages of The Future of Chemical, Metallurgy and Material Engineering (ISBN:9787040440232)

Recently,worldwide research has explored various aspects of chemical looping,and several different types of oxygen carriers and reactors have been proposed.Most of the oxygen carriers consist of an oxide of Ni,Fe,or Cu as the active compound and supported by inert materials such as Al2O3.Although nickel—based oxygen carriers are reactive,they suffer from a high cost and the toxicity of NiO.Moreover,thermodynamics of nickel—based oxygen carriers results in a high level of CO in the effluent stream that requires further treatment.Copper—based oxygen carriers decompose and release O2 at high temperature,and hence exhibit good reactivity.However,due to the low melting point of copper, copper—based oxygen carriers suffer from agglomeration and defluidization in fluidized bed reactors.This is usually overcome by adopting a low CuO mass ratio in the oxygen carrier formula and sacrificing the oxygen carrying capacity of the material.Iron—based oxygen carriers are more economical and environmentally benign.
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