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1 Remote Warehouse Materials Science- General

Other titles in the Ceramic Transactions series:

Ceramic Transactions #134: Advances in Materials Science for Environmental and Energy Technologies: Ceramic Transactions

by

Ceramic Transactions #134: Advances in Materials Science for Environmental and Energy Technologies: Ceramic Transactions Cover

 

Synopses & Reviews

Publisher Comments:

With contributed papers from the 2011 Materials Science and Technology symposia, this is a useful one-stop resource for understanding the most important issues in advances in materials science for environmental and energy technologies. Logically organized and carefully selected, the articles cover the themes of the symposia: Green Technologies for Materials Manufacturing and Processing; Materials Science Challenges for Nuclear Applications; Materials for Nuclear Waste Disposal and Environmental Cleanup; Energy Conversion/Fuel Cells; and Energy Storage: Materials, Systems and Applications.

Table of Contents

Preface ix

GREEN TECHNOLOGIES FOR MATERIALS MANUFACTURING AND PROCESSING

Mesoporous Materials For Sorption of Actinides 3
Allen W. Apblett and Zeid Al-Othman

Environmentally Friendly Tin Oxide Coating through Aqueous 13

Solution Process
Yoshitake Masuda, Tatsuki Ohji, and Kazumi Kato

Investigation of the Morphological Change into the Fabrication of 25
ZnO Microtubes and Microrods by a Simple Liquid Process using Zn Layered Hydroxide Precursor
Seiji Yamashita, M. Fuji, C. Takai, and T. Shirai

Fabrication of Solid Electrolyte Dendrites through Novel Smart 33
Processing
Soshu Kirihara, Satoko Tasaki, Hiroya Abe, Katsuya Noritake, and Naoki Komori

Microstructural and Mechanical Properties of the Extruded a-p 41
Duplex Phase Brass Cu-40Zn-Ti Alloy
H. Atsumi, H. Imai, S. Li, K. Kondoh, Y. Kousaka, and A. Kojima

The Characteristics of High Strength and Lead-Free Machinable 47
a-p Duplex Phase Brass Cu-40Zn-Cr-Fe-Sn-Bi Alloy
H. Atsumi, H. Imai, S. Li, K. Kondoh, Y. Kousaka, and A. Kojima

Preparation of Biomass Char for Ironmaking and Its Reactivity 55
Hu Zhengwen, Zhang Jianliang, Zhang Xu, Fan Zhengyun, and Li Jing

Intelligent Energy Saving System in Hot Strip Mill 65
H. Imanari, K. Ohara, K. Kitagoh, Y. Sakiyama, and F. Williams

Hot Gas Cleaning with Gas-Solid Reactions and Related Materials 77
for Advanced Clean Power Generation from Coal
Hiromi Shirai and Hisao Makino

Polyalkylene Carbonate Polymers—A Sustainable Material Alternative 89
to Traditional Petrochemical Based Plastics
P. Ferraro

MATERIALS FOR NUCLEAR WASTE DISPOSAL AND ENVIRONMENTAL CLEANUP
Characterizing the Defect Population Introduced by Radiation 99
Damage*
Paul S. Follansbee

Radiation Shielding Simulation for Wollastonite-Based Chemically 113
Bonded Phosphate Ceramics
J. Pleitt, H. A. Colorado, and C. H. Castano

Empirical Model for Formulation of Crystal-Tolerant HLW Glasses 121
J. Matyas, A. Huckleberry, C. A. Rodriguez, J. D. Vienna, and A. A. Kruger

ENERGY CONVERSION/FUEL CELLS

Novel SOFC Processing Techniques Employing Printed Materials 129
P. Khatri-Chhetri, A. Datar, and D. Cormier

Manganese Cobalt Spinel Oxide Based Coatings for SOFC 141
Interconnects
Jeffrey W. Fergus, Yingjia Liu, and Yu Zhao

C02 Conversion into C/CO Using ODF Electrodes with SOEC 147
Bruce Kang, Huang Guo, and Gulfam Iqbal

Heterofoam: New Concepts and Tools for Heterogeneous Functional 155
Material Design
K. L. Reifsnider, F. Rabbi, R. Raihan, Q. Liu, P. Majumdar, Y. Du, and J. M. Adkins

Study on Heteropolyacids/Ti/Zr Mixed Inorganic Composites for Fuel 165
Cell Electrolytes
Uma Thanganathan

ENERGY STORAGE: MATERIALS, SYSTEMS AND APPLICATIONS

Fatigue Testing of Hydrogen-Exposed Austenitic Stainless Steel in 175
an Undergraduate Materials Laboratory
Patrick Ferro, John Wallace, Adam Nekimken, Travis Dreyfoos, Tyler Spilker, and Elliot Marshall

LiMnxFe-,_x P04 Glass and Glass-Ceramics for Lithium Ion Battery 187
Tsuyoshi Honma and Takayuki Komatsu

The Absorption of Hydrogen on Low Pressure Hydride Materials 197
Gregg A. Morgan, Jr. and Paul S. Korinko

Polymethylated Phenanthrenes as a Liquid Media for Hydrogen 209
Storage
Mikhail Redko

Author Index 221

Product Details

ISBN:
9781118273425
Subtitle:
Ceramic Transactions
Author:
Ohji, Tatsuki
Author:
Hoffman, Elizabeth
Author:
Devanathan, Ram
Author:
Seabaugh, Matthew
Author:
Yang, Gary
Author:
Singh, Mrityunjay
Publisher:
Wiley-American Ceramic Society
Subject:
Material Science
Subject:
Ceramics
Subject:
materials science, materials science for environmental technologies, materials science for energy technologies, green technologies in materials manufacturing, nuclear waste disposal, energy conversion, fuel cells, energy storage, Materials Science & Techn
Subject:
materials science, materials science for environmental technologies, materials science for energy technologies, green technologies in materials manufacturing, nuclear waste disposal, energy conversion, fuel cells, energy storage, Materials Science & Techn
Subject:
materials science, materials science for environmental technologies, materials science for energy technologies, green technologies in materials manufacturing, nuclear waste disposal, energy conversion, fuel cells, energy storage, Materials Science & Techn
Subject:
Materials Science-General
Subject:
materials science, materials science for environmental technologies, materials science for energy technologies, green technologies in materials manufacturing, nuclear waste disposal, energy conversion, fuel cells, energy storage, Materials Science & Techn
Subject:
materials science, materials science for environmental technologies, materials science for energy technologies, green technologies in materials manufacturing, nuclear waste disposal, energy conversion, fuel cells, energy storage, Materials Science & Techn
Subject:
materials science, materials science for environmental technologies, materials science for energy technologies, green technologies in materials manufacturing, nuclear waste disposal, energy conversion, fuel cells, energy storage, Materials Science & Techn
Subject:
materials science, materials science for environmental technologies, materials science for energy technologies, green technologies in materials manufacturing, nuclear waste disposal, energy conversion, fuel cells, energy storage, Materials Science & Techn
Subject:
materials science, materials science for environmental technologies, materials science for energy technologies, green technologies in materials manufacturing, nuclear waste disposal, energy conversion, fuel cells, energy storage, Materials Science & Techn
Subject:
materials science, materials science for environmental technologies, materials science for energy technologies, green technologies in materials manufacturing, nuclear waste disposal, energy conversion, fuel cells, energy storage, Materials Science & Techn
Subject:
materials science, materials science for environmental technologies, materials science for energy technologies, green technologies in materials manufacturing, nuclear waste disposal, energy conversion, fuel cells, energy storage, Materials Science & Techn
Subject:
materials science, materials science for environmental technologies, materials science for energy technologies, green technologies in materials manufacturing, nuclear waste disposal, energy conversion, fuel cells, energy storage, Materials Science & Techn
Subject:
materials science, materials science for environmental technologies, materials science for energy technologies, green technologies in materials manufacturing, nuclear waste disposal, energy conversion, fuel cells, energy storage, Materials Science & Techn
Subject:
materials science, materials science for environmental technologies, materials science for energy technologies, green technologies in materials manufacturing, nuclear waste disposal, energy conversion, fuel cells, energy storage, Materials Science & Techn
Subject:
materials science, materials science for environmental technologies, materials science for energy technologies, green technologies in materials manufacturing, nuclear waste disposal, energy conversion, fuel cells, energy storage, Materials Science & Techn
Subject:
materials science, materials science for environmental technologies, materials science for energy technologies, green technologies in materials manufacturing, nuclear waste disposal, energy conversion, fuel cells, energy storage, Materials Science & Techn
Subject:
materials science, materials science for environmental technologies, materials science for energy technologies, green technologies in materials manufacturing, nuclear waste disposal, energy conversion, fuel cells, energy storage, Materials Science & Techn
Subject:
materials science, materials science for environmental technologies, materials science for energy technologies, green technologies in materials manufacturing, nuclear waste disposal, energy conversion, fuel cells, energy storage, Materials Science & Techn
Subject:
materials science, materials science for environmental technologies, materials science for energy technologies, green technologies in materials manufacturing, nuclear waste disposal, energy conversion, fuel cells, energy storage, Materials Science & Techn
Subject:
materials science, materials science for environmental technologies, materials science for energy technologies, green technologies in materials manufacturing, nuclear waste disposal, energy conversion, fuel cells, energy storage, Materials Science & Techn
Subject:
materials science, materials science for environmental technologies, materials science for energy technologies, green technologies in materials manufacturing, nuclear waste disposal, energy conversion, fuel cells, energy storage, Materials Science & Techn
Subject:
materials science, materials science for environmental technologies, materials science for energy technologies, green technologies in materials manufacturing, nuclear waste disposal, energy conversion, fuel cells, energy storage, Materials Science & Techn
Subject:
materials science, materials science for environmental technologies, materials science for energy technologies, green technologies in materials manufacturing, nuclear waste disposal, energy conversion, fuel cells, energy storage, Materials Science & Techn
Subject:
materials science, materials science for environmental technologies, materials science for energy technologies, green technologies in materials manufacturing, nuclear waste disposal, energy conversion, fuel cells, energy storage, Materials Science & Techn
Subject:
materials science, materials science for environmental technologies, materials science for energy technologies, green technologies in materials manufacturing, nuclear waste disposal, energy conversion, fuel cells, energy storage, Materials Science & Techn
Subject:
materials science, materials science for environmental technologies, materials science for energy technologies, green technologies in materials manufacturing, nuclear waste disposal, energy conversion, fuel cells, energy storage, Materials Science & Techn
Subject:
materials science, materials science for environmental technologies, materials science for energy technologies, green technologies in materials manufacturing, nuclear waste disposal, energy conversion, fuel cells, energy storage, Materials Science & Techn
Subject:
materials science, materials science for environmental technologies, materials science for energy technologies, green technologies in materials manufacturing, nuclear waste disposal, energy conversion, fuel cells, energy storage, Materials Science & Techn
Subject:
materials science, materials science for environmental technologies, materials science for energy technologies, green technologies in materials manufacturing, nuclear waste disposal, energy conversion, fuel cells, energy storage, Materials Science & Techn
Subject:
materials science, materials science for environmental technologies, materials science for energy technologies, green technologies in materials manufacturing, nuclear waste disposal, energy conversion, fuel cells, energy storage, Materials Science & Techn
Subject:
materials science, materials science for environmental technologies, materials science for energy technologies, green technologies in materials manufacturing, nuclear waste disposal, energy conversion, fuel cells, energy storage, Materials Science & Techn
Subject:
materials science, materials science for environmental technologies, materials science for energy technologies, green technologies in materials manufacturing, nuclear waste disposal, energy conversion, fuel cells, energy storage, Materials Science & Techn
Subject:
materials science, materials science for environmental technologies, materials science for energy technologies, green technologies in materials manufacturing, nuclear waste disposal, energy conversion, fuel cells, energy storage, Materials Science & Techn
Subject:
materials science, materials science for environmental technologies, materials science for energy technologies, green technologies in materials manufacturing, nuclear waste disposal, energy conversion, fuel cells, energy storage, Materials Science & Techn
Subject:
materials science, materials science for environmental technologies, materials science for energy technologies, green technologies in materials manufacturing, nuclear waste disposal, energy conversion, fuel cells, energy storage, Materials Science & Techn
Subject:
materials science, materials science for environmental technologies, materials science for energy technologies, green technologies in materials manufacturing, nuclear waste disposal, energy conversion, fuel cells, energy storage, Materials Science & Techn
Subject:
materials science, materials science for environmental technologies, materials science for energy technologies, green technologies in materials manufacturing, nuclear waste disposal, energy conversion, fuel cells, energy storage, Materials Science & Techn
Subject:
materials science, materials science for environmental technologies, materials science for energy technologies, green technologies in materials manufacturing, nuclear waste disposal, energy conversion, fuel cells, energy storage, Materials Science & Techn
Subject:
materials science, materials science for environmental technologies, materials science for energy technologies, green technologies in materials manufacturing, nuclear waste disposal, energy conversion, fuel cells, energy storage, Materials Science & Techn
Subject:
materials science, materials science for environmental technologies, materials science for energy technologies, green technologies in materials manufacturing, nuclear waste disposal, energy conversion, fuel cells, energy storage, Materials Science & Techn
Subject:
materials science, materials science for environmental technologies, materials science for energy technologies, green technologies in materials manufacturing, nuclear waste disposal, energy conversion, fuel cells, energy storage, Materials Science & Techn
Subject:
materials science, materials science for environmental technologies, materials science for energy technologies, green technologies in materials manufacturing, nuclear waste disposal, energy conversion, fuel cells, energy storage, Materials Science & Techn
Subject:
materials science, materials science for environmental technologies, materials science for energy technologies, green technologies in materials manufacturing, nuclear waste disposal, energy conversion, fuel cells, energy storage, Materials Science & Techn
Subject:
materials science, materials science for environmental technologies, materials science for energy technologies, green technologies in materials manufacturing, nuclear waste disposal, energy conversion, fuel cells, energy storage, Materials Science & Techn
Subject:
materials science, materials science for environmental technologies, materials science for energy technologies, green technologies in materials manufacturing, nuclear waste disposal, energy conversion, fuel cells, energy storage, Materials Science & Techn
Subject:
materials science, materials science for environmental technologies, materials science for energy technologies, green technologies in materials manufacturing, nuclear waste disposal, energy conversion, fuel cells, energy storage, Materials Science & Techn
Subject:
materials science, materials science for environmental technologies, materials science for energy technologies, green technologies in materials manufacturing, nuclear waste disposal, energy conversion, fuel cells, energy storage, Materials Science & Techn
Subject:
materials science, materials science for environmental technologies, materials science for energy technologies, green technologies in materials manufacturing, nuclear waste disposal, energy conversion, fuel cells, energy storage, Materials Science & Techn
Subject:
materials science, materials science for environmental technologies, materials science for energy technologies, green technologies in materials manufacturing, nuclear waste disposal, energy conversion, fuel cells, energy storage, Materials Science & Techn
Subject:
materials science, materials science for environmental technologies, materials science for energy technologies, green technologies in materials manufacturing, nuclear waste disposal, energy conversion, fuel cells, energy storage, Materials Science & Techn
Subject:
materials science, materials science for environmental technologies, materials science for energy technologies, green technologies in materials manufacturing, nuclear waste disposal, energy conversion, fuel cells, energy storage, Materials Science & Techn
Subject:
materials science, materials science for environmental technologies, materials science for energy technologies, green technologies in materials manufacturing, nuclear waste disposal, energy conversion, fuel cells, energy storage, Materials Science & Techn
Subject:
materials science, materials science for environmental technologies, materials science for energy technologies, green technologies in materials manufacturing, nuclear waste disposal, energy conversion, fuel cells, energy storage, Materials Science & Techn
Subject:
materials science, materials science for environmental technologies, materials science for energy technologies, green technologies in materials manufacturing, nuclear waste disposal, energy conversion, fuel cells, energy storage, Materials Science & Techn
Subject:
materials science, materials science for environmental technologies, materials science for energy technologies, green technologies in materials manufacturing, nuclear waste disposal, energy conversion, fuel cells, energy storage, Materials Science & Techn
Subject:
materials science, materials science for environmental technologies, materials science for energy technologies, green technologies in materials manufacturing, nuclear waste disposal, energy conversion, fuel cells, energy storage, Materials Science & Techn
Subject:
materials science, materials science for environmental technologies, materials science for energy technologies, green technologies in materials manufacturing, nuclear waste disposal, energy conversion, fuel cells, energy storage, Materials Science & Techn
Subject:
materials science, materials science for environmental technologies, materials science for energy technologies, green technologies in materials manufacturing, nuclear waste disposal, energy conversion, fuel cells, energy storage, Materials Science & Techn
Subject:
materials science, materials science for environmental technologies, materials science for energy technologies, green technologies in materials manufacturing, nuclear waste disposal, energy conversion, fuel cells, energy storage, Materials Science & Techn
Subject:
materials science, materials science for environmental technologies, materials science for energy technologies, green technologies in materials manufacturing, nuclear waste disposal, energy conversion, fuel cells, energy storage, Materials Science & Techn
Subject:
materials science, materials science for environmental technologies, materials science for energy technologies, green technologies in materials manufacturing, nuclear waste disposal, energy conversion, fuel cells, energy storage, Materials Science & Techn
Subject:
materials science, materials science for environmental technologies, materials science for energy technologies, green technologies in materials manufacturing, nuclear waste disposal, energy conversion, fuel cells, energy storage, Materials Science & Techn
Subject:
materials science, materials science for environmental technologies, materials science for energy technologies, green technologies in materials manufacturing, nuclear waste disposal, energy conversion, fuel cells, energy storage, Materials Science & Techn
Subject:
materials science, materials science for environmental technologies, materials science for energy technologies, green technologies in materials manufacturing, nuclear waste disposal, energy conversion, fuel cells, energy storage, Materials Science & Techn
Subject:
materials science, materials science for environmental technologies, materials science for energy technologies, green technologies in materials manufacturing, nuclear waste disposal, energy conversion, fuel cells, energy storage, Materials Science & Techn
Subject:
materials science, materials science for environmental technologies, materials science for energy technologies, green technologies in materials manufacturing, nuclear waste disposal, energy conversion, fuel cells, energy storage, Materials Science & Techn
Subject:
materials science, materials science for environmental technologies, materials science for energy technologies, green technologies in materials manufacturing, nuclear waste disposal, energy conversion, fuel cells, energy storage, Materials Science & Techn
Subject:
materials science, materials science for environmental technologies, materials science for energy technologies, green technologies in materials manufacturing, nuclear waste disposal, energy conversion, fuel cells, energy storage, Materials Science & Techn
Subject:
materials science, materials science for environmental technologies, materials science for energy technologies, green technologies in materials manufacturing, nuclear waste disposal, energy conversion, fuel cells, energy storage, Materials Science & Techn
Subject:
materials science, materials science for environmental technologies, materials science for energy technologies, green technologies in materials manufacturing, nuclear waste disposal, energy conversion, fuel cells, energy storage, Materials Science & Techn
Subject:
materials science, materials science for environmental technologies, materials science for energy technologies, green technologies in materials manufacturing, nuclear waste disposal, energy conversion, fuel cells, energy storage, Materials Science & Techn
Subject:
materials science, materials science for environmental technologies, materials science for energy technologies, green technologies in materials manufacturing, nuclear waste disposal, energy conversion, fuel cells, energy storage, Materials Science & Techn
Subject:
materials science, materials science for environmental technologies, materials science for energy technologies, green technologies in materials manufacturing, nuclear waste disposal, energy conversion, fuel cells, energy storage, Materials Science & Techn
Subject:
materials science, materials science for environmental technologies, materials science for energy technologies, green technologies in materials manufacturing, nuclear waste disposal, energy conversion, fuel cells, energy storage, Materials Science & Techn
Subject:
materials science, materials science for environmental technologies, materials science for energy technologies, green technologies in materials manufacturing, nuclear waste disposal, energy conversion, fuel cells, energy storage, Materials Science & Techn
Subject:
materials science, materials science for environmental technologies, materials science for energy technologies, green technologies in materials manufacturing, nuclear waste disposal, energy conversion, fuel cells, energy storage, Materials Science & Techn
Subject:
materials science, materials science for environmental technologies, materials science for energy technologies, green technologies in materials manufacturing, nuclear waste disposal, energy conversion, fuel cells, energy storage, Materials Science & Techn
Subject:
materials science, materials science for environmental technologies, materials science for energy technologies, green technologies in materials manufacturing, nuclear waste disposal, energy conversion, fuel cells, energy storage, Materials Science & Techn
Subject:
materials science, materials science for environmental technologies, materials science for energy technologies, green technologies in materials manufacturing, nuclear waste disposal, energy conversion, fuel cells, energy storage, Materials Science & Techn
Subject:
materials science, materials science for environmental technologies, materials science for energy technologies, green technologies in materials manufacturing, nuclear waste disposal, energy conversion, fuel cells, energy storage, Materials Science & Techn
Subject:
materials science, materials science for environmental technologies, materials science for energy technologies, green technologies in materials manufacturing, nuclear waste disposal, energy conversion, fuel cells, energy storage, Materials Science & Techn
Subject:
materials science, materials science for environmental technologies, materials science for energy technologies, green technologies in materials manufacturing, nuclear waste disposal, energy conversion, fuel cells, energy storage, Materials Science & Techn
Subject:
materials science, materials science for environmental technologies, materials science for energy technologies, green technologies in materials manufacturing, nuclear waste disposal, energy conversion, fuel cells, energy storage, Materials Science & Techn
Subject:
materials science, materials science for environmental technologies, materials science for energy technologies, green technologies in materials manufacturing, nuclear waste disposal, energy conversion, fuel cells, energy storage, Materials Science & Techn
Subject:
materials science, materials science for environmental technologies, materials science for energy technologies, green technologies in materials manufacturing, nuclear waste disposal, energy conversion, fuel cells, energy storage, Materials Science & Techn
Subject:
materials science, materials science for environmental technologies, materials science for energy technologies, green technologies in materials manufacturing, nuclear waste disposal, energy conversion, fuel cells, energy storage, Materials Science & Techn
Subject:
materials science, materials science for environmental technologies, materials science for energy technologies, green technologies in materials manufacturing, nuclear waste disposal, energy conversion, fuel cells, energy storage, Materials Science & Techn
Subject:
materials science, materials science for environmental technologies, materials science for energy technologies, green technologies in materials manufacturing, nuclear waste disposal, energy conversion, fuel cells, energy storage, Materials Science & Techn
Subject:
materials science, materials science for environmental technologies, materials science for energy technologies, green technologies in materials manufacturing, nuclear waste disposal, energy conversion, fuel cells, energy storage, Materials Science & Techn
Subject:
materials science, materials science for environmental technologies, materials science for energy technologies, green technologies in materials manufacturing, nuclear waste disposal, energy conversion, fuel cells, energy storage, Materials Science & Techn
Subject:
materials science, materials science for environmental technologies, materials science for energy technologies, green technologies in materials manufacturing, nuclear waste disposal, energy conversion, fuel cells, energy storage, Materials Science & Techn
Subject:
materials science, materials science for environmental technologies, materials science for energy technologies, green technologies in materials manufacturing, nuclear waste disposal, energy conversion, fuel cells, energy storage, Materials Science & Techn
Subject:
materials science, materials science for environmental technologies, materials science for energy technologies, green technologies in materials manufacturing, nuclear waste disposal, energy conversion, fuel cells, energy storage, Materials Science & Techn
Copyright:
Edition Description:
WOL online Book (not BRO)
Series:
Ceramic Transactions Series
Series Volume:
239
Publication Date:
20120821
Binding:
Online electronic file accessible through online networks
Language:
English
Pages:
232
Dimensions:
233.5 x 163.5 x 17.8 mm 16.384 oz

Related Subjects


Science and Mathematics » Materials Science » General

Ceramic Transactions #134: Advances in Materials Science for Environmental and Energy Technologies: Ceramic Transactions New Hardcover
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Product details 232 pages John Wiley & Sons - English 9781118273425 Reviews:
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