Dynamics of Active Light Elements in Functional Materials: Finding of New Behaviors of Lithium, Hydrogen Isotopes and Carbon in Materials by MeV Ion Beam Analysis Techniques - Image 1

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LAP Lambert Academic Publishing Dynamics of Active Light Elements in Functional Materials: Finding of New Behaviors of Lithium, Hydrogen Isotopes and Carbon in Materials by MeV Ion Beam Analysis Techniques

Name: Dynamics of Active Light Elements in Functional Materials: Finding of New Behaviors of Lithium, Hydrogen Isotopes and Carbon in Materials by MeV Ion Beam Analysis Techniques
Brand: LAP Lambert Academic Publishing
Price: 50.0 GBP
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Physical Chemistry

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Description

This book describes usefulness of MeV ion beam material analysis techniques which provide eventually with finding of new phenomena,when they are applied to the current material topics. Here, three topics are described in relation to reaction of Li in all solid state Li ion batteries, hydrogen isotopes exchange in oxide ceramics and protection of wall material surfaces in fusion devices by carbon segregationIn Chapter 1, a concept of MeV ion beam analysis techniques is described which are utilized for the data analysis described in the following chapters.In Chapter 2, recent experimental results on solid state Li ion batteries measured by the ion beam analysis since 2013 are summarized. In Chapter 3, an anomalous replacement of hydrogen isotopes (D and H) is described that D implanted into oxide ceramics is rapidly replaced by H in air vapor, but H implanted is hardly replaced by D in heavy water vapor.In Chapter 4, protection of VC and TiC films deposited on graphite from ion sputtering by carbon segregation at their surface is introduced.

Product Specifications

Brand: LAP Lambert Academic Publishing
Format: paperback
ASIN: 6202798955
Category: Books > Subjects > Science, Nature & Maths > Chemistry > Physical Chemistry
Domain: Amazon UK
Release Date: 04 September 2020
Listed Since: 29 September 2020

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LAP Lambert Academic Publishing Dynamics of Active Light Elements in Functional Materials: Finding of New Behaviors of Lithium, Hydrogen Isotopes and Carbon in Materials by MeV Ion Beam Analysis Techniques

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