Keywords:
Chemisorption.
;
Paramagnetism.
;
Electronic books.
Type of Medium:
Online Resource
Pages:
1 online resource (185 pages)
Edition:
1st ed.
ISBN:
9780323160568
URL:
https://ebookcentral.proquest.com/lib/geomar/detail.action?docID=1174069
Language:
English
Note:
Front Cover -- Chemisorption and Magnetization -- Copyright Page -- Table of Contents -- Preface -- Chapter I. Introduction -- 1. Solid-Vapor Interfaces -- 2. Chemisorption -- 3. Definitions in Magnetism -- 4. Paramagnetism -- 5. Ferromagnetism -- 6. Antiferromagnetism and Ferrimagnetism -- References -- Chapter II. Superparamagnetism -- 1. Very Small Particles -- 2. Anisotropy and Relaxation -- 3. Experimental Evidence for Superparamagnetism -- 4. Particle Size and Saturation Moment -- 5. Particle Size and Internal Field -- References -- Chapter III. Magnetization Measurements at High M/M0 -- 1. The Experimental Problem -- 2. The Weiss Extraction Method -- 3. Correction for Demagnetizing Field -- 4. Correction for the Magnetic Image Effect -- 5. Calibration -- 6. The Faraday Method -- 7. General Procedure -- References -- Chapter IV. Magnetic Particle Size Determination -- 1. Granulometry -- 2. The Langevin Low-Field (LLF) and High-Field (LHF) Methods -- 3. The Néel Remanence (NR) Method -- 4. Comparisons of Methods -- References -- Chapter V. Magnetic Saturation Results for H2/Ni, H2/Ni-Cu, H2/Co, and H2/Fe -- 1. The Fractional Change of M 0 -- 2. Hydrogen on Nickel -- 3. Hydrogen on Nickel-Copper Alloy -- 4. Hydrogen on Cobalt -- 5. Hydrogen on Iron -- References -- Chapter VI. Magnetization Measurements at Low M/M0 -- 1. The Permeameter -- 2. General Considerations -- 3. Theory of Low M/M0 Measurements -- References -- Chapter VII. Low-Field Results for H2/Ni, H2/Co, and H2/Fe -- 1. Magnetization-Volume Isotherms for H2/Ni -- 2. Temperature of Adsorption and Temperature of Measurement -- 3. Elevated Pressure and Preadsorbed Molecules -- 4. The "Slow" Sorption of H 2 on Ni -- 5. The Systems H 2/Co and H2/Fe -- 6. Thermal Transients -- 7. Evaluation of the Low M/M0 Method -- References -- Chapter VIII. Hydrogen Bonding on Ni, Ni-Cu, Co, and Fe.
,
1. Conclusions from Magnetic Data -- 2. Related Experimental Data -- 3. Theoretical Studies -- 4. Summary of Conclusions -- References -- Chapter IX. Determination of Bond Number, O 2 , CO, CO2 , H2S, (CH3)2S, and N2 -- 1. Bond Number -- 2. Oxygen -- 3. Carbon Monoxide -- 4. Carbon Dioxide -- 5. Hydrogen Sulfide and Dimethyl Sulfide -- 6. Nitrogen -- References -- Chapter X. Ethane, Ethylene, and Acetylene -- 1. Ethane -- 2. The Chemisorption of Ethylene -- 3. Remarks on the Hydrogénation of Ethylene -- 4. Acetylene -- References -- Chapter XI. Benzene and Related Compounds -- 1. Cyclohexane -- 2. Cyclohexene -- 3. The Chemisorption of Benzene -- 4. The Interaction of Benzene and Hydrogen -- References -- Chapter XII. Other Systems -- 1. Palladium and Platinum -- 2. Oxides -- 3. Raney Nickel -- 4. Reflections -- References -- Appendix -- Symbols Used More Than Once -- Definitions and Units in Magnetism -- Author Index -- Subject Index.
Permalink