Solid electrolytes : General principles, characterization, materials, applications / edited by Paul Hagenmuller ...
Saved in:
Personal Name(s): | Hagenmuller, Paul, editor |
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Imprint: |
New-York, NY :
Academic Pr.,
1978
|
Physical Description: |
XVII, 549 S. |
Note: |
englisch |
ISBN: |
0123133602 9780123133601 |
Series Title: |
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Materials science and technology
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Keywords: |
theory of solid electrolytes crystal structures and fast ionic conduction diffraction studies of superionic conductors transport mechanisms and lattice defects high frequency measurements NMR techniques for studying ionic diffusion ESR measurements structure/property relationship of beta alumina interface phenomena solid electrolyte materials organic ion conductors inorganic silver ion conductors inorganic copper ion conductors beta- alumina ion conductive glasses oxygen ion conductors fluorine ion conductors A(n)BX(n) compounds mixed one- and two- dimensional conductors electronic insulators with tunnel and sheet structures skeleton structures zeolites applications of solid electrolytes high temperature fuel cells galvanic cells thermodynamic measurements with solid electrolytes potentiometric gages heating elements membranes in ion selective electrodes |
Subject (ZB): | |
Classification: | |
Shelf Classification: |
LEADER | 02500nam a2200661 n 4500 | ||
---|---|---|---|
001 | 29944 | ||
005 | 19970418000000.0 | ||
008 | r1978 eng | ||
020 | |a 0123133602 | ||
035 | |a (Sirsi) a34665 | ||
041 | |a eng | ||
084 | 0 | |a FDKH - Ion transport in solids, solid state ionics | |
084 | 0 | |a CNO - Electrolytes | |
084 | 0 | |a ETFD - Solid oxide fuel cells ( SOFC ) | |
084 | 1 | |a FDK - Diffusion und Ionentransport in Festkörpern | |
245 | 0 | 0 | |a Solid electrolytes : |b General principles, characterization, materials, applications / |c edited by Paul Hagenmuller ... |
260 | |a New-York, NY : |b Academic Pr., |c 1978 | ||
300 | |a XVII, 549 S. | ||
490 | 0 | |a Materials science and technology | |
500 | |a englisch | ||
596 | |a 1 | ||
650 | 4 | |a electrochemical cell | |
650 | 4 | |a zeolite | |
653 | |a theory of solid electrolytes | ||
653 | |a crystal structures and fast ionic conduction | ||
653 | |a diffraction studies of superionic conductors | ||
653 | |a transport mechanisms and lattice defects | ||
653 | |a high frequency measurements | ||
653 | |a NMR techniques for studying ionic diffusion | ||
653 | |a ESR measurements | ||
653 | |a structure/property relationship of beta alumina | ||
653 | |a interface phenomena | ||
653 | |a solid electrolyte materials | ||
653 | |a organic ion conductors | ||
653 | |a inorganic silver ion conductors | ||
653 | |a inorganic copper ion conductors | ||
653 | |a beta- alumina | ||
653 | |a ion conductive glasses | ||
653 | |a oxygen ion conductors | ||
653 | |a fluorine ion conductors | ||
653 | |a A(n)BX(n) compounds | ||
653 | |a mixed one- and two- dimensional conductors | ||
653 | |a electronic insulators with tunnel and sheet structures | ||
653 | |a skeleton structures | ||
653 | |a zeolites | ||
653 | |a applications of solid electrolytes | ||
653 | |a high temperature fuel cells | ||
653 | |a galvanic cells | ||
653 | |a thermodynamic measurements with solid electrolytes | ||
653 | |a potentiometric gages | ||
653 | |a heating elements | ||
653 | |a membranes in ion selective electrodes | ||
700 | 1 | |a Hagenmuller, Paul, |e Hrsg. | |
900 | |a B 047175'01' | ||
900 | |a FDK 033 | ||
908 | |a Monographie, Sammelwerk | ||
949 | |a FDK 033 |w LC |c 1 |i 1079002272 |d 4/4/2012 |e 4/4/2012 |l STACKS |m ZB |n 9 |r Y |s Y |t ZBB |u 25/3/2009 |x ZB-F |1 PRINT | ||
949 | |a B 047175'01' |w LC |c 1 |i 1078006987 |d 19/2/2019 |e 8/1/2019 |l STACKS |m ZB |n 63 |r Y |s Y |t ZBB |u 25/3/2009 |x ZB-F |1 PRINT |