Emeritus Professor Mike Glazer: Publications

Cation displacements and octahedral tilts in NaNbO3 Part I—Determination from x-ray difference reflections

Ferroelectrics Taylor & Francis 6:1 (1973) 219-224

Authors:

AM Glazer, Koichi Ishida

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Cation displacements and octahedral tilts in NaNbO3 Part II—Relationship between birefringence and structure

Ferroelectrics Taylor & Francis 6:1 (1973) 293-298

Authors:

Koichi Ishida, AM Glazer

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A high-temperature apparatus for accurate single-crystal and powder X-ray studies

Measurement Science and Technology IOP Publishing 5:12 (1972) 1178

Authors:

N Bett, AM Glazer

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The structures of sodium niobate between 480° and 575°C, and their relevance to soft-phonon modes

The London Edinburgh and Dublin Philosophical Magazine and Journal of Science Taylor & Francis 26:4 (1972) 995-1014

Authors:

M Ahtee, AM Glazer, HD Megaw

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The structure of sodium niobate (T2) at 600°C, and the cubic-tetragonal transition in relation to soft-phonon modes

The London Edinburgh and Dublin Philosophical Magazine and Journal of Science Taylor & Francis 25:5 (1972) 1119-1135

Authors:

AM Glazer, Helen D Megaw

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Emeritus Professor Mike Glazer

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Cation displacements and octahedral tilts in NaNbO3 Part I—Determination from x-ray difference reflections

Authors:

Cation displacements and octahedral tilts in NaNbO3 Part II—Relationship between birefringence and structure

Authors:

A high-temperature apparatus for accurate single-crystal and powder X-ray studies

Authors:

The structures of sodium niobate between 480° and 575°C, and their relevance to soft-phonon modes

Authors:

The structure of sodium niobate (T2) at 600°C, and the cubic-tetragonal transition in relation to soft-phonon modes

Authors:

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Emeritus Professor Mike Glazer

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Cation displacements and octahedral tilts in NaNbO3 Part I—Determination from x-ray difference reflections

Authors:

Cation displacements and octahedral tilts in NaNbO3 Part II—Relationship between birefringence and structure

Authors:

A high-temperature apparatus for accurate single-crystal and powder X-ray studies

Authors:

The structures of sodium niobate between 480° and 575°C, and their relevance to soft-phonon modes

Authors:

The structure of sodium niobate (T2) at 600°C, and the cubic-tetragonal transition in relation to soft-phonon modes

Authors: