Emeritus Professor Mike Glazer: Publications

A COMPARISON OF WEISSENBERG AND DIFFRACTOMETER METHODS FOR THE MEASUREMENT OF DIFFUSE-SCATTERING FROM DISORDERED MOLECULAR-CRYSTALS

ACTA CRYSTALLOGRAPHICA SECTION A 41:JUL (1985) 394-399

Authors:

TR WELBERRY, AM GLAZER

More details from the publisher

THE STRUCTURAL CHIRALITY AND OPTICAL-ACTIVITY OF ALPHA-LIIO3

JOURNAL OF APPLIED CRYSTALLOGRAPHY 18:AUG (1985) 237-240

Authors:

K STADNICKA, AM GLAZER, JRL MOXON

More details from the publisher

AN X-RAY-POWDER DIFFRACTOMETER AT THE DARESBURY SYNCHROTRON RADIATION SOURCE

ACTA CRYSTALLOGRAPHICA SECTION A 40 (1984) C395-C395

Authors:

PD HATTON, P THOMPSON, AM GLAZER

More details from the publisher

ANOMALOUS BEHAVIOR OF PHYSICAL-PROPERTIES AT PHASE-TRANSITIONS

ACTA CRYSTALLOGRAPHICA SECTION A 40 (1984) C118-C118

More details from the publisher

AUTOMATIC SAMPLING CIRCUIT FOR FERROELECTRIC HYSTERESIS LOOPS

JOURNAL OF PHYSICS E-SCIENTIFIC INSTRUMENTS 17:2 (1984) 95-97

Authors:

AM GLAZER, P GROVES, DT SMITH

More details from the publisher

Emeritus Professor Mike Glazer

Research theme

Sub department

A COMPARISON OF WEISSENBERG AND DIFFRACTOMETER METHODS FOR THE MEASUREMENT OF DIFFUSE-SCATTERING FROM DISORDERED MOLECULAR-CRYSTALS

Authors:

THE STRUCTURAL CHIRALITY AND OPTICAL-ACTIVITY OF ALPHA-LIIO3

Authors:

AN X-RAY-POWDER DIFFRACTOMETER AT THE DARESBURY SYNCHROTRON RADIATION SOURCE

Authors:

ANOMALOUS BEHAVIOR OF PHYSICAL-PROPERTIES AT PHASE-TRANSITIONS

AUTOMATIC SAMPLING CIRCUIT FOR FERROELECTRIC HYSTERESIS LOOPS

Authors:

FIND US

CONTACT US

Emeritus Professor Mike Glazer

Research theme

Sub department

Research groups

A COMPARISON OF WEISSENBERG AND DIFFRACTOMETER METHODS FOR THE MEASUREMENT OF DIFFUSE-SCATTERING FROM DISORDERED MOLECULAR-CRYSTALS

Authors:

THE STRUCTURAL CHIRALITY AND OPTICAL-ACTIVITY OF ALPHA-LIIO3

Authors:

AN X-RAY-POWDER DIFFRACTOMETER AT THE DARESBURY SYNCHROTRON RADIATION SOURCE

Authors:

ANOMALOUS BEHAVIOR OF PHYSICAL-PROPERTIES AT PHASE-TRANSITIONS

AUTOMATIC SAMPLING CIRCUIT FOR FERROELECTRIC HYSTERESIS LOOPS

Authors: