Calorimetric, optical and electron microscopy studies of Co₃B₇O₁₃Cl ferroic boracite

A. G. Castellanos-Guzman Laboratorio de Investigatión en Materiales. DIP-CUCEI. Universidad Apdo, Postal 2-638, CP44281, Guadalajara Jal, MEXICO

M. Czank Institut für Geowissen-schaften. Universität Kiel, Olshausenstrasse 40, D24098, Kiel, Germany

Arun Kumar Laser Materials Division. Centre for Advanced Technology, 452013, Indore, India

Gurvinderjit Singh Laser Materials Division. Centre for Advanced Technology, 452013, Indore, India

V. S. Tiwari Laser Materials Division. Centre for Advanced Technology, 452013, Indore, India

V. K. Wadhawan Laser Materials Division. Centre for Advanced Technology, 452013, Indore, India

Abstract

Results of our investigations of the fully ferroelectric-fully ferroelastic domain structure in Co₃B₇O₁₃Cl single crystals by means of polarized-light and electron microscopy are reported. The isobaric heat capacity as well as the dielectric permittivity of this boracite have also been measured in the temperature range from 300 K up to 650 K.

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Calorimetric, optical and electron microscopy studies of Co₃B₇O₁₃Cl ferroic boracite

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Calorimetric, optical and electron microscopy studies of Co₃B₇O₁₃Cl ferroic boracite