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Backgrounds for the Industrial Use of Black Tourmaline Based on Its Crystal Structure Characteristics

Backgrounds for the Industrial Use of Black Tourmaline Based on Its Crystal Structure... The industrial use of black tourmaline is based on the pyroelectricity, emission of far infrared radiation, adsorption of ions, release of negative air ions, and influence on biologic activity. The crystal structure of schorl was analyzed through a virtual three dimensional hard ball model and related to these properties. Explanations for the pyroelectricity, emission of far infrared radiation, adsorption of ions, and release of negative air ions are given based on the crystal structure characteristics. http://www.deepdyve.com/assets/images/DeepDyve-Logo-lg.png Ferroelectrics Taylor & Francis

Backgrounds for the Industrial Use of Black Tourmaline Based on Its Crystal Structure Characteristics

Ferroelectrics , Volume 377 (1): 13 – Dec 9, 2008

Backgrounds for the Industrial Use of Black Tourmaline Based on Its Crystal Structure Characteristics

Abstract

The industrial use of black tourmaline is based on the pyroelectricity, emission of far infrared radiation, adsorption of ions, release of negative air ions, and influence on biologic activity. The crystal structure of schorl was analyzed through a virtual three dimensional hard ball model and related to these properties. Explanations for the pyroelectricity, emission of far infrared radiation, adsorption of ions, and release of negative air ions are given based on the crystal structure...
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Publisher
Taylor & Francis
Copyright
Copyright Taylor & Francis Group, LLC
ISSN
1563-5112
eISSN
0015-0193
DOI
10.1080/00150190802523719
Publisher site
See Article on Publisher Site

Abstract

The industrial use of black tourmaline is based on the pyroelectricity, emission of far infrared radiation, adsorption of ions, release of negative air ions, and influence on biologic activity. The crystal structure of schorl was analyzed through a virtual three dimensional hard ball model and related to these properties. Explanations for the pyroelectricity, emission of far infrared radiation, adsorption of ions, and release of negative air ions are given based on the crystal structure characteristics.

Journal

FerroelectricsTaylor & Francis

Published: Dec 9, 2008

Keywords: Tourmaline; schorl; industrial use; crystal structure; properties

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