zirconium diborid zrb 2 attract materi due it thermal electr properti recent year zrb 2 has been investig superior replac sapphir when use substrat gallium nitrid devic like sapphir zrb 2 has anisotrop hexagon structur which defin it direct depend properti howev anisotrop behavior zrb 2 well understood paper use energydispers synchrotron xray diffract measur thermal expans polycrystallin zrb 2 powder from 300 1150 nine bragg reflect fit use pseudovoigt peak profil use comput lattic paramet use nonlinear leastsquar approxim the temperaturedepend instantan thermal expans coeffici determin each axi axi direct describ follow equat our result within rang previous report valu describ temperatur anisotropi more detail show anisotrop expans coeffici converg same valu about 780 diverg higher temperatur result compar other report valu

William A. Paxton

Tevfik E. Özdemir

İlyas Şavklıyıldız

Terence Whalen

Hülya Biçer

Enver Koray Akdoğan

Zhong Zhong

Thomas Tsakalakos

Anisotropic Thermal Expansion of Zirconium Diboride: An Energy-Dispersive X-Ray Diffraction Study

report mechan thermal properti industri zirconia toughen alumina zta composit differ composit zirconia yttria pay special attent possibl age result correl between structur properti infin perform obtain particular depend mechan properti expect custom optimum composit composit indic

C. Exare

J.-M. Kiat

N. Guiblin

V. Petricek

Mechanical Properties of ZTA: Correlation with Structural Properties and Influence of Ageing

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Journal of Ceramics

Journal of Ceramics

Table of Contents

Table of Contents: 2016

Anisotropic Thermal Expansion of Zirconium Diboride: An Energy-Dispersive X-Ray Diffraction Study

Mechanical Properties of ZTA: Correlation with Structural Properties and Influence of Ageing