Carnegie Mellon Materials Science and Engineering Seminar Series Materials Research at Carnegie Mellon Jason Gruber Department of Materials Science and Engineering

First Page		Document Content
$Crystallography / Science / Crystallite / Texture / Anisotropy / Grain boundary / Grain growth / Carnegie Mellon University / Engineering diffraction / Metallurgy / Chemistry / Materials science$ Date: 2007-04-14 21:35:48 Crystallography Science Crystallite Texture Anisotropy Grain boundary Grain growth Carnegie Mellon University Engineering diffraction Metallurgy Chemistry Materials science		Carnegie Mellon Materials Science and Engineering Seminar Series Materials Research at Carnegie Mellon Jason Gruber Department of Materials Science and Engineering Add to Reading List Source URL: www.materials.cmu.edu Download Document from Source Website File Size: 95,40 KB Share Document on Facebook

	Scripta Materialia–941 www.actamat-journals.com Reply to the discussion by Aaronson et al. to ‘‘Grain nucleation and growth during phase transformations’’ by S.E. Oﬀerman et al., Science, 298, 1 DocID: 1sotg - View Document
	Scripta Materialia–935 www.actamat-journals.com Discussion to ‘‘Grain nucleation and growth during phase transformations’’ by S.E. Oﬀerman et al., Science, 298, 1003 (November 1, 2002) DocID: 1qWWF - View Document
	SUPPLEMENTARY INFORMATION doi:nature14417 SUPPLEMENTARY METHODS MOCVD growth of ML MoS2 and WS2 films. As illustrated in Fig. 2a, the synthesis of ML DocID: 1qxxx - View Document
	2013 Estate Élu Napa Valley Red Wine Winemaker’s Notes: This blend of our finest red grapes is a structured wine with length and a graceful, fine grain of tannin. Vibrant and deep reds and purples introduce Élu, with DocID: 1p26F - View Document
	GEOPHYSICAL RESEARCH LETTERS, VOL. 40, 1–6, doi:2013GL058268, 2013 Spontaneous formation of nonspherical water ice grains in a plasma environment Kil-Byoung Chai1 and Paul M. Bellan1 Received 8 October 2013; r DocID: 1oxLo - View Document