<--- Back to Details
First PageDocument Content
Superhard materials / Abrasives / Deformation / Solid mechanics / Moissanite / Silicon carbide / Diamond anvil cell / Diamond / Neutron diffraction / Chemistry / Physics / Materials science
Date: 2007-11-12 11:58:12
Superhard materials
Abrasives
Deformation
Solid mechanics
Moissanite
Silicon carbide
Diamond anvil cell
Diamond
Neutron diffraction
Chemistry
Physics
Materials science

Add to Reading List

Source URL: www.minsocam.org

Download Document from Source Website

File Size: 35,07 KB

Share Document on Facebook

Similar Documents

MLFシンポジウム Local structure of crystalline to amorphous materials Dr Matt Tucker Advance Diffraction Group Leader, Spallation Neutron Source, Oak Ridge National Laboratory, Tennessee,

DocID: 1va77 - View Document

Synthesis and neutron diffraction of iron-based high-T c superconductor 154 SmFeAsO 1−x D x Soshi Iimura, Hideo Hosono:Tokyo Tech Electron-doped SmFeAsO shows the highest critical temperature (T c ) among all iron-ba

DocID: 1uTQ9 - View Document

SNS Analysis Software LDRD Support for Full Structural Characterization of Single Crystals with Time-of-Flight Neutron Single Crystal Diffraction

DocID: 1sp6Z - View Document

Chemistry / Diffraction / Crystallography / Physics / Software / Protein structure / Protein methods / Biological databases / Coot / X-ray crystallography / Powder diffraction / Neutron diffraction

PROGRAM BOOK detecting the future nolog tor tech

DocID: 1rtQw - View Document

Diffraction / Chemistry / Physics / Crystallography / Nature / Protein structure / Condensed matter physics / Materials science / Powder diffraction / X-ray crystallography / Neutron diffraction / X-ray scattering techniques

Crystallography and Diffraction SchoolOrganized by the CrisDi – Interdepartmental Centre for Crystallography University of Torino

DocID: 1roku - View Document