Sep 11, 2015 - Samuel J. Danforth , D. Ruchira Liyanage , Asha Hitihami-Mudiyanselage , Boris Ilic , Stephanie L. Brock , Mark E. Bussell. Surface Sci...
Sep 11, 2015 - Mater. , 2015, 27 (19), pp 6592â6600 ... Lattice parameters do not follow Vegard's law, consistent with Mössbauer data showing preferential site occupation by Fe of the tetrahedral over the ... Control of Composition and Size in Dis
Sep 11, 2015 - (1-18) The production of these phases on the nanoscale is expected to benefit many applications including catalysis (increase in active sites due to ... Alternatively, the synthesis of supported FexNi2âxP nanoparticles has been repor
Contribution from the Department of Chemistry, Texas Christian UniVersity, Fort Worth, ... and Materials Science Department, UniVersity of North Texas, Denton, ...
The preparation of discrete erbium-doped silicon nanoparticles prepared by the .... Figure 3 Log-normal structure size distributions for samples from the 1.5, 3.0, ...
NOVEL DIELECTRIC NANOPARTICLES (DNP) DOPED NANO-ENGINEERED GLASS BASED OPTICAL FIBER FOR FIBER LASER. M Paul , A Kir'yanov , S ...
Contribution from the Department of Chemistry, Texas Christian UniVersity, Fort Worth, ... and Materials Science Department, UniVersity of North Texas, Denton, ...
Departments of Chemistry. University of Southern California. Los Angeles, California 90089-0744. University of Auckland, Private Bag. Auckland, New Zealand.
Mar 12, 2014 - Citation data is made available by participants in Crossref's Cited-by Linking service. For a more .... Emily E. Langdon-Jones , Simon J. A. Pope.
Nov 1, 1993 - Christopher A. Reed and Robert D. Bolskar. Chemical ... William H. Green, Jr. , Sergiu M. Gorun , George Fitzgerald , Patrick W. Fowler , Arnout ...
Physical methods typically involve a high-energy technique such as microwave plasma,(2) laser ablation,(3) arc discharge,(4, 5) or pulsed-laser vaporization.
Subscriber access provided by CMU Libraries - http://library.cmich.edu
Article
Synthesis and Characterization of Discrete FexNi2-xP Nanocrystals (0