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Journals

Anomalous Asymmetric Intermixing in Pt/Ti

Author(s)
P Sule, M. Menyhard, L Kotis, J Labar, William F. Egelhoff Jr.
The ion-sputtering induced intermixing is studied by Monte-Carlo TRIM, molecular dynamics (MD) simulations, and Auger electron spectroscopy depth pro_ling (AES

NEMI Tin Whisker Test Method Standards

Author(s)
I Boguslavsky, P Bush, E Kam-Lum, M Kwoka, J McCullen, K Spalding, K Vo, Maureen E. Williams
The need to better understand whisker growth has dramatically increased as component suppliers convert from tin-lead (SnPb) finishes to Pb-free finishes of Sn

Environmentally Enhanced Crack Growth in AlN

Author(s)
Roy W. Rice, C C. Wu, K R. McKinney, Stephen W. Freiman, L E. Dolhert, J H. Enloe
Three tests: (1) dynamic fatigue; (2) flexure strength, and (3) direct, double-cantilever beam stress intensity-crack velocity measurements carried out in air

Tin Whisker Test Method Development

Author(s)
Valeska Schroeder, P Bush, Nick Vo, Maureen E. Williams
In response to legislation banning Pb from electronics, any component suppliers plan to implement tin-based lead-free surfaces finishes to replace current Sn-Pb

Magnetoelectric Nanocomposite Thin Films Designed by Composition Spreads

Author(s)
Makoto Murakami, C Gao, K S. Chang, B Hu, M A. Aronova, C L. Lin, Jason Hattrick-Simpers, S E. Lofland, L Knauss, Leonid A. Bendersky, M. Wuttig, Ichiro Takeuchi
Multiferroic materials Superscript (1,2) can exhibit magnetoelectric (ME) effects Superscript (3-5), which are of great interest for novel device applications

NEXAFS Characterization of Poly(amino acids)

Author(s)
N T. Samuel, Daniel A. Fischer, David G. Castner
The near-edge x-ray absorption fine structure (NEXAFS) spectra of poly(amino acids) at the carbon, nitrogen and oxygen k-edges are investigated in this study

Tight-Binding Theory of Quantum Dot Arrays: InAs Dots

Author(s)
Javier Aizpurua, G C. Bryant, W Jaskolski
We model the electronic structure and optical properties of coupled self-assembled dots and period dot arrays by use of tight-binding theory. Coupling in dot
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