Titlebook: Laser Optics of Condensed Matter; Joseph L. Birman,Herman Z. Cummins,A. A. Kaplyansk Book 1988 Plenum Press, New York 1988 condensed matte

Catheter

D. N. Mirlin,B. P. Zakharchenyaity matrix renormalization group (DMRG) method (White ., .; Peschel et al. .; Noack and Manmana .; Hallberg .; Schollw?ck .) to study transport properties (Schmitteckert .; Schmitteckert and Schneider .; Schmitteckert .; Ulbricht and Schmitteckert .; Bransch?del .) of quantum devices attached to met

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Antecedent

裂隙

Robin M. Hochstrasserity matrix renormalization group (DMRG) method (White ., .; Peschel et al. .; Noack and Manmana .; Hallberg .; Schollw?ck .) to study transport properties (Schmitteckert .; Schmitteckert and Schneider .; Schmitteckert .; Ulbricht and Schmitteckert .; Bransch?del .) of quantum devices attached to met

MOT

V. V. Hizhnyakovity matrix renormalization group method to study transport properties of quantum devices attached to metallic leads..To this end we have developed two complementary approaches to obtain conductance of a structure coupled to left and right leads. First we use the Kubo approach to obtain linear conduc

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prediabetes

D. S. Chemlae solutions), and of systems containing large molecules such as hydrogels. These tasks become particularly demanding when explicit solvent models are used. Therefore, massively parallel supercomputers are needed for both tasks..For the development and optimization of molecular force fields and model

Peculate

M. D. Sturgesimals is not well constrained. In this regime of pre-planetesimals, collisional growth is endangered by disruptive collisions or mutual rebound and compaction. Both obstacles are addressed in our work. Since laboratory studies of pre-planetesimal collisions are infeasible beyond centimetre-size, we

神秘

拱墻