Titlebook: Self-Organization of Molecular Systems; From Molecules and C Nino Russo,Victor Ya. Antonchenko,Eugene S. Kryach Conference proceedings 2009

Consonant

书目名称Self-Organization of Molecular Systems影响因子(影响力)




书目名称Self-Organization of Molecular Systems影响因子(影响力)学科排名




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书目名称Self-Organization of Molecular Systems网络公开度学科排名




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书目名称Self-Organization of Molecular Systems被引频次学科排名




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书目名称Self-Organization of Molecular Systems读者反馈学科排名

苦恼

恶臭

Directed Transport of the Davydov Solitons by Unbiased a.c. Forces,ld and dissipative effects in the chain. The dependence of the amplitude of soliton oscillations and the velocity of the drift are shown to depend on the intensity of the field, its frequency and the coefficient of the energy dissipation.

有毛就脱毛

Anharmonicity and Soliton-Mediated Transport: Thermal Solitons, Solectrons and Electric Transport ited by the solitonic excitations are estimated as well as the classical and quantum—mechanical occupations. Further we consider the formation of solectrons, i.e. dynamic electron—soliton bound states. Finally, we add Coulomb repulsion and study its influence on solectrons. A discussion is also given about soliton-mediated electron pairing.

inferno

客观

gorgeous

,Davydov’s Solitons in DNA,pation leads to a finite soliton path length..An equilibrium velocity of soliton in an external electric field is calculated. It is shown that there is a maximum intensity of an electric field at which a steady motion of a soliton is possible. The soliton mobility is calculated for the stable or ohmic brunch.

Talkative

Fecundity

Recent Progress on Small Hydrogen Molecular Ions,ainly concerns the electronic ground state. In my talk, I presented some recent results on the excited electronic singlet and triplet states before turning to the next higher member of the . series, .. This ion, initially characterized in the 1970s and first observed in 1984, has since been largely

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FDTD Studies of Metallic Nanoparticle Systems,ulated using classical electrodynamics methods with bulk metal dielectric constants, as these methods provide a nearly quantitative description of nanoparticle optical response that can be used for particles with dimensions of a few nanometers to many hundreds of nanometers. The nanowire calculation