Titlebook: Influence of Internal Degrees of Freedom on Electric and Related Molecular Properties; Alexander S. Sharipov,Boris I. Loukhovitski,Ekater

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Alexander S. Sharipov,Boris I. Loukhovitski,Ekaterina E. Loukhovitskayaic, which covers the varying types of existing variable-geometry suspension solutions, introduces the study. The book discusses three important aspects of the subject:.? robust control design;.? nonlinear system analysis; and.? integration of learning and control methods..The importance of variable-

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Alexander S. Sharipov,Boris I. Loukhovitski,Ekaterina E. Loukhovitskayaransport, alternative fuels and the electrification of the vehicle safety applications in co-operative systems; see EUCAR (.). Self-driven vehicles, smart urban solutions and electric driveline systems have increased influence on the actual direction of automotive and transportation-oriented researc

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Alexander S. Sharipov,Boris I. Loukhovitski,Ekaterina E. Loukhovitskayathods and mathematical formulation of suspension models.Incl.This book provides a thorough and fresh treatment of the control of innovative variable-geometry vehicle suspension systems. A deep survey on the topic, which covers the varying types of existing variable-geometry suspension solutions, int

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Introduction,es in different areas of molecular physics and in related technical applications (viz., linear and nonlinear optical phenomena, theory of infrared and Raman molecular spectra, dielectric properties of gases, intermolecular and electron-molecule interactions, transport properties, kinetic stability a

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Energy Levels and State-Specific Electric Properties,n wave functions. The PEFs/PESs, DMFs/DMSs, and DPFs/DPSs described in the previous Chapter for a number of important molecules will be used for this purpose. Features of such calculations for both diatomic and polyatomic species and an overview of the results obtained are discussed in the present C

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Polarizability of Electronically Excited States,han their ground-state counterparts?[.,.,.] despite the fact that these properties are of growing interest in different fields, e.g., in design of substances and materials with large nonlinear optical properties?[., .] (particularly, they also play a key role in understanding the solvent effects on

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,The Effect of Nonequilibrium in Internal Degrees of Freedom of Molecules on?Their Physical Propertieir basic electric properties (dipole moment and polarizability). This can cause the variation of some essential physical properties of molecular gases, such as refractive index, intermolecular potentials, transport coefficients, and even rate constants of chemical reactions. These effects are relev

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https://doi.org/10.1007/978-3-030-84632-9polarizability; dipole moment; polyatomic molecules; clusters; internal degrees of freedom