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Semenov

Semenov A N 1996 Theory of long-range interaotions in polymer systems J. Physique II 6 1759... [Pg.2385]

Semenov A N 1994 Soattering of statistioal struoture of polymer-polymer interfaoes Macromolecules 27 2732... [Pg.2385]

Semenov A N 1985 Contribution to the theory of miorophase layering in blook-oopolymer melts Sov. Phys.-JETP 6 733... [Pg.2385]

Starikov, E.B., Bolbukh, T.V., Semenov M.A. The study of nucleic acid hydration isotherms. Preprint IRE-359, Kharkov (1987) 19 (in Russian)... [Pg.126]

N. Semenov, Chemical Kinetics and Chain Reactions, Oxford University Press, London, 1935, p. 68. [Pg.345]

E. I. Semenov, Inst. Mineral. Geokhim. Krystallokhim. Redk lementov, I dat. "Nauka" (1969). [Pg.203]

N. N. Semenov, Some Problems in Chemical Kinetics and Peactivity, trans. by M. Boudart, Princeton University Press, N.J., 1959. [Pg.447]

Another empirical equation due to Semenov relates the activation energy to the formation energy of the product molecule reaction A/f gg. For two gram-molecules of HI this is 600 kJ, and substituting in the equation... [Pg.50]

On the other hand, it is clear that in the classical regime, T> (T i is the crossover temperature for stepwise transfer), the transition should be step-wise and occur through one of the saddle points. Therefore, there should exist another characteristic temperature. r 2> above which there exist two other two-dimensional tunneling paths with smaller action than that of the one-dimensional instanton. It is these trajectories that collapse to the saddle points atlT = T i. The existence of the second crossover temperature, 7, 2, for two-proton transfer has been noted by Dakhnovskii and Semenov [1989]. [Pg.108]

The mechanism of ion polymerization in formaldehyde crystals proposed by Basilevskii et al. [1982] rests on Semenov s [1960] assumption that solid-phase chain reactions are possible when the arrangement of the reactants in the crystal prepares the configuration of the future chain. The monomer crystals capable of low-temperature polymerization fulfill this condition. In the initial equilibrium state the monomer molecules are located in the lattice sites and the creation of a chemical bond requires surmounting a high barrier. However, upon creation of the primary dimer cation, the active center shifts to the intersite, and the barrier for the addition of the next link... [Pg.129]

A. N. Semenov, J. F. Joanny. Kinetics of adsorption of linear homopolymers onto flat surfaces Rouse dynamics. J Physique II 5 859, 1995. [Pg.625]

C. N. Hinshelwood (Oxford) and N. N. Semenov (Moscow) the mechanism of chemical reactions. [Pg.1298]

N. N. Semenov, On Some Problems of Chemical Kinetics and Reactivity, USSR Ac. Sci. Publishers (1959). [Pg.91]

Semenov, N. N., Nekot. Probl. Kemilcheskoi Kinel. Reakt. Sposobnosti, 1958 p. 41 (1958). [Pg.219]


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Branching chain reactions, Semenov

Derivation of the Semenov equation

Flame Zeldovich, Frank-Kamenetskii-Semenov

Forced Convection, Semenov Model

Polanyi-Semenov rule

Polyani-Semenov rule

Reduced form of the Semenov

Reduced form of the Semenov equation

Selectivity Semenov

Semenov Diagrams, Flashover and Instabilities

Semenov approach of thermal ignition

Semenov criterion

Semenov diagram

Semenov mechanism

Semenov model

Semenov number

Semenov problem

Semenov theory

Semenov, Nikolai

Semenov, Nikolai Nikolaevich

Semenov-Polanyi equation

Semenovs Treatment

Semenov—Polanyi relation

Semenov’s model

The Semenov Criterion

The Semenov Theory

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