Geoscience Reference
In-Depth Information
Klyucharev AN, Bezuglov NN, Mihajlov AA et al (2010) Influence of inelastic Rydberg atom:
Rydberg atom collision process on kinetic and optical properties of low-temperature laboratory
and astrophysical plasmas. J Phys Conf Ser 257:012027
Knauf F, Sinai YG (1997) Classical nonintegrability, quantum chaos. Birkhauser, Basel
Kolokolov NB, Kudryavtsev AA (1989) Hemi-ionization processes in low-temperature plasma.
In: Smirnov BM (ed) Chemistry of plasma, vol 15. Energoatomizdat, Moscow, pp 127-162
Lee SM (1977) Multichannel dissociative recombination theory. Phys Rev A16:109-122
Lombardi M, Seligman TH (1993) Universal and nonuniversal statistical properties of levels and
intensities for chaotic Rydberg molecules. Phys Rev A47(5):3571-3586
Lombardi M, Labastie P, Bordas MC et al (1988) Molecular Rydberg states: classical chaos and its
correspondence in quantum mechanics. J Chem Phys 89(6):3479-3491
Matsuzawa M (1979) State-changing collision of a high-Rydberg atom with polar molecule. Phys
Rev A20:860-866
McGeoch MW, Schlier RE, Chawla GK (1988) Associative ionization with cold Rydberg lithium
atoms. Phys Rev Lett 61:2088-2091
Merz A, Ruf M-W, Hotop H et al (1994) Ionization of hydrogen and deuterium atoms in thermal
energy collisions with metastable He * (2 3 S) atoms. J Phys B27:4973-4990
Muller MW, Merz A, Ruf MW et al (1991) Experimental and theoretical studies of the bi-excited
collision systems He * (2 3 S) C He * (2 3 S, 2 1 S) at thermal and subthermal kinetic energies. Z Phys
D At Mol Clust 21:89-112
Neynaber RH, Magnuson GD, Tang SY (1978) Chemi-ionization in collisions of metastable helium
with metastable helium. J Chem Phys 68:5112-5117
Nielsen SE, Dahler JS (1979) Endoergic chemi-ionization in N
O collisions. J Chem Phys
Ovsiyankin VV, Feofilov PP (1968) The summation of the electronic excitations in activated
crystals. In: Nonlinear optics, proceedings of the 2-union symposium on nonlinear optics.
Novosibirsk, Nauka
Picart J, Edmonds A (1979) Tables for computation of radial integrals in the Coulomb approxima-
tion. J Phys B12(17):2781-2787
Reicherts M, Roth TE, Gopalan A et al (1997) Controlled formation of weakly bound atomic
negative ions by electron transfer from state-selected Rydberg atoms. Europhys Lett 40:
Ringer G, Gentry WR (1979) A merged molecular beam study of the endoergic associative
ionization reaction N( 2 D)
e . J Chem Phys 71:1902-1909
Smirnov BM (1981) Ionization in low-energy atomic collisions. Phys Usp 24:251-275
Smirnov VM, Mihajlov AA (1971a) Nonelastic collisions involving highly excited atoms. Opt
Spektrosc 30:984-987
Smirnov VM, Mihajlov AA (1971b) Nonelastic collisions involving highly excited atoms. Opt
Spectrosc 30:525-527
Stockmann H-J (1999) Quantum chaos (an introduction). Cambridge University Press, Cambridge
Tolmachev YuA (1982) Excited ions states settling under penning ionization. In: Smirnov BM (ed)
Chemistry of plasma, vol 9. Energoatomizdat, Moscow, pp 80-100
Wang M-X, de Vries MS, Boulmer J et al (1985) Direct measurement of velocity dependence of
the associative ionization cross section in Na(3p) C Na(3p) collisions. Phys Rev A32:681-684
Wang M-X, Keller J, Boulmer J et al (1987) Spin-selected velocity dependence of the associative
ionization cross section in Na(3p) C Na(3p) collision energy range from 2.4 to 290 meV. Phys
Rev A35:934-937
Zhdanov VP, Chibisov MI (1976) Penning ionization of the nonmetastable atoms. Zh Eksp Teor
Fiz 70:2087-2097
Zollars BG, Walter CW, Lu F et al (1986) Ionization in K(nd)-SF 6 and K(nd)-CCl 4 collisions at
intermediate n. J Chem Phys 84:5589-5593
O( 3 P)
Search WWH ::

Custom Search