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[en] Correlation diagrams of the surface of potential energies of different electron states are plotted for atom-molecule collisions in a partially dissociated air. Mechanism of electronically excited particle quenching are studied. The results allow to explain and predict the products of electronically excited particle quenching reaction and to estimate the rates of little-studied reactions
Journal
[en] Methods of atomic oxygen beam production and designs of oxygen atom sources have been described. Characteristics of the beams (dissociation degree of oxygen molecules in the beam; atom flux intensity; energy of oxygen atoms in the beam) obtained by means of the sources of different types are given. Much attention is given to the methods of the fast (1-5 eV) intensive atomic oxygen beams production which are used as means for studing the interaction dynamics of chemically active oxygen atoms with surfaces of solids
Journal
[en] In the work are reviewed methods of generation of molecular beams. Traditional effusive and gasodynamical sources of molecular beams are examined in detail, there is given their comparative analysis. Methods to obtain high-energy beams (>1 eV) intensively developing now are discussed in detail. A special attention is drawn to fast molecular beams containing atomic oxygen and applied for the study of physo-chemical processes on the solid surface
Journal
[en] Chemical reactions with oxygen atoms are crucial in high-temperature combustion and in the chemistry of the upper atmosphere. The authors review the generation of atomic oxygen beams, designs of oxygen atom sources, and list the parameters of beams generated by various sources (the degree of dissociation of the oxygen molecules in the beam, atomic beam intensity, and energy of oxygen atoms in the beam). Special emphasis is placed on generating beams of fast (1-5 eV) oxygen atoms, which have been used extensively over recent years in studies of reactions between oxygen atoms and solid surfaces
Journal
[en] The paper describes a pulsed-periodic molecular beam source based on electromagnetic shock tune with an end face skimmer. Utilization of oxygen as a working gas rises beam intensity up to 1018 cm-2s-1 at ∼50 μs pulse length and up to 5 Hz pulse repetition frequency. Particle velocity in the beam reaches 8 km/s. The source is promising in terms of investigations of fast atom interactions with surface
Journal
No abstract available
Source
Rossijskaya Akademiya Nauk, Moscow (Russian Federation); Nauchnyj Sovet RAN po Fizike Plazmy, Moscow (Russian Federation); Nauchnyj Sovet RAN po Kompleksnoj Probleme Fizika Nizkotemperaturnoj Plazmy, Moscow (Russian Federation); Inst. Obshchej Fiziki im. A.M. Prokhorova RAN, Moscow (Russian Federation); Nauchno-Tekhnologicheskij Tsentr PLASMAIOFAN, Moscow (Russian Federation); Moskovskij Gosudarstvennyj Univ. im. M.V. Lomonosova, Moscow (Russian Federation); Ob''edinennyj Inst. Vysokikh Temperatur RAN, Moscow (Russian Federation); 416 p; ISBN 978-5-242-01171-6; 
; 2011; p. 256; 38. International (Zvenigorod) conference on plasma physics and controlled fusion; 38. Mezhdunarodnaya(Zvenigorodskaya) konferentsiya po fizike plazmy i UTS; Zvenigorod (Russian Federation); 14-18 Feb 2011; 2 refs.
; 2011; p. 256; 38. International (Zvenigorod) conference on plasma physics and controlled fusion; 38. Mezhdunarodnaya(Zvenigorodskaya) konferentsiya po fizike plazmy i UTS; Zvenigorod (Russian Federation); 14-18 Feb 2011; 2 refs.
No abstract available
Source
Rossijskaya Akademiya Nauk, Moscow (Russian Federation); Nauchnyj Sovet RAN po Fizike Plazmy, Moscow (Russian Federation); Nauchnyj Sovet RAN po Kompleksnoj Probleme Fizika Nizkotemperaturnoj Plazmy, Moscow (Russian Federation); Inst. Obshchej Fiziki im. A.M. Prokhorova RAN, Moscow (Russian Federation); Ob''edinennyj Inst. Vysokikh Temperatur RAN, Moscow (Russian Federation); Nauchno-Tekhnologicheskij Tsentr PLASMAIOFAN, Moscow (Russian Federation); Moskovskij Gosudarstvennyj Univ. im. M.V. Lomonosova, Moscow (Russian Federation); 360 p; ISBN 978-5-9903264-3-9; ; 2013; p. 191; 40. International Zvenigorod conference on plasma physics and controlled fusion; XL Mezhdunarodnaya Zvenigorodskaya konferentsiya po fizike plazmy i UTS; Zvenigorod (Russian Federation); 11-15 Feb 2013; 1 ref.
; 2013; p. 191; 40. International Zvenigorod conference on plasma physics and controlled fusion; XL Mezhdunarodnaya Zvenigorodskaya konferentsiya po fizike plazmy i UTS; Zvenigorod (Russian Federation); 11-15 Feb 2013; 1 ref.
No abstract available
Journal
Quantum Electronics (Woodbury, N.Y.); ISSN 1063-7818; ; v. 46(11); vp
; v. 46(11); vp
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