Vladimir I. Makarov
AuthID: R-006-DWK
81
TITLE: Photoconductivity of the TiO2 plus Fullerene-C-60 bilayers: steady-state and time-resolved measurements Full Text
AUTHORS: Makarov, VI; Kochubei, SA; Khmelinskii, Igor ;
PUBLISHED: 2002, SOURCE: CHEMICAL PHYSICS LETTERS, VOLUME: 355, ISSUE: 5-6
AUTHORS: Makarov, VI; Kochubei, SA; Khmelinskii, Igor ;
PUBLISHED: 2002, SOURCE: CHEMICAL PHYSICS LETTERS, VOLUME: 355, ISSUE: 5-6
82
TITLE: Mechanism of SO2 photoionization at 193 and 308 nm in a supersonic jet Full Text
AUTHORS: Kochubei, SA; Ishchenko, VN; Makarov, VI; Khmelinskii, Igor ;
PUBLISHED: 2002, SOURCE: JOURNAL OF PHOTOCHEMISTRY AND PHOTOBIOLOGY A-CHEMISTRY, VOLUME: 147, ISSUE: 2
AUTHORS: Kochubei, SA; Ishchenko, VN; Makarov, VI; Khmelinskii, Igor ;
PUBLISHED: 2002, SOURCE: JOURNAL OF PHOTOCHEMISTRY AND PHOTOBIOLOGY A-CHEMISTRY, VOLUME: 147, ISSUE: 2
83
TITLE: Optically detected EPR effect in the (a)over-tilde(3)A(u) triplet state of the oxalylfluoride molecule excited to the J '=2 and 4 rotational levels of the 0(0)((A)over-tilde (1)A(u)) vibronic state Full Text
AUTHORS: Makarov, VI; Khmelinskii, Igor ;
PUBLISHED: 2001, SOURCE: CHEMICAL PHYSICS, VOLUME: 263, ISSUE: 2-3
AUTHORS: Makarov, VI; Khmelinskii, Igor ;
PUBLISHED: 2001, SOURCE: CHEMICAL PHYSICS, VOLUME: 263, ISSUE: 2-3
84
TITLE: Magnetic field influence on dynamics of singlet-triplet conversion
AUTHORS: Makarov, VI; Khmelinskii, Igor ;
PUBLISHED: 2001, SOURCE: ADVANCES IN CHEMICAL PHYSICS, VOL 118, VOLUME: 118
AUTHORS: Makarov, VI; Khmelinskii, Igor ;
PUBLISHED: 2001, SOURCE: ADVANCES IN CHEMICAL PHYSICS, VOL 118, VOLUME: 118
85
TITLE: Optically detected EPR effect in the (a)over-tilde(3) A(u) triplet state of the oxalylfluoride molecule excited to the 4(13), 4(23) and 4(31) rotational levels of the 0(0)((A)over-tilde(1) A(u)) vibronic state Full Text
AUTHORS: Makarov, VI; Kochubei, SA; Khmelinskii, Igor ;
PUBLISHED: 2000, SOURCE: MOLECULAR PHYSICS, VOLUME: 98, ISSUE: 20
AUTHORS: Makarov, VI; Kochubei, SA; Khmelinskii, Igor ;
PUBLISHED: 2000, SOURCE: MOLECULAR PHYSICS, VOLUME: 98, ISSUE: 20
86
TITLE: S-T conversion induced by external magnetic field in gaseous oxalylfluoride excited to the 7(1)5(1)-level of the (A)over-tilde(1)A(u) state Full Text
AUTHORS: Makarov, VI; Kochubei, SA; Ishchenko, VN; Khmelinskii, Igor ;
PUBLISHED: 2000, SOURCE: JOURNAL OF CHEMICAL PHYSICS, VOLUME: 113, ISSUE: 1
AUTHORS: Makarov, VI; Kochubei, SA; Ishchenko, VN; Khmelinskii, Igor ;
PUBLISHED: 2000, SOURCE: JOURNAL OF CHEMICAL PHYSICS, VOLUME: 113, ISSUE: 1
87
TITLE: Photolysis of NO2 excited below the dissociative limit Full Text
AUTHORS: Makarov, VI; Khmelinskii, Igor ; Kochubei, SA; Ishchenko, VN;
PUBLISHED: 2000, SOURCE: JOURNAL OF CHEMICAL PHYSICS, VOLUME: 113, ISSUE: 1
AUTHORS: Makarov, VI; Khmelinskii, Igor ; Kochubei, SA; Ishchenko, VN;
PUBLISHED: 2000, SOURCE: JOURNAL OF CHEMICAL PHYSICS, VOLUME: 113, ISSUE: 1
88
TITLE: Magnetic fluorescence quenching of the NO beta(0-9) transition Full Text
AUTHORS: Makarov, VI; Khmelinskii, Igor ; Kochubei, SA; Ishchenko, VN;
PUBLISHED: 2000, SOURCE: CHEMICAL PHYSICS, VOLUME: 252, ISSUE: 3
AUTHORS: Makarov, VI; Khmelinskii, Igor ; Kochubei, SA; Ishchenko, VN;
PUBLISHED: 2000, SOURCE: CHEMICAL PHYSICS, VOLUME: 252, ISSUE: 3
89
TITLE: Optically detected EPR effect in the ã 3 A u triplet state of the oxalylfluoride molecule excited to the 4 13 , 4 23 and 4 31 rotational levels of the 0 0 (Ã 1 A u ) vibronic state Full Text
AUTHORS: MAKAROV, VI; KOCHUBEI, SA; KHMELINSKII, IV;
PUBLISHED: 2000, SOURCE: Molecular Physics, VOLUME: 98, ISSUE: 20
AUTHORS: MAKAROV, VI; KOCHUBEI, SA; KHMELINSKII, IV;
PUBLISHED: 2000, SOURCE: Molecular Physics, VOLUME: 98, ISSUE: 20
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TITLE: Magnetic and microwave field effects for single rotational levels of the 0(0)(0)-band of oxalylfluoride in cooled jet conditions Full Text
AUTHORS: Makarov, VI; Khmelinskii, Igor ; Kochubei, SA; Ishchenko, VN;
PUBLISHED: 1999, SOURCE: JOURNAL OF CHEMICAL PHYSICS, VOLUME: 111, ISSUE: 13
AUTHORS: Makarov, VI; Khmelinskii, Igor ; Kochubei, SA; Ishchenko, VN;
PUBLISHED: 1999, SOURCE: JOURNAL OF CHEMICAL PHYSICS, VOLUME: 111, ISSUE: 13
