Формирование и распад резонансных состояний атомов и простых молекул, возбужденных мягким рентгеновским и ультрафиолетовым излучением
Диссертация
Следует отметить, что плодотворная идея исследования последовательностей, изоэлектронных атомам инертных газов, заимствована автором из работы, где впервые измерены и рассчитаны сечения фотоионизации 3sоболочки Аг-К±Са2+ в области до 3sпорога. Автор расширил диапазон энергий фотонов, возбуждающих систему Аг-К±Са2+ на область, в которой открыто большое количество са-теллитных каналов. Это… Читать ещё >
Список литературы
- Aufdenberg J.P., Hauschildt P.H., Shore S.N. and Baron E. A spherical non-LTE line-blanketed stellar atmosphere model of the early В giant e Canis Majoris // Astrophys. Journal-1998−498-p.837−850.
- Lindl J. Development of the indirect-drive approach to inertial confinement fusion and the target physics basis for ignition and gain // Phys. Plasmas.-1995.-2.-p.3933−4024.
- Daido H. Review of soft X-ray laser researches and developments // Rep. Prog. Phys.-2002.-65.-p. 1513−1576.
- Wayne R.P. Chemistry of atmosphere. An introduction to the chemistry of the atmosphere of ears, the planets and their satellites / Oxford: Clarendon press-1991.-447p.
- Codling K. and Madden R.P. The absorption spectra of krypton and xenon in the wavelength range 330 600 A // J. Res. Nat. Bur. Stand. A---1972.-76-p.1−12.
- Schartner K.-H., Mobus В., Lenz P., Schmoranzer H. and Wildberger M. Observation of resonances in the Ar-3s photoionization cross section // Phys. Rev. Lett-1988.-61-p.2744−2747.
- Hatano Y. Interaction of vacuum ultraviolet photons with molecules. Formation and dissociation dynamics of molecular superexcited states // Phys. Rep.-1999.-313-p. 109−169.
- Schmidt V. Photoionization of atoms using synchrotron radiation // Rep. Prog. Phys-1992.-55.-p. 1483−1659.
- Schmoranzer H., Liebel H., Vollweiler F., Mtiller-Albrecht R., Ehresmann A., Schartner K.-H. and Zimmermann B. Photon-induced fluorescence spectroscopy (PIFS) // Nucl. Instrum. Meth. in Phys. Res. A-2001.-467−468-p.1526−1528.
- Costello J.T., Mosnier J.-P, Kennedy E.T., Carroll P.K. and O’Sullivan G. XUV absorption spectroscopy with laser produced plasmas // Phys. Scr.-1991.-T34-p.77−92.
- Петров И.Д., Демехин Ф. В., Лагутин Б. М., Сухоруков В. Л., Клумп С., Эре-сман А., Шартнер К.-Х. и Шморанцер X. Многоэлектронный характер ридберговских серий, сходящихся к порогам ионизации 4p45s состояний KrII // Оптика и Спектр.-2007.-Ю2.-с.5−12.
- Демехин Ф.В., Омельяненко Д. В., Лагутин Б. М., Сухоруков В. Л., Вернер Л., Эресман А., Шартнер К.-Х. и Шморанцер X. Предиссоциация
- Oj 2(TU *(c 4? u), v состояний молекулярного иона кислорода // Хим. Физика-2007.-26,5-с. 1−8. (принята к печати).
- Лагутин Б.М., Демехин Ф. В., Петров И. Д., Сухоруко в В.Л., Эресман А., Фольвайлер Ф., Шморанцер X. и Шартнер К.-Х. Релятивистские эффекты в фотопоглощении внешних атомных оболочек // ЖСХ.-1998.-39.-с.992−1000.
- Демехин В.Ф., Демехин Ф. В., Кочур А. Г. и Демехина Н.В. Учет корреляций в Не, Be и Ne методом наложения конфигураций // ЖСХ.-1998.-39.-С.1001−1012.
- Lauer S., Liebel Н., Vollweiler F., Schmoranzer H., Lagutin B.M., Demekhin Ph.V., Petrov I.D. and Sukhorukov V.L. Lifetimes of the ns! np6 2Si/2 states of singly ionized argon, krypton and xenon // J. Phys. B: At. Mol. Opt. Phys-1999.-32.-p. 2015−2030.
- Демехин В.Ф. и Демехин Ф.В. Корреляции электронов в атоме аргона // ЖСХ.-2000.-41-с.1067−1070.
- Lagutin В.М., Demekhin Ph.V., Sukhorukov V.L., Ehresmann A. and Schmoranzer H. Interference effects in Auger spectra at the 3d9np resonances in Kr // J. Phys. B: At. Mol. Opt. Phys.-2003.-36.-p.L163-L168.
- Lagutin B.M., Sukhorukov V.L., Petrov I.D., Demekhin Ph.V., Schartner K.-H., Ehresmann A. and Schmoranzer H. Interference shake-up effects in the resonant Auger decay of krypton // J. Electron Spectr. Relat. Phenom-2005.-144−147-p.79−82.
- Лагутин Б.М., Демехин Ф. В., Петров И. Д., Сухоруков B.JI., Эресман А., Шморанцер X. и Шартнер К.-Х. Интерференционные эффекты в процессах выстраивания и ориентации атомов, возбужденных поляризованным излучением // Оптика и Спектр-2006.-101.-с.886−892.
- A.-2003.-67.-p.4 2707(l-10).
- Yeates P., Kennedy E.T., Mosnier J.-P., van Kampen P., Mansfeld M.W.D., Pedregosa-Gutierrez J., Greenwood J.В., Demekhin Ph.V., Petrov I.D., Lagutin
- B.M., Sukhorukov V.L., Demekhina L.A. and Costello J.T. Theoretical and experimental study of the extreme ultraviolet photoabsorption spectrum of triply ionized yttrium //J. Phys. B: At. Mol. Opt. Phys.-2004.-37.-p.4663−4680.
- Lauer S., Liebel Н., Vollweiler F., Schmoranzer H., Reichardt G., Wilhelmi0., Mentzel G., Schartner K.-H., Sukhorukov V.L., Lagutin B.M., Petrov
- D., Demekhin Ph.V. High-resolution study of the prominent near-threshold resonances in the Ar 3s-electron photoionization // Phys. Lett. A.-1998.-247-p. 167−170.
- Демехин Ф.В., Сухоруков B.JL, Вернер Л., Эресман А., Шартнер К.-Х. и Шморанцер X. Исследование флуоресценции N2 (С 2?" -+ X возбужденной через оже-распад резонанса ls-17r* // Оптика и Спектр-2007−102,5'.-с.376−385.
- Ehresmann A., Liebel H., Schmoranzer H., Zimmermann В., Kammer S., Schartner K.-H., Demekhin Ph.V. and Sukhorukov V.L. Double photoionization of N2 into the D J?+ state // J. Phys. B: At. Mol. Opt. Phys.-2003.-36.-p.3669−3681.
- Бете Г. и Солпитер Э. Квантовая механика атомов с одним и двумя электронами: (Пер. с немецк.) / М.:Физматгиз.-1960.-562с.
- Фудзинага С. Метод молекулярных орбиталей: (Пер. с японск.) / М.:Мир-1983.-461С.
- Bishop D.M. Single-center molecular wave function // Adv. Quant. Chem-1967−3.-p.25−59.
- Сухорукое B.Jl., Демехин В. Ф., Явна В. А., Петров И. Д., Демехина J1.A. и Лаврентьев С. В. Расчет многоэлектронных корреляций в молекулах // Ко-орд. химия.-1983.-9.-с. 158−167.
- Бэрк П. и Ситон М. Численные решения интегро-дифференциальных уравнений теории столкновения электрона с атомом. В кн.: Вычислительные методы в физике атомных и молекулярных столкновений / М.:Мир.-1974.-387с.
- Sorensen S.L., Aberg Т., Tulkki J., Rachlew-Kallne E., Sundstrom G. and Kirm M. Argon 3s autoionization resonances // Phys. Rev. A.-1994.-50.-p.l218−1230.
- Starace A.F. Theory of atomic photoionization. (Handbuch der Physik) / Berlin: Springer-1982.-31.-p. 1−121.
- Lefebvre-Brion H. and Field R.W. Perturbations in the spectra of diatomic molecules / London-Orlando: Academic Press.-1986.-426p.
- Flemming M.G., Wu J.-Z., Caldwell C.D. and Krause M. 0. Partial cross sections and pliotoelectron angular distributions in the region of the 4s-5p and 5s-6p resonances in krypton and xenon // Phys. Rev. A.-1991.-44.-p.l733−1740.
- Van Kampen P., O’Sullivan G., Ivanov V.K., Ipatov A.N., Costello J.T. and Kennedy E.T. Dramatic changes in the 3s autoionization process at the beginning of the Ar I sequence // Phys. Rev. Lett.-1997.-78.-p.3082−3085.
- Ivanov V.K. and Kulov M.A. Photoionization cross section of 4s24p6 shells in the vicinities of the 4s4p6np autoionizing resonances in Kr isoelectronic sequence // Proceedings of SPIE (ed. Melker A.I.).-2002.-4627.-p.93−98.
- Ivanov V.K. and- Kulov M.A. Double-electron excitation effects in the 4s4p6np autoionizing resonances in Kr and its isoelectronic ions sequence // Proceedings of SPIE (ed. Melker A.I.).-2003.-5127.-p.31−36.
- Тапака K. and Yoshimine M. A theoretical study of the predissociation of the с state of O^ // J. Cliem. Pliys.-1979.-70.-p. 1626−1633.
- Evans M., Stimson S., Ng C.Y. and Hsu C.-W. High-resolution pulsed field ionization photoelectron study of O2: Predissociation lifetimes and high-n rydberg lifetimes converging to 02(c4?-, i-+ = 0,1) // J. Cliem. Phys-1998 -109-p. 1285−1292.
- Holland R.F. and Maier W.B. Production of light by collisions of 2.5−490 eV He+ with N2: N1, Nj second negative and unresolved emissions between 1200 and 3200 A // J. Cliem. Phys.-1971.-55.-p.l299−1314.
- Блохин M.A. Физика рентгеновских лучей / М.:Гостехиздат.-1957.-518с.
- Баринский P. J1. и Нефёдов В. И. Рентгеноспектральное определение заряда атомов в молекулах / М.:Наука.-1966.-247с.
- Мазалов Л.Н., Юматов В. Д. и др. Рентгеновские спектры молекул / Новосибирск: Наука.-1977.-334с.
- Зигбан К., Нордлинг К. и др. Электронная спектроскопия (Перевод под ред. проф. Боровского И.Б.) / М.:Мир.-1973.-493с.
- Немошкаленко В.В. и Алёшин В.Г. Электронная спектроскопия кристаллов / Киев: Наукова думка.-1976.-335с.
- Нефёдов В, И. Рентгеноэлектронная спектроскопия химических соединений / М.:Химия.-1984.-256с.
- Hall R.I., Avaldi L., Dawber G., Rutter P.M., MacDonald M.A. and King G.C. Observation of the argon photoelectron satellites near threshold // J. Phys. B: At. Mol. Opt. Phys.-1989.-22.-p.3205−3216.
- Wills A.A., Cafolla A.A., Curell F.J., Comer J., Svensson A. and MacDonald M.A. A photoelectron study of resonance structure in the argon correlation satellites // J. Phys. B: At. Mol. Opt. Phys.-1989.-22.-p.3217−3226.
- Becker U. and Shirley D.A. VUV and Soft X-Ray Photoionization / New York: Plenum Press.-1996.-667p.
- Wills A.A., Cafolla A.A. and Comer J. Resonance structure in the 5p, 5s and satellite photoelectron lines of xenon // J. Phys. B: At. Mol. Opt. Phys-1990−23.-p.2029−2036.
- Schmoranzer H. and Zietz R. Observation of selectively excited continuous vacuum ultraviolet emission in molecular hydrogen // Phys. Rev. A.-1978.-18.-p. 1472−1475.
- Schartner K.-H., Lenz P., Mobus В., Schmoranzer H. and Wildberger M. Photon induced fluorescence spectroscopy of Ar2+(3s23p4−3s3p5) and Ar+(3s23p5−3s23p4n?) transitions // Phys. Lett. A.-1988.-128-p.374−377.
- Carroll P.K. and Kennedy E.T. Doubly excited autoionization resonances in the absorption spectrum of Li+ formed in a laser-produced plasma // Phys. Rev. Lett.-1977.-38.-p.l068−1071.
- West J.B. Photoionization of atomic ions // J. Phys. B: At. Mol. Opt. Phys-2001 .-34.-p. R45-R91.
- Berezhko E.G. and Kabachnik N.M. Theoretical study of inner-shell alignment of atoms in electron impact ionisation: angular distribution and polarisation of X-rays and Auger electrons //J. Phys. B: At. Mol. Phys.-1977.-10.-p.2467−2477.
- Fano U. and Macek J.H. Impact excitation and polarization of the emitted light // Rev. Mod. Phys.-1973.-45.-p.553−573.
- Greene C.H. and Zare R.N. Photofragmeiit alignment and orientation // Ann. Rev. Phys. Chem.-1982.-33.-p. 119−150.
- Блум К. Теория матрицы плотности и ее приложения / М.:Мир.-1983.-247с.
- Fano U. Effects of configuration interaction on intensities and phase shifts // Phys. Rev-1961.-124.-p. 1866−1878.
- Fano U. and Cooper J.W. Line profiles in the far-UV absorption spectra of the rare gases // Phys. Rev-1965.-137.-p.Al364-A1379.
- Shore B.W. Parametrization of absorption-line profiles // Phys. Rev.-1968.-171.-P.43−54.
- Mies F.H. Configuration interaction theory. Effects of overlapping resonances // Phys. Rev.-1968.-175.-p.l64−175.
- Madden R.P. Ederer D.L. and Codling K. Resonances in the photo-ionization continuum of Ar I (20−150 eV) // Phys. Rev.-1969.-177.-p. 136−151.
- Canton-Rogan S.E., Wills A.A., Gorczyca T.W., Wiedenhoeft M., Nayandin O., Chien-Nan Liu and Berrali N. Mirroring doubly excited resonances in argon // Phys. Rev. Lett-2000.-85.-p.3113−3116.
- Amusia M.Ya. and Kheifets A.S. The influence of «two-electron-two-hole» excitations on the 3s-14p autoionization profile in Ar atoms // Phys. Lett.-1998.-82A.-p.407−411.
- Tulkki J. Multiple excitation at xenon 5s photoionization threshold // Phys. Rev. Lett.-1989.-62.-p.2817−2820.
- Wijesundera W. and Kelly H.P. Correlation satellites in the photoelectron spectrum of argon // Phys. Rev. A-1989.-39.-p.634−643.
- Mobus В., Magel В., Schartner K.-H., Langer В., BeckerU., Wildberger М. and Schmoranzer H. Measurements of absolute Ar 3s photoionization cross sections // Phys. Rev. A.-1993.-47.-p.3888−3893.
- Сухорукой B. JL, Петров И. Д. и Демехин В. Ф. Влияние дипольной поляризации 5р электронов па фотоионизацию 5s оболочки атома Хе // Оптика Спектр-1985 -58-р. 1365−1366.
- Derenbach H. and Schmidt V. Angular distribution of Kr 4s-ep photoelectrons // J. Phys. B: At. Mol. Opt. Phys.-1984.-17.-p.83−93.
- Sukhorukov V.L., Lagutin B.M., Schmoranzer H., Petrov I.D. and Schartner K.-H. Theoretical study of the ar-3s electron photoionization and satellite production close to threshold including doubly excited states // Phys. Lett. A.-1992.-169-p.445−451.
- Schmoranzer H., Wildberger M., Schartner K.-H., Mobus В., and Magel B. Fluorescence studies on the photoionization cross section of the Kr 4s-electron near threshold // Phys. Lett. A-1990.-150-p.281−285.
- Sukhorukov V.L., Lagutin B.M., Petrov I.D., Schmoranzer H., Ehresmann A. and Schartner K.-H. Photoionization of Kr near 4s threshold: II. Intermediate-coupling theory // J. Phys. B: At. Mol. Opt. Phys.-1994.-27.-p.241−256.
- Ehresmann A., Schmoranzer H., Vollweiler F., Mentzel G. and Schartner K.-H. Absolute Kr 4s-electron photoionization cross sections between 30 and 90 eV measured by photon-induced fluorescence spectrometry (PIFS) // Phys. Lett. A.-1994.-184.-p.432−434.
- Hall R.I., Avaldi L., Dawber G., Zubek M. and King G.C. Observation of the krypton and xenon photoelectron satellite spectra near threshold // J. Phys. B: At. Mol. Opt. Pliys.-1990.-23.-p.4469−4485.
- Амусья М.Я. Атомный фотоэффект / М.:Наука.-1987.-272с.
- Peart B. and Lyon I.C. Measurements of absolute photoionisation cross sections of K+ ions // J. Phys. B: At. Mol. Phys.-1987.-20.-p.L673-L675.
- Tulkki J. Combined effect of relaxation and channel interaction on outer-shell photoionization in Ar, K+ and Ca2+ // Phys. Rev. A.-1993.-48.-p.2048−2053.
- Kjeldsen Н., Folkmann F., Knudsen H., Rasmussen M.S., West J.B. and Andersen T. Absolute photoionization cross section of K+ ions from the 3p to the 3s threshold // J. Phys. B: At. Mol. Opt. Phys.-1999.-32.-p.4457−4465.
- Cooper J.W. Photoionization from outer atomic subshells. A model study // Phys. Rev.-1962.-128.-p.681−693.
- McLaughlin K.W., Yenen 0., Jaecks D.H., Gay T.J., Sant’Anna M.M., Calabrese D. and Thaden-Jordan B. Effect of relativistic many-electron interactions on photoelectron partial wave probabilities // Phys. Rev. Lett-2002.-88-p. 12 3003(1−4).
- O’Keeffe P., Alo’ise S., Meyer M. and Grum-Grzhimailo A.N. Circular polarization of ion fluorescence completing the analysis of resonant Xe* 4d^/26p Auger decay // Phys. Rev. Lett.-2003.-90.-p.2 3002(l-4).
- Eberhardt W, Kalkoffen G. and Kunz C. Measurement of the Auger decay after resonance excitation of Xe 4d and Kr 3d resonance lines // Phys. Rev. Lett-1978.-41.-p. 156−159.
- Cleff B. and Mehlhorn W. On the angular distribution of Auger electrons following impact ionization // J. Phys. B: At. Mol. Opt. Phys.-1974.~7.-p.593−604.
- Cleff B. and Mehlhorn W. Angular distribution of L3M2i3M2)3(1So) Auger electrons of argon // J. Phys. B: At. Mol. Opt. Phys.-1974.-7.-p.605−611.
- Kabachnik N.M. and Sazhina I.P. Spin-polarized Auger-electron spectroscopy of the d atomic shell. Model calculation for noble-gas atoms //J. Phys. B: At. Mol. Opt. Phys-1988−21.-P.267−276.
- Kabachnik N.M., Sazhina I.P., Lee I.S. and Lee O.V. The effect of many-electron correlations on the angular distribution and spin polarization of Auger electrons in Kr and Xe // J. Phys. B: At. Mol. Opt. Phys.-1988.-21.-p.3695−3707.
- Tulkki J., Kabachnik N.M. and Aksela H. Effects of channel interaction, exchange, and relaxation on the angular distribution and spin polarization of Auger electrons from noble-gas atoms // Phys. Rev. A.-1993.-48.-p.l277−1291.
- Chen M.H. Effect of intermediate coupling on angular distribution of Auger electrons // Phys. Rev. A-1992.-45 -p. 1684−1689.
- Kammerling В., Schmidt V., Mehlhorn W., Peatman W. В., Schaefers F. and Schroeter T. Auger decay parameters a2 for krypton M4t5-N2>3N2t3 transitions // J. Phys. B: At. Mol. Opt. Phys.-1989.-22.-p.L597-L602.
- Aksela H., Aksela S., Bancroft G.M., Tan K.H. and Pulkkinen H. N4,5−00 resonance Auger spectra of Xe studied with selective excitation by synchrotron radiation // Phys. Rev. A.-1986.-33.-p.3867−3875.
- Becker U., Precher Т., Schmidt E., Sonntag B. and Wetzel H.E. Decay channels of the discrete and continuum Xe 4d resonances // Phys. Rev. A.-1986.-33-p.3891−3899.
- Aksela H., Aksela S., Pulkkinen H., Bancroft G.M. and Tan K.H. Resonance auger decay after selective excitation of Kr 3d states by synchrotron radiation //
- Phys. Rev. A-1986.-33.-p.3876−3884.
- Meyer M., von Raven E., Sonntag B. and Hansen J.E. Decay of the Ar 2p5nd core resonances: An autoionization spectrum dominated by shake processes // Phys. Rev. A.-1995.-43.-p. 177−188.
- Carlson T.A., Mullins D.R., Reall C.E., Yates B.W., Taylor J.W., Lindle D.W., Pullen B.P. and Grimm F.A. Unusual degree of angular anisotropy in the resonant Auger spectrum of Kr // Phys. Rev. Lett.-1988.-60.-p. 1382−1385.
- Carlson T.A., Mullins D.R., Beall C.E., Yates B.W., Taylor J.W., Lindle D.W. and Grimm F.A. Angular distribution of ejected electrons in resonant auger processes of Ar, Kr and Xe // Phys. Rev. A.-1989.-39.-p. 1170−1185.
- Cooper J.W. Angular distributions of electrons in resonant Auger spectra // Phys. Rev. A.-1989.-39.-p.3714−3716.
- Hergenhahn U., Kabachnik N.M. and Lohmaim B. Angular distribution in resonant Auger decay // J. Phys. B: At. Mol. Opt. Phys 1991.-24.-p.4759−4773.
- Chen М.Н. Relativistic intermediate coupling calculations of angular distributions in resonant Auger decay // Phys. Rev. A.-1993.-47.-p.3733−3738.
- Fritsche S. Angular distribution parameters in the resonant xenon 4d-6p Auger spectra // Phys. Lett. A.-1993.-180.-p.262−268.
- Tulkki J., Aksela H. and Kabachnik N.M. Influence of the initial- and final-state configuration interaction on the anisotropy of the resonant Auger decay of Kr 3d-15p and Xe 4d16p states // Phys. Rev. A.-1994.-50.-p.2366−2375.
- Aksela H., Jauhiainen J., Kukk E., Nonnniste E. and Aksela S. Electron correlation in the decay of resonantly excited 3d5/2^P states of krypton // Phys. Rev. A -1996 -53 -p.290−296.
- Aksela H., Jauhiainen J., Nommiste E., Aksela S., Sundin S., Ausmees A. and Svensson S. Angular anisotropy of the Kr 3dJ/2 5/25p —+ 4p~25p resonant Auger decay studied by utilizing the Auger resonant Raman effect // Phys. Rev. A.-1996.-54-p.605−612.
- Kabachnik N.M., Sazhina I.P. and Ueda K. Angular distribution of auger electrons and fluorescence in cascades and resonantly enhanced transitions // J. Phys. B: At. Mol. Opt. Phys.-1999.-32.-p.l769−1781.
- Aksela H., Jauhiainen J., Nommiste E., Sairanen O.-P., Karvonen J., Kukk E. and Aksela S. Angular distribution of Auger electrons in the decay of resonantly excited 4d-/125/2 states in Xe // Phys. Rev. A.-1996.-54-p.2874−2881.
- Langer В., Berrah N., Farhat A., Hemmers 0. and Bozek J.D. Auger resonant raman spectroscopy used to study the angular distributions of the Xe 4d5/2−6p decay spectrum // Phys. Rev. A.-1996.-53.-p.R1946-R1949.
- Kukk E., Aksela S. and Aksela H. Features of the Auger resonant Raman effect in experimental spectra // Phys. Rev. A.-1996.-53.-p.3271−3277.
- Kukk E., Aksela H., Kivimaki A., Jauhiainen J., Nommiste E. and Aksela S. Electronic-state lifetime interference in the resonant Auger decay of krypton // Phys. Rev. A.-1997.-56.-p. 1481−1485.
- Platzman R.L. Superexcited states of molecules // Radiat. Res.-1962.-17-p.419−425.
- Platzman R.L. Superexcited states of molecules and the primary action of ionizing radiation // Vortex.-1962.-23.-p.372−385.
- Ben Shaul A., Hass Y., Kompa K.L. and Levine R.D. Lasers and chemical change (Springer series in chemical physics) / Heidelberg: Springer Verlag.-l981.-10,-497p.
- Kasper J.V.V. and Pimentel G.C. A magnetic fixed point for thermometry below 1° К // Appl. Phys. Lett.-1964.-5-p.231−233.
- LeBlanc F.J. Electronic states of Hopfeld’s oxygen emission bands //J. Chem. Phys.-1963.-38.-p.487−488.
- Codling K. and Madden R.P. New rydberg series in molecular oxygen near 500 A // J. Chem. Phys-1965−42.-P.3935−3938.
- Edqvist О., Lindholm Е., Selin L.E. and Asbrink L. On the photoelectron spectrum of 02 // Phys. Scr.-1970.-1-p.25−30.
- Gilmore F.R. Potentioal energy curves for N2, NO and O2 and corresponding ions // J. Quant. Spectr. Radiat. Traiisf.-1965.-5.-p.369−390.
- Beebe N.H.F., Thulstrup E.W. and Andersen A. Configuration interaction calculations of low-lying electronic states of O2, 0^ and // J. Chem. Phys.-1976.-64.-p.2080−2093.
- Codling K., Frasinski L.J. and Randall K.J. Competition between autoionization and predissociation in the Rydberg series approaching the с 4?~ state of 0^ // J. Phys. B: At. Mol. Phys.-1985.-18.-p.L251-L257.
- Wu R.C. Assignment of autoionization states of Oj // J. Quant. Spectr. Radiat. Transf.-1987.-37.-p.l-15.
- Ukai M., Machida S., Kameta K., Kitajiama M., Kouchi N., Hatano Y. and Ito K. State-to-state behavior in the neutral dissociation of 02 far beyond the ionization threshold // Phys. Rev. Lett.-1995.-74.-p.239−242.
- Striganov A.R. and Sventitskii N.S. Tables of spectral lines of neutral and ionized atoms / New York-Washington: IFI/Plenum.-1968.-900p.
- Huber К.Р. and Herzberg G. Molecular Spectra arid Molecular Structure. IV. Constants of Diatomic Molecules / New York: Van Nostrand Reinhold Comp-1979.-716p.
- Watson W.W. and Koontz P.G. Nitrogen molecular spectra in the vacuum ultraviolet // Phys. Rev.-1934.-46.-p.32−37.
- Tanaka Y. Extension of the N3 (С —> X) bands in the far ultraviolet region // J. Chem. Phys -1953.-21 -p. 1402−1403.
- Langhoff S.R. and Bauschlicher C.W. Theoretical study of the first and second negative systems of Nj // J. Chem. Phys-1988 ,-88.-p.329−336.175 176 177 178 179 190 409 811 171 125 231 616
- Carroll P.K. The C-X system of Nj // Can. J. Phys.-1959.-37.-p.880−889.
- Joshi K.C. The spectrum of the C-X system of Щ // Proc. Phys. Soc-1966 -87-p.285−292.
- Roche A.L. and Lefebvre-Brion H. Some ab initio calculations related to the predissociation of the С 2?+ state of // Chem. Phys. Lett.-1975.-32.-p.155−158.
- Tellinghuisen J. and Albritton D. L. Predissociation of the С 2E+ state of Nj // Chem. Phys. Lett.-1975.-31-p.91−96.
- Marquette A., Meyer M., Sirotti F. and Fink R.F. Coupling between the vibrational motion of core-excited and valence-ionized states of N2 // J. Phys. B: At. Mol. Opt. Phys-1999−32.-P.L325-L333.
- Marquette A., Gisselbrecht M., Benten W. and Meyer M. Analysis of uv-visible fluorescence following inner-shell excitation of N2 molecules // Phys. Rev. A-2000.-62.-p.2 2513(l-ll).
- Baer P. and Miescher Б. Band spectra in the Schumann region of NO and Nj with enriched Nitrogen-15 // Nature.-1952.-169.-p.581.
- Tanaka Y. On the Miescher-Bear emission bands in the far ultraviolet region // J. Chem. Phys.-1953.-21-p.562−563.
- Baer P. and Miescher E. NO-, NO4″ and N^ emissonsspektren in Schumanngebiet // Helv. Phys. Acta-1953−26-p.91−110.
- Miescher E. Fine structure of NO+ and NO emission spectra in the Schumann region // Can. J. Phys.-1955.-33.-p.355−356.
- Miescher E. Rotationsanalyse der NO+ banden // Helv. Phys. Acta.-1956.-29-p.135−144.
- Field R.W. The valence states of N0+ // J. Mol. Spectrosc.-1973.-47.-p.194−203.
- Alberti F. and Douglas A.E. Laboratory determinantion of the frequencies of possible interstellar lines of N0+ // Can. J. Phys.-1975.-53-p.1179−1181.
- Maier II W.B. and Holland R.F. Emission from long-lived states in ion beams. New band systems of N0+ // J. Cliem. Phys-1971−54-p.2693−2714.
- Gel’Mukhanov F.K., Mazalov L.N. and Kondratenko A.V. A theory of vibrational structure in the X-ray spectra of molecules // Chem. Phys. Lett.-1977.-46-p. 133−137.
- Chen C.T. Ma Y. and Sette F. K-shell photoabsorption of the N2 molecule // Phys. Rev. A.-1989.-40.-p.6737−6740.
- Prince K.C., Vondracek M., Karvonen J., Coreno M., Camilloni R., Avaldi L. and de Simone M. A critical comparison of selected Is and 2p core hole widths //J. Electr. Spectr. Relat. Phenom-1999−101−103-p. 141−147.
- Piittner R., Domingue I., Morgan T.J., Cisneros C., Fink R.F., Roteuberg E., Warwick Т., Domke M., Kaindl G. and Schlachter A.S. Vibrationally resolved О Is core-excitation spectra of CO and NO // Phys. Rev. A-1999.-59.-p.3415−3423.
- Carroll T.X., Anderson S.E., Ungier L. and Thomas T.D. Vibrational interference in the decay of core-excited nitric oxide / / Phys. Rev. Lett-1987−58-p.867−870.
- Сухоруков В.Д., Лаврентьев С. В., Демехин В. Ф. и Петров И.Д. Фотоионизация водородосодержащих молекул // Хим. Физика.-1984.-3.-с.359−365.
- Сухоруков В.Л., Петров И. Д., Демехин В.Ф. и. Лаврентьев С. В. Рентгеновские процессы с участием субвалентных электронов в Аг, Хе и НС1 // Известия Академии наук СССР, Серия Физ.-1985.-49.-е. 1463−1470.
- Лаврентьев С.В., Лагутин Б. М., Васильева М. Е. и Сухоруков В.Л. Фотоионизация валентных оболочек неонододобных молекул // Хим. Физика-1988.-7.-c. 187−191.
- Лаврентьев С.В., Петров И. Д., Лагутин Б. М. и Сухоруков В.Л. Фотоионизация субвалентных оболочек неоноподобных молекул // Хим. Физика-1990.-9.-С.81−86.
- Лаврентьев С.В., Васильева М. Е., Петров И. Д. и Сухоруков В.Л. Теоретическое исследование спектров поглощения водородосодержащих молекул в области энергий фотона от 10 до 80 эВ // Оптика и Спектр.-1990.-69.-с.307−312.
- Мигаль Ю.Ф. Метод связанных дифференциальных уравнений и рентгеновские спектры поглощения молекул // ЖСХ.-1976.-17.-с.404−410.
- Лагутин Б.М. и Мигаль Ю.Ф. Одноцентровый метод расчета негидридных кластеров и молекул // ТЭХ.-1989.-25.-с. 12−20.
- Явна В.А., Надолинский A.M., Демехин В. Ф. и Кочур А.Г. Одноцентровый метод расчета молекулярных орбиталей возбужденных состояний молекул с тяжелыми лигандами // BHHHTH.-1988.-N6306-B88.-14c.
- Явна В.А., Надолинский A.M. и Демехин В.Ф. Теоретическое исследование сечений фотопоглощения в области СК- и NK- порогов ионизации молекул СО и NO // Оптика и Спектр.-1990−69.-е. 1278−1284.
- Герцберг Г. Спектры и строение многоатомных молекул: (Пер. с англ.) // М.:Мир 1969.-773с.
- Dunning Jr. Т.Н. Gaussian basis functions for use in molecular calculations. III. Contraction of (lOsGp) atomic basis sets for the first-row atoms // J. Chem. Phys.-1971.-55.-p.716−723.
- Siegbahn P.E.M., Almlof J., Heiberg A. and Roos B.O. The complete active space SCF (CASSCF) method in a Newton-Raphson formulation with application to the HNO molecule // J. Chem. Phys.-1981.-74.-p.2384−2396.
- Siegbahn P.E.M. The externally contracted CI method applied to N2 // Int. J. Quantum Chem.-1983.-23.-p. 1869−1889.
- Moore С.Е. Atomic Energy Levels (NBS Circular No 467) / Washington DC: US Govt Printing Office-1971.
- Krupenie P.H. The spectrum of molecular oxygen // J. Phys. Chem. Ref. Data-1972.-1 .-p.423−535.
- Evans M., Stimson S., Ng C.Y., Hsu C.-W. and Jarvis G.K. Rotationally resolved pulsed field ionization photoelectron study of O2″ (B 2H~, 2T,~-, v+ = 0 7) at 20.2 — 21.3 eV // J. Chem. Phys.-1999.-110.-p.315−327.
- Юцис А.П. и Савукинас А.Ю. Математические основы теории атома / Вильнюс: Минтис.-1973.-480с.
- Собельман И.И. Введение в теорию атомных спектров / М.:Наука.-1963−640с.
- Brems V., Desouter-Lecomte М. and Lievin J. Avoided resonance overlapping beyond the energy independent formalism. II. Electronic predissociation // J. Chem. Phys.-1996.-104.-p.2222−2236.
- Ландау Л.Д. и Лифшиц E.M. Квантовая механика, Т.З. / М.:Физматгиз-1963.-767с.
- Burgess A. The determination of phases and amplitudes of wave functions // Proc. Phys. Soc.-1963.-81.-p.442−452.
- Aberg Т. and Howat G. Corpuscles and Radiation in Matter. Theory of the Auger Effect. (Enciclopedia of Physics) / Berlin-Heidelberg-New York: Springer Verlag.-1982.-31 .-p.469−620.
- Самарский А.А. Введение в численные методы / М.:Наука.-1982.-273с.
- Амусья М.Я. и Чернышева J1.B. Автоматизированная система исследования структуры атомов / Л.:Наука.-1983.-281с.
- Корн Г. и Корн Т. Справочник по математике для научных сотрудников и инженеров / М.:Наука.-1974.-832с.
- Duff K.J. A computational form for Lowdins alpha function // Int. Jour. Quant. Chem.-1971.-5.-p.ll 1−113.
- Варшалович Д.А., Москалев A.H. и Херсонский В.К. Квантовая теория углового момента / Л: Наука.-1975.-440с.
- WWW page of Committee on Data for Science and Technology-1998. http://www.codata.org
- Каразия Р.И. Введение в теорию рентгеновских и электронных спектров свободных атомов / Вильнюс: Мокслас-1987−267с.
- Kau R., Petrov I.D., Sukhorukov V.L. arid Hotop H. Experimental and theoretical cross sections for photoionization of metastable Ne*(3P2,3Po,) atoms near threshold // J. Phys. B: At. Mol. Opt. Phys.-1996.-29.-p.5673−5698.
- Kau R., Petrov I.D., Sukhorukov V.L. and Hotop H. Experimental and theoretical cross sections for photoionization of metastable Xe* (6s, 3P2, 3Po) atoms near threshold // Z. Phys. D.-1997.-39.-p.267−281.
- Petrov I.D., Sukhorukov V.L. and Hotop H. The influence of core polarization on photo-ionization of alkali and metastable rare gas atoms near threshold // J. Phys. B: At. Mol. Opt. Phys.-1999−32.-p.973−986.
- Petrov I.D., Sukhorukov V.L. and Hotop H. The autoionizing Rydberg series 2>pl2nt'K']j (l' = 0 — 5) of Ar: the influence of many-electron effects on the resonance widths // J. Phys. B: At. Mol. Opt. Phys.-2003.-36.-p. 119−228.
- Sugar J. and Musgrove A. Energy levels of krypton, Krl through KrXXXVI // J. Phys. Chem. Ref. Data.-1991.-20.-p.859−916.
- Minnhagen L. The spectrum of singly ionized argon, Ar II // Ark. Fys.-1963−25.-p.203−283.
- Liu C.-N. and Starace A.F. Mirroring behavior of partial photodetachment and photoionization cross sections in the neighborhood of a resonance // Phys. Rev. A.-1999.-59.-p.R1731-R1733.
- Kelly R.L. Atomic and ionic spectrum lines below 2000 angstrom: Hydrogenthrough krypton // J. Phys. Chem. Ref. Data-1987- 16 (Suppl. 1).-p. 1−649.f.
- Sairanen O.-P., Kivimaki A., Nommiste E., Aksela H. and Aksela S. High-resolution pre-edge structure in the inner-shell ionization threshold bregion of rare gases Xe, Kr and Ar // Phys. Rev. A.-1996.-54.-p.2834−2839.
- Саченко В.II. и Демехин В.Ф. Сателлиты рентгеновских спектров // ЖЭТФ.-1965.-49.-с.765−769.
- Sukhorukov V.L., Hopersky A.N., Petrov I.D., Yavna V.A. and Demekhin V.F. Double photoexcitation processes at the near K-edge region of Ne, Na and Ar // J. Physique.-1987.-48.-p. 1677−1683.
- Сухоруков B. JL, Демехин В. Ф., Тимошевская В. В. и Лаврентьев С. В. Влияние перестройки остовных электронов на К-спектры поглощения неона и аргона // Оптика Спектр.-1979.-47.-с.407−409.
- Сухоруков В.Л., Демехин В. Ф., Явна В. А., Дуденко А. И. и Тимошевская В.В. Исследование фотоионизации 2р-оболочки аргона // Оптика Спектр.-1983.-55.-С.229−233.,
- Sukhorukov V.L., Hopersky A.N. and Petrov I.D. Calculation of Kr photoabsorption spectrum fine structure within the KN23 ionization threshold region // J. Phys. II.-1991−1.-P.501−509.
- Arp U., Lagutin B.M., Materlik G., Petrov I.D., Sonntag B. and Sukhorukov V.L. K-absorption spectra of atomic Ca, Cr, M11 and Cu // J. Phys. B: At. Mol. Opt. Phys.-1993.-26.-p.4381−4398.
- Jauhminen J., Aksela H., Sairanen O-P., Nommiste E. and Aksela S. Auger decay of resonantly excited Kr 3d~y23y2np (n= 5, G, 7, 8 and 9) states // J. Phys. B: At. Mol. Opt. Phys-1996.-29.-P.3385−3399.
- Lindle D.W., Heimarm P.A., Ferrett T.A., Piancastelli M.N. and Shirley D.A. Photoemission study of Kr 3d np autoionization resonances // Phys. Rev.1. A.-1987.-35-P.4605−4610.
- Meyer M., Marquette A., Grum-Grzhimailo A.N., Kleiman U., and Lohmann
- B. Polarization analysis of fluorescence probing the alignment of Xe+ ions in the resonant auger decay of the Xe* 4dg/, 126p photoexcited state // Phys. Rev. A.-2001.-64.-p.22 703−14.
- Каразия Р.И. Суммы атомных величин и средние характеристики спектров / Вильнюс: Мокслас-1991 -272с.
- Ellis К., Hall R.I., Avaldi L., Dawber G., McConey A., Andric L. and King G.C. High resolution threshold photoelectron and photoion spectroscopy of oxygen in the 12−50 eV photon range // J. Phys. B: At. Mol. Opt. Phys.-1994.-27.-p.3415−3426.
- Richard-Viard M., Dutuit 0., Ait-Kaci M, and Guyon P.M. Isotop effect in the predissociation of the с 4?~ state of O^ // J. Phys. B: At. Mol. Opt. Phys.-1987−20.-p.2247−2254.
- Lu Y., He Z.X., Cutler J.N., Southworth S.H., Stolte W.C. and Samson J.A.R. Dissociative photoionization study of O2 // J. Electr. Spectr. Relat. Phenom-1998.-94 -p. 135−147.
- Samson A.R., Gardner J.L. and Haddad G.N. Total and partial photoionization cross-sections of 02 from 100 to 800 A// J. Electr. Spectr. Relat. Phenom-1977−12.-p.281−292.
- Brion C.E., Tan K.H., van der Wiel M.J. and van der Leeuw Ph.E. Dipole oscillator strengths for the photoabsorptioii, photoionization and fragmentation of molecular oxygen //J. Electr. Spectr. Relat. Phenom-1979−17.-p.l01−119.
- Gerwer A., Asaro C., McKoy B.V. and Langhoff P.W. Photoexcitation and ionization in molecular oxygen: theoretical studies of electronic transitions in the discrete and continuum spectral intervals //J. Chem. Phys.-1980.-72.-p.713−727.
- Braunstein M., McKoy V. and Smith M.E. Multiplet-specific shape resonant features in 3ag photoionization of O2 // J. Chem. Phys.-1989.-90.-p.3931−3936.
- Semenov S.K., Cherepkov N.A., Fecher G.H. and Schonliense G. Generalization of the atomic random-phase-approximation method for diatomic molecules: N2 photoionization cross-section calculations // Phys. Rev. A.-2000.-61-p.3 2704(l-ll).
- Lin P. and Lucchese R.R. Theoretical studies of cross sections and photoelectron angular distributions in the valence photoionization of molecular oxygen //J. Chem. Phys.-2002.-116.-p.8863−8875.
- Kelly H.P., Carter S.C. and Norum B.E. Calculations of photoionization of the 4d subshells of Ba and Ba2+ // Phys. Rev. A.-1982.-25.-p.2052−2055.
- Herzberg G. Molecular Spectra and Molecular Structure: I. Spectra of Diatomic Molecules / Cincinnati, Toronto, New York, Melbourne, London: Van Nostrand Reinhold Comp.-1950.-658p.
- Berkowitz J. Some systematics of autoionization features in atoms // Adv. Chem. Phys.-1988.-72-p.l-36.
- Cesar A., Agren H. and Carravetta V. Vibronic emission from short-lived core-hole states: Theory and applications for the water molecule // Phys. Rev. A-1989.-40.-p. 187−206.
- Gortel Z.W., Teshima R. and Menzel D. Time-dependent theory of the auger resonant raman effect for diatomic molecules: Concepts and model calculations for N2 and CO // Phys. Rev. A.-1998.-58-p. 1225−1246.
- Gel’mukhanov F. and Agren H. Raman, non-Raman and anti-Raman dispersion in resonant X-ray scattering spectra of molecules // Phys. Rev. A.-1996.-54-p.3960−3970.
- Thulstrup E.W. and Andersen A. Configuration interaction studies of bound, low-lying states of Nj, N2, Nj «„id N2+ // J. Phys. B: At. Mol. Phys-1975.-8-p.965−976.
- Gardner J.L. and Samson J.A.R. Photoion and photoelectron spectroscopy of CO and N2 // J. Chem. Phys.-1975.-62.-p. 1447−1452.
- Baltzer P., Larsson M., Karlsson L., Wannberg B. and Carlsson Gothe M. Inner-valence states of N2 studied by UV photoelectron spectroscopy and configuration-interaction calculations // Phys. Rev. A.-1992.-46.-p.5545−5553.
- Lee K., Kim D.Y., Ma C.-I. and Hanson D.M. Identification of the core hole excited states of N2: A failure of the equivalent core approximation // J. Chem. Phys.-1994.-100.-p.8550−8553.
- Howat G., Aberg T. and Goshinski 0. Relaxation and final-state channel mixing in the Auger effect // J. Phys. B: At. Mol. Opt. Phys-1978-ll-p.1575−1588.
- Fink R. Theoretical autoionization spectra of Is -+ n* excited N2 and N20 // J. Electr. Spectr. Relat. Phenom.-1995.-76.-p.295−300.
- Agren H. On the interpretation of molecular valence Auger spectra // J. Chem. Phys.-1981.-75-p.1267−1283.
- Kempgens В., Kivimaki A., Neeb M., Koppe H.M., Bradshaw A.M. and Feldhaus J. A high-resolution N Is photoionization study of the N2 molecule in the near-threshold region // J. Phys. B: At. Mol. Opt. Phys.-1996.-29.-p.5389−5402.
- Eberhardt W., Stohr J., Feldhaus J., Plummer E.W. and Sette F. Correlation between electron emission and fragmentation into ions following soft-X-Ray excitation of the N2 molecule // Phys. Rev. Lett.-1983.-51.-p.2370−2373.
- Erman P. Direct measurement of the N2 С state predissociation probability // Phys. Scr.-1976.-14.~p.51−54.
- Roche A.L. and Tellinghuisen J. Predissociation and perturbation in the С 2?“ of NJ from interaction with the В 2?+ state // Mol. Phys.-1979.-38.-p. 129−143.
- Govers T.R., van de Runstraat C.A. and de Heer F.J. Excitation and decay of the С 2?+ state of Nj» following collisions of He+ ions with N2 isotopes // Chem. Phys.-1975.-9.-p.285−299.
- Wight G.R. and Brion C.E. K-shell excitation in NO and 02 by 2.5 keV electron impact // J. Electr. Spectr. Relat. Phenom.-1974.-4.-p.313−325.
- Tronk M., King G.C. and Read F.H. Nitrogen k-shell excitation in N2l NO and N20 by high resolution electron energy-loss spectroscopy // J. Phys. B: At. Mol. Phys.-1980.-13.-p.999−1008.
- Remmers G., Domke M., Puschmann A., Mandel Т., Kaindl G., Hudson E. and Shirley D.A. High-resolution inner-shell photoionization of NO // Chem. Phys. Lett.-1993.-214.-p.241−249.
- Kosugi N., Adachi J., Shigemasa E. and Yagishita A. High-resolution and symmetry-resolved N and О K-edge absorption spectra // J. Chem. Phys-1992−97.-p.8842−8849.
- Fink R. A theoretical simulation of the ls-2p excitation and de-excitation spectra of the NO molecule // J. Cliem. Phys.-1997.-106.-p.4038−4052.
- Wang H. and Larkins F.P. A theoretical study of core excitation spectra of NO molecule // J. Phys. B: At. Mol. Phys.-1998.-31.-p. 1649−1656.
- Carroll T.X. and Thomas T.D. Deexcitation electron spectroscopy of core-excited NO // J. Chem. Phys.-1992.-97.-p.894−899.
- Carroll T.X., Coville M., Morin P. and Thomas T.D. Deexcitation electron spectroscopy of core-excited NO as a function of excitation energy // J. Chem. Phys.-1994.-101.-p.998−1005.
- Kukk Е., Snell G., Bozek J.D., Cheng W.-T. and Berrah N. Vibrational structure and partial rates of resonant auger decay of the N ls-27r core excitations in nitric oxide // Phys. Rev. A.-2001.-63.-p.6 2702(l-9).
- Edqvist 0., Asbrink L. and Lindholm E. On the photoelectron spectrum of NO // Z. Naturforsch.-1971 -26a.-p. 1407−1410.
- Schartner K.-H., Mentzel G., Magel В., Mobus В., Ehresmann A., Vollweiler F. and Schmoranzer H. State-selective study of the direct double photoionization of the Ne valence shell // J. Phys. B: At. Mol. Opt. Phys.-1993.-26.-p.L445-L450.
- Cossart D., Launay F., Robbe J.M. and Gandara G. Rotational analysis of the (0−0) and (1−1) bands of the D XE+ X transition of Comparison of observations with ab-initio calculation results // J. Mol. Spec.-1985.-113.-p.142−158.
- Cossart D. and Launay F. The vacuum UV emission spectrum of the 15N22+ molecular ioii // J. Mol. Spec-1985−113-p.159−166.
- Olsson B.J., Kindvall G. and LarssonM. Experimental and theoretical studies of the radiative properties of the N2+ D *?+ state // J. Chem. Phys.-1988.-88-p.7501−7507.
- Cosby PC., Moller R. and Helm H. Photofragment spectroscopy of // Phys. Rev. A.-1983.-28.-p.766−772.
- Hall R.I., McConkey A.G., Avaldi L., MacDonald M.A. and King G.C. Direct observation of vibrational states of C02+ and N2+ by threshold photoelectrons coincidence spectroscopy // J. Phys. B: At. Mol. Opt. Phys.-1992.-25.-p.411−419.
- Grobrnann W.D. Angular-resolved photoemission from molecules in the independent atomic center approximation // Phys. Rev. В-1978.-17.-p.4573−4585.
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