All Stories

  1. Stark Broadening of O I Spectral Lines
  2. Quantum Stark widths of N IV-V and O IV spectral lines
  3. Data on Stark Broadening of N V Spectral Lines
  4. ASTROPHYSICAL APPLICATIONS OF STARK BROADENING OF SINGLY IONIZED PALADIUM SPECTRAL LINES
  5. STARK BROADENING DATA FOR N VI SPECTRAL LINES
  6. On the Stark broadening of N II spectral lines
  7. On the Stark broadening of O I spectral lines: comparison with experiments
  8. Data on Stark Broadening of Sn II Spectral Lines
  9. Astrophysical application of stark broadening of ionized gallium spectral lines
  10. Stark broadening of Sn II spectral lines
  11. Stark broadening of N II spectral lines
  12. Atomic structure and Stark width calculation for Cl III ion
  13. ASTROPHYSICAL APPLICATIONS OF STARK BROADENING OF SINGLY IONIZED PALADIUM SPECTRAL LINES
  14. STARK BROADENING DATA FOR N VI SECTRAL LINES
  15. Energy levels, oscillator strengths, transition probabilities and lifetimes of the O-like Cl X ion
  16. Stark broadening of Cu II spectral lines
  17. ASTROPHYSICAL APPLICATIONS OF STARK BROADENING OF SPECTRAL LINES
  18. DATASET FOR PHOTODISSOCIATION OF SMALL MOLECULAR IONS
  19. INVESTIGATION OF CHEMISTRY OF HYDROGEN, HELIUM AND LITHIUM MOLECULAR IONS IN THE EARLY UNIVERSE
  20. PENNING AND PHOTO IONIZATIONS OF COLD RYDBERG ALKALIMETAL ATOMS UNDER FÖSTER RESONANCE CONDITIONS
  21. STARK WIDTHS OF SEVERAL Te II SPECTRAL LINES FOR INVESTIGATION OF ASTROPHYSICAL SPECTRA
  22. Atomic structure and transition parameters of the C-like ion K XIV
  23. NEW MOLECULAR DATA FOR ASTROCHEMICAL MODELLING
  24. THE IMPORTANCE OF SOME COLLISIONAL IONIZATION AND RECOMBINATION PROCESSES IN AGNs
  25. Stark broadening of Pd II spectral lines
  26. Data on Stark Broadening of N VI Spectral Lines
  27. Data in Astrophysics and Geophysics: Novel Research and Applications
  28. Stark broadening data for ultraviolet lines of Ni v
  29. Stark Broadening of N VI Spectral Lines
  30. On the Stark broadening of Al IV spectral lines in stellar atmospheres
  31. Spectroscopy of adiabatic dark states under two-photon excitation of sodium atoms
  32. Calculated Stark widths of the triply charged argon ion Ar iv
  33. Analysis of adiabatic processes in multilevel N-pod quantum systems from the perspective of Riemannian geometry
  34. New Ga IV, Ga V, Ge IV, and Ge V line widths for white dwarf spectra analysis: quantum mechanical results
  35. Quantum mechanical line widths of ionized oxygen, silicon, and aluminium; comparisons with recent experimental results
  36. Stark Broadening of Al IV Spectral Lines
  37. Electron-impact processes involving small molecular ions relevant for the astrochemistry
  38. On the similarities of Stark broadening parameters within a Fe XXV multiplet
  39. Stark broadening of Si II spectral lines: comparison with experimental results
  40. Stark broadening of Fe xxv spectral lines
  41. Data for Photodissociation of Some Small Molecular Ions Relevant for Astrochemistry and Laboratory Investigation
  42. Stark Broadening of Zn III Spectral Lines
  43. Stark broadening effect in hot DA white dwarfs: Ultraviolet lines of Fe V
  44. Stark broadening of B I spectral lines
  45. Atomic structure for carbon-like ions from Na vi to Ar xiii
  46. Stark broadening of Zn II spectral lines
  47. Influence of Stark broadening of ionized chromium spectral lines in Ap-star atmospheres
  48. Stark widths of Lu II spectral lines
  49. Impact of Stark broadening on Co II spectral line modelling in hot stars
  50. Stark Width Data for Tb II, Tb III and Tb IV Spectral Lines
  51. On the applications of the modified semiempirical method for Stark broadening: the example of the alkali-like ion Sr II
  52. Photodestruction of Diatomic Molecular Ions: Laboratory and Astrophysical Application
  53. Penningionization processes involving cold Rydberg alkali metal atoms
  54. On the Stark Broadening of Be II Spectral Lines
  55. A Decade with VAMDC: Results and Ambitions
  56. Milutin Milanković and climate changes leading to ice ages
  57. Stark Broadening of Co II Lines in Stellar Atmospheres
  58. Forty Years of the Applications of Stark Broadening Data Determined with the Modified Semiempirical Method
  59. The Spectroscopic Atomic and Molecular Databases at the Paris Observatory
  60. Stark Broadening of Neutral Boron Lines
  61. Dynamic Instability of Rydberg Atomic Complexes
  62. BEAMDB and MOLD—Databases at the Serbian Virtual Observatory for Collisional and Radiative Processes
  63. Stark Widths of Yb III and Lu IV Spectral Lines
  64. Stark broadening of B I lines belonging to low energetic transitions
  65. Special Issue on Atomic and Ionic Collisions with Formation of Quasimolecules
  66. Simple and analytical function for the Stark profile of the Hα line and its application to plasma characterization
  67. The Collisional Atomic Processes of Rydberg Hydrogen and Helium Atoms: Astrophysical Relevance
  68. The Third and Fourth Workshops on Spectral Line Shapes in Plasma Code Comparison: Isolated Lines
  69. Quantum and Semiclassical Stark Widths for Ar VII Spectral Lines
  70. Stark Broadening of Cr III Spectral Lines: DO White Dwarfs
  71. Stark Broadening of Se IV, Sn IV, Sb IV and Te IV Spectral Lines
  72. A simple and accurate analytical model of the Stark profile and its application to plasma characterization
  73. Validation of the van der Waals broadening method for the determination of gas temperature in microwave discharges sustained in argon–neon mixtures
  74. Free–free absorption coefficients and Gaunt factors for dense hydrogen-like stellar plasma
  75. Semiclassical perturbation Stark widths of singly charged argon spectral lines
  76. The Application of the Cut-Off Coulomb Model Potential for the Calculation of Bound-Bound State Transitions
  77. Symmetric Atom–Atom and Ion–Atom Processes in Stellar Atmospheres
  78. Nonlinear Spectroscopy of Alkali Atoms in Cold Medium of Astrophysical Relevance
  79. Regularities and Systematic Trends on Zr IV Stark Widths
  80. A New Analysis of Stark and Zeeman Effects on Hydrogen Lines in Magnetized DA White Dwarfs
  81. The Screening Characteristics of the Dense Astrophysical Plasmas: The Three-Component Systems
  82. Using the Pairs of Lines Broadened by Collisions with Neutral and Charged Particles for Gas Temperature Determination of Argon Non-Thermal Plasmas at Atmospheric Pressure
  83. Stark-Zeeman Line Shape Modeling for Magnetic White Dwarf and Tokamak Edge Plasmas: Common Challenges
  84. Stark Broadening from Impact Theory to Simulations
  85. Radiative and Collisional Molecular Data and Virtual Laboratory Astrophysics
  86. Stark Widths of Na IV Spectral Lines
  87. Semiclassical Stark Broadening Parameters of Ar VII Spectral Lines
  88. Stark Widths of Ar II Spectral Lines in the Atmospheres of Subdwarf B Stars
  89. BEAMDB and MolD – databases for atomic and molecular collisional and radiative processes: Belgrade nodes of VAMDC
  90. Stark broadening of Zr iv spectral lines in the atmospheres of chemically peculiar stars
  91. Gas temperature determination in an argon non-thermal plasma at atmospheric pressure from broadenings of atomic emission lines
  92. Line shapes in turbulent plasmas
  93. Influence of Rydberg atom-atom collisional and (n-n’)-mixing processes on optical properties of astrophysical and low-temperature laboratory plasmas
  94. On the Stark broadening of Cr VI spectral lines in astrophysical plasma
  95. The inverse bremsstrahlung absorption coefficients and Gaunt factors in astrophysical plasmas
  96. A study of high-frequency properties of plasma and the influence of electromagnetic radiation from IR to XUV
  97. The STARK-B database VAMDC node
  98. Mol-D a Database and a Web Service within the Serbian Virtual Observatory and the Virtual Atomic and Molecular Data Centre
  99. Stark broadening of B iv spectral lines
  100. The virtual atomic and molecular data centre (VAMDC) consortium
  101. Atom–Rydberg-atom chemi-ionization processes in solar and DB white-dwarf atmospheres in the presence of (n–n′)-mixing channels
  102. Dynamics Resonances in Atomic States of Astrophysical Relevance
  103. MOL-D: A Collisional Database and Web Service within the Virtual Atomic and Molecular Data Center
  104. Non-Elastic Processes in Atom Rydberg-Atom Collisions: Review of State of Art and Problems
  105. On the Stark Broadening of Lu III Spectral Lines
  106. Guest Editorial
  107. Stark Broadening Parameters for Neutral Oxygen Spectral Lines
  108. Stark Broadening in Compact Stars: Xe VI Lines
  109. Stark Widths of Spectral Lines of Neutral Neon
  110. Stark broadening of Xe viii spectral lines
  111. Measuring the electron density in plasmas from the difference of Lorentzian part of the widths of two Balmer series hydrogen lines
  112. The STARK-B database VAMDC node: a repository for spectral line broadening and shifts due to collisions with charged particles
  113. Dynamic Characteristics of Excited Atomic Systems
  114. Helium-rich white dwarf atmospheres: the non-symmetric ion-atom absorption processes
  115. Studying the complex absorption profiles of Si IV in 21 HiBALQSO spectra
  116. A statistical study of C IV regions in 20 Oe-stars
  117. Ion-atom radiative processes in the solar atmosphere: quiet Sun and sunspots
  118. Quantum Stark broadening of Ar XV lines. Strong collision and quadrupolar potential contributions
  119. Stark broadening data for spectral lines of rare-earth elements: Nb III
  120. Stark broadening of B IV lines for astrophysical and laboratory plasma research
  121. Stark widths of Ar III spectral lines in the atmospheres of subdwarf B stars
  122. The OIV 1407.3Å /1401.1Å emission-line ratio in a plasma
  123. The STARK-B database as a resource for “STARK” widths and shifts data: State of advancement and program of development
  124. On the Application of Stark Broadening Data Determined with a Semiclassical Perturbation Approach
  125. Widths and Shifts of Isolated Lines of Neutral and Ionized Atoms Perturbed by Collisions With Electrons and Ions: An Outline of the Semiclassical Perturbation (SCP) Method and of the Approximations Used for the Calculations
  126. The Second Workshop on Lineshape Code Comparison: Isolated Lines
  127. The ion–atom absorption processes as one of the factors of the influence on the sunspot opacity
  128. Absorption non-symmetric ion–atom processes in helium-rich white dwarf atmospheres
  129. Gas temperature determination in microwave discharges at atmospheric pressure by using different Optical Emission Spectroscopy techniques
  130. Stark broadening of resonant Cr II 3d5–3d44p spectral lines in hot stellar atmospheres
  131. Erratum: Stark-broadening calculations of singly ionized carbon spectral lines
  132. Excitation and deexcitation processes in atom-Rydberg atom collisions in helium-rich white dwarf atmospheres
  133. Stark broadening of Pb iv spectral lines
  134. The non-symmetric ion–atom radiative processes in the stellar atmospheres
  135. Electron-Impact Broadening of C II Spectral Lines
  136. The quasi-molecular absorption bands in UV region caused by the non-symmetric ion-atom radiative processes in the solar photosphere
  137. Virtual Laboratory Astrophysics: the STARK-B database for spectral line broadening by collisions with charged particles and its link to the European project VAMDC
  138. Stark-broadening calculations of singly ionized carbon spectral lines
  139. Stark shifts and transition probabilities within the Kr I spectrum
  140. Serbian virtual observatory
  141. Virtual laboratory astrophysics : The STARK-B database
  142. A Statistical Study of the Si IV Resonance Line Parameters in 19 Be Stars
  143. Ab Initio Determination of Atomic Structure and Stark Broadening Parameters: Pb IV and Recent Results
  144. Comparisons and Comments on Electron and Ion Impact Profiles of Spectral Lines
  145. Stark Broadening and White Dwarfs
  146. Stark Broadening of In III Lines in Astrophysical and Laboratory Plasma
  147. Stark Broadening of Several Ar I Spectral Lines in the Visible Spectrum
  148. Stark Broadening of Several Ne II, Ne III and O III Spectral Lines for the Stark-B Database
  149. Stark Broadening of Carbon and Oxygen Lines in Hot DQ White Dwarf Stars: Recent Results and Applications
  150. The Influence of Chemi-Ionization and Recombination Processes on Spectral Line Shapes in Stellar Atmospheres
  151. Quantum Stark broadening data for the C iv, N v, O vi, F vii and Ne viii resonance doublets
  152. CHEMI-IONIZATION IN SOLAR PHOTOSPHERE: INFLUENCE ON THE HYDROGEN ATOM EXCITED STATES POPULATION
  153. VAMDC—The Virtual Atomic and Molecular Data Centre—A New Way to Disseminate Atomic and Molecular Data—VAMDC Level 1 Release
  154. New challenges of Astroinformatics - STARK-B database and Serbian virtual observatory - SerVO, and relations to European virtual atomic data center - VAMDC
  155. The Complex Broad Absorption Line Profiles in a Sample of QSO Spectra
  156. European Virtual Atomic Data Centre - VAMDC
  157. Studying the complex BAL profiles in the BALQSOs spectra
  158. Stark broadening calculations of neutral copper spectral lines and temperature dependence
  159. Virtual atomic and molecular data centre
  160. ANALYSIS OF OPTICAL Fe II EMISSION IN A SAMPLE OF ACTIVE GALACTIC NUCLEUS SPECTRA
  161. Electrical conductivity of plasmas of DB white dwarf atmospheres
  162. Spectroscopic estimation of electron temperature and density of zinc plasma open air induced by Nd:YAG laser
  163. Influence of Collisions with Charged Particles on Astronomical Spectra
  164. Similarities in calculated stark broadening parameters of argon spectral lines
  165. Stark broadening parameters of Ne I 837.8 nm spectral line
  166. The Contribution of the Absorption Processes to the Opacity of DB White Dwarf Atmospheres in UV and VUV Regions
  167. Electrical Conductivity of Plasma in DB White Dwarf Atmospheres
  168. VAMDC FP7 project and STARK-B database: C II Stark broadening parameters for white dwarf atmospheres research
  169. State Capacity and IPR
  170. The total and relative contribution of the relevant absorption processes to the opacity of DB white dwarf atmospheres in the UV and VUV regions
  171. Interpreting the complex line profiles in the stellar spectra
  172. Kinematics of the broad absorption line region in QSOs: Rotation and random motion
  173. Preface
  174. Stark broadening of spectral lines in chemically peculiar stars: Te I lines and recent calculations for trace elements
  175. The project of Serbian Virtual Observatory and data for stellar atmosphere modeling
  176. Using the van der Waals broadening of spectral atomic lines to measure the gas temperature of an argon–helium microwave plasma at atmospheric pressure
  177. Kinematical parameters in the coronal and post-coronal regions of the Oe stars
  178. Temperature dependence of atomic spectral line widths in a plasma
  179. Atomic data and electron-impact broadening effect in DO white dwarf atmospheres: Si vi
  180. Stark broadening and hfs of Mn II
  181. The role of hepatic, renal and intestinal gluconeogenic enzymes in glucose homeostasis of juvenile rainbow trout
  182. A Study of the Structure of Different Ionization Potential Regions in the Atmosphere of AX Mon (HD 45910)
  183. AX Mon (HD 45910) Kinematical Parameters in the Fe II Spectral Lines as a Function of the Excitation Potential
  184. Calculation of the shifts of argon spectral lines
  185. DACs and SACs in the UV Spectrum of the Quasar PG 0946+301
  186. Electron-impact broadening of Ar I 737.212 nm spectral line for stellar atmospheres research
  187. Gas Temperature Determination in Argon-Helium Plasma at Atmospheric Pressure using van der Waals Broadening
  188. Kinematics of Broad Absorption Line Regions of PG 1254+047
  189. Rigas Velestinlis and Astronomy in his “Anthology of Physics”
  190. Romanian-Serbian collaboration in Astronomy
  191. Similarity Between DACs∕SACs Phenomena in Hot Emission Stars and Quasars Absorption Lines
  192. Stark broadening of O V 1371 Å line in stellar atmospheres
  193. Using line broadening to determine the electron density in an argon surface-wave discharge at atmospheric pressure
  194. Rate coefficients for the chemi-ionization processes in sodium- and other alkali-metal geocosmical plasmas
  195. A New Model for the Structure of the DACs and SACs Regions in the Oe and Be Stellar Atmospheres
  196. Influence of chemi-ionization and chemi-recombination processes on hydrogen line shapes in M dwarfs
  197. Stark broadening of visible Ar I spectral lines
  198. The influence of Stark broadening on Cr II spectral line shapes in stellar atmospheres
  199. Stark Broadening of the Spectral Lines of Nev
  200. The influence of H$\mathsf{_{2}^{+}}$- photo-dissociation and (H + H$\mathsf{^{+}}$)- radiative collisions on the solar atmosphere opacity in UV and VUV regions
  201. The Complex Structure of the Mg II $\lambda\lambda$ 2795.523, 2802.698 ${\rmÅ}$ Regions of 64 Be Stars
  202. Using the van der Waals broadening of the spectral atomic lines to measure the gas temperature of an argon microwave plasma at atmospheric pressure
  203. The flux ratio of the [O III]   5007, 4959 lines in AGN: comparison with theoretical calculations
  204. Experimental and Theoretical Stark Widths for Au II
  205. Experimental and Theoretical Determination of Temperature in Plasmas
  206. On the Broadening of Spectral Lines in Surface Wave Discharges
  207. A Statistical Study of Physical Parameters of the C IV Density Regions in 20 Oe Stars
  208. Atomic Data and Stark Broadening Parameters for Si VI Ion
  209. Chemi-ionization Processes. Alkali-metal Geocosmical Plasmas
  210. Cowan Code and Stark Broadening of Spectral Lines of S II, S III and S IV
  211. Determination of the Gas Temperature of an Argon Microwave Plasma at Atmospheric Pressure Using van der Waals Broadening
  212. Influence of Collisions with Charged Particles on Solar Type Star Spectra; Investigations on Belgrade Astronomical Observatory
  213. Investigation of the Post-Coronal Density Regions of Oe Stars, with the N V UV Resonance Lines
  214. Long Term Variability of the Coronal and Post-Coronal Regions of the Oe Star HD 149757 (zeta Oph)
  215. On the Common Influence of Stark Broadening and Hyperfine Structure in Stellar Spectra: Mn II Lines
  216. Stark Broadening of Cr II Spectral Lines in Stellar Atmospheres
  217. Studying the Complex Absorption and Emission Lines in AGN Spectra
  218. Te I Stark Broadening Data for Stellar Plasma Analysis
  219. The DACs and SACs Effects From Stars to Quasars. Some First General Notices
  220. The N IV Density Regions in the Spectra of 20 Oe Stars
  221. The flux ratio of the [OIII] λ λ 4959, 5007 Å lines in AGN
  222. The Influence of Chemi-Ionization and Chemi-Recombination Processes on H Lines in M Dwarf Atmospheres
  223. The Evolution of Some Physical Parameters in the DACs∕SACs Regions in Be Stellar Atmospheres
  224. Stark broadening parameters for Cu III, Zn III and Se III lines in laboratory and stellar plasma
  225. Electron impact broadening of multicharged ion lines of astrophysical interest: Ne VII, Ne VIII and Si XI
  226. Influence of spectral line broadening on the mode structure of He-Kr and He-Ar gas lasers
  227. On the use of the Hα spectral line to determine the electron density in a microwave (2.45GHz) plasma torch at atmospheric pressure
  228. A New Approach For The Structure Of Ha Regions In 120 Be-type Stars
  229. A New Modeling Approach For DACs And SACs Regions In The Atmospheres Of Hot Emissions Stars
  230. Long Term Variability of the Radial Velocities in the Coronal and Post-coronal Regions of the Oe Star HD 93521
  231. The Peculiar Absorption And Emission Phenomena From Stars To Quasars
  232. Stark broadening of Cd I spectral lines
  233. Processes of (n – n')-mixing in collisions of Rydberg H$\mathsfsl{^{*}}$(n) atoms with H(1s) in the Solar atmosphere
  234. On the influence of Stark broadening on Cr I lines in stellar atmospheres
  235. Stark Broadening of F III Lines in Laboratory and Stellar Plasma
  236. Modified semiempirical electron width calculations of singly-ionized oxygen spectral lines
  237. 70 years of Astronomical society “Rudjer Bošković” – an interesting experience in astronomical education, popularization and organization of astronomer amateurs
  238. Stark broadening of Ga I spectral lines
  239. Stark broadening of the four times ionized silicon spectral lines
  240. Electron and ion contributions to the Ne I spectral line broadening
  241. Stark broadening parameters in singly and doubly ionized fluorine spectra
  242. Importance of collisions with charged particles for stellar UV line shapes: $\ion{Cd}{iii}$
  243. On the Stark broadening of the 537.8�nm and 441.6�nm Cd+ lines excited in a hollow cathode laser discharge
  244. Some Spectroscopic Methods for Astrophysical Plasma Research
  245. Transition probabilities in Kr II and Kr III spectra
  246. Stark broadening of AgI spectral lines
  247. Stark broadening of neutral germanium spectral lines
  248. Symmetrical Chemi‐Ionization and Chemi‐Recombination Processes in Low‐Temperature Layers of Helium‐rich DB White Dwarf Atmospheres
  249. Experimental and calculated Stark widths within the Kr I spectrum
  250. On the influence of Stark broadening on Si I lines in stellar atmospheres
  251. Influence of chemi-ionization and chemi-recombination processes on the population of hydrogen Rydberg states in atmospheres of late type dwarfs
  252. Stark broadening of spectral lines of multicharged ions of astrophysical interest. XXIII. Be III
  253. Stark broadening parameters in the S III spectrum
  254. The electron-impact broadening parameters for Co III spectral lines
  255. MEASURED AND CALCULATED STARK PARAMETERS FOR SEVERAL AR I SPECTRAL LINES
  256. STARK BROADENING OF SPECTRAL LINE SHAPES
  257. Milutin Milanković (1879 - 1958) and his contribution to European astronomy
  258. Stark shifts and transition probabilities in Si III and Si IV spectra
  259. Stark Broadening of In II Spectral Lines
  260. Stark Broadening of the Ar I Spectral Lines 763.51, 738.39 and 696.54 nm
  261. Life and activities of Danilo Zulevic (1937 - 1998)
  262. Stark broadening parameter tables for Be III
  263. Stark shifts and transition probabilities in the Ne spectrum
  264. Stark Broadening Effect in Stellar Atmospheres: NdiiLines
  265. Stark Widths of the Neii, Neiii, and NeivSpectral Lines
  266. Chemically active outflow L 1157
  267. Stark broadening in O III spectrum
  268. ELECTRON-IMPACT STARK BROADENING PARAMETERS FOR Ti II AND Ti III SPECTRAL LINES
  269. Electron-Impact Broadening Parameters for Ra II Spectral Lines
  270. Stark broadening effect and zirconium conflict problem
  271. Stark widths and shifts of the Kr III spectral lines
  272. The electron-impact broadening effect in hot star atmospheres: The case of singly- and doubly-ionized zirconium
  273. The project for the determination of Stark broadening parameters within the modified semiempirical approach: Ag II
  274. Stark broadening parameters of the Kr II and Kr III spectral lines
  275. On the Variation of Stark Line Shifts within a given Spectrum in the Case of Irregular Energy Level Structure
  276. Stark Broadening of F VI, Cl VII and Kr VIII Spectral Lines
  277. Stark Broadening Parameters for Spectral Lines of Singly-, Doubly- and Triply-Charged Vanadium Ions
  278. BELDATA - The Database of Belgrade Astronomical Observatory
  279. Stark Broadening of Heavy Element Spectral Lines in Hot Stars: Au II, Co II, Ti II and Co III
  280. The Importance of Electron-Impact Broadening in Hot Star Atmospheres: The Case of Zr II and Zr III Lines
  281. Stark broadening of neutral calcium spectral lines
  282. Stark broadening of neutral zinc spectral lines
  283. The stark broadening effect in hot star atmospheres: Au I and Au II lines
  284. Stark broadening data for stellar plasma research
  285. STARK BROADENING PARAMETERS OF ANALOGOUS SPECTRAL LINES ALONG THE LITHIUM AND BERYLLIUM ISOELECTRONIC SEQUENCES
  286. Stark broadening of spectral lines of multicharged ions of astrophysical interest
  287. Electron-Impact Broadening of MgII Spectral Lines for Astrophysical and Laboratory Plasma Research
  288. Stark broadening of spectral lines of multicharged ions of astrophysical interest
  289. Stark broadening of spectral lines of multicharged ions of astrophysical interest
  290. Stark broadening of spectral lines of multicharged ions of astrophysical interest
  291. Stark broadening of spectral lines of multicharged ions of astrophysical interest
  292. STARK BROADENING OF V V AND V XIII SPECTRAL LINES
  293. Stark broadening of spectral lines of multicharged ions of astrophysical interest
  294. Stark broadening of spectral lines of multicharged ions of astrophysical interest
  295. The electron impact broadening parameters in hot star atmospheres: Mn II, Mn III, Ga III, Ge III and Ge IV lines
  296. Stark broadening parameters for Kr II lines from $\bf 5{s}-5{p}$ transitions
  297. Collisional He – He*(n) chemi-ionization and dielectronic He – He+– e and He2+– e recombination: Differential and total reaction rate coefficients
  298. Stark broadening of spectral lines of multicharged ions of astrophysical interest
  299. Stark broadening of Ba I and Ba II spectral lines
  300. Plasma broadening and shifting of analogous spectral lines along isoelectronic sequences
  301. On the Stark broadening of B III spectral lines
  302. On the Stark broadening of Mg II spectral lines
  303. Stark broadened line profiles of neutral strontium lines in plasma conditions
  304. Stark widths for astrophysically important ns-np transitions in Sc II, Y II and Zr II spectra
  305. Stark broadening of Sr I spectral lines
  306. Stark broadening of spectral lines of multicharged ions of astrophysical interest. XIV. Be III and B III
  307. Plasma broadening and shifting of spectral lines along the isoelectronic sequence of boron
  308. Stark broadening of Li II spectral lines
  309. On the S III and S IV spectral lines Stark broadening parameters
  310. Stark broadening of solar Mg I lines
  311. Stark broadening of Xe II lines
  312. Stark broadening of heavy ion lines: As II, Br II, Sb II and I II
  313. Rate coefficients of collisional H – H*(n) ionization and H – H+– e and H2+– e recombination
  314. The influence of HeHe+−e and He2+−e recombination and ionization on the population of atoms in helium plasma
  315. Radiative He +(1s) + He(1s 2) Processes as the Source of the DB White Dwarf Atmosphere Electromagnetic Continuous Spectra
  316. Stark broadening of Mg I spectral lines
  317. Continuous emission due to radiative ion-atom association and charge exchange in weakly ionized plasmas of H, He, Li and Na
  318. Temperature dependence of the triply ionized oxygen Stark widths
  319. Stark broadening of triply ionized oxygen lines: The temperature dependence
  320. Stark broadening of Rb I spectral lines
  321. Stark broadening of Al III and Cu IV lines for diagnostic of the rail gun arc plasma
  322. Stark broadening of Al I spectral lines
  323. Stark broadening of Ca II spectral lines
  324. Influence of ion-atom collisions on the recombination of electrons
  325. Stark broadening of Be II spectral lines
  326. Asymptotic behaviour of the A and a functions for ionized emitters in semiclassical stark-broadening theory
  327. Stark-broadening parameters of ionized mercury spectral lines of astrophysical interest
  328. Regularities of Stark parameters along the periodic table
  329. Stark broadening of Li(I) lines
  330. Effect of back reaction on broadening of atomic spectral lines in the impact approximation
  331. Stark broadening of halogen atom lines from (1 D)n p levels
  332. Stark broadening of Na(I) lines with the principal quantum number of the upper state between 6 and 10
  333. Fourfold ionization by electrons near the threshold
  334. Small-energy three-body systems: IV. Classical trajectory calculations for the near-threshold behaviour of collision-induced dissociation
  335. On the influence of Debye shielding on the Stark broadening of ion lines within the classical model
  336. Modified semiempirical Stark shifts of ArII lines
  337. ELECTRON-IMPACT BROADENING OF Cu IV LINES FOR THE DIAGNOSTIC OF THE ARC PLASMA OF ELECTRODYNAMIC MACRO-PARTICLE ACCELERATOR
  338. Stark broadening of neutral potassium lines
  339. Stark broadening of neutral sodium lines
  340. Comparison of measured and calculated Stark broadening parameters for neutral-helium lines
  341. Experimental Stark Widths and Shifts for Spectral Lines of Neutral Atoms (A Critical Review of Selected Data for the Period 1976 to 1982)
  342. Experimental Stark Widths and Shifts for Spectral Lines of Positive Ions (A Critical Review and Tabulation of Selected Data for the Period 1976 to 1982)
  343. The trajectory effect in calculations of the phaseshift for binary collisions and broadening of neutral atom lines
  344. Stark broadening of neutral helium lines
  345. Stark broadening of isolated spectral lines of heavy elements in plasmas
  346. The classical trajectory study of e++A to A++e-+e+reaction near the threshold
  347. Semiclassical calculations of electron impact Stark widths of S(III), Cl(III) and S(IV) isolated lines
  348. Comparison between quantum and semiclassical calculations of the electron impact broadening of the Li I resonance line
  349. Electron-helium double ionisation near the threshold: numerical investigations
  350. On the stark broadening of ionized nitrogen lines
  351. Stark widths of doubly- and triply-ionized atom lines
  352. The importance of the pulse shape for the laser-beam target interaction
  353. Stark broadening of S(III) and S(IV) lines
  354. A MODIFIED ADIABATIC THEORY CALCULATION FOR THE STARK BROADENING OF He I (31P0-21S)
  355. QUANTUM MECHANICAL CALCULATIONS OF THE STARK BROADENING OF SOME He I LINES FROM PLASMAS
  356. On mutual angle and energy distributions near ionisation thresholds for electron-ion collisions
  357. On the temperature dependence of Gaunt factors
  358. Some regularities within the Stark widths of resonance lines of alkali-like homologous atoms and ions
  359. Long-range potentials and stark broadening of neutral lines
  360. Stark broadening of Si III and Si IV lines
  361. Accuracy of line broadening data