All Stories

  1. Stark Broadening of Co II Lines in Stellar Atmospheres
  2. Forty Years of the Applications of Stark Broadening Data Determined with the Modified Semiempirical Method
  3. The Spectroscopic Atomic and Molecular Databases at the Paris Observatory
  4. Stark Broadening of Neutral Boron Lines
  5. BEAMDB and MOLD—Databases at the Serbian Virtual Observatory for Collisional and Radiative Processes
  6. Stark Widths of Yb III and Lu IV Spectral Lines
  7. Stark broadening of B I lines belonging to low energetic transitions
  8. Special Issue on Atomic and Ionic Collisions with Formation of Quasimolecules
  9. The Collisional Atomic Processes of Rydberg Hydrogen and Helium Atoms: Astrophysical Relevance
  10. The Third and Fourth Workshops on Spectral Line Shapes in Plasma Code Comparison: Isolated Lines
  11. Quantum and Semiclassical Stark Widths for Ar VII Spectral Lines
  12. Stark Broadening of Cr III Spectral Lines: DO White Dwarfs
  13. Stark Broadening of Se IV, Sn IV, Sb IV and Te IV Spectral Lines
  14. The Application of the Cut-Off Coulomb Model Potential for the Calculation of Bound-Bound State Transitions
  15. Symmetric Atom–Atom and Ion–Atom Processes in Stellar Atmospheres
  16. Nonlinear Spectroscopy of Alkali Atoms in Cold Medium of Astrophysical Relevance
  17. Regularities and Systematic Trends on Zr IV Stark Widths
  18. A New Analysis of Stark and Zeeman Effects on Hydrogen Lines in Magnetized DA White Dwarfs
  19. The Screening Characteristics of the Dense Astrophysical Plasmas: The Three-Component Systems
  20. 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
  21. Stark-Zeeman Line Shape Modeling for Magnetic White Dwarf and Tokamak Edge Plasmas: Common Challenges
  22. Stark Broadening from Impact Theory to Simulations
  23. Radiative and Collisional Molecular Data and Virtual Laboratory Astrophysics
  24. Stark Widths of Na IV Spectral Lines
  25. Semiclassical Stark Broadening Parameters of Ar VII Spectral Lines
  26. Stark Widths of Ar II Spectral Lines in the Atmospheres of Subdwarf B Stars
  27. Mol-D a Database and a Web Service within the Serbian Virtual Observatory and the Virtual Atomic and Molecular Data Centre
  28. A statistical study of C IV regions in 20 Oe-stars
  29. Ion-atom radiative processes in the solar atmosphere: quiet Sun and sunspots
  30. Quantum Stark broadening of Ar XV lines. Strong collision and quadrupolar potential contributions
  31. Stark broadening data for spectral lines of rare-earth elements: Nb III
  32. Stark broadening of B IV lines for astrophysical and laboratory plasma research
  33. Stark widths of Ar III spectral lines in the atmospheres of subdwarf B stars
  34. The OIV 1407.3Å /1401.1Å emission-line ratio in a plasma
  35. The STARK-B database as a resource for “STARK” widths and shifts data: State of advancement and program of development
  36. Stark broadening of resonant Cr II 3d5–3d44p spectral lines in hot stellar atmospheres
  37. Erratum: Stark-broadening calculations of singly ionized carbon spectral lines
  38. Stark broadening of Pb iv spectral lines
  39. Electron-Impact Broadening of C II Spectral Lines
  40. The quasi-molecular absorption bands in UV region caused by the non-symmetric ion-atom radiative processes in the solar photosphere
  41. Virtual Laboratory Astrophysics: the STARK-B database for spectral line broadening by collisions with charged particles and its link to the European project VAMDC
  42. Stark-broadening calculations of singly ionized carbon spectral lines
  43. Stark shifts and transition probabilities within the Kr I spectrum
  44. Serbian virtual observatory
  45. Virtual laboratory astrophysics : The STARK-B database
  46. Quantum Stark broadening data for the C iv, N v, O vi, F vii and Ne viii resonance doublets
  47. CHEMI-IONIZATION IN SOLAR PHOTOSPHERE: INFLUENCE ON THE HYDROGEN ATOM EXCITED STATES POPULATION
  48. VAMDC—The Virtual Atomic and Molecular Data Centre—A New Way to Disseminate Atomic and Molecular Data—VAMDC Level 1 Release
  49. New challenges of Astroinformatics - STARK-B database and Serbian virtual observatory - SerVO, and relations to European virtual atomic data center - VAMDC
  50. European Virtual Atomic Data Centre - VAMDC
  51. Studying the complex BAL profiles in the BALQSOs spectra
  52. Stark broadening calculations of neutral copper spectral lines and temperature dependence
  53. Virtual atomic and molecular data centre
  54. ANALYSIS OF OPTICAL Fe II EMISSION IN A SAMPLE OF ACTIVE GALACTIC NUCLEUS SPECTRA
  55. Electrical conductivity of plasmas of DB white dwarf atmospheres
  56. Influence of Collisions with Charged Particles on Astronomical Spectra
  57. Similarities in calculated stark broadening parameters of argon spectral lines
  58. Stark broadening parameters of Ne I 837.8 nm spectral line
  59. The Contribution of the Absorption Processes to the Opacity of DB White Dwarf Atmospheres in UV and VUV Regions
  60. The total and relative contribution of the relevant absorption processes to the opacity of DB white dwarf atmospheres in the UV and VUV regions
  61. Interpreting the complex line profiles in the stellar spectra
  62. Kinematics of the broad absorption line region in QSOs: Rotation and random motion
  63. Preface
  64. Stark broadening of spectral lines in chemically peculiar stars: Te I lines and recent calculations for trace elements
  65. The project of Serbian Virtual Observatory and data for stellar atmosphere modeling
  66. Using the van der Waals broadening of spectral atomic lines to measure the gas temperature of an argon–helium microwave plasma at atmospheric pressure
  67. Temperature dependence of atomic spectral line widths in a plasma
  68. Atomic data and electron-impact broadening effect in DO white dwarf atmospheres: Si vi
  69. Stark broadening and hfs of Mn II
  70. A Study of the Structure of Different Ionization Potential Regions in the Atmosphere of AX Mon (HD 45910)
  71. AX Mon (HD 45910) Kinematical Parameters in the Fe II Spectral Lines as a Function of the Excitation Potential
  72. Calculation of the shifts of argon spectral lines
  73. DACs and SACs in the UV Spectrum of the Quasar PG 0946+301
  74. Electron-impact broadening of Ar I 737.212 nm spectral line for stellar atmospheres research
  75. Gas Temperature Determination in Argon-Helium Plasma at Atmospheric Pressure using van der Waals Broadening
  76. Kinematics of Broad Absorption Line Regions of PG 1254+047
  77. Rigas Velestinlis and Astronomy in his “Anthology of Physics”
  78. Romanian-Serbian collaboration in Astronomy
  79. Similarity Between DACs∕SACs Phenomena in Hot Emission Stars and Quasars Absorption Lines
  80. Stark broadening of O V 1371 Å line in stellar atmospheres
  81. Using line broadening to determine the electron density in an argon surface-wave discharge at atmospheric pressure
  82. Rate coefficients for the chemi-ionization processes in sodium- and other alkali-metal geocosmical plasmas
  83. Influence of chemi-ionization and chemi-recombination processes on hydrogen line shapes in M dwarfs
  84. Stark broadening of visible Ar I spectral lines
  85. The influence of Stark broadening on Cr II spectral line shapes in stellar atmospheres
  86. Stark Broadening of the Spectral Lines of Nev
  87. The influence of H$\mathsf{_{2}^{+}}$- photo-dissociation and (H + H$\mathsf{^{+}}$)- radiative collisions on the solar atmosphere opacity in UV and VUV regions
  88. Using the van der Waals broadening of the spectral atomic lines to measure the gas temperature of an argon microwave plasma at atmospheric pressure
  89. The flux ratio of the [O III]   5007, 4959 lines in AGN: comparison with theoretical calculations
  90. Experimental and Theoretical Stark Widths for Au II
  91. Experimental and Theoretical Determination of Temperature in Plasmas
  92. On the Broadening of Spectral Lines in Surface Wave Discharges
  93. A Statistical Study of Physical Parameters of the C IV Density Regions in 20 Oe Stars
  94. Atomic Data and Stark Broadening Parameters for Si VI Ion
  95. Chemi-ionization Processes. Alkali-metal Geocosmical Plasmas
  96. Cowan Code and Stark Broadening of Spectral Lines of S II, S III and S IV
  97. Determination of the Gas Temperature of an Argon Microwave Plasma at Atmospheric Pressure Using van der Waals Broadening
  98. Influence of Collisions with Charged Particles on Solar Type Star Spectra; Investigations on Belgrade Astronomical Observatory
  99. Investigation of the Post-Coronal Density Regions of Oe Stars, with the N V UV Resonance Lines
  100. Long Term Variability of the Coronal and Post-Coronal Regions of the Oe Star HD 149757 (zeta Oph)
  101. On the Common Influence of Stark Broadening and Hyperfine Structure in Stellar Spectra: Mn II Lines
  102. Stark Broadening of Cr II Spectral Lines in Stellar Atmospheres
  103. Studying the Complex Absorption and Emission Lines in AGN Spectra
  104. Te I Stark Broadening Data for Stellar Plasma Analysis
  105. The DACs and SACs Effects From Stars to Quasars. Some First General Notices
  106. The N IV Density Regions in the Spectra of 20 Oe Stars
  107. The flux ratio of the [OIII] λ λ 4959, 5007 Å lines in AGN
  108. The Influence of Chemi-Ionization and Chemi-Recombination Processes on H Lines in M Dwarf Atmospheres
  109. Stark broadening parameters for Cu III, Zn III and Se III lines in laboratory and stellar plasma
  110. Electron impact broadening of multicharged ion lines of astrophysical interest: Ne VII, Ne VIII and Si XI
  111. Influence of spectral line broadening on the mode structure of He-Kr and He-Ar gas lasers
  112. A New Approach For The Structure Of Ha Regions In 120 Be-type Stars
  113. A New Modeling Approach For DACs And SACs Regions In The Atmospheres Of Hot Emissions Stars
  114. Long Term Variability of the Radial Velocities in the Coronal and Post-coronal Regions of the Oe Star HD 93521
  115. The Peculiar Absorption And Emission Phenomena From Stars To Quasars
  116. Stark broadening of Cd I spectral lines
  117. Processes of (n – n')-mixing in collisions of Rydberg H$\mathsfsl{^{*}}$(n) atoms with H(1s) in the Solar atmosphere
  118. On the influence of Stark broadening on Cr I lines in stellar atmospheres
  119. Stark Broadening of F III Lines in Laboratory and Stellar Plasma
  120. Modified semiempirical electron width calculations of singly-ionized oxygen spectral lines
  121. Stark broadening of Ga I spectral lines
  122. Stark broadening of the four times ionized silicon spectral lines
  123. Electron and ion contributions to the Ne I spectral line broadening
  124. Stark broadening parameters in singly and doubly ionized fluorine spectra
  125. Importance of collisions with charged particles for stellar UV line shapes: $\ion{Cd}{iii}$
  126. On the Stark broadening of the 537.8�nm and 441.6�nm Cd+ lines excited in a hollow cathode laser discharge
  127. Transition probabilities in Kr II and Kr III spectra
  128. Stark broadening of AgI spectral lines
  129. Stark broadening of neutral germanium spectral lines
  130. Symmetrical Chemi‐Ionization and Chemi‐Recombination Processes in Low‐Temperature Layers of Helium‐rich DB White Dwarf Atmospheres
  131. Milutin Milanković (1879 - 1958) and his contribution to European astronomy
  132. Stark Broadening of In II Spectral Lines
  133. Stark Broadening of the Ar I Spectral Lines 763.51, 738.39 and 696.54 nm
  134. Stark Broadening Effect in Stellar Atmospheres: NdiiLines
  135. Stark Widths of the Neii, Neiii, and NeivSpectral Lines
  136. ELECTRON-IMPACT STARK BROADENING PARAMETERS FOR Ti II AND Ti III SPECTRAL LINES
  137. Electron-Impact Broadening Parameters for Ra II Spectral Lines
  138. Stark broadening parameters of the Kr II and Kr III spectral lines
  139. STARK BROADENING OF V V AND V XIII SPECTRAL LINES
  140. The influence of HeHe+−e and He2+−e recombination and ionization on the population of atoms in helium plasma
  141. Stark broadening of triply ionized oxygen lines: The temperature dependence
  142. Stark broadening of Al III and Cu IV lines for diagnostic of the rail gun arc plasma
  143. Influence of ion-atom collisions on the recombination of electrons
  144. Stark broadening of halogen atom lines from (1 D)n p levels
  145. Fourfold ionization by electrons near the threshold
  146. Small-energy three-body systems: IV. Classical trajectory calculations for the near-threshold behaviour of collision-induced dissociation
  147. On the influence of Debye shielding on the Stark broadening of ion lines within the classical model
  148. Modified semiempirical Stark shifts of ArII lines
  149. Comparison of measured and calculated Stark broadening parameters for neutral-helium lines
  150. The trajectory effect in calculations of the phaseshift for binary collisions and broadening of neutral atom lines
  151. The classical trajectory study of e++A to A++e-+e+reaction near the threshold
  152. Comparison between quantum and semiclassical calculations of the electron impact broadening of the Li I resonance line
  153. Electron-helium double ionisation near the threshold: numerical investigations
  154. On mutual angle and energy distributions near ionisation thresholds for electron-ion collisions
  155. Stark broadening of Si III and Si IV lines