All Stories

  1. Why is it important to study the fragmentation of heterocyclic compounds?
  2. Collisions of furan and trihydrogen cations studied by collision-induced emission spectroscopy
  3. High-resolution X-ray photoelectron spectra of isoxazole and oxazole
  4. Electron-induced dissociative ionization of the pyridine molecules
  5. The overabundance of excited hydrogen atoms produced in the H2++ furan reaction
  6. Two-body dissociation of isoxazole following double photoionization – an experimental PEPIPICO and theoretical DFT and MP2 study
  7. Cation-induced isomerization of furan molecule
  8. Core–shell excitation of isoxazole at the C, N, and O K-edges – an experimental NEXAFS and theoretical TD-DFT study
  9. ThreSpect – a computer program for the threshold energy determination
  10. Neutral Dissociation of Pyridine Evoked by Irradiation of Ionized Atomic and Molecular Hydrogen Beams
  11. Optical Spectroscopic Studies of Tetrahydrofuran Fragmentation Induced by Collisions with Dihydrogen Cations
  12. Soft X-ray Induced Production of Neutral Fragments in High-Rydberg States at the O 1s Ionization Threshold of the Water Molecule
  13. A competition between two- and three-body dissociation channels in photo-double-ionization of tetrahydro-2H-pyran and 3,4-dihydro-2H-pyran molecules
  14. Ionization and fragmentation of the six-membered heterocycles containing oxygen – Comparative studies of electron and photon impact on the 3,4-dihydro-2H-pyran molecules
  15. Collision-induced luminescence spectra of pyridine bombarded by 1000 eV He+ cations
  16. Vacuum ultraviolet photoionization and ionic fragmentation of the isoxazole molecules
  17. Charge Transfer, Complexes Formation and Furan Fragmentation Induced by Collisions with Low-Energy Helium Cations
  18. Study of ultraviolet-visible fluorescence emission following resonant Auger decay of the 2 p -1 nl core-excited states of argon atoms
  19. Elimination and migration of hydrogen in the vacuum-ultraviolet photodissociation of pyridine molecules
  20. Interactions of protons with furan molecules studied by collision-induced emission spectroscopy at the incident energy range of 50–1000 eV
  21. Yields and Time-of-Flight Spectra of Neutral High-Rydberg Fragments at the K Edges of the CO2 Molecule
  22. Observation of the Hydrogen Migration in the Cation-Induced Fragmentation of the Pyridine Molecules
  23. Charge transfer and formation of complexes in the He+ collisions with the furan molecules
  24. Hydrogen migration in photodissociation of the pyridine molecules
  25. Hydrogen migration observed in fragmentation of the pyridine molecules in collisions with the H+, H2+, He+and He++cations
  26. Fragmentation of Tetrahydrofuran Molecules by H+, C+, and O+ Collisions at the Incident Energy Range of 25–1000 eV
  27. Hydrogen migration in formation of NH(A3Π) radicals via superexcited states in photodissociation of isoxazole molecules
  28. Formation of CN (B2Σ+) radicals in the vacuum-ultraviolet photodissociation of pyridine and pyrimidine molecules
  29. Superexcited states in the vacuum-ultraviolet photofragmentation of isoxazole molecules
  30. Stark effect of atomic Helium singlet lines
  31. Electron impact fragmentation of pyrrole molecules studied by fluorescence emission spectroscopy
  32. O 1s excitation and ionization processes in the CO2molecule studied via detection of low-energy fluorescence emission
  33. Photofragmentation of tetrahydrofuran molecules in the vacuum-ultraviolet region via superexcited states studied by fluorescence spectroscopy
  34. Isotope shifts of multipole lines of Pb I and Pb II
  35. Fragmentation of isoxazole molecules by electron impact in the energy range 10–85eV
  36. Electronic and nuclear properties from the analysis of the isotope shifts in the spectral lines of lead
  37. Stark effect of atomic helium second triplet series in electric fields up to 1600 kV cm−1
  38. Isotope shifts in the spectrum of Pb I
  39. The E2 admixtures in mixed forbidden lines of Bi I and Pb I
  40. Hyperfine structure and isotope shifts in 733.2 nm mixed forbidden line of Pb I
  41. Preface
  42. Hyperfine structure and isotope shift study in singly ionized lead
  43. Investigation of hyperfine structure of several major lines in PbI and PbII
  44. Anticrossing effects in Stark spectra of helium
  45. Isotope shift study in two visible lines: 500.6 nm and 520.3 nm of Pb I
  46. Hyperfine Structure Study of Several Lines of207Pb I – Part II
  47. Hyperfine Structure Study of Several Lines of207Pb I