276 results on '"Adoui L."'
Search Results
52. Fusion reaction dynamics of fullerene molecules
53. Slow ion interaction with N-methylglycine and N-acetylglycine
54. Formations of Dumbbell C-118 and C-119 inside Clusters of C-60 Molecules by Collision with alpha Particles
55. Adsorption of polycyclic aromatic hydrocarbons on soot: Production of benchmark particles
56. Dynamics of glycine dications in the gas phase: Ultrafast intramolecular hydrogen migration versus Coulomb repulsion
57. Ions colliding with clusters of fullerenes - Decay pathways and covalent bond formations
58. Formations of Dumbbell C118 and C119 inside Clusters of C60 Molecules by Collision with α Particles
59. Failure of hydrogenation in protecting polycyclic aromatic hydrocarbons from fragmentation
60. Molecular dynamics studies of impulse driven reactions in molecules and molecular clusters
61. H2 formation from Polycyclic Aromatic Hydrocarbon molecules
62. Radiative cooling of hot Cn−and CnH−molecules
63. Charge and energy flows in ionised thymidine
64. Formation and fragmentation of protonated molecules after ionization of molecular clusters with multiply charged ions
65. Non-statistical fragmentation of large molecules in collisions with atoms
66. Fragmentation studies of Hydrogenated-Pyrene Polycyclic Aromatic Hydrocarbons in collisions with He
67. Primary processes: from atoms to diatomic molecules and clusters
68. Formation of H2 from internally heated polycyclic aromatic hydrocarbons: Excitation energy dependence
69. Ion-Induced Reactivity in Pyrene Clusters
70. Bond formation in C-59(+)-C-60 collisions
71. Fragmentation of anthracene C14H10, acridine C13H9N and phenazine C12H8N2 ions in collisions with atoms
72. Non-statistical fragmentation of PAHs and fullerenes in collisions with atoms
- Abstract
Non-statistical fragmentation processes may be important when Polycyclic Aromatic Hydrocarbon molecules (PAHs), fullerenes, or other large complex molecules collide with atoms and atomic ions. For collisions with hydrogen or helium this occurs for center-of-mass energies between a few tens to a few hundreds of electron volts and typically results in losses of single atoms. In such processes one forms much more reactive fragments than in statistical fragmentation, which instead are dominated by losses of C2- or C2H2-molecules (H-atoms) from fullerenes and PAHs, respectively. An enhanced reactivity has recently been demonstrated for van der Waals clusters of C60 molecules where prompt knockouts of single C-atoms from one of the fullerenes yield highly reactive C
![]("http://ars.els-cdn.com/content/image/1-s2.0-S1387380613004491-si7.gif")
59+ fragments, which easily form covalent bonds with a C60 molecule inside the clusters
73. Ions colliding with mixed clusters of C-60 and coronene : Fragmentation and bond formation
74. Nonstatistical fragmentation of large molecules
75. Formation dynamics of fullerene dimers C-118(+), C-119(+), and C-120(+)
76. Absolute fragmentation cross sections in atom-molecule collisions : Scaling laws for non-statistical fragmentation of polycyclic aromatic hydrocarbon molecules
77. Non-statistical fragmentation of PAHs and fullerenes in collisions with atoms
78. Bond formation in C+59-C60 collisions
79. Multiple electron capture, excitation, and fragmentation in C6+- C60 collisions
80. Stability of the glycine cation in the gas phase after interaction with multiply charged ions
81. Formation dynamics of fullerene dimers C118+, C119+, and C120+
82. Fragmentation of amino acids induced by collisions with low-energy highly charged ions
83. ARIBE: A LOW ENERGY ION BEAM FACILITY IN CAEN
84. The Scientific Objectives of the SPIRAL2 project
85. Low intensity threshold values for keV X-ray production in laser-cluster interaction
86. Ion-induced triatomic molecular fragmentation dynamics
87. Fragmentation of anthracene C14H10, acridine C13H9N and phenazine C12H8N2ions in collisions with atoms
88. Ions colliding with mixed clusters ofC60and coronene: Fragmentation and bond formation
89. Formation dynamics of fullerene dimersC118+,C119+, andC120+
90. Fragmentation of amino acids induced by collisions with low-energy highly charged ions
91. Bond formation in C+59 – C60 collisions
92. Nonstatistical fragmentation of large molecules
93. X-ray Spectroscopy, a tool to investigate intense laser - cluster interaction
94. La spectroscopie X, un outil pour l'étude de l'interaction laser de puissance – agrégats
95. Ions colliding with clusters of fullerenes-Decay pathways and covalent bond formations
96. Formations of Dumbbell C-118 and C-119 inside Clusters of C-60 Molecules by Collision with alpha Particles
97. Ions colliding with polycyclic aromatic hydrocarbon clusters
98. Ions colliding with clusters of fullerenes - Decay pathways and covalent bond formations
99. Dynamics of glycine dications in the gas phase: Ultrafast intramolecular hydrogen migration versus Coulomb repulsion
100. Quantitative studies of laser – cluster interaction: status and prospects
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