Miao Jing-Wei
Sichuan University
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Featured researches published by Miao Jing-Wei.
Chinese Physics Letters | 2010
Han Ji-Feng; Yang Chao-wen; Miao Jing-Wei; Lu Jian-Feng; Liu Meng; Luo Xiao-bing; Shi Mian-Gong
Axial variation of average size of methane clusters in a gas jet produced by supersonic expansion of methane through a cylindrical nozzle of 0.8 mm in diameter is observed using a Rayleigh scattering method. The scattered light intensity exhibits a power scaling on the backing pressure ranging from 16 to 50 bar, and the power is strongly Z dependent varying from 8.4 (Z = 3 mm) to 5.4 (Z = 11 mm), which is much larger than that of the argon cluster. The scattered light intensity versus axial position shows that the position of 5 mm has the maximum signal intensity. The estimation of the average cluster size on axial position Z indicates that the cluster growth process goes forward until the maximum average cluster size is reached at Z = 9 mm, and the average cluster size will decrease gradually for Z > 9 mm.
Nuclear Instruments & Methods in Physics Research Section B-beam Interactions With Materials and Atoms | 1986
Miao Jing-Wei; Yang Bei-Fang; Hao Shi-zuho; Jiang Zeng-xue; Shi Mian-Gong; N. Cue
Abstract Breakup fragment energy distributions from the Coulomb explosions in thin carbon foils of ~2 MeV H+2, H+3, D+2 and D+3 molecular ion beams have been measured for the incident beam direction. The energy distributions show H+3 and D+3 both to be triangular in shape. Mean values of intenuclear separations were extracted as (1.19 ± 0.03) A , (1.32 ± 0.03) A , (0.98 ± 0.02) A , and (0.93 ± 0.02) A respectively for H+2 D+2, H+3 and D+3. The H+2, and H+3 results are consistent with the previous values obtained at Argonne, Lyon and Rehovot.
Chinese Physics | 2005
Miao Jing-Wei; Wang Hu; Zhu Zhou-Son; Yang Chao-wen; Shi Mian-Gong; Tang A-You; Miao Lei; Xu Zu-Run; Yuan Xue-Dong; Liu Xiao-dong; Yang Bei-Fang
The bond length of 4HeH+ resulting from collision-induced destruction is measured at 1.4420 MeV using the Coulomb Explosion Technique. The measured bond length of 4HeH+ is 0.094±0.003nm. The bond length of 4HeH+ obtained with our radio frequency (RF) ion source is larger than that obtained with a duoplasmatron ion source at Argonne National Laboratory (ANL), but the bond lengths of H2+ and H3+obtained separately by ANL and by us with the two different ion sources are consistent with each other, which implies that there exists an ion source effect on the bond length of 4HeH+. The main reason why the 4HeH+ bond lengths obtained by the two different ion sources are different is also discussed.
Communications in Theoretical Physics | 2001
Li Ping; Gou Qing-Quan; Zhang Jian-Ping; Miao Jing-Wei
Considering that the equilateral triangle structure of cluster can be formed from the interaction of with two hydrogen atoms, a modified arrangement channel quantum mechanics method has been used to calculate the total energy curve for this structure. The result shows that the curve has a minimal energy at an internuclear distance of , so its dissociation energy (binding energy) is This means that the cluster may be formed in an equilateral triangle structure with a bond length of .
Communications in Theoretical Physics | 1999
Li Ping; Yin Hua; Gou Qing-Quan; Miao Jing-Wei
Considering that the cluster can be formed from the interaction of with two hydrogen atoms, a modified arrangement channel quantum mechanics method has been used to calculate the total energy curve for the equilateral triangle structure of . The result shows that the curve has a minimal energy a.u. at the internuclear distance A. This bond length is in good agreement with the experimental value of A.
Archive | 2008
Miao Jing-Wei; Wang Pei-Lu; Zhu Zhou-sen; Yuan Xue-Dong; Wang Hu; Yang Chao-Wen; Shi Mian-Gong; Miao Lei; Sun Wei-Li; Zhang Jing; Liao Xue-hua
Archive | 2008
Zhu Zhou-sen; Miao Jing-Wei; Yuan Xue-Dong; Shi Mian-Gong; Liao Xue-hua
Archive | 2006
Yang Chao-Wen; Miao Jing-Wei; Wang Guang-Lin; Liu Xiaodong; Shi Mian-Gong
Archive | 2005
Miao Jing-Wei; Yang Bai-Fang; Hao Shi-Zhuo; Jiang Zeng-xue; Shi Mian-Gong; Chen Xian-Bang
Chinese journal of atomic and molecular physics | 2003
Zhu Zhou-sen; Miao Jing-Wei; Yang Bai-Fang; Shi Mian-Gong