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1. 高能所文献信息资源与服务简介 [783]
2. Preparation and microstructure of p-type transparent conducting Ga.. [360]
3. Direct preparation and microstructure investigation of p-type tran.. [321]
4. Applications and progress of slow positron beam technique in the s.. [317]
5. Preparation and application in p-n homojunction diode of p-type tr.. [313]
6. 实际尺寸慢正电子强束流转换靶的计算机模拟 [269]
7. Study of gamma irradiation effect on positron annihilation mechani.. [249]
8. 一种新型正电子湮没寿命谱仪 [240]
9. Helium retention and thermal desorption from defects in Fe9Cr bina.. [230]
10. 锆离子注入锆-4合金缺陷的慢正电子研究 [227]
11. Performance of the plugged-in Na-22 based slow positron beam facil.. [222]
12. 正电子湮没多参数符合测量系统 [213]
13. Fe-1.5wt% Cu合金中Cu纳米颗粒与微观缺陷热回复过程研究 [212]
14. 一种正电子湮没角关联谱仪 [210]
15. 基于LINAC慢正电子源的EGS4模拟 [210]
16. Research Progress of Eu3+ Doped Polymer-based Fluorescent Material.. [207]
17. 低能单色正电子束装置的原理、研制及应用 [206]
18. Positron annihilation spectroscopy characterize PDMS-MIL-101 hybri.. [204]
19. 应用正电子湮没谱学技术研究Fe-Cu合金微观缺陷的进展 [198]
20. Irradiation-induced valence conversion of samarium ions in Na2SO4 [181]
21. Development and application of the intense slow positron beam at I.. [180]
22. Computer simulation for the real-sized electron-positron converter.. [174]
23. 基于遗传算法的正电子湮没寿命谱拟合 [171]
24. Radiation induced modifications on structural and luminescence pro.. [171]
25. The slow positron beam based on Beijing electron-positron collider [171]
26. 闪烁体及闪烁体探测器 [169]
27. Single-atomic cobalt sites embedded in hierarchically ordered poro.. [167]
28. Evaluation of structural vacancies for 1/1-Al-Re-Si approximant cr.. [166]
29. 应用正电子湮没谱学对Fe-1.0%Cu合金氢致缺陷的研究 [164]
30. 正电子湮没诱发俄歇电子能谱装置的物理设计 [163]
31. LIGA技术制备正电子慢化体的实验研究 [154]
32. Characterization of helium-vacancy complexes in He-ions implanted .. [153]
33. 电子辐照金红石TiO_2晶体的正电子湮没技术研究 [148]
34. Thermally promoted evolution of open-volume defects and Cu precipi.. [144]
35. Performance of the Beijing pulsed variable-energy positron beam [141]
36. Irradiation evolution of Cu precipitates in Fe1.0Cu alloy studied .. [141]
37. Evolution of Thermally-Induced Microstructural Defects in the Fe-9.. [139]
38. Effects of thermal aging on Fe ion-irradiated Fe-0.6% Cu alloy inv.. [138]
39. 博士论文-慢正电子束流装置的研制及相关技术研究 [136]
40. 正电子慢化器 [131]
41. 一种新型正电子湮没谱仪及其测量方法 [130]
42. Depth profiles of the Doppler-broadening S parameter for polymers .. [128]
43. 介孔SiO_2薄膜孔结构的慢正电子技术表征 [124]
44. Positron annihilation Doppler broadening study of Xe-implanted alu.. [123]
45. Positronium annihilation in silica aerogel studied by a positron a.. [122]
46. Positron annihilation in (Ga, Mn)N: A study of vacancy-type defect.. [121]
47. Positronium annihilation in silica aerogel studied by a positron a.. [119]
48. Positron annihilation study of structural effect on photocatalytic.. [119]
49. Synthesis and luminescence properties of Sm-doped LDPE-Na2SO4 comp.. [118]
50. 北京慢正电子强束流磁场输运系统设计研究 [117]
51. 用成像板探测正电子 [115]
52. 北京脉冲低能正电子束流装置研究 [115]
53. Performance of the plugged-in ~(22)Na based slow positron beam fac.. [115]
54. Development and application of the intense slow positron beam at I.. [113]
55. 一种P-n透明同质结二极管及其制备方法 [109]
56. Identification of pore size in porous SiO_2 thin film by positron .. [109]
57. 一种新的灵敏核探针——慢正电子束流装置 [107]
58. Microstructure evolution of Ge+ implanted silicon oxide thin films.. [107]
59. The ability of the Coincidence Doppler Broadening Spectroscopy to .. [107]
60. Identification of pore size in porous SiO2 thin film by positron a.. [101]
61. Positron Lifetime Study of the Crystal Evolution and Defect Format.. [96]
62. Slow positron beam study of nitrogen implanted CZ-Si subjected to .. [96]
63. Design of the magnetic field system for Beijing intense slow posit.. [94]
64. Annealing studies of Ti/Al multilayer film by slow positron beam [94]
65. Low-temperature formation of positronium in nonpolymer organic sys.. [93]
66. Pore structure determination of mesoporous SiO2 thin films by slow.. [93]
67. Physical design of positronium time of flight spectroscopy apparat.. [91]
68. A positron moderator using porous metal [91]
69. Positron annihilation study of 4H-SiC by Ge+ implantation and subs.. [88]
70. A positron annihilation lifetime spectroscopic study of nanocrysta.. [88]
71. An energy filter for slow positron beam using cosine coils [87]
72. Evolution of structural defects in SiOx films fabricated by electr.. [86]
73. Depth-dependent positronium formation in gamma-irradiated polymers.. [83]
74. Zirconium-ion implantation of zircaloy-4 investiged by slow positr.. [83]
75. Positron annihilation study on ZnO-based scintillating glasses [83]
76. Characterization of implantation induced defects in si-implanted S.. [81]
77. Study of gamma irradiation effect on unplasticized PVC by positron.. [81]
78. 期刊论文及专利产出统计分析报告 2014 [78]
79. Positron irradiation effect on positronium formation in gamma-irra.. [77]
80. Identification of lattice vacancies in the B2-phase region of Ni-A.. [75]
81. 无机闪烁薄膜的研究进展 [69]
82. Lu_2Si_2O_7:Eu闪烁陶瓷粉体的溶胶–凝胶法制备及表征(英文) [68]
83. Study of gamma irradiation effect on unplasticized PVC by positron.. [62]

Downloads

1. 高能所文献信息资源与服务简介 [151]
2. Applications and progress of slow positron beam technique in the s.. [42]
3. 一种正电子湮没角关联谱仪 [13]
4. 博士论文-慢正电子束流装置的研制及相关技术研究 [12]
5. Research Progress of Eu3+ Doped Polymer-based Fluorescent Material.. [12]
6. Positron annihilation spectroscopy characterize PDMS-MIL-101 hybri.. [12]
7. 一种新型正电子湮没寿命谱仪 [8]
8. Development and application of the intense slow positron beam at I.. [6]
9. 一种新型正电子湮没谱仪及其测量方法 [5]
10. 正电子湮没多参数符合测量系统 [5]
11. 正电子湮没诱发俄歇电子能谱装置的物理设计 [5]
12. Computer simulation for the real-sized electron-positron converter.. [5]
13. 实际尺寸慢正电子强束流转换靶的计算机模拟 [4]
14. 锆离子注入锆-4合金缺陷的慢正电子研究 [4]
15. Helium retention and thermal desorption from defects in Fe9Cr bina.. [4]
16. 低能单色正电子束装置的原理、研制及应用 [3]
17. 电子辐照金红石TiO_2晶体的正电子湮没技术研究 [3]
18. 应用正电子湮没谱学技术研究Fe-Cu合金微观缺陷的进展 [3]
19. Design of the magnetic field system for Beijing intense slow posit.. [3]
20. 闪烁体及闪烁体探测器 [2]
21. LIGA技术制备正电子慢化体的实验研究 [2]
22. 北京脉冲低能正电子束流装置研究 [2]
23. Physical design of positronium time of flight spectroscopy apparat.. [2]
24. Preparation and microstructure of p-type transparent conducting Ga.. [2]
25. Study of gamma irradiation effect on positron annihilation mechani.. [2]
26. Positronium annihilation in silica aerogel studied by a positron a.. [2]
27. Performance of the Beijing pulsed variable-energy positron beam [2]
28. Positron annihilation study on ZnO-based scintillating glasses [2]
29. Slow positron beam study of nitrogen implanted CZ-Si subjected to .. [2]
30. Study of gamma irradiation effect on unplasticized PVC by positron.. [2]
31. Irradiation evolution of Cu precipitates in Fe1.0Cu alloy studied .. [2]
32. Thermally promoted evolution of open-volume defects and Cu precipi.. [2]
33. 期刊论文及专利产出统计分析报告 2014 [1]
34. 一种P-n透明同质结二极管及其制备方法 [1]
35. 基于LINAC慢正电子源的EGS4模拟 [1]
36. 用成像板探测正电子 [1]
37. 一种新的灵敏核探针——慢正电子束流装置 [1]
38. 介孔SiO_2薄膜孔结构的慢正电子技术表征 [1]
39. 基于遗传算法的正电子湮没寿命谱拟合 [1]
40. Fe-1.5wt% Cu合金中Cu纳米颗粒与微观缺陷热回复过程研究 [1]
41. A positron moderator using porous metal [1]
42. Irradiation-induced valence conversion of samarium ions in Na2SO4 [1]
43. Positron annihilation Doppler broadening study of Xe-implanted alu.. [1]
44. Performance of the plugged-in Na-22 based slow positron beam facil.. [1]
45. An energy filter for slow positron beam using cosine coils [1]
46. The slow positron beam based on Beijing electron-positron collider [1]
47. Characterization of implantation induced defects in si-implanted S.. [1]
48. Positron Lifetime Study of the Crystal Evolution and Defect Format.. [1]
49. Effects of thermal aging on Fe ion-irradiated Fe-0.6% Cu alloy inv.. [1]
50. Evolution of Thermally-Induced Microstructural Defects in the Fe-9.. [1]
51. Characterization of helium-vacancy complexes in He-ions implanted .. [1]
52. 应用正电子湮没谱学对Fe-1.0%Cu合金氢致缺陷的研究 [1]
53. Single-atomic cobalt sites embedded in hierarchically ordered poro.. [1]