mev

mev

1. Measurement of high-threshold-energy activation reaction rates in combined materials with 14 MeV neutrons

14 MeV中子在组合材料上高阈能活化反应率的测量和计算

2. 14 MeV neutron

14MeV中子

3. 14- MeV neutrons could induce the exotic(n, 2p) reaction of heavy nuclear.

14MeV中子可以引起重核奇异的(n,2p)反应。

4. MEASUREMENT OF 14 MeV NEUTRON FLUENCE DENCITY

14MeV中子通量密度的测量

5. Dose monitoring and control system of a 20 MeV medical linearaccelerator

20MeV医用电子直线加速器剂量监察和控制系统

6. Light Particle and Complex Fragments Emission from ~(12)C Induced Reactions on ~(58)Ni, ~(64)Ni at E/A = 46.2 MeV

2MeV/u~(12)C+~(64)Ni、~(58)Ni反应中发射的轻粒子和复杂碎片

7. Design and implementation of control system for 4 MeV LIA

4 MeV直线感应加速器控制系统设计与实现

8. K-Shell Ionisation of Al and Si Thin Targets by 0.4-3.0 Mev Incident Protons

4-3.0Mev质子激发Al和Si薄靶的k-x射线研究

9. EFR-DWBA ANALYSIS OF SINGLE PROTON TRANSFER REACTION FOR ~(12)C+~(12)C AT THE INCIDENT ENERGY 72.5 MeV

5MeV~(12)C+~(12)C单质子转移反应的EFR-DWBA分析

10. THE ABSOLUTE DETERMINATION OF CUMULATIVE YIELD OF SEVERAL NUCLIDES FROM INDUCED FISSION OF 238U BY 5 MeV NEUTRONS

5MeV中子诱发~(238)U裂变时几个核素累计产额的绝对测定

11. MEASURMENT OF PROJECTILE-LIKE FRAGMENTS PRODUCED BY 80.6 MeV ~(16)O ON ~(27)AI

6MeV~(16)O轰击~(27)Al出射类弹碎片的测量

12. Large Diameter, Thin Window, Sealed and Transparent Ionization Chamber for 6 MeV Electron Linac

6MeV探伤加速器大口径薄窗密封型穿透电离室

13. ELASTIC SCATTERING OF 6.8 MEV PROTONS BY Cr, Co, Ni, Cu AND Zn

8MeV质子对Cr,Co,Ni,Cu,Zn的弹性散射

14. Physical Design of 9 MeV Travelling Wave Electron Linac Accelerating Tube

9 MeV行波电子直线加速器加速管的物理设计

15. DESIGN AND EVALUATION FOR THE SHIELDING SYSTEM OF THE 9 MeV RAVELLING WAVE LINEAR ELECTRON ACCELERATOR

9 MeV行波电子直线加速器屏蔽设计与评价

16. STUDIES OF SURFACE LAYER ATOMIC STRUCTURE OF Al(100) BY MeV ION SCATTERING

Al(100)表面原子结构的高能离子散射研究

17. Characteristics of EEPROM 28C64 and 28C256 by 14 MeV Neutron Radiation

EEPROM 28C64和28C256的14MeV中子辐照特性

18. 1 MeV REB pumped Br_2~* molecular Laser and High Pressure XeBr Laser

IMeV相对论电子束泵浦的Br_2~*分子激光器和高气压XeBr激光器

19. Production, identification of MeV atomic cluster beams and their interactions with solids

MeV原子团簇离子束的产生、鉴定及其与固体的作用

20. MeV ion

MeV离子

21. Translation of polyimide's structure and electrical property induced by MeV ion implantation

MeV离子辐照聚酰亚胺的化学结构及电性能转变

22. MeV energy ion

MeV能量离子

23. CALCULATION OF THE MEAN PROJECT RANGE OF MeV HEAVY IONS IN SOLID TARGETS

MeV重离子在固体靶中的平均投影射程计算

24. CHEN Yuan,GUO Haiping,AN Li,et al.Neutronics experiment of vanadium shell benchmark with 14 MeV neutron source[J].Atomic Energy Science and Technology,2002,36(2):157-159(in Chinese).

[2]陈渊,郭海萍,安力,等.钒球14 MeV中子的泄漏能谱测量[J].原子能科学技术,2002,36(2):157-159.

25. Study of Beam Dynamics on High Current 3.5 MeV RFQ for China ADS

与ADS相关的强流3.5MeV RFQ加速器的束流动力学特性

26. THE SYSTEMATIC CALCULATIONS OF (n,2n) AND (n,3n) REACTION CROSS SECTIONS FOR MEDIUM-HEAVY NUCLEI AT 14.5 MeV

中重核14.5MeV(n,2n),(n,3n)反应截面的系统学计算

27. Hence a series of measurements were made both in air and in water phantom in attempting to estimate the dose level outside the primary beam of 14 Mev neutron from a D-T neutron generator.

为了估计来自氘-氚中子发生器的14百万电子伏中子主要射柱外的剂量水平，我们在空气及水假体中做了一序列的测量。

28. Primary galactic cosmic rays enter the solar system from interstellar space, and are made up of protons with energies above 100 MeV, extending up to astronomically high energies.

主要的银河宇宙射线从星际空间进入太阳系，由能量在100兆电子伏以上的质子组成，直到高达天文数字的能量。

29. They gain 2.1 MeV each revolution.

他们获得2.1兆电子伏每个革命。

30. million electron volt (MeV)

兆电子伏

31. MeV(million lectron-volt)

兆电子伏(特)

32. megaelectronvoltcurie (MeV Ci)

兆电子伏居里

33. million electron volts (Mev)

兆电子伏特

34. MEV nega electron volt range

兆电子伏能区

35. million electron-volt(MeV)

光电子伏(特)

36. Molecular dynamics study on secondary structure changes of peptide sample irradiated with MeV protons

分子动力学研究MeV质子辐照对生物分子二级结构的影响

37. Dry seeds of Arabidopsis thaliana were irradiated with F ions and H ions with the energy range from keV to MeV, respectively.

利用不同能量的F离子和H离子分别辐照拟南芥干种子,通过种子发芽率实验研究了低能离子生物效应与离子种类、离子能量和辐照注量之间的关系。

38. Abstract Ti ions extracted from MEVVA have been implanted into H13 Steel. RBS of samples hasbeen measured with 2.1 MeV He ion beams.

利用从国内首台金属蒸汽真空弧离子源（MEVVA）引出的脉冲钛离子对H13钢进行了离子注入改性研究，测量了注入样品背散射谱（RBS），根据RBS，给出了H13钢表面的Ti浓度分布。

39. Medical electrical equipment--Particular requirements for the safety of medical electron accelerators in the range 1 MeV to 50 MeV

医用电气设备能量为1-50 MeV医用电子加速器专用安全要求

40. The Properties Study on Solid Metal Neutron Production Target Proton-Induced with Energy of 150 MeV for an ADS Verification Facility

可用一台ADS验证装置的150 MeV固态金属散裂中子靶的性质研究

41. THE INVESTIGATION OF AN UNDULATOR FOR THE HEFEI 800 MeV ELECTRON STORAGE RING

合肥800MeV电子储存环波荡器的设计和模型的研制

42. The devices have total ionizing dose (TID) capability of up to 300 Krad(Si), single event effect (SEE) immunity to 82 MeV, and are available in screened and commercial off- the-shelf (COTS) versions.

器件的总离子注入能力高达300千拉德（硅），抗单粒子效应为82兆电子伏特，同时有屏蔽型和商用现货型的产品。

43. Experiments were carried out with EMI photomultiplier tubes (9815B and 9850B) at 5SDH-2 accelerator and the responses to neutrons with neutron energy ranging between 0.5 MeV and 5 MeV were obtained.

在5SDH-2小串列加速器上，选用9815B和9850B两种光电倍增管进行实验，得到了光电倍增管的中子直照灵敏度能谱响应曲线。

44. In the outer Belt, proton energy averages only 1 MeV.

在外部带质子能量平均仅为1兆电子伏。

45. There may be some extremly narrow resonances with massless than 2.6 Gev and width less than 0.1 MeV.

在质量小于2.6GeV的区域可能出现宽度不足0.1MeV的极窄共振。

46. In the lower Van Allen Belt, the proton intensity is about 20,000 particles with energy above 30 MeV per second per square centimeter.

在较低的范爱伦带，质子密度是每秒每平方厘米大约20,000个能量在30兆电子伏以上的粒子。

47. Solar rays are generally of lower energy, below 20 MeV (which is still high energy in earth terms).

太阳射线基本上有着较低的能量，在20兆电子伏以下（以地球来说仍然是高能）。

48. ISOMERIC CROSS SECTIONS IN ~(116)Cd(n,2n) AND ~(115)In(n,p) REACTIONS AT 14.8 MeV

实验测定~(116)Cd(n,2n)和~(115)In(n,p)反应截面

49. Design of Radiation-Resistant Coating for 1 MeV Electron Beam

对1MeV电子束的卫星模型抗辐射涂层设计

50. Design and implementation of control system for 4 MeV LIA[J].

引用该论文 杨兴林,潘建,王远,蒋薇,赖青贵.

51. Physical design of 2 MeV standing wave accelerating tube[J].

引用该论文 柏伟,许州,金晓,黎明,杨兴繁,沈旭明.

52. Response of photomultiplier tube to 14 MeV pulse neutron irradiation[J].

引用该论文 陈亮,欧阳晓平,张忠兵,张国光,张建福,张显鹏.

53. Physical design of 100 MeV electron linac[J].

引用该论文 顾强,戴建枰,戴志敏,赵振堂.

54. The preliminary experiment of Thomson scattering with the 16 MeV backward traveling wave electron linac and nanosecond-laser beam will be made soon.

我们将利用现有的 16 MeV 返波型行波加速器与纳秒激光器进行汤姆逊散射初步实验。

55. We have designed a 5 Mev electron linear accelerator for the industry.

我们设计了一台5兆电子伏工业用电子直线加速器。

56. Urie have used Monte Carlo techniques to study the proton beam penumbra effects from the separations between patient and160 MeV beam modifying devices.

我们首先探讨一个以蒙地卡罗方法来模拟62百万电子伏特加速器所产生的质子射束之能量光谱和相对深度剂量，及其与测量值之比较。

57. Biological response of Arabidopsis seed to MeV proton irradiation at different region of its embryo

拟南芥胚的不同区域对MeV离子辐照的响应

58. Mink Enteritis Parvovirus (MEV) is an autonomous virus, the smallest animal virus with a single-stranded DNA.

摘要水貂肠炎病毒(MEV)是一种自主复制性的最小的动物DNA病毒。

59. The influence of space charge effect on the beams was considered to optimize the axial injection system.An injection system for a 100 MeV cyclotron with high intensity and efficiency was designed.

摘要针对空间电荷效应对束流的影响，对注入系统进行优化设计，减少了传输过程中的粒子损失，建立了一个高效率的强流回旋加速器注入系统。

60. NUMERICAL SIMULATION OF 14 MEV NEUTRON POINT SOURCE IN FINITE SPHERE

有限球中14MeV中子点源问题的数值模拟

61. The enhanced adhesion of Cu films on Si substrates under MeV Cl ion beam irradiation was studied through analysis of Scanning Auger Microprobe (SAM) and Secondary Ion Mass Spectroscopy(SIMS).

本文通过用扫描俄歇微探针（SAM）和二次离子质谱（SIMS）分析了高能氯离子注 入Cu/Si系统，对Cu薄膜附着力增强效应进行了研究。

62. The physical design and beam test for the BPL 35.5 MeV beam transport system are desc-ribed.

本文阐述了北京质子直线加速器35.5 MeV应用束流输运系统的物理设计和调试结果.

63. Mink enteritis parvovirus(MEV)

水貂肠炎细小病毒

64. Sb, Ag, Cu, Pd and Ni films deposited on Si substrates were irradiated with 6 MeV F ions. The Scotch tape test was employed to measure adhesion changes as a function of dose.

用6MeV F离子束辐照了淀积在Si单晶基底上的Sb、Ag、Cu、Pd和Ni金属薄膜,并用胶带法对不同辐照剂量的各点进行了增强附着阈剂量的测量。

65. The integral and differential cross sections for He-N2 were calculated at a collision energy of 27. 3 meV on the BTT potential energy surface by using the coupled channel (CC) method.

用CC方法计算了在BTT势能面上碰撞能为27.3 meV下He-N_2转动非弹性碰撞截面.

66. Extraction of MeV high energy cluster beams using tandem accelerator

用串列静电加速器获取MeV高能团簇离子束

67. Signal processing system for beam position monitor at HLS 200 MeV LINAC

用于合肥光源200 MeV直线加速器束流位置测量的信号处理系统

68. Measuring elastic scattering differential cross sections of 14.7 MeV neutrons on Fe at small angles by means of a large position-sensitive detector

用位置灵敏探测器探测14.7MeV中子在铁样品上的小角度弹性散射截面

69. Spectral Radiance Calibration of Deuterium Lamp Utilizing the Hefei 800 MeV Synchrotron Radiation

用合肥800 MeV同步辐射光源标定氘灯的光谱辐射亮度

70. Electrons reach a maximum energy of 1 MeV, and their intensity has a maximum of 100 million per second per square centimeter.

电子达到1兆电子伏的最大能量，它们的密度是最高每秒每平方厘米1亿个。

71. For the same sample, the full width at half maximum of the ground state emission peak is as narrow as 19 meV at low injection current, and less than 40 meV even at saturation condition.

相同的试片中，低电流时的基态发光半高宽仅 19 毫电子伏特，基态饱和时不超过 40 毫电子伏特。

72. To know that you think of mev and care for me is a comfort and joy.

知道您想到我、关心我，让我感到安慰和喜悦。

73. Research finds that MEV is the etiological agent of mink viral enteritis and causes acute diarrhea in mink, with high morbidity and mortality.

研究表明，MEV是引起水貂病毒性肠炎的病原体，能够引起水貂剧烈腹泻，具有较高的发病率和死亡率。

74. More importantly, they can drive large-amplitude plasma waves, so called the laser wakefields, which can accelerate electrons to the energy of hundreds of MeV in mm-length.

而更重要的是超短激光脉冲可以通过其有质动力激发大振幅的等离子体波(称为激光尾波场),后者可以在毫米空间尺度把电子加速到上百兆电子伏的能量。

75. Evidence for Pulsed MeV Emission from Pulsar Geminga

脉冲辐射证据

76. 200 MeV, it will be a serious test for the minimal SU(5) grand unified gauge theory.

这将是对简单的SU(5)大统一规范理论的一个严峻考验。

77. The protons accelerated by this accelerator have a maximum energy of 2.3 Mev, while 2.5 Mev momentary.

这架加速器所加速的质子的最高能量为2.3兆电子伏,瞬间可达2.5兆电子伏。

78. A room beside the accelerator lab was built, and data acquired and control systems for ion beam analysis and MeV ion implantation have been shifted into this room from the lab.

通过将实验过程中的数据采集和控制系统移到加速器大厅外新建的控制室，改善实验环境；

79. 14 MeV NEUTRON ACTIVATION ANALYSIS OF APOLLO-17 MARE BASALT

阿波罗-17(70017-291)月海玄武岩的14MeV中子活化分析

80. There appeared to be no gross distortions of the neutron spectrum expect at energies below 2 MeV.

除了2兆电子伏以下的能量外，中子谱似乎不存在显著的畸变。