离子束

lí zǐ shù
  • ion beam
离子束离子束
  1. 聚焦离子束(FIB)技术被认为是制备基于自旋阀磁电子器件和修饰薄膜材料磁性能的一种比较便捷的方法。

    Among the preparation methods of spin-valve magnetic electronic devices , focused ion beam ( FIB ) is considered to be a convenient way to prepare electronic devices and modify magnetic properties of magnetic thin film materials .

  2. SSD-1型双束离子束镀膜装置

    Ssd-1 dual ion beam deposition system

  3. 用光刻及离子束蚀刻技术制作DNA芯片模版

    DNA microarray plate in quartz glass substrate fabricated by ion beam etching

  4. 碳离子束辐照对质粒DNA的损伤效应

    Damage of Plasmid DNA Induced by Carbon Ion Beam

  5. C(60)离子束撞击固体表面的坍塌沉积(Ⅰ)共焦显微拉曼光谱研究

    Collapsed Deposition of Accelerated C_ ( 60 ) Beam on Solid Surfaces (ⅰ) Confocal Raman Microscopic Studies

  6. 氮离子束对离体和体内DNA影响的初步研究

    Preliminary study on effects OP nitrogen cation beam on in vitro and in vivo DNAs

  7. 离子束介导任意引物PCR差异片段转化在育种中的可行性及前景

    The Feasibility and Prospects in the Breeding of Transferring Differential Fragments by Ion Beam

  8. 离子束增强沉积TiN薄膜界面结合强度的研究

    The Interfacial Bonding Strength of TiN Films Prepared by IBED

  9. 低温离子束混合形成非晶态Pd(0.67)B(0.33)合金

    Amorphous Pd_ ( 0.67 ) B_ ( 0.33 ) alloys prepared by low temperature ion beam mixing

  10. Si(111)衬底上离子束溅射沉积法生长β-FeSi2薄膜的研究

    Formation of β - FeSi_2 film by deposition Fe on Si ( 111 ) substrate

  11. 利用全息-离子束刻蚀方法研制出了聚酰亚胺薄膜为衬底的金软X射线透射光栅。

    Soft X-ray gold transmission grating with polyimide membrance substrate is fabricated by holograph-ion beam etching technique .

  12. 差异带的出现,说明经离子束介导玉米DNA转化处理后变异株系基因组DNA发生了变化。

    It revealed that the genome DNA of variation lines had changed after mediated transferred Maize DNA by Ion Beam .

  13. 高传能线密度(LET)的重离子束辐射较低LET的X或γ射线诱导更为强烈的生物学效应。

    Compared with low-LET X - or 3 , - rays , high-LET heavy ion beam could induce more intensive biological effects .

  14. 低能离子束方法制备重掺杂Fe的Si∶Fe固溶体

    Si ∶ Fe Solid Solution Heavily Doped with Fe Prepared by Technique of Low Energy Ion Beam

  15. 采用电离室测定重离子束的Bragg峰位

    Determination of Bragg peak location for heavy ion bean using ionization chambers

  16. 离子束辅助沉积制备多晶Al2O3薄膜

    Polycrystalline al_2o_3 film prepared by IBAD

  17. 展宽重离子束的Bragg峰

    Extending of the Bragg Peak of Heavy lon Beam

  18. 重离子束的Bragg峰定位于麦粒的自由基探针技术

    Radical probe technique of Bragg peak location for heavy ion beam in wheat seeds

  19. MeV级~(12)C离子束辐照玉米种子的诱变效应研究

    Studies on mutagenic effects on corn seeds irradiated by MeV ~ ( 12 ) c ion beam

  20. 低能碳离子束沉积(111)织构的立方SiC薄膜

    Growth of ( 111 ) Textured 3C-SiC on Si ( 111 ) by Low Energy Ion Beam Deposition

  21. 自集成透镜InGaAsP/InPDHLED及其离子束铣技术巧铣凸轮

    A novel integral lensed InGaAsP / InP DH LED and ion-beam milling technigue Milling the Cam Skillfully

  22. 在温度为400℃下,采用离子束溅射技术在Si(100)衬底上沉积Si薄膜。

    The silicon films have been deposited by ion beam sputtering on the Si ( 100 ) wafer at 400 ℃ .

  23. N~+离子束注入对玉米幼苗生长及POD同工酶的影响

    The Effects of N ~ + Ion Beam Implantation on Seedling Growth and POD Isoenzyme of Maize

  24. 最近报道显示,硼掺杂同质外延金刚石层暴露在氘离子束中能形成浅施主态的n型电导。

    Recent report showed that exposure of p-type ( B doped ) homoepitaxial diamond layers to deuterium plasma can form n-type diamond with a shallow donor state .

  25. MeV原子团簇离子束的产生、鉴定及其与固体的作用

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

  26. 聚焦离子束(FIB)技术及其在微电子领域中的应用

    Focusedion beam technology and its applications in the field of microelectronics

  27. 强脉冲离子束辐照混合的RBS研究

    Study of intense pulsed ion beam mixing with RBS

  28. 采用离子束增强沉积方法,在p型(100)单晶硅衬底上,通过不同能量的氙离子辅助轰击,以不同的沉积速率制备了Ti-B超硬薄膜。

    The superhard Ti-B films were performed on p-type Si ( 100 ) substrates by ion beam enhanced deposition , with varying deposition rate and Xe ion beam energies .

  29. 由于Mo/Si多层膜的总厚度太大,无法使用离子束刻蚀完成,因而选用反应离子刻蚀的方法。

    The Mo / Si lamellar grating are too thick to be fabricated with ion beam etching , so we chose reactive ion etching .

  30. 本文采用氩离子束轰击法,对不同晶体学表面形貌的CVD金刚石膜进行抛光处理。

    To improve the surface roughness of CVD diamond films , ion beam milling was used to polish the film .