固体靶的英文

• solid target

• "固体"英文翻译    solid body; solid; solidity
• "靶"英文翻译    target
• "气体靶" 英文翻译 :    gas target
• "中子气体靶" 英文翻译 :    neutron gas target
• "固体" 英文翻译 :    solid body; solid; solidity 血液中的固体物质 the solids of the blood; 固体肥料 solid fertilizer; 固体酱油 solidified soy sauce; 固体颗粒 solid particle; 固体沥青 [材料] solid asphalt; 固体力学 solid mechanics; 固体粒子 solids; 固体汽油 gasoline gel; solidified gasoline; 固体食物 food; 固体石蜡 solid paraffin; 固体石油 petroleum coal; 固体物理学 [物理学] solid-state physics; 固体物质 solid matter; 固体炸药 [材料] solid explosive
• "半固体" 英文翻译 :    semi solid; semisolid
• "超固体" 英文翻译 :    supersolid
• "干冰；固体" 英文翻译 :    dry ice
• "固态,固体" 英文翻译 :    solid state
• "固体,实体" 英文翻译 :    solid
• "固体泵" 英文翻译 :    solid pump
• "固体潮" 英文翻译 :    bodily tide; body tide; earth tide; solid tide
• "固体的" 英文翻译 :    petrous; solid
• "固体点" 英文翻译 :    solid dot
• "固体氦" 英文翻译 :    solid helium
• "固体化" 英文翻译 :    congealing; solidification
• "固体胶" 英文翻译 :    glue stick; solid gum
• "固体蜡" 英文翻译 :    hard wax
• "固体蓝" 英文翻译 :    solid blue
• "固体膜" 英文翻译 :    solid film
• "固体曲" 英文翻译 :    solid koji
• "固体渗" 英文翻译 :    pack hardening
• "固体声" 英文翻译 :    solid-borne noise
• "固体水" 英文翻译 :    solid water
• "固体碳" 英文翻译 :    solid carbon

• X-rays were produced when energetic electrons hit a solid object .
  X射线是在高能电子击中固体靶时产生的。
• X - rays were produced when energetic electrons hit a solid object
  X射线是在高能电子击中固体靶时产生的。
• Measurement of transition radiation in femtosecond laser - solid target interaction
  固体靶相互作用中渡越辐射的测量
• Method : by laser ablating a multiphase reaction system , various products are obtained by plasma reaction
  以脉冲激光溅射多相反应体系，变换固体靶和气相、液相反应物的不同组成，合成得到不同产物。
• As a powerful pulsed laser irradiate a solid material , the plasmas layer of high - temperature and high - pressure would be formed in the incident surface of target instantaneously
  脉冲强激光辐照固体靶材时，瞬间即可在靶材辐照面形成一个高温高压的等离子体层。
• The charter i introduced the schematics of the experimental setup , the model of pulsed laser ablating solid target ( s - n model ) and the subplantation model for film growing proposed by y . lifshitz
  第一章简要介绍了实验装置、激光烧蚀固体靶的s - n模型和y . lifshitz提出的次表面生长模式。
• ( 2 ) the effect of rotary target and fixed one on libs " intensity is studied . it is shown that the spectra intensity is stable when the rotary target is used
  ( 2 )研究了靶点的性质对libs信号强度的影响，实验结果表明，在测量过程中若每个脉冲激光照射在固体靶上的不同点，谱线强度具有很高的稳定性。
• The x - ray is isotropic measured by pin detector , the hard x - ray ( > 30kev ) production become smaller with the reduction of the incident laser intensity , when the intensity is lower than 101 ? w / cm2 , there is no hard x - ray generation
  这是第一次实验测量紫外飞秒激光辐照固体靶产生的硬x -射线连续谱，为研究把紫外激光应用于惯性约束聚变“快点火”的可能性提供了实验数据。
• Elemental analysis based on the emission from plasma generated by focusing a powerful laser beam on a solid sample surface is known as laser - induced breakdown spectroscopy ( libs ) . when the power density of laser on the sample surface is high enough , the sample is vaporized , and the neutral and ionic species are formed in excited states
  利用聚焦的强激光束入射固体靶表面产生激光等离子体，对等离子体中原子和离子发射谱进行杂质元素分析，这一过程叫做激光诱导击穿谱( laser - inducedbreakdownspectroscopy ) ，简称( libs ) 。
• In this paper , such three points are studied as : a ) the angular distributions of the hot electrons emission under laser irradiation at different incidence angles and at different polarization direction , the angular distribution of the hot electrons in the different energy range , and the effects of laser prepulse on the angular distributions of the hot electrons emission ; b ) the energy distribution of the hot electrons at different directions , from the metallic targets and the dielectric targets , in the different energy range of the hot electrons , and the effects of the atomic number z on the energy distribution of hot electron generated by the metallic targets ; and c ) the energetic proton emission resulting from the interaction of the us - ui laser pulse with plasma
  本论文进行了三个方面的研究：第一，超热电子角分布的研究，包括不同激光入射角下超热电子的角分布；激光不同偏振态下超热电子的角分布；激光预脉冲对超热电子角分布的影响；不同能段的超热电子的角分布。第二，超热电子能量分布的研究，包括不同方位超热电子的能量分布，金属与非金属靶材的超热电子的能量分布，金属原子序数z对超热电子能量分布的影响以及不同能段超热电子的能量分布。第三，研究了超短超强激光与固体靶相互作用所产四川大学博士学位论文生的高能质子发射和能谱。