限制效应的英文

• restriction effect

• "限制"英文翻译    place restrictions on; astri ...
• "效应"英文翻译    effect; action; influence
• "端限制效应" 英文翻译 :    end restraint effect
• "复制效应" 英文翻译 :    print effect; replication effect
• "互调制效应" 英文翻译 :    intermodulation effect
• "控制效应" 英文翻译 :    controlling influence
• "牵制效应" 英文翻译 :    drag effect
• "压制效应" 英文翻译 :    depressor effect
• "抑制效应" 英文翻译 :    baffle effect; blocking effect; containment effect; depressing effect; depressor effect; inhibiting action; inhibiting effect; inhibitory action
• "电导调制效应" 英文翻译 :    conductivity modulation effect
• "电流控制效应" 英文翻译 :    current steering effect
• "加权调制效应" 英文翻译 :    weight modulation effect
• "离子牵制效应" 英文翻译 :    drag-effect
• "速度调制效应" 英文翻译 :    velocity-modulating effect
• "去调制效应,检波效应" 英文翻译 :    demodulating effect
• "基区宽度调制效应" 英文翻译 :    early effect
• "抗中频带调制效应" 英文翻译 :    antimidband modulation effect
• "细胞生长抑制效应" 英文翻译 :    cell-growth inhibitory effect
• "限制性效应" 英文翻译 :    restrictive effect
• "限制密度效应" 英文翻译 :    limiting density effect
• "限制水域效应" 英文翻译 :    effects of confined waters
• "克莱布特里肿瘤呼吸抑制效应" 英文翻译 :    crabtree effect
• "寄生效应限制器" 英文翻译 :    parasitic stopper
• "调制效率" 英文翻译 :    modulation efficiency
• "复制效果" 英文翻译 :    print effect

• The research progress of optical limiting effect of carbon nanotubes
  碳纳米管光限制效应的研究现状
• Quantum confinement effects of the lowest conduction band states in semiconductor quantum dots
  半导体量子点最低导带态的量子限制效应
• The nanometer effect of the pores , which increased surface area and caused the failure of conglomeration of dbo - ppv polymer , can lead to the 90nm blue shift of the pl peaks of dbo - ppv
  这一结果确认了多孔硅的跃迁过程主要是由量子限制效应决定，复合过程受表面态影响。
• In low - dimension structure , the exciton binding energy will be lager than bulk material because of quantum effects , so excitons play an important role in optical characteristics of low - dimension zno
  在低维结构中，由于量子限制效应，激子束缚能会变得更大，因而在低维zno材料中，激子发光在其光学特性中起着举足轻重的作用。
• To sum up , two types of model have priority in explaining the origin and mechanism of visible pl in si - base light - emitting materials . but in view of the reported results , the properties of materials are badly influenced by preparation process
  归纳起来，其发光机制以量子限制效应和发光中心两种模型为主；但就报道的结果而言，材料的发光特性都严重地依赖于样品的制备工艺过程，经不同的工艺过程制备的样品，其发光特性差别甚大。
• The complex model of luminescence centers and quantum confinement has been proposed to interpret the origin of the green and red - emitting of the ps after modification . the deduction is supported by analyzing the morphology and the surface species of the modified samples through afm , sem , and ftir , xps
  通过afm 、 sem及ftir 、 xps对这两种多孔硅样品进行表面形貌和化学成分分析，采用发光中心（ lc ）量子限制效应的复合模型对上述修饰多孔硅的pl峰移现象进行了理论说明。
• As for the pl mechanism , except the red band , the rest are all originated from luminescence defects related to impurity , and the luminescence centers are affected by configuration of impurities , while the red emitting band may attribute to the quantum confinement effect of nano - si , but will also rely on its interface characteristic
  就发光机制而言，除红光宽带外，均起源于氧、氮掺杂引起的缺陷发光中心，发光中心受杂质组态影响，红光宽带可能联系到量子限制效应，同时还依赖于界面特性。
• The size of the zno nanocrystal grain was so little that the quantum confinement effect should be considered . that makes the band gap wide . atom transfer rate is affected by the substrate temperature , and the average size of the zno nano crystal grain increases with the increasing substrate temperature resulting in the red shift of pl emission position and the narrowness of pl fwhm
  低温生长的氧化锌晶粒小，考虑到量子限制效应，禁带宽较大；衬底温度影响吸附原子迁移能力，随着温度升高，晶粒的尺寸增大，分布变的均匀，因而发光峰位随着衬底温度的升高而红移，发光的半高宽变小。