发射强度的英文

• emission power
• emitted intensity
• inte ity of emi ion

• "发射"英文翻译    launch; radiate; project; di ...
• "强度"英文翻译    intensity; strength; magnitu ...
• "球面发射强度" 英文翻译 :    steradiancy
• "强度；辐射强度" 英文翻译 :    intensity
• "辐射强度辐射强度" 英文翻译 :    radiant intensity; radiation intensity
• "靶反射强度" 英文翻译 :    target strength
• "反射强度" 英文翻译 :    reflected intensity; reflection strength; reflex strength; strength of reflection
• "放射强度" 英文翻译 :    curiage; intensity of radiation; intensity of radio activity; radioactive power
• "放射强度率" 英文翻译 :    specific activity
• "辐射强度" 英文翻译 :    emittance; radiation intensity; radiation strength; radiance; radiancy
• "辐射强度表" 英文翻译 :    pyranometer
• "辐射强度计" 英文翻译 :    actinometer; pyranometer
• "高辐射强度" 英文翻译 :    high radiance
• "净辐射强度" 英文翻译 :    net radiance
• "漫射强度" 英文翻译 :    diffuse intensity
• "面辐射强度" 英文翻译 :    radiance; radiancy
• "热辐射强度" 英文翻译 :    caloradiance; heat radiation intensity
• "日辐射强度" 英文翻译 :    intensity of sollar radiation
• "日射强度表" 英文翻译 :    pyranometer; pyrheliometer; pyroheliometer
• "日射强度计" 英文翻译 :    pyranometer; pyrheliometer; solarimeter
• "日射强度仪" 英文翻译 :    pyrheliometer
• "入射强度" 英文翻译 :    incident intensity; intensity， incident
• "散射强度" 英文翻译 :    intensity of scattering; intensity of scatting; scattering inte ity; scattering intensity; scattering strength
• "透射强度" 英文翻译 :    intensity in transmission; transmitted intensity
• "衍射强度" 英文翻译 :    diffracted intensity; diffraction intensity; intensity of diffraction

• The concepts of radiant emittance and of irradiance are complementary .
  辐射的发射强度和辐照度是两个互补的概念。
• Emittance and irradiance are meaningful measurements of flux at a specific surface .
  发射强度和辐照强度只有对一定表面上通量的量度才是有意义的。
• Acoustics - determination of sound immission from sound sources placed close to the ear - technique using a microphone in a real ear mire technique
  声学.从接近耳朵声源测定声发射强度.利用人耳中麦克风进行测定的技术
• A unified theoretical model was given considering thermal activation , phonon - assisted absorption and nonradiative energy transfer processes . ( 6 ) the relationship between the fluorescence and the composition in niobate - silicate and niobate - phosphate glasses was studied
  考虑热激活、声子辅助吸收过程与温度猝灭建立了稳态动力学方程并对样品荧光发射强度随温度的变化关系进行了量化解释。
• The increase of radiative transition rate with decreasing particle size was attributed to the lower symmetry surrounding the eu3 + ions , while the increase of nonradiative transition rate to the extra nonradiative transition channels caused by surface defects . ( 3 ) under excitation of 488 nm , temperature - dependence of emission intensity of the 5d4 - 7fj transition in nanocrystalline y2o3 : tb was studied . in nanocrystalline , there appeared two maximal intensities
  ( 3 )研究了488nm激光激发下不同颗粒尺寸的y _ 2o _ 3 ： tb纳米晶荧光发射强度随温度的变化规律，发现y _ 2o _ 3 ： tb纳米晶荧光发射强度在280k与590k存在两个极大值，而体材料只在280k有一个极大值。
• It is found that the exciting spectra is moving to long wave with the increasing of eu concentration , emission intensity is rising , the properity of red homochromy is becoming better because of the different quench concentration of emission levels 5do , 5dj and 5d2 - when the concentration of eu is up to 1 . 2mol % , the emission levels 5di and 5d2 is quenching
  研究发现，随着eu浓度的增加，荧光体y2o2s ： eu激发光谱发生红移，发射强度增大，红色单色性变好，这是因为eu的5d0和sdl 、 5d2发射能级跃迁发光的淬灭浓度不同，当浓度1 . 2mol时，后两者因交叉弛豫引起浓度淬灭。
• In order to investigate the effects of ph , temperature , naf and bivalent cations on the conformation of the phosphatase in solution , we monitored the difference of intrinsic fluorescence of the phosphatase and compared changes of the enzyme activity under those conditions . the tertiary structure loosed and the intensity of fluorescence decreased below ph 6 . 0 . the intensity of fluorescence was lowest at ph 5 . 0 and the tertiary structure was reconstructed as the solution ph was increased
  其中在ph5 . 0及以下时，蛋白质的三级结构变得松散，荧光强度下降， ph5 . 0时尤为显著，而当溶液ph高于5 . 0时(酶的最适ph ) ，样品的荧光发射强度明显增加，表明酶蛋白受溶液酸碱度的影响，构象发生部分变化，部分trp残基向疏水环境移动，其三级结构得到恢复。
• Comparing of the ratio of 550nm emission intensity to 525nm in samples annealed at different temperature and times , the results obtained from a fit of the integrated intensity for these two emission indicated the change of radiative transition probability at different energy level are different
  通过比较不同退火温度和时间样品的两者发光变化的不同，发现两者的激发机理不同。通过比较不同样品的525nm和550nm发射强度比值随退火条件的变化以及这两个发光的积分强度的变温拟合结果说明退火对不同能级的辐射跃迁几率的影响不同。
• 5 . the luminescence enhancement of eu3 + was also observed after ultraviolet irradiation but was weaker than the zns : mn2 + and the branch ratio of 5d0 - 7f0 increased after irradiation . it indicates probably the contribution from the centers in the surface of nanoparticles increased
  在紫外光的辐照下首次观察到eu3 +离子发光的荧光增强现象，辐照后5d0 < wp = 5 > 7f0发射强度分支比增加，表明对称性较低的发光中心对发光的贡献增加，可能是处于颗粒表面的eu3 +离子对发光的贡献增加。