荧光寿命的英文

• fluorescence life time
• fluorescence lifetime
• fluorescent lifetime

• "荧光"英文翻译    fluorescence; fluorescent li ...
• "寿命"英文翻译    life-span; life; age; lifeti ...
• "发荧光寿命" 英文翻译 :    fluorescent lifetime
• "荧光寿命成像" 英文翻译 :    fluorescence lifetime imaging
• "荧光寿命成像显微技术" 英文翻译 :    fluorescent lifetime imaging microscopy
• "营光寿命" 英文翻译 :    fluorescence life time
• "光寿" 英文翻译 :    mitsuhisa; mitsunaga; mitsutoshi
• "荧光分子平均寿命" 英文翻译 :    average life of fluorescence molecule
• "李光寿" 英文翻译 :    lee kwang soo; lee kwang-soo
• "魏光寿" 英文翻译 :    guangshou wei
• "寿命" 英文翻译 :    life-span; life; age; lifetime; longevity 机器的寿命 service life of a machine; 平均寿命 average life-span; 延长牙齿的寿命 prolong the life of the teeth; 小事故会缩短汽车寿命。 minor accidents can shorten the life of a car.; 寿命测定 biometrics; 寿命曲线 life curve; 寿命试验 life test; length of life test; 寿命树 life tree; 寿命缩短 loss of life; 寿命提高 increased longevity; 寿命预计 biometrics; biometry; 寿命预期 life expectancy; 寿命终止 end-of-life; 寿命周期 life cycle; 寿命最长 longest-lived
• "荧光数码显示管加速寿命试验方法" 英文翻译 :    methods of accelerated life test of fluorescent display tubes
• "荧光" 英文翻译 :    [物理学] fluorescence; fluorescent light◇荧光灯 fluorescent lamp; fluorescent light; daylight lamp
• "长寿命" 英文翻译 :    long-life; long-lived; long-period◇长寿命同位素 long-lived isotope
• "等寿命" 英文翻译 :    equal life
• "电寿命" 英文翻译 :    electrical durability
• "短寿命" 英文翻译 :    short life
• "阀寿命" 英文翻译 :    valve life
• "核寿命" 英文翻译 :    nuclear lifetime
• "坏寿命" 英文翻译 :    mechanical lifetime
• "模寿命" 英文翻译 :    die life
• "炮寿命" 英文翻译 :    service life of gun
• "全寿命" 英文翻译 :    all life
• "热寿命" 英文翻译 :    thermal life
• "寿命, 寿限" 英文翻译 :    duration of life

• Principle and design of a test system for pesticide fluorescence lifetime
  农药荧光寿命测试系统的原理与设计
• We demonstrate the feasibility and superiority in the digital phase - locked detection applying in the life - span of the fluorescence quenching in the base of the phase - locked phase theory
  锁相理论上论证了数字锁相应用于检测荧光寿命的可行性和优越性。
• Furthermore the optic spectrum data of er / yb co - doped phosphate glass , such as absorption spectrum , fluorescence lifetime and emission spectrum etc . are also tested
  此外还对铒镱共掺磷酸盐增益玻璃材料的吸收谱、荧光寿命、激发谱等光谱性能进行了测试。
• Because the fluorescent signal is weak , the lock - in amplifying technology is used to measure the concentration of the gaseous oxygen and the dissolved oxygen
  根据荧光信号弱的特点，采用锁相放大技术，通过检测指示剂荧光寿命的变化来实现对气态氧和溶解氧浓度的检测。
• By the former experiment , we know that the fiber optic gas sensor with the pulse light of the blue light led can emit the steady fluorescence . so we can detect the density of oxygen through
  技术方案上采用数字脉冲激励led蓝紫光源照射敏感元件获得稳定的荧光信号，再通过测量荧光寿命检测氧气浓度。
• The project detecting the oxygen density by measuring the life - span of the fluorescence quenching has better advantages such as the more sensitive , the better anti - jamming , the more system stabilization , the better dynamic area than by measuring the intensity of the fluorescence quenching
  锁相检测荧光寿命的检测方案相对直接测量荧光强度来测定氧气浓度的方法而言，具有灵敏度高、抗干扰性强、系统稳定性能好、动态范围大等优点。
• It measures the density of oxygen by detecting the life - span of the fluorescence quenching . the so - called fluorescence quenching is a kind of physics or chemistry process that the fluorescence material has chemical or physical reactions with certain substance is selected here . it has the advantage of good stability of fluorescence , long life span and the strong quenching effect
  本课题光纤氧气传感器检测系统是基于荧光猝灭效应的检测机制，通过测定荧光寿命从而检测氧气浓度的，荧光猝灭效应所引起的荧光寿命具有很好的稳定性、猝灭效果以及系统使用寿命长。
• By introduction of two lif layers , the adjustment of the position of thin layer alq3 in the microcavity is achieved and the effect of the coupling strength between the emissive dipole and vacuum electric - field on the emission intensity in ( / 2 - length microcavity is studied for the first time
  在带有dbr结构的高q值微腔中，观察荧光寿命变短辐射速率提高的现象。通过使用填充层，来实现对薄层alq在腔中位置的调节，研究了辐射偶极子同光电磁场的耦合强度对辐射强度的影响。
• The distribution coefficient of re3 + ( nd3 + and yb3 ) ， the refractive index and the crystal lattice were tested . through the measured data of absorption spectrum , fluorescence spectrum and fluorescence lifetime , the spectral characteristic parameters of ( nd3 + , yb3 + ) : yp0 . 1v0 . 9o4 crystals were calculated and contrasted , and the advandages of them have been showed
  通过测试各晶体的吸收光谱、荧光光谱和荧光寿命，分析了掺不同浓度nd3 + 、 yb3 +离子激光晶体的光谱特性，对比研究了以yv0 . 9p0 . 1o4作为基质晶体所具有的优越性和缺陷。