1) Time resolved power spectrum
时间分辨率谱
2) Time-resolved spectrum
时间分辨谱
1.
We studied and compared InAs quantum dots and wetting layer by photoluminescence and time-resolved spectrum.
采用光致发光谱及时间分辨谱对InAs量子点及浸润层开展研究和对比,分析了单层InAs量子点和浸润层中的载流子迁移过程,较好地解释了实验结果。
2.
By microwave absorption and dielectric spectrum detection technique, the decay behaviors of photoelectrons in the reduction-sensitized silver halide emulsion have been measured, and the time-resolved spectrums of free photoelectrons and shallow-trapped photoelectrons have been obtained.
本文利用微波吸收介电谱检测技术，系统检测了还原增感条件下的卤化银光电子衰减行为，同步获得了还原增感乳剂的自由光电子和浅束缚光电子的时间分辨谱信号。
3) time-resolved spectra
时间分辨谱
1.
Study of time-resolved spectra for the ion-pair state of molecule iodine;
碘分子离子对态的时间分辨谱
2.
In this paper, the radiative decay and time-resolved spectra were employed to investigate the transient photoluminescence of GaP_(1-x)N_x alloys with x=0.
且该杂质带低能端载流子的寿命比高能端载流子的寿命长,导致了其时间分辨谱向低能端的移动。
4) time resolved spectra
时间分辨谱
1.
The fluorescence spectroscopy of the A 3Π 0→X 1Σ + transition has been obtained and time resolved spectra were measured by laser induced fluorescence.
采用激光诱导荧光技术对 In Cl分子 A3 Π0 → X1Σ+ 荧光光谱进行了分析和归属 ,并对A3 Π0 (ν′=1)→ X1Σ+ (ν"=1,2 ,3,4 ,5)的时间分辨谱进行了观测 ,得到 In Cl分子 A3 Π0 态无碰撞辐射寿命τ0 ≈ 370 ns,无碰撞弛豫速率常数 k Q ≈ 9。
5) time resolved spectrum
时间分辨谱
6) time resolution
时间分辨率
1.
The limitation of time resolution of the chirped pulse spectral encoding technique;
啁啾脉冲光谱仪法探测THz辐射的时间分辨率极限
2.
By analyzing the signal of liquid scintillating detection,improving time resolution is propitious to upgrade efficiency of detecting.
液闪探测系统设计中引入信号处理设计方法,经分析液闪探测信号,得出提高时间分辨率有利于提高探测效率的观点和实现方案,并获得了验证。
3.
It includes three aspects: the time resolution, the attenuation length and the effective speed of light.
在北京正负电子对撞机直线加速器试验束上测试TOF闪烁体在不同光反射材料下(tyvek, teflon,millipore,ESR及镀铝薄膜)的性能,包括时间分辨率,衰减长度及光在闪烁体中的有效传播速度。
补充资料：高分辨率质谱
分子式：
CAS号：
性质：一种质谱技术，即采用双聚焦质谱仪器，足够准确地测量离子的质量，以准确无误地确定离子的元素(和同位素)组成的技术。例如，测得一个离子的质是43.0184，离子的元素组成必是C2H3O+，不可能是C3H3+(43.0547)，C2H5N+(43.0421)，CH3N2+(43.0296)，CHNO+(43.0058)或C2F+(42.9984)。
CAS号：
性质：一种质谱技术，即采用双聚焦质谱仪器，足够准确地测量离子的质量，以准确无误地确定离子的元素(和同位素)组成的技术。例如，测得一个离子的质是43.0184，离子的元素组成必是C2H3O+，不可能是C3H3+(43.0547)，C2H5N+(43.0421)，CH3N2+(43.0296)，CHNO+(43.0058)或C2F+(42.9984)。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条