TPF：双光子荧光

“双光子荧光”（Two Photon Fluorescence，简称TPF）是一种在物理学及生物医学等研究领域中常见的专业术语。该缩写形式TPF被广泛采用，便于在学术文献和实验记录中实现快速书写与高效沟通，尤其适用于涉及非线性光学和显微成像技术的高端科研场景。

The linear absorption spectra and linear photoluminescence were investigated in various solvents, and the properties of one-photon and two photon fluorescence were compared at the same conditions.
仔细研究了该化合物在不同溶剂下的线性吸收光谱和单、双光子荧光(TPF)谱，并在同一条件下对其单、双光子光谱进行了比较。
The effects of mean power, pulse width and mode locking state of femtosecond laser on two photon fluorescence imaging
超短光脉冲的平均功率和脉宽及锁模状态对双光子显微镜成象的影响
Properties of a mode-locked Nd3 + phosphate glass laser with four kinds of dyes are compared. Contrast, of two photon fluorescence, pulse width, spectral properties, output energy and stability of laser operation are included.
以掺钕磷酸盐玻璃为激光工作物质，分别比较了四种染料作锁模所产生的超短脉冲的性能，其中包括双光子荧光(TPF)对比度、脉冲半宽度、光谱特性、输出能量及器件运转的稳定性。
Using the master equation technique, the two photon resonance fluorescence is discussed.
本文利用劣腔近似条件得到原子约化密度算符主方程，在此基础上讨论了二能级原子的双光子共振荧光光谱。
In this paper, the measurements of atom energy level lifetime with the laser two photon induced fluorescence have been stated.
本文论述了激光双光子感应荧光法对原子能级寿命的测量。

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