… In the time domain one measures the time-… domain data provide excellent resolution of
time-dependent spectral parameters. It is possible to resolve closely spaced fluorescence lifetimes…

… measuring fluorescence lifetimes with both time- and frequency-domain methods. The sample
is ruby crystal, which has a lifetime … In the time domain this is an exponential decay. τ is the …

… method with lifetime detection in the time domain (TD) is presented. Here, fitting the time-resolved
fluorescence decays gives quantitative information about the lifetime heterogeneities. …

… fluorescence lifetime data acquired in the frequency domain. … There are many ways to acquire
data in the time domain, and … decay directly in the time domain requires that the repetition …

… with time-domain fluorescence lifetime imaging microscopy (SPIM-FLIM) system consists
of frequency-doubled laser-generation, light-sheet illumination, and time-domain FLIM …

… We propose a histogram clustering (HC) method to accelerate fluorescence lifetime imaging
(FLIM… (up to 106 times) but also enhances lifetime estimation accuracy. Fast lifetime analysis …

… Typical times required for the acquisition of fluorescence lifetime images are on the order of
… to acquire fluorescence lifetime images: frequency domain, and timedomain based methods. …

… Our approach extends the dynamic range of fluorescence lifetimes that can be … all time-domain
FLIM data sets and could also be implemented on-chip to achieve fast and real-time FLIM …

… In the time domain approach the fluorescence lifetime map of a sample is measured using …
that acquires only the fluorescence emission falling within a definite time interval. The detector …

… the sensitivity of fluorescence decay times to chemical and … fluorescence lifetimes with 2D
imaging, to create images in which the lifetimes are determined at each pixel and the lifetimes …