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- irf
- ====== IRF ====== IRF stands for **I**nstrument **R**esponse **F**unction. The IRF is the best approximation to a temporally infinitely short process possible to m... the 'real' decay with the IRF. see also [[howto:how_to_measure_the_instrument_response_function_irf|How To Measure the IRF]]
- differential_count_rate
- that exhibit count rate dependent shifting of the IRF, extra care has to be taken when measuring the IRF and directly using it for decay analysis. ((Takuh
- deconvolution
- text deconvolution is mainly concerned with the [[IRF]] (or lamp function) including the finite light s... s (e.g. electronics). The effects caused by the [[IRF]] are dominant in the onset of a decay curve. =... t PicoQuant, for a variety of good reasons (see [[IRF]]) we use [[reconvolution]] instead. If one canno
- convolution
- olved fluorescence it describes the effects of an IRF with finite width on the observed decay: $Dec_{obs}(t)=\int_{-\infty}^t Dec(t-t')~IRF(t')~dt'$ where $Dec(t)$ is the unconvolved ('rea
- reconvolution
- he base of a model) convolved with the measured [[IRF]]. Reconvolution is used in PicoQuant software packages (mainly [[software:FluoFit]] and [[software:SymPhoTime]]) for compensating IRF effects.
- fast_lifetime
- s decay. The time span from the barycentre of the IRF to the barycentre of the decay equals the average... s not suffer as much from low statistics. If an [[IRF]] is not available, the "time zero" $t_\theta$ ha
- cfd
- may vary in amplitude. Thereby the overall system IRF can be narrowed and some of the random background
- poisson_distribution
- the 'real' decay (including convolution with the IRF etc.), while the stochastic nature of the measure
- fwhm
- or the broadness of a peak, for example, of the [[IRF]] in an [[TCSPC]] measurement or the focal width(