Time response of ultrafast streak camera system using femtosecond laser pulses

Ultrafast laser spectroscopy: A probe of the photodynamics of chemical intermediates

“…In this laboratory, Imacon 500 (Hadland Co) streak camera measurements have been used to examine the pulse diagnostics of ps pulses [6] and studies are in progress to study fluorescence depolarization of resorufin as outlined in Section Ill. Recent reports of the intrinsic response of a streak camera to amplified femtosecond dye laser pulses as a function of slit width have shown that for a 650 fs input pulse the camera resolution was 2.5 ps for a 40 pm slit and 3.5 ps for a 300 pm slit [41].…”

Estimation of limit time resolution in image streak camera

“…(3) of recording n photoelectrons for the time T, if the mean value of photoelectron's number is K [7]. (3) of recording n photoelectrons for the time T, if the mean value of photoelectron's number is K [7].…”

“…(3) of recording n photoelectrons for the time T, if the mean value of photoelectron's number is K [7]. According to the definition [8] such a distribution fails into a non-inertial process, so deviations from [3] characterize inertial properties of the photorecorder. According to the definition [8] such a distribution fails into a non-inertial process, so deviations from [3] characterize inertial properties of the photorecorder.…”

“…In order to judge about the h(t) width with the aid of an EOP, a short pulse is recorded, considering it as a simulator of the Dirac delta function (t) and setting the output realization width Y(t) = I(tPlh(t) = h(t) (2) which coincide with the desired magnitude [1][2][3][4]. In order to judge about the h(t) width with the aid of an EOP, a short pulse is recorded, considering it as a simulator of the Dirac delta function (t) and setting the output realization width Y(t) = I(tPlh(t) = h(t) (2) which coincide with the desired magnitude [1][2][3][4].…”