Usage of a cavity with a high quality factor in a streak camera (SC) allows us to increase the energy of electrons up to 100 keV and therefore to reduce the influence of some of the effects that limit the SC time resolution. Time resolution up to 1.4 ps on a prototype of a radio-frequency-based SC (RFC) with circular scanning was demonstrated earlier. Following this, the new RFC was produced. The possibility of achieving a time resolution of 0.6 ps for a 350-ps single light signal is demonstrated. Preparation for experiments with spiral scanning (sub-ps time resolution for 10-ns process duration) is in progress
For effective work of preinjector VEPP-5 it is necessary 3 ns bunch with charge 1*10**10 electrons f...
In order to detect the weaker on greater span of light signals, the dynamic range, spatial resolutio...
International audienceThe development of the advanced Radio Frequency Timer of electrons is describe...
We describe the status of our project for an RF-based streak camera. Measurements envisage the pos...
We have experimented with a radio-frequency-based streak camera. The basic idea behind the method co...
The authors propose a novel idea for a streak camera whose time resolution is lower than 100 fs. The...
We propose an idea of a new scheme for significant improvement in streak cameratechnology. With the ...
We have designed and built a 3 GHz radio-frequency cavity for use as an ultrafast streak camera to m...
We have experimented with a streak camera based on radio-frequency detection of the electron beam. ...
An x-ray streak camera system uses a laser triggered photo-conductive switch to synchronize the high...
The temporal resolution of existing streak cameras are limited by electron transit time dispersion. ...
X-ray streak cameras (XSC) have been known to be one of the fastest detectors for ultrafast X-ray sc...
The temporal resolution of existing streak cameras are limited by electron transit time dispersion. ...
We describe the development of an optical and an X-ray streak camera with picosecond time resolution...
We present a novel x-ray streak tube design that uses a modest extraction field at the photocathode,...
For effective work of preinjector VEPP-5 it is necessary 3 ns bunch with charge 1*10**10 electrons f...
In order to detect the weaker on greater span of light signals, the dynamic range, spatial resolutio...
International audienceThe development of the advanced Radio Frequency Timer of electrons is describe...
We describe the status of our project for an RF-based streak camera. Measurements envisage the pos...
We have experimented with a radio-frequency-based streak camera. The basic idea behind the method co...
The authors propose a novel idea for a streak camera whose time resolution is lower than 100 fs. The...
We propose an idea of a new scheme for significant improvement in streak cameratechnology. With the ...
We have designed and built a 3 GHz radio-frequency cavity for use as an ultrafast streak camera to m...
We have experimented with a streak camera based on radio-frequency detection of the electron beam. ...
An x-ray streak camera system uses a laser triggered photo-conductive switch to synchronize the high...
The temporal resolution of existing streak cameras are limited by electron transit time dispersion. ...
X-ray streak cameras (XSC) have been known to be one of the fastest detectors for ultrafast X-ray sc...
The temporal resolution of existing streak cameras are limited by electron transit time dispersion. ...
We describe the development of an optical and an X-ray streak camera with picosecond time resolution...
We present a novel x-ray streak tube design that uses a modest extraction field at the photocathode,...
For effective work of preinjector VEPP-5 it is necessary 3 ns bunch with charge 1*10**10 electrons f...
In order to detect the weaker on greater span of light signals, the dynamic range, spatial resolutio...
International audienceThe development of the advanced Radio Frequency Timer of electrons is describe...