The pulse-compression system of the Argonne National Laboratory Chemistry Division L-Band Linac, presented at the 1986 Linear Accelerator Conference at Stanford, California, has been completed. A five-picosecond-wide electron pulse containing 6 {times} 10{sup {minus}9} coulomb charge has been achieved. Acceleration parameters and the pulse-width measurement technique are discussed, and future plans for the utilization of this pulse in radiation chemistry studies are presented. 5 refs., 4 figs
A comprehensive study of charge diagnostics is conducted to verify their validity for measuring elec...
New accelerator techniques have made it possible to make shorter and shorter electron pulses. If app...
For the generation of intense single and multiple bunches of electrons (>8 nc per bunch) for acce...
This paper describes the pulse compression system being built on the Argonne 20 MeV electron linac. ...
L-band (1.3 GHz) electron linear accelerator as part of its Radiation Chemistry Program. One very in...
We present the design of a photo-injector based accelerator for pulsed radiolysis applications. This...
We are developing an ultrafast and ultracold electron source, based on near-threshold, femtosecond p...
A new picosecond pulse radiolysis system for the absorption spectroscopy to observe ultra fast pheno...
In the high gradient electron linacs at X or S band, a conventional klystropn driver cannnot supply ...
A laser excited, sub-nanosecond, pulsed electron beam system is described. The system consists of a ...
This task originated in 1987 to explore the possibility of accelerating short bursts of electrons by...
efforts are underway to develop an intense pico-second electron beam pulse radiolysis facility for c...
We have studied the properties of a low emittance electron beam produced by laser pulses incident on...
We are developing an ultrafast and ultracold electron source, based on near-threshold, femtosecond p...
Recent years have seen an increasing interest in the use of intense, short pulse electron beams for ...
A comprehensive study of charge diagnostics is conducted to verify their validity for measuring elec...
New accelerator techniques have made it possible to make shorter and shorter electron pulses. If app...
For the generation of intense single and multiple bunches of electrons (>8 nc per bunch) for acce...
This paper describes the pulse compression system being built on the Argonne 20 MeV electron linac. ...
L-band (1.3 GHz) electron linear accelerator as part of its Radiation Chemistry Program. One very in...
We present the design of a photo-injector based accelerator for pulsed radiolysis applications. This...
We are developing an ultrafast and ultracold electron source, based on near-threshold, femtosecond p...
A new picosecond pulse radiolysis system for the absorption spectroscopy to observe ultra fast pheno...
In the high gradient electron linacs at X or S band, a conventional klystropn driver cannnot supply ...
A laser excited, sub-nanosecond, pulsed electron beam system is described. The system consists of a ...
This task originated in 1987 to explore the possibility of accelerating short bursts of electrons by...
efforts are underway to develop an intense pico-second electron beam pulse radiolysis facility for c...
We have studied the properties of a low emittance electron beam produced by laser pulses incident on...
We are developing an ultrafast and ultracold electron source, based on near-threshold, femtosecond p...
Recent years have seen an increasing interest in the use of intense, short pulse electron beams for ...
A comprehensive study of charge diagnostics is conducted to verify their validity for measuring elec...
New accelerator techniques have made it possible to make shorter and shorter electron pulses. If app...
For the generation of intense single and multiple bunches of electrons (>8 nc per bunch) for acce...