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Jetting bubbles observed by x-ray holography at a free-electron laser: internal structure and the effect of non-axisymmetric boundary conditions. [PDF]
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Physical Review Letters, 1986
A possible new source of tunable coherent radiation is analyzed. By the passing of a relativistic electron beam (relativistic factor ..gamma../sub 0/) through a homogeneous transverse ac electric or magnetic field of frequency f/sub 0/, electromagnetic radiation of frequency f--2..gamma../sub 0//sup 2/f/sub 0/ is generated by its coupling the negative ...
, Yan, , Dawson
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A possible new source of tunable coherent radiation is analyzed. By the passing of a relativistic electron beam (relativistic factor ..gamma../sub 0/) through a homogeneous transverse ac electric or magnetic field of frequency f/sub 0/, electromagnetic radiation of frequency f--2..gamma../sub 0//sup 2/f/sub 0/ is generated by its coupling the negative ...
, Yan, , Dawson
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Electrostatic free-electron laser
Physical Review A, 1987A new kind of free-electron-laser (FEL) scheme is proposed, that is, an FEL with an electrostatic centrifugal system of coaxial waveguide, called an ''electrostatic FEL'' for short. An annular relativistic electron beam in the laboratory frame is assumed to encounter a pump wave of TE mode.
, Liu, , Liu
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Annual Meeting Optical Society of America, 1986
No summary of this tutorial or biographical information was available at press time.
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No summary of this tutorial or biographical information was available at press time.
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Physics Bulletin, 1980
A free electron laser is a source of coherent radiation having the highly desirable characteristics of tunability over a broad range of wavelengths, efficient operation and high power output. In the ultraviolet, such a source could be used for the study of molecular and biological systems, while infrared applications may include the spectroscopy of ...
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A free electron laser is a source of coherent radiation having the highly desirable characteristics of tunability over a broad range of wavelengths, efficient operation and high power output. In the ultraviolet, such a source could be used for the study of molecular and biological systems, while infrared applications may include the spectroscopy of ...
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Endeavour, 1984
The generation of coherent synchrotron radiation using beams of relativistic electrons passed through magnetic undulators opens up tremendous scope for photochemistry in general and isotopic separation by laser in particular. Applications for plasma heating in Tokamak-type installations to trigger off the controlled nuclear fusion process are also ...
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The generation of coherent synchrotron radiation using beams of relativistic electrons passed through magnetic undulators opens up tremendous scope for photochemistry in general and isotopic separation by laser in particular. Applications for plasma heating in Tokamak-type installations to trigger off the controlled nuclear fusion process are also ...
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Uspekhi Fizicheskih Nauk, 1979
Recent studies devoted to the problem of constructing a free-electron laser are reviewed. Possible approaches to description of the physical processes on which free-electron lasers are based are discussed briefly, and means of increasing the efficiency of laser arrangements are considered.
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Recent studies devoted to the problem of constructing a free-electron laser are reviewed. Possible approaches to description of the physical processes on which free-electron lasers are based are discussed briefly, and means of increasing the efficiency of laser arrangements are considered.
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Science, 1978
In a free electron laser, optical radiation is made to interact with a beam of relativistic free electrons in the presence of a strong spatially periodic transverse magnetic field. This device is interesting because the operating wavelength can be set at will by variation of the electron energy and the device is potentially capable of operating at high
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In a free electron laser, optical radiation is made to interact with a beam of relativistic free electrons in the presence of a strong spatially periodic transverse magnetic field. This device is interesting because the operating wavelength can be set at will by variation of the electron energy and the device is potentially capable of operating at high
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The Physics of Fluids, 1977
The possibility of a new type of laser has been investigated by computer simulation using a fully relativistic electromagnetic particle code which has one spatial and three velocity dimensions. By passing a relativistic electron beam over a rippled static magnetic field, high frequency electromagnetic radiation is generated. If the ripple wavelength is
T. Kwan, J. M. Dawson, A. T. Lin
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The possibility of a new type of laser has been investigated by computer simulation using a fully relativistic electromagnetic particle code which has one spatial and three velocity dimensions. By passing a relativistic electron beam over a rippled static magnetic field, high frequency electromagnetic radiation is generated. If the ripple wavelength is
T. Kwan, J. M. Dawson, A. T. Lin
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AIP Conference Proceedings, 1989
An introduction to free‐electron lasers is given. A short history of electron sources for and the operating characteristics of the free‐electron laser are included in this short essay. (AIP)
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An introduction to free‐electron lasers is given. A short history of electron sources for and the operating characteristics of the free‐electron laser are included in this short essay. (AIP)
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