Work is supported ONR grant #N00014-941--0818 In this paper we present the result of the deep-UV lasing with the OK-4/Duke storage ring FEL. The OK-4 FEL was initially commissioned in the near-UV at Duke Free Electron Laboratory in November, 1996 followed by a year-long shutdown. After re-establishing the storage ring operation in early 1998, the OK-4 FEL lasing was demonstrated in the wavelength range of 217 to 256 nm in 1998. A number of lasing modes with electron energies ranging from 300 to 750 MeV have been established to accommodate application research. Starting September, 1998, the coherent deep-UV radiation is used for applications in cornea surgery, cell biology, surface physics, and nuclear physics. In this paper we report the re...
Going to shorter wavelengths beyond the deep ultraviolet involves the development of dedicated optic...
In this paper we present current status of the Booster Synchrotron for the Duke FEL storage ring. Th...
The DUV-FEL linac is upgraded from 200 to 300 MeV to enable the HGHG FEL to produce 100 µJ pulses of...
In this paper we present status and developments of the Duke storage ring facility. The Duke storage...
<p>The Duke Free-electron laser (FEL) system, driven by the Duke electron storage ring, has been at ...
Abstract diagnostic systems and NIST undulator (soft X-ray source). A 1 GeV electron storage ring de...
<p>The Duke electron storage ring, first commissioned in November of 1994, has been developed as a d...
At the UVSOR facility, experiments on a storage ring free electron laser (FEL) have been performed u...
The visible and UV spontaneous emission radiation (SER) from the Duke OK-4 wiggler has been used wit...
International audienceAfter having reached the status of user facilities in the infrared, Free Elect...
Research and development are currently trying to run a storage ring free-electron laser down to 150 ...
initial measurements at the Duke storage ring free electron laser (FEL) of both spontaneous emission...
This review examines the possibilities for biological research using the three ultraviolet free-elec...
Recently built electron storage rings provide very high transverse electron densities in their low- ...
We discuss the design and expected performance of the OK-5 FEL, which will replace in 2002 the OK-4 ...
Going to shorter wavelengths beyond the deep ultraviolet involves the development of dedicated optic...
In this paper we present current status of the Booster Synchrotron for the Duke FEL storage ring. Th...
The DUV-FEL linac is upgraded from 200 to 300 MeV to enable the HGHG FEL to produce 100 µJ pulses of...
In this paper we present status and developments of the Duke storage ring facility. The Duke storage...
<p>The Duke Free-electron laser (FEL) system, driven by the Duke electron storage ring, has been at ...
Abstract diagnostic systems and NIST undulator (soft X-ray source). A 1 GeV electron storage ring de...
<p>The Duke electron storage ring, first commissioned in November of 1994, has been developed as a d...
At the UVSOR facility, experiments on a storage ring free electron laser (FEL) have been performed u...
The visible and UV spontaneous emission radiation (SER) from the Duke OK-4 wiggler has been used wit...
International audienceAfter having reached the status of user facilities in the infrared, Free Elect...
Research and development are currently trying to run a storage ring free-electron laser down to 150 ...
initial measurements at the Duke storage ring free electron laser (FEL) of both spontaneous emission...
This review examines the possibilities for biological research using the three ultraviolet free-elec...
Recently built electron storage rings provide very high transverse electron densities in their low- ...
We discuss the design and expected performance of the OK-5 FEL, which will replace in 2002 the OK-4 ...
Going to shorter wavelengths beyond the deep ultraviolet involves the development of dedicated optic...
In this paper we present current status of the Booster Synchrotron for the Duke FEL storage ring. Th...
The DUV-FEL linac is upgraded from 200 to 300 MeV to enable the HGHG FEL to produce 100 µJ pulses of...