R.A. McCorkle
Journal of Physics A: Mathematical and General
A novel device employing the interaction of a tightly pinched electron beam with a dense plasma formed by a sliding spark capillary discharge has been investigated. Experimental results show that such arrangements are potentially useful for lasing in the short wavelength (below 200 Å) region.
R.A. McCorkle
Journal of Physics A: Mathematical and General
R.A. McCorkle
Applied Physics Letters
R.A. McCorkle
Physical Review A
R.A. McCorkle, J.L. Cox Jr.
Physics Letters A