Theory of partial coherence for weakly periodic media
BJ Hoenders, M Bertolotti - JOSA A, 2005 - opg.optica.org
The second-order theory of partial coherence for scalar and TE or TM fields is developed for
weakly periodic media, and the van Cittert–Zernike theorem of classical coherence theory is …
weakly periodic media, and the van Cittert–Zernike theorem of classical coherence theory is …
Unified treatment of the Cherenkov and Ohmic losses of a relativistic charge in a conducting medium
GP Sastry, BK Parida - Physical Review D, 1978 - APS
Theoretical estimates of the classical part of the stopping power of an Ohmic medium for a
fast charged particle are obtained for the two limiting cases of a strongly and a weakly …
fast charged particle are obtained for the two limiting cases of a strongly and a weakly …
Relativistic energy loss in a dispersive medium
JM Houlrik - Physical Review A, 2002 - APS
The electron energy loss in a dispersive medium is obtained using macroscopic
electrodynamics taking advantage of a static frame of reference. Relativistic corrections are …
electrodynamics taking advantage of a static frame of reference. Relativistic corrections are …
Cherenkov radiation in spatially dispersive media
GP Sastry, D Chowdhury - Proceedings of the Royal …, 1981 - royalsocietypublishing.org
The Cherenkov fields of a proton, and a neutron, moving with a relativistic velocity in a
spatially dispersive medium are studied in the rest frame of the particle. The model of the …
spatially dispersive medium are studied in the rest frame of the particle. The model of the …
[PDF][PDF] Theory of partial coherence for weakly periodic media
M Bertolotti - researchgate.net
The theory of partial coherence, rooted already in the 19th century, has been extensively
analyzed for classical1 as well as for quantized fields. 2The theory, however, has not been …
analyzed for classical1 as well as for quantized fields. 2The theory, however, has not been …