A Hilbert-space formulation of and variational principle for spontaneous wiggler radiation
A. E. Charman, J. S. Wurtele
Abstract
Within the framework of Hilbert space theory, we derive a maximum-power variational principle applicable to classical spontaneous radiation from prescribed harmonic current sources. Results are first derived in the paraxial limit, then appropriately generalized to non-paraxial situations. The techniques were developed within the context of undulator radiation from relativistic electron beams, but are more broadly applicable.
Create a lesson
Related papers
Quantifying Bicycle Setup Differences on the Road: Field Estimates of CdA, Crr and Power Demand
Mario Zinßer
Spin-induced lateral acoustic forces on chiral and achiral particles
Yurou Jia, Shanjun Liang, Wanyue Xiao et al.
Hamiltonian dynamics with nonconservative forces on extended phase space: An analytical mechanics derivation
Joseph T. A Peterson, Manoranjan Majji, John L. Junkins
Optimization of curved vortex generator geometry for enhanced thermal performance in water-to-air finned-tube heat exchanger
Josip Batista, Anica Trp, Kristian Lenić et al.
Accurate structural identification for layered composite structures, through a wave and finite element scheme
D. Chronopoulos, C. Droz, R. Apalowo et al.
An Integral Equation for the Surface Current in the Problem of the Natural Modes of a Waveguide Containing a Resistive Film
I. M. Braver, Kh. L. Garb, P. Sh. Fridberg