Local Solutions for Generic Multidimensional Resonant Wave Conversion
E. R. Tracy, A. N. Kaufman
Abstract
In more than one spatial dimension, resonant linear conversion from one wave type to another can have a more complex geometry than the familiar 'avoided crossing' of one-dimensional problems. In previous work we have shown that helical ray shapes are generic in a mathematical sense. Here we briefly describe how the local field structure can be computed.
Create a lesson
Related papers
Quantitative validation of SMBI deposition profiles on EAST using experimentally constrained simulations
Yangdi Yu, Tianyang Xia, Jie Zhang et al.
Aluminum wide-range EOS sensitivity in Z-pinch dynamic-hohlraum liner-foam impact and outgoing radiation
Cong Wang, Zi Li, Weijie Li et al.
Coulomb collision operator
R. D. Hazeltine
Controlling writhe in stellarator optimization
Tobias M. Schuett, Sophia A. Henneberg
Validation of geometric proxies using negative and positive triangularity plasmas with varying elongation on TCV and multi-machine gyrokinetic simulations
Alessandro Balestri, Justin Ball, Stefano Coda et al.
Effects of Coulomb Collisions on the Structures of Fast Magnetosonic Shocks
Michael B. Farnell, Fan Guo, Yi-Hsin Liu et al.