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We study the field-angle resolved electronic Raman scattering in2-dimensional d-wave superconducting vortex states theoretically byquasi-classical approximation, the so-called Doppler-shift method. An analyticexpression is obtained for the field angle dependence of the Raman scatteringamplitude at zero temperature. After numerical integration, we obtain thescattering intensity for various field angles by changing the Raman shiftenergy. Field-angle resolved electronic Raman scattering turns out to be aneffective method for probing unconventional superconducting gap structures. Itshows a novel phenomenon: reversal of extrema as a function of frequencywithout changing temperature or field magnitude.

Analysis of Magnetic Field-Angle Dependent Electronic Raman Scattering to Probe the Superconducting Gap