Accelerator-physics application of L0 ordinary differential equations and Fourier theory. Periodic Hill equation x″(s) + K(s)x(s) = 0 with K(s + L) = K(s) has Floquet solutions x_±(s) = p_±(s) e^{±iψ(s)} with p_± periodic and phase ψ(s) =…
Accelerator-physics application of L0 ordinary differential equations and Fourier theory. Periodic Hill equation x″(s) + K(s)x(s) = 0 with K(s + L) = K(s) has Floquet solutions x_±(s) = p_±(s) e^{±iψ(s)} with p_± periodic and phase ψ(s) =…