Baltimore Lectures on Molecular Dynamics and the Wave Theory of Light

amplitude angle atoms axis C₁ centimetre centre components condensational waves condensational-rarefactional corresponding crystal cubic cubic centimetre curve denote density diagram diameter direction dispersion displacement distance distortional waves double refraction dynamical elastic solid energy equal equations equivoluminal expression force formula Fresnel's gases give globe Green's Hence homogeneous infinitely irrotational isotropic kilometres kilometres per second Lecture line of vibration Lord Rayleigh luminiferous ether mass medium michron mikroms Molar Molecular molecular dynamics molecules motion N₁ negative parallel parallelepiped particles period perpendicular plane of incidence ponderable matter positive problem propagational velocity purely distortional radiant heat radius ratio Rayleigh reflection refractive index respect rigidity Sellmeier's shell simple harmonic simple harmonic motion solution space Stokes suppose supposition surface theory of light tion values velocity of propagation velocity potential vibrations viscosity wave-length wave-surface zero αξ