Progress in optics - R. J. Pegis { et al...}. (New York North-Holland Publishing, 1961)
v.1 Modern development of Hamiltonian optics; Wave optics and geometrical optics in optical design; Intensity distribution and total illumination of aberration-free diffraction images; Interference color; Dynamic characteristics of visual processes; Modern alignment devices
v.2 Ruling, testing and use of optical grating for high-resolution spectroscopy; Metrological applications of diffraction gratings; Diffusion through non-uniform media; Fluctuations of light beams; Methods for determining optical parameters of thin films
v.3 Elements of radiative transfer; Apodisation; Matrix treatment of partial coherence
v.4 Higher order aberration theory; Applications of shearing interferometry; Surface deterioration of optical glasses; Optical constants of thin films; Miyamoto-wolf diffraction wave; Diffraction theory of electromagnetic and dirac-electron waves
v.5 Optical pumping; Non-linear optics; Wave of a moving classical electrons
v.6 Recent advances in holography; Scattering of light by rough surfaces; Measurement of the second order degree of coherence; Design of zoom lenses; Some applications of lasers to interferometry; Experimental studies of intensity fluctuations in lasers; Fourier spectroscopy; Diffraction at a black screen
Keywords: Optics; Optics --Periodicals.; Optica. gtt; Niet-lineaire optica. gtt; Optique --Collections.