Introduction to Optics: Geometrical and Physical |
Contents
CHAPTER PAGE | 1 |
THE VELOCITY OF LIGHT | 10 |
REFLECTION AND REFRACTION BY HUYGENS PRIN | 21 |
Copyright | |
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Common terms and phrases
a₁ achromatic amplitude angular aperture atom beam of light bright converging lens corresponding crown glass crystal deviation diagram diameter diffraction direction dispersion displacement distance double slit electron emergent energy equal ether example eye lens eyepiece face focal length given gives rise glass Huygens incident index of refraction intensity lens of focal lenses linear magnifying power maximum measured medium method microscope mirror monochromatic motion Nicol prism normal observed obtained optic axis parallel rays particle path difference perpendicular phase difference placed plane polarized plane waves plate polarized light Polaroid position principal plane problem radiation radius of curvature Ramsden eyepiece rectilinear propagation reflected refracted wave-front relation represented resolving power resultant amplitude right angles rotation small object spectral line spectrum student telescope thickness thin transmitted velocity of light vibration plane wave theory wave-front wavelength wavelets width Zeeman effect