Numerical Evaluation of the Intensity Curve of a Multiple-Beam Fizeau Fringe
スポンサーリンク
概要
- 論文の詳細を見る
Intensity distribution curve of a multiple-beam Fizeau fringe is numerically evaluated for a typical case: normal incidence, $R$ (the reflectivity of silver film)$=$0.90, $\theta$ (the wedge angle)${=}3\times 10^{-3}$ rad., and the order of fringe $t/\frac{\lambda}{2}{=}6$ in which $t$ represents the thickness of the wedge at the point where the fringe is formed and $\lambda$ the wave-length of light. The main maximum is about 80% as high as that of the corresponding Fabry-Perot fringe, and is slightly asymmetric. Secondary maxima suggested by Brossel are verified. They are restricted to one side of the main maximum in which the wedge is thicker. The cause of the asymmetry of the main maximum and the origin of secondary maxima are discussed.
- INSTITUTE OF PURE AND APPLIED PHYSICSの論文
- 1953-03-25
著者
-
Kinosita Koreo
Department Of Applied Physics Faculty Of Engineering University Of Nagoya
-
Kinosita Koreo
Department of Physics and Chemistry, Gakushuin University, Mejiro, Tokyo
関連論文
- Stress in Vacuum Deposited Films of Silver
- Thickness-Dependence of Stress in Vacuum Deposited Silver Films
- Stress in Very Thin Vacuum-Evaporated Films of Silver
- On the Physical Cleaning of Surfaces : I. Spectra of Gliding Sparks on Contaminated Glass Surfaces
- A Note on the Theories Underlying the Polarimetric Study of Very Thin Dielectric Surface Layers
- Refractive Index and Pore Structure of Acid-Leached Surface Layer of Glass
- Spiral Cleavage of Mica
- Half-Shade Device for the Precise Measurement of the Principal Angle of Incidence
- Ellipsometric Study of Polished Glass Surfaces
- An Improved Method of Calculation for the Ellipsometric Determination of n and d of a Transparent Surface Film : Polarized Light
- Adsorption of Water Vapour on a Cleavage Surface of Lithium Fluoride
- A Vickers Type Ultra-Microhardness Tester for Thin Films
- Studies in Glass-Cleaning Procedures by Static Friction Measurement
- Numerical Evaluation of the Intensity Curve of a Multiple-Beam Fizeau Fringe