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Measuring method for the refractive index profile of optical glass fibresW. Eickhoff; E. Weidel · 1975
<title>Simple Method For Measuring The Refractive Index Of A Liquid Or Glass Wedge</title>Murty, M. V. R. K. · Optical Engineering · 1983
Measurement of the refractive index of glass fibers by the Christiansen-Shelyubskii methodSeunggu Kang; Delbert E. Day; James O. Stoffer · 1997
Employing glass refractive index measurement (GRIM) in fiber analysis: a simple method for evaluating the crystallinity of acrylicsValerio Causin; Carla Marega; Sergio Schiavone; Antonio Marigo · 2005
Validation of an analytical method for the refractive index measurement of glass fragments. Application to a hit-and-run incidentAlamilla, Francisco; Calcerrada, Matias; Garcia-Ruiz, Carmen; Torre, Mercedes · Analytical Methods · 2013
A New Method of Measuring the Refractive Index and Dispersion of Glass in Lenticular or Other Forms based upon the "Schlieren-methode" of T plerCheshire, R W · Transactions of the Optical Society · 1916
XLV. <i>A new method of measuring the refractive index and dispersion of glass in lenticular or other forms, based upon the “Schlieren-methode” of töpler</i>Cheshire, R.W. · Philosophical Magazine Series 6 · 1916
High-power gas-discharge EUV sourceV. M. Borisov; A. Yu. Vinokhodov; A. S. Ivanov; Yu. B. Kiryukhin; S. V. Mironov; V. A. Mishchenko; A. V. Prokof’ev; O. B. Khristoforov · 2002
Photolytic transformations ofp-quinonesO. G. Mishchenko; S. V. Maslennikov; I. V. Spirina; Yu. A. Kurskii; V. I. Faerman; V. P. Maslennikov · 2008
Formal synthesis of automata using multistable elementsYu. V. Kapitonova; A. T. Mishchenko; V. V. Yaremenko · 1973
Nikolai Nikolaevich KrasovskiiV. I. Berdyshev; S. V. Emel’yanov; A. B. Kurzhanski; E. F. Mishchenko; Yu. S. Osipov · 2010
Lsi control-device implementation. IYu. V. Kapitonova; V. G. Alekseenko; A. T. Mishchenko · 1979
Dielectric properties of filled glass-ceramicV. V. Novikov; L. N. Tartakovskaya; Yu. P. Trizna; M. V. Dmitriev; T. N. Mishchenko · 1990
Creation and investigation of powerful EUV sources (λ ≈ 13.5 nm)V. M. Borisov; G. N. Borisova; A. Yu. Vinokhodov; A. S. Ivanov; Yu. B. Kiryukhin; V. A. Mishchenko; A. V. Prokofiev; O. B. Khristoforov · 2010
Analysis of Lipophilic Compounds fromCorylus avellanaLeavesProkopenko, Yu. S.; Bliznyuk, N. A.; Georgiyants, V. A.; Mishchenko, V. A. · Chemistry of Natural Compounds · 2014