位相差顯微鏡

久保田 廣; 及川 昇

doi:10.11470/oubutsu1932.18.163

位相差顯微鏡

久保田廣, 及川昇

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ジャーナルフリー

1949 年 18 巻 6-7 号 p. 163-179

DOI https://doi.org/10.11470/oubutsu1932.18.163

[Correction] OYOBUTURI Vol.18 No.8-9 (1950) pp.292b-292b

詳細

発行日: 1949 年受付日: - J-STAGE公開日: 2009/02/20 受理日: 1949/05/16 早期公開日: - 改訂日: -
訂正情報
訂正日: 2009/02/20 訂正理由: - 訂正箇所: 引用文献情報訂正内容: Wrong : 1) j. Picht. Zeits, Instk. 56 (1936), 363, 431. Eemerkungea uber den Phasenunterschied im Bilde der fraunhofercchen Beugungcer,cheinungen. I. II.
2) Rayleigh. Sci. pap. Vol. IV p. 235. On the theory of optical images, with special reference to the microscope.
3) K. Bratuscheck. Zeits. Wiss. Mikro. 9 (1892), 145. Die Lichtstärkeäuderungen nach verschiederen Schwingungsrichtt ngen in Linsen ystemen von grÖssem Oeffung winkel mit Beziehun. g zur mik-roskopischen Abbildurg.
4) J. Rheirberg. Jour. Roy. Micro. Soc. (1904), 388. (1905), 152. On the influence on im_eges of gratings of pha_??_e differences amongst their, pectra.
5) E. Conrady. Jour. Roy. Micro. Soc. (1905), 150. An Experimental proof of phase reversal in diffraction spectra.
6) F. Ze:n.ke. Poysica 1 (.1934), 639. Morth. Not. Roy. Ast. Soc. 94, 5 (1934), 377. Diffraction theory of knife edge tot and its improved form, the phase contra_??_t method.
7) F. Zernike. Zeits. Tech. P_??_y_??_. 16 (1935), 454; Phy. Zeits. 36 (1935), 843. Das Pha_??_enkontrast-verfa. hreon bei der rnikroskopischen Peobachtung.
8) A. KÖhler u d W. Loo.. Natwiss. 29 (1941), 49. Das Phase-kontrastverfahren and seine An-wendung In der Mikro_??_kop e.
9) C. R. Bu_??_ch and J, P. Stock. Journ. Scl. In_??_t. 19 (1942), 71. Pha_??_e contrast micro-copy.
10) J. L. Houghton. Journ. Sci. In t. 24 (1947), 142. Optical and allied in_??_trurnents shown at the physical society's exhr.bition.
11) H. Osterga_g. J. O.S.A. 34 (1944), 773. (A). Pna_??_e difference microscopy as a problem in diff-raction.
12) H. Jupn_??_k, J. O. S. A. 34 (1994), 773. (11). Preliminary experiments in phase difference micro-scopy.
13) J. Picht. Zeit Instk. 58 (1933), 1. Zum Phasenkontrastverfahren von Zernike.
14) O. W. Richard;. J. O. S. A. 38 (1943), 663. (A). Image contrast control with phace, microccopy.
15) O. W. Richardc. Cold Spring harbor Symposia on quantitative Biology. 11 (1947),203. Biogical phase microscopy.
16) A. F. Hellimond. Nature, 169 (1947), 851. Production of contrast in the microscope image by means of opaque diaphragms.
17) Rayleigh. Sci. Pap. Vol VI. p. 455. On the methode of detecting the small optical retardations on the tbeory of Foucault knife edge tests.
18) H. Osterberg. J. O. S. A., 37 (1947), 523 (A). The theory of measuring unreo_??_lvable particies with the phase microscope.
19) A. H. Bennett, D. L. Woer. ley & A. J. Kavan.ch. J.0. S. A.. 38 (194s), 739 (L). Ultraviolet Phasemicroscopy.
20) O. W. Richards. Journ. Appl. phys. 18 (1947), 271 (A). Applications of the phase microscope in electron microscopy.
21) G. W. Hartley. Nature, 159 (1947), 880. A variable phase co_??_trast system for microscopy.
22) F. W. Taylor & B, O. Payr_??_e. Nature, 169 (1947), 338. (L) A variable phase co_??_tract system for microscopy.
23) A. Kastler. Nature, 161 (1943), 357. Phase contrast in polar zed light.
24) H. Osterberg. J. O. S. A., 36 (1946), 710 (A). 37 (1947), 726. The polarret microscope.
25) H. Osterberg. J. 0. S.A., 36 (1946), 364 (A). 36 (1946) 469. Inhornoge. cons light polarizing sys-tem.
26) H. Osterberg. J. O. S. A., 38 (1943), 338. Phase microscopy with vertical illumination.
27) H. Osterberg. J. O. S. A., 38 (1948), 685. The multipupi.l in phase microscopy.
28) F. W. Cuckow. Nature, 159 (1947), 639. Pha_??_e contrast in the photomicrography of metals.
29) F. W. Cuckow. Jour. Iron & Steel Inst. 161 (1949), 1. The place contrast incide_??_t light micro scope.
30) K. Michel. Naturwiss. 29 (1941), 61. Die Darstellung von Chromoromen ll mittels des Pha.en-kortraitverfahrens.
31) R. J. Kennedy. Proc. Nat. Acad. 12 (1926), 621. A retirement of Michelson-Morley experlm.ent.
32) E. J. Ambrose. Jour. Sci. In,.t. 25 (1948), 134. Ann interfererence micro cope for the study of in-homoge_??_eous media.
33) W. F. Be_??_g. Proc. Roy. Sdc. A. 164 (1938), 79. Crystalin growth from solution.
1) Journ. Sci. Inst., 26 (1949), 178. Optical Instruments shown at the physical socity's exhibition.
2) A. Carini. Galileo News, 2 (1948), 25. The phase contrast microscope VFC.
3) Rev. Sci. Inst., 20 (1949), 535. Phase contrast microsope.
4) A. T. Brice. J. O. S. A., 39 (1949), 507. Image contrast in phase microscopy.

Right : 1) j. Picht. Zeits, Instk. 56 (1936), 363, 431. Bemerkungen über den Phasenunterschied im Bilde der fraunhofercchen Beugungcerscheinungen. I. II.
2) Rayleigh. Sci. pap. Vol. IV p. 235. On the theory of optical images, with special reference to the microscope.
3) K. Bratuscheck. Zeits. Wiss. Mikro. 9 (1892), 145. Die Lichtstärkeäuderungen nach verschiederen Schwingungsricht ngen in Linsen ystemen von grössem Oeffungswinkel mit Beziehun g zur mikroskopischen Abbildurg.
4) J. Rheirberg. Jour. Roy. Micro. Soc. (1904), 388. (1905), 152. On the influence on im_eges of gratings of phase differences amongst their, pectra.
5) E. Conrady. Jour. Roy. Micro. Soc. (1905), 150. An Experimental proof of phase reversal in diffraction spectra.
6) F. Zernike. Poysica 1 (1934), 639. Morth. Not. Roy. Ast. Soc. 94, 5 (1934), 377. Diffraction theory of knife edge test and its improved form, the phase contrast method.
7) F. Zernike. Zeits. Tech. Phy. 16 (1935), 454; Phy. Zeits. 36 (1935), 843. Das Phasenkontrastverfahren bei der mikroskopischen Peobachtung.
8) A. Köhler u d W. Loos. Natwiss. 29 (1941), 49. Das Phase kontrastverfahren und seine Anwendung In der Mikroskop e.
9) C. R. Butch and J, P. Stock. Journ. Sci. Inst. 19 (1942), 71. Phase contrast microscopy.
10) J. L. Houghton. Journ. Sci. Inst. 24 (1947), 142. Optical and allied instruments shown at the physical society's exhibition.
11) H. Ostergerg. J. O.S.A. 34 (1944), 773. (A). Phase difference microscopy as a problem in diffraction.
12) H. Jupnik, J. O. S. A. 34 (1994), 773. (A). Preliminary experiments in phase difference microscopy.
13) J. Picht. Zeit Instk. 58 (1933), 1. Zum Phasenkontrastverfahren von Zernike.
14) O. W. Richard;. J. O. S. A. 38 (1943), 663. (A). Image contrast control with phace, microccopy.
15) O. W. Richardc. Cold Spring harbor Symposia on quantitative Biology. 11 (1947),203. Biogical phase microscopy.
16) A. F. Hellimond. Nature, 169 (1947), 851. Production of contrast in the microscope image by means of opaque diaphragms.
17) Rayleigh. Sci. Pap. Vol VI. p. 455. On the methode of detecting the small optical retardations on the tbeory of Foucault knife edge tests.
18) H. Osterberg. J. O. S. A., 37 (1947), 523 (A). The theory of measuring unresolvable particles with the phase microscope.
19) A. H. Bennett, D. L. Woerrley & A. J. Kavanach. J.0. S. A.. 38 (1948), 739 (L). Ultraviolet Phasemicroscopy.
20) O. W. Richards. Journ. Appl. phys. 18 (1947), 271 (A). Applications of the phase microscope in electron microscopy.
21) G. W. Hartley. Nature, 159 (1947), 880. A variable phase contrast system for microscopy.
22) E. W. Taylor & B, O. Payre. Nature, 169 (1947), 338. (L) A variable phase contract system for microscopy.
23) A. Kastler. Nature, 161 (1948), 357. Phase contrast in polarized light.
24) H. Osterberg. J. O. S. A., 36 (1946), 710 (A). 37 (1947), 726. The polanret microscope.
25) H. Osterberg. J. 0. S.A., 36 (1946), 364 (A). 36 (1946) 469. Inhomoge. eous light polarizing system.
26) H. Osterberg. J. O. S. A., 38 (1943), 338. Phase microscopy with vertical illumination.
27) H. Osterberg. J. O. S. A., 38 (1948), 685. The multipupil in phase microscopy.
28) F. W. Cuckow. Nature, 159 (1947), 639. Phase contrast in the photomicrography of metals.
29) F. W. Cuckow. Jour. Iron & Steel Inst. 161 (1949), 1. The place contrast incident light micro scope.
30) K. Michel. Naturwiss. 29 (1941), 61. Die Darstellung von Chromosomen mittels des Phasenkontrastverfahreus.
31) R. J. Kennedy. Proc. Nat. Acad. 12 (1926), 621. A refirement of Michelson-Morley experiment.
32) E. J. Ambrose. Jour. Sci. Inst. 25 (1948), 134. An interfererence microscope for the study of inhomogeneous media.
33) W. F. Berg. Proc. Roy. Soc. A. 164 (1938), 79. Crystalin growth from solution.
1) Journ. Sci. Inst., 26 (1949), 178. Optical Instruments shown at the physical socity's exhibition.
2) A. Carini. Galileo News, 2 (1948), 25. The phase contrast microscope VFC.
3) Rev. Sci. Inst., 20 (1949), 535. Phase contrast microsope.
4) A. T. Brice. J. O. S. A., 39 (1949), 507. Image contrast in phase microscopy.

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