精密温度測定法

同人

doi:10.11470/oubutsu1932.12.546

精密温度測定法

同人

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ジャーナルフリー

1943 年 12 巻 11 号 p. 546-551

DOI https://doi.org/10.11470/oubutsu1932.12.546

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発行日: 1943 年受付日: - J-STAGE公開日: 2009/02/20 受理日: - 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) Am. J. Sci., 11, 43 (1926).
(2) Burgess, George K., Bur. Stand. J. Reserch, 1,106 (1928).
(3) Michels. Geoterier; Proc. Kon. Akad. Wetens. Amst; 30, 1017 (1927).
(4) Ann. der Phys. 393, 341 (1929).
(5) Thomas, L. L., Bur. Stand. J. Res. 12, 313 (1934)
(6) Thomas, J. L. Bur. Stand. J. Res. 12, 313 (1934).
(7) Proc. Am. Acad. Arts, Sci. 72. 137 (1938).
(8) J. Am. Chem. Soc. 56, 20 (1934).
(1) Callendar, H. L., On the practical mea_??_u_??_ement of temperature. Phil. Trans. (London), 178, 160 (1887).
(2) Callendar, H. L., On the cnstruction of platinum thermometers. Phil. Mag., 32, 104 (1891).
(3) Callendar, H. L., and Griffiths, E. H., On the determination of the boiling point of sulfur and on a method of stadardizing Platinum resistance thermometers by refrence to it. Phil. Trans. A, 183, 43, 119 (1892).
(4) Callendar, H. L., Notes on platinum pyrometry. Phil. Mag., 47, 191 (1899).
(5) Siemens, C. William, On the increase of electrical resistance in conductors with rise of temperature etc. Proc. Roy. Soc. London, 19 , 351 (1871).
(6) Report of Committee of the British Association on new pyrometer of Mr. Siemens. B. A. Reports, p. 242 (1874).
(7) Simens, C. William, On the dependence of electrical resistance on temperature. J. Soc. Telegraph Engineers (London), 3, 297 (1874).
(8) Heycock, C. T., and Neville, F. H., On the determination of high temperatures by means of platinum resistance thermome_??_ers. J. Chem. Soc. (London), 67, 160 (1895).
(9) Sligh, T. S., Jr., Recent modifications in the construction of platinum resistance thermometers. Bureau Standards Sci, Papers, 17, 49 (1922) (S 407, out of print).
(10) Beattie, J. A, Jacobus, D. D., and Gaine_??_. J. M., Jr., An experimental study of the absolute temperature scale. I. The construction of several types of platinum resistance thermometers. Proc Am. Acad. Arts Sci., 66, 167 (1930-31).
(11) Meyers. C. H., Coiled. filament resistance thermometers. Bur. Standards J. Research, 9, 807 (1932) (R. P. 508).
(12) Griffiths, E. H., An account of the construction and standardization of apparatus recently acquired by Kew Observatory for measurement of temperature. Nature, 53, 39 (1896).
(13) Egerton, A., and Callendar, G. S., On the saturation pressures of steam (170 to 374°C) Phil. Trans. (London), A 231, 147 (1932-33).
(14) Osborne, N. S., Stimson, H. F., and Sligh, T. S., Jr., A flow calorimeter for specific heats of gases. Bur. Standards Sci. Papers, 20, 119 (1924-26) (B. S. Sci. Paper # 503).
(15) Laby, T. H., and Hercus, E. O., The mechanical equivalent of hear. Phil. Trans. (Londen), A 227, 63 (1927-28).
(21) Godfrey, Theodore B., Furiher data on goldchromium resistance wire, J. Res. Nat, Bur. Standards, 22, 565 (1939) (R. P. 1206).

Right : (1) Am. J. Sci., 11, 43 (1926).
(2) Burgess, George K., Bur. Stand. J. Reserch, 1,106 (1928).
(3) Michels. Geoterier; Proc. Kon. Akad. Wetens. Amst; 30, 1017 (1927).
(4) Ann. der Phys. 393, 341 (1929).
(5) Thomas, L. L., Bur. Stand. J. Res. 12, 313 (1934)
(6) Thomas, J. L. Bur. Stand. J. Res. 12, 313 (1934).
(7) Proc. Am. Acad. Arts, Sci. 72. 137 (1938).
(8) J. Am. Chem. Soc. 56, 20 (1934).
(1) Callendar, H. L., On the practical measurement of temperature. Phil. Trans. (London), 178, 160 (1887).
(2) Callendar, H. L., On the cnstruction of platinum thermometers. Phil. Mag., 32, 104 (1891).
(3) Callendar, H. L., and Griffiths, E. H., On the determination of the boiling point of sulfur and on a method of stadardizing Platinum resistance thermometers by refrence to it. Phil. Trans. A, 183, 43, 119 (1892).
(4) Callendar, H. L., Notes on platinum pyrometry. Phil. Mag., 47, 191 (1899).
(5) Siemens, C. William, On the increase of electrical resistance in conductors with rise of temperature etc. Proc. Roy. Soc. London, 19 , 351 (1871).
(6) Report of Committee of the British Association on new pyrometer of Mr. Siemens. B. A. Reports, p. 242 (1874).
(7) Simens, C. William, On the dependence of electrical resistance on temperature. J. Soc. Telegraph Engineers (London), 3, 297 (1874).
(8) Heycock, C. T., and Neville, F. H., On the determination of high temperatures by means of platinum resistance thermometers. J. Chem. Soc. (London), 67, 160 (1895).
(9) Sligh, T. S., Jr., Recent modifications in the construction of platinum resistance thermometers. Bureau Standards Sci, Papers, 17, 49 (1922) (S 407, out of print).
(10) Beattie, J. A, Jacobus, D. D., and Gaines. J. M., Jr., An experimental study of the absolute temperature scale. I. The construction of several types of platinum resistance thermometers. Proc Am. Acad. Arts Sci., 66, 167 (1930-31).
(11) Meyers. C. H., Coiled. filament resistance thermometers. Bur. Standards J. Research, 9, 807 (1932) (R. P. 508).
(12) Griffiths, E. H., An account of the construction and standardization of apparatus recently acquired by Kew Observatory for measurement of temperature. Nature, 53, 39 (1896).
(13) Egerton, A., and Callendar, G. S., On the saturation pressures of steam (170 to 374°C) Phil. Trans. (London), A 231, 147 (1932-33).
(14) Osborne, N. S., Stimson, H. F., and Sligh, T. S., Jr., A flow calorimeter for specific heats of gases. Bur. Standards Sci. Papers, 20, 119 (1924-26) (B. S. Sci. Paper # 503).
(15) Laby, T. H., and Hercus, E. O., The mechanical equivalent of hear. Phil. Trans. (London), A 227, 63 (1927-28).
(21) Godfrey, Theodore B., Furiher data on goldchromium resistance wire, J. Res. Nat, Bur. Standards, 22, 565 (1939) (R. P. 1206).

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