List of recent publications
1943; Volume: 48; Issue: 1 Linguagem: Inglês
10.1029/te048i001p00073
ISSN2379-5697
Autores ResumoTerrestrial Magnetism and Atmospheric ElectricityVolume 48, Issue 1 p. 73-76 List of recent publications H. D. Harradon, H. D. HarradonSearch for more papers by this author H. D. Harradon, H. D. HarradonSearch for more papers by this author First published: March 1943 https://doi.org/10.1029/TE048i001p00073Citations: 1AboutPDF ToolsRequest permissionExport citationAdd to favoritesTrack citation ShareShare Give accessShare full text accessShare full-text accessPlease review our Terms and Conditions of Use and check box below to share full-text version of article.I have read and accept the Wiley Online Library Terms and Conditions of UseShareable LinkUse the link below to share a full-text version of this article with your friends and colleagues. Learn more.Copy URL Share a linkShare onEmailFacebookTwitterLinkedInRedditWechat LIST OF RECENT PUBLICATIONS By H. D. Harradon Australia. Magnetic declination base-map for epoch 1942.5, Australian aeronautical series, sheet 1. Mercator projection. Compiled and drawn from magnetic data reduced by J. M. Rayner, Chief Geophysicist, Mineral Resources Survey, Department of Supply and Development. 88 x 95 cm.Canberra,Property and Survey Branch, Dept. of Interior (Oct.17,1942). [Absolute values are derived from the following authorities—Carnegie Institution of Washington; Mr. Dodwell, Government Astronomer, unpublished results; Aerial, Geological and Geophysical Survey of North Australia, unpublished results (1936–42). Inset maps show secular variation of magnetic declination for the epoch 1935–1940, and magnetic anomaly in the vicinity of Yorke's Peninsula.]. Google Scholar V. E.Barnes, andF.Romberg.Gravity and magnetic observations on Iron Mountain magnetite deposit, Llano County, Texas.Geophysics, 8,No.1, 32–45 (1943). [An outcrop of magnetite in the Central Mineral region of Texas is explored with a dip needle and a gravity meter. Two anomalies are observed, one due to the out-cropping body and one probably due to a previously unknown body close to the outcrop. The possible attitudes of the bodies are discussed, and their masses and probable dimensions are computed from the gravitational observations.]. 10.1190/1.1445027 Google Scholar E. T.BenediktA method of determination of the direction of the magnetic field of the Earth in geological epochs.Amer. J. Sci., 2,No.241, 124–129 (1943). [.Sediments of ferromagnetic particles, deposited in a magnetic field, are magnetically anisotropic. This has been established for artificially prepared sediments in a previous work of the author. In the present work it is shown that a class of fine-grained sedimentary rocks (blue clay of the Boston Basin) exhibits the same type of anisotropy. This property can be ,expected to be general for rocks of the above type, and it can be used for the determination of the declination of the magnetic field of the Earth at the epoch of the sedimentation of the specimen.]. 10.2475/ajs.241.2.124 Google Scholar A. F.De Carvahlo Cartas magnéticas de Portugal para 1942.0.Coimbra,Instituto Geofísico e Museu Geológico, Universidade de Coimbra,, 7 pp. with 2 maps (1942). 25 cm. [Contains list of 43 magnetic stations in Portugal with values of declination and inclination for epochs 1924.0 and 1942.0, and isogonic and isoclinic maps for epoch 1942.0.]. Google Scholar S.ChapmanNotes on the lunar geomagnetic tide: I-Its mathematical and graphical representations, and their significance.Terr. Mag., 47,No.4, 279–294 (1942). 10.1029/TE047i004p00279 Google Scholar J. A.FlemingGeomagnetism in Latin America.Proc. Eighth Amer. Sci. Cong.,Washington, D. C., 1940, 7, 47–56 (1942). Google Scholar J. A.Fleming Researches in terrestrial magnetism and electricity at Department of Terrestrial Magnetism, Carnegie Institution of Washington, for the year April 1941 to March 1942. Trans. Amer. Geophys. Union, 23rd annual meeting, 312–316 (1942). Google Scholar R. E.GebhardtSitka magnetic observatory of the United States Coast and Geodetic Survey,Terr. Mag., 47,No.4, 319–323 (1942). 10.1029/TE047i004p00319 Google Scholar R. A.Geyer Geomagnetic survey of a portion of southeastern New York. Abstract, Trans. Amer. Geophys. Union, 23rd annual meeting, Pt. 2, 289–290 (1942). Google Scholar B.GotsmanThe diurnal variation of the Earth's magnetic field at the Magnetic Observatory, Cape Town, during the years 1939–1940.Trans. R. Soc. S. Africa, 29, 321–334, 10 figs. (1942). Google Scholar B.GotsmanAn investigation of the disturbance daily variations of magnetic storms at Cape Town.Terr. Mag., 47,No.4, 315–318 (1942). 10.1029/TE047i004p00315 Google Scholar J.Hershberger Overcoming the humidity-problem at a tropical magnetic observatory. Trans. Amer. Geophys. Union, 23rd annual meeting, Pt. 2, 308–310 (1942). Google Scholar H. H.Howe Recent alterations in geomagnetic secular variation in eastern North America. Trans. Amer. Geophys. Union, 23rd annual meeting, Pt. 2, 292–294 (1942). Google Scholar J. H.JonesA proposed method of measuring the derivatives of the Earth's magnetic field.Geophysics, 8,No.1, 23–31 (1943). 10.1190/1.1445026 PubMedGoogle Scholar D. G.Knapp Methods used in the production of the 1940 isogonic chart of the United States. Trans. Amer. Geophys. Union, 23rd annual meeting, Pt. 2, 294–296 (1942). Google Scholar D. G.Knapp, andH. H.Howe. Magnetic observatory results at Honolulu, Hawaii, for 1931–32.Washington, D. C.,U. S. Coast Geod. Surv.,, 119 pp. (1942). 25 cm. Google Scholar I.Lange,S. E.Forbush.Further note on the effect on cosmic-ray intensity of the magnetic storm of March 1, 1942.Terr. Mag., 47,No.4, 331–334 (1942). 10.1029/TE047i004p00331 Google Scholar A.OggSudden-commencement magnetic storms in 1941.Terr. Mag., 47,No.4, 329–331 (1942). 10.1029/TE047i004p00329 Google Scholar A.OggMean yearly values of the Earth's magnetic field at the Magnetic Observatory, Cape Town.Trans. R. Soc. S. Africa, 29, 129–132 (1942). [Contains mean annual values of the magnetic elements at Cape Town for 1933–1940.]. 10.1080/00359194209519811 Google Scholar A.OggMagnetic observations at the secular variation field stations in the Union of South Africa and Southwest Africa, and a comparison with corresponding values at the Magnetic Observatory, Cape Town.Trans. R. Soc. S. Africa, 29, 261–278 (1942). 10.1080/00359194209519816 Google Scholar Principal Magnetic Storms.Principal magnetic storms, July to September, 1942.Terr. Mag., 47,No.4, 336–340 (1942). [Storms reported for Apia Observatory are for April to September, 1942, and those for Alibag Magnetic Observatory are for January to March, 1942.]. 10.1029/TE047i004p00336 Google Scholar R. O.Sandoval La carta magnética de México. Un servicio social inmediato.Mexico,Observatorio Astronómico Nacional de Tacubaya,, 30 pp. (1943.) 20 cm. Google Scholar H. B.Silsbee, andE. H.Vestine. Geomagnetic bays, their frequency and current-systems. Abstract, Trans. Amer. Geophys. Union, 23rd annual meeting, Pt. 2, 290–291 (1942). Google Scholar O. W.Swainson Magnetic work of the United States Coast and Geodetic Survey from April 1941 through 1942. Trans. Amer. Geophys. Union, 23rd annual meeting, Pt. 2, 310–312 (1942). Google Scholar M. S.VallartaEl campo magnético terrestre y su influencia sobre la radiación cósmica.Proc. Eighth Amer. Sci. Cong.,Washington, D. C., 1940, 7, 29–38 (1942). Google Scholar E. H.Vestine The annual variation of geomagnetism. Abstract, Trans. Amer. Geophys. Union, 23rd annual meeting, Pt. 2, 291 (1942). Google Scholar H. W.Wells Earth's magnetic field and actual heights in the ionosphere. Abstract, Trans. Amer. Geophys. Union, 23rd annual meeting, Pt. 2, 289 (1942). Google Scholar W. M.WitchellIsomagnetic charts of the Globe.Nature, 150, 439 (Oct.10,1942). [Discussion of the series of articles on isomagnetic charts by S. Chapman published in Terr. Mag., beginning December 1940.]. 10.1038/150439a0 Google Scholar A.BañosAnálisis estadístico de coincidencias de rayos cósmicos. Abstract,Proc. Eighth Amer. Sci. Cong.,Washington, D. C., 1940, 7, 45–46 (1942). Google Scholar J. A.BrowneThunderstorm characteristics and flight procedures.Aeron. Eng. Rev., I,No.9, 5–19 (1942). Google Scholar J. A.ChalmersThe separation of electricity in clouds.Phil. Mag., 34,No.288, 63–67 (1943). 10.1080/14786444308521330 Google Scholar C. M.EnglandA resistivity survey of the Monument Oil Field.Geophysics, 8,No.1, 14–22 (1943). [This paper describes an electrical resistivity survey made in 1935 of an area in New Mexico now known as Monument Field. From the data obtained a map showing the structure at the base of the Red Beds was prepared which is in good agreement with structure disclosed by wells later drilled.]. 10.1190/1.1445024 Google Scholar O. H.GishFurther evidence of a latitude-effect in potential-gradient.Terr. Mag., 47,No.4, 323–324 (1942). 10.1029/TE047i004p00323 Google Scholar J. E.GuimontAurore boréale venant du sud observée à Montréal, le 18 septembre 1941.J. R. Astr. Soc. Can., 36,No.9, 409–410, 1 pl. (1942). Google Scholar R.GuizonnierChamp électrique terrestre et pression atmosphérique.Paris,C.-R. Acad. sci., 213, 141–143 (1941). Google Scholar H.IsraelSprunghafte Aenderungen des luftelektrischen Feldes und atmosphärische Entladungen.Naturwiss., 30, 85–87 (1942). 10.1007/BF01475623 Google Scholar L.Jánossy andG. D.RochesterConnection between the penetrating non-ionizing component of cosmic radiation and penetrating showers.Nature, 150,633 (Nov.28,1942). Google Scholar M. W.Jones, andP. G.Ledig. On the anomalous diurnal variation of air-conductivity and potential-gradient at the Huancayo Magnetic Observatory. Trans. Amer. Geophys. Union, 23rd annual meeting, Pt. 2, 301–304 (1942). Google Scholar W.KnocheForma fuera común de descargas eléctricas observadas en las sierras de Córdoba durante una lejana tempestad eléctrica.An. Soc. Cient.Argentina, 134, 237–241 (1942). Google Scholar Lightning.Lightning striking frequencies for various heights.Proc. Inst. Radio Eng., 31,No.2, 79 (1943). Google Scholar M. L.PhillipsAssociation of large ions and fog.Terr. Mag., 47,No.4, 295–299 (1942). 10.1029/TE047i004p00295 Google Scholar W. T.Scott, andG. E.Uhlenbeck.On the theory of cosmic-ray showers. II. Further contributions to the fluctuation problem.Phys. Rev., 62,Nos. 11 and 12, 497–508 (1942). 10.1103/PhysRev.62.497 Google Scholar H. T.Stetson Atmospheric-electric observations at the Needham Laboratory for Cosmic Terrestrial Physics. Trans. Amer. Geophys. Union, 23rd annual meeting, Pt. 2, 296–301 (1942). Google Scholar G. R.Wait Atmospheric-electric results from simultaneous observations over the ocean and at Watheroo, Western Australia. Trans. Amer. Geophys. Union, 23rd annual meeting, Pt. 2, 304–308 (1942). Google Scholar E. T.BenediktElectrodynamic determination of the magnetic moment of plates.Rev. Sci. Instr., 14,No.2, 43–45 (1943). 10.1063/1.1770117 Google Scholar L. V.BerknerRadio-transmission conditions in equatorial regions from observations in the Americas.Proc. Eighth Amer. Sci. Cong.,Washington, D. C., 1940, 7, 279–289, 3 pls. (1942). Google Scholar J. W.BroxonRelation of the cosmic radiation to geomagnetic and heliophysical activities.Phys. 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A.FlemingSummary of the year's work, to June 30, 1942, Department of Terrestrial Magnetism, Carnegie Institution of Washington.Terr. Mag., 47,No.4, 301–308 (1942). 10.1029/TE047i004p00301 Google Scholar J. A.FlemingCommittee on Coordination of Cosmic-Ray Investigations.Terr. Mag., 47,No.4, 309–314 (1942). 10.1029/TE047i004p00309 Google Scholar R. D.HaighThe magnetic properties and uses of iron alloys.J. Inst. Elec. Eng., 89, I,No.22, 473–475 (1942). CASGoogle Scholar H. D.HarradonList of recent publications.Terr. Mag., 47,No.4, 343–346 (1942). 10.1029/TE047i004p00343 Google Scholar C. A.HeilandGeophysics.One year of war has affected all geophysical activity.Mining and Metallurgy, 24,No.434, 73–76,101 (1943). Google Scholar W.Hepner, andR.PeierlsNon-central forces in the nuclear two-body problem.Proc. R. Soc., 181,No.984, 43–57 (1942). 10.1098/rspa.1942.0057 CASGoogle Scholar W. J.Humphreys Ways of the weather. A cultural survey of meteorology.Lancaster, Pa.,The Jacques Cattel1 Press, v+, 400 pp. with illus. (1942). 25 cm. [Contains chapter on atmospheric electricity, with special reference to St. Elmo's fire, aurora, and lightning.]. Google Scholar W. C.Jacobs, andK. B.Clarke. Meteorological results of Cruise VII of the Carnegie, 1928–1929.Washington, D. C.,Carnegie Inst. Wash., Pub. 544, v+, 168, 62 figs. (1943). 30 cm. [Scientific results of Cruise VII of the Carnegie during 1928–1929 under command of Captain J. P. Ault. Meteorology—I.]. Google Scholar H. F.JohnstonAmerican magnetic character-figure, CA, three-hour-range indices, K, and mean K-indices, KA, for Juiy to September, 1942.Terr. Mag., 47,No.4, 325–328 (1942). 10.1029/TE047i004p00325 Google Scholar G. D.McCannLightning protection of hazardous structures.Elec. Eng., 61,No.12, 591–597 (1942). 10.1109/EE.1942.6435428 Google Scholar D.MacewanA machine for the rapid summation of Fourier series.J. Sci. 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