Главная
>
Распространение электромагнитных волн 701. Burgess В. An Experimental Determination of the Pha.se Delay of VLF Radio Waves Propagation Over Great Distances.-MF, LF and VLF Radio Propagation. Conference Publ. Nov., 1967, N 30, 159. 702. Pierce J. A. The Diurnal Carrier - Phase Variation of 16 A-c/s Transatlantic Signal.- Proc. Inst. Rad. Eng. 1955, 43, N 5; 1957, 45, N 6. 703. Challinor R. A. The Interpretation of Recently Measured Iropagation Constants for Audio Frequency Electromagnetic Waves in Terms of Model Ionosphere Profiles. - J. Atmos. and Terrest, Phys., 1967, 29, 803, 995. 704. Wait J. R. A Comparison Between Theoretical and Experimental Data in Phase Velocity of VLF Radio Waves. - Proc I. R. E. 1961, 49, 6. 705. Pierce J. Nath S. C. VLF Propagation. Annual Progress Rep. Graft Laboratory Harvard University, 1961, N 60, 1. 706. Kamos G., Morgan A. H., Jespersen J. L. New Measurements of Phase Velocity at VLF. - Radio Sci., 1966, 1, N 12. 707. Chapman F. W., Matthews W. D. Audiofrequency Spectrum of Atmospherics. - Nature, 1953, 172, 495; 1950, 177, 930. 708. Budden K. G. The Propagation of Very Low Frequency Radio Waves to Great Distances. - Philos. Mag., 1953, 44, 504. 709. Шуман В. О. Распространение сверхдлипных электрических волн и молниевых разрядов вокруг Земли. - В сб. Проблемы современно!! физики , 1055, № 7; Z. Angew. Phys., 1952, 4, 474,. 710. Schumann W. О. Uber eloctrischo Eigeuschwingungen des Holilrauraes Erd-Lult- Ionosphere erregt durch Blitzentladungen. - Z. angew. Phys., 1957, 9, 373. 711. Альперт Я. Л., Бородина С. В. О скорости раС!!ространения электромагнитных волн звуковой частоты. - ЖЭТФ, 1957, 3, № 5. 712. Альперт Я. Л., Флигель Д. С. Синтез форм атмосфериков и эффективные параметры нилшей !Т()носфери на низких частотах. - Радиотех!1ика и электроника, 1959, 4, 202. 713. Флигель Д. С. Си!1тез форм атмосфериков. - Тр. ИЗМИРАН, 1960, вып. 17 (27); 1967, 7, № 5. 714. Jean А. G., Taylor W. L., Wait J. R. VLF Phase Characteristics From Atmospheric Wave Forms. - J. Geophys. Res., 1960, 65, 907. 715. Wait J. R. On the Theory of Schumann Resonances in the Earth-Ionosphere Cavity. Canad. J. Phys., 1964, 42, 716. 716. Lynn K. J., Crouchley J. Night Time Splieric Propagation at Frequencies Below 10 khz.- Austral. J. Phys., 1967, 20, 101, 717. Rycraft M. J., Wormell T. W. The Natural ELF Electromagnetic Noise in the Band 2-40 cfs. Apparatus an l sotpj! Preliminary Results. Propagation of Radio Waves at Frequencies Below 300 kc/s, 1964. 718. Chapman F. W., Llanwyn Jones D. Earth-Ionosphere Cavity Resonances and the Propagation of Extremely Low Frequency Radio Waves, - Nature, 1964, 202, 6o4. 719. Llanwyn Jones D. Schumann Resonances and ELF Propagation for Inhomogeneous Isotropic Ionosphere Profiles. - .1. Atmos. and Terrest. Phys., 1967, 29, 1037; J. Geophys. Res., 1964, 69, 4037. 720. Burton E. Т., Boardman E. M. Audio Frequency Atmospherics. - Proc. I. R. E 1033, 21, 1476. 721. Potter R. K. Analysis of Audio Frequency Atmospherics, - Proc, Inst, Rad. Eng. 1951, 39, 1067. 722. Outsu J. Numerical Study of Tweeks Based on Waveguide Mode Theory. - Proc. InsL. Atmos. Nagoya U!iiv., 1960, 7, 58; 1967, 14, 56, 723. Chapm.an F. W., Llanwyn Jones D., Todd F. D., Challinor R. A. Observation of the Propagation Constant of the Earth Ionosphere Waveguide in tlxe Fi-equency Band 8 c/s to 16 kc/s. -Radio Sci., 1966, 1, 1177, 1273. 724. Schumann W. 0., Konig H. Uber die beobachtung von Atmospherics bei geringster Frequenzen. - Naturwissenschaften, 1954, 41, N 8; Z, angew. Phys 1959, 11, N 7, 72o. Raiser MWagner C, A. Measurements of the Spectrum of Radio Noise From 50 to 100 c/s. - J, Res. Nat. Bureau Stand., 1960, 64D, N 4; Nature, 1960, 188, N 4751. 726. Balser MWagner C. A. On Frequency Variations of Earlh-Ionosphere Cavity Modes. - J. Geophys. Res., 1962, 67, N 2, N 10, 727. Raemer H. R. On the Extremely Low Frequency Spectrum of Earth lonospliere Cavity Response to Electrical Storms. - .T. Geophys. Res., 1961, 66, N 5; 1962, 67, N 2, N 10; J. Res. Nat, Bureau. Stand 1961, 65D, N 6. 728. Harris F. В., Tanner R. L. A Method for the Delermiiialion of Lower Ionosphere Properties by Means of Field Measurements of Spherics. - J. Res. Nat. Bureau. Sta!id., 1962, 66D, 463, 729. Polk C, Fitchen F. Schuinan Resoniuices of the Earth-Ion Kspher(? (Cavity Extremely- Low Frequency Reception at Kingston. - J. Res. Nat. Bureau. Stand., 1962, 66D, N 3. 730. Galejs J. Terrestrial Extremely Low Frequency Noise Spectrum in the Presence of Exponential Iono.spherio Conductivity Profiles. - J. Geophys. Res., 1961, 66, N 9. 731. Konig Я., Haine E., Antoniadis C. H. Messung von Atmosphorics geringster Frequenzen in Bonn. - Z. a!igew. Phys., 1961, 13, N 8, JN 10. 732. Михайлова Г, Л. О спектрах атмосфериков и фазовой скорости электромагнитных волн на сверхнизких частотах. - Геолшгн. и аэроном., 1962, 2, 257; 1965, 5, № 1. 733. Блиох Л . Я., Николаенко А. Я., Филиппов Ю. Ф. Суточные иариации собственных частот резонатчра Земля-ионосфера в связи с эксцентриситетом геомагнитного поля. - Геомагн. и аэроном., 1968, 8, 250. 734. Taylor W. L. Daytime Attenuation Rates in the VLF Band Using Atmospherics. - J. Res. Nat. Bureau. Stand., 1960, 64D, 349; 1963, 67D, N 5. 735. Taylor W. Jean A. G. Very Low Frtquency Radiation Spectra of Lightning Discharges. - J. Res. Nat. Bureau.Stand., 1959, 63D, 199. 736. Hepburn F., Pierce E. Atmospherics with Very Low Frequency Components. - Nature, 1953, 171, 837; Philos Mag., 1954, 45, 917. 737. Hepburn F. Atmospherics with Very Low Frequency Components Below 1 kc/s. - J. Atmos. and Terrest. Phys., 1957, 10, 266. 738. Liebermann L. Extremely Low Frequency Electromagnetic Waves. II. Propagation Properties. - .T. Appl. Phys., 1955, 27, 1477. 739. Burgess B. VLF Phase Delay Variability and the Design of Long Range Navigation Aids. - Royal Aircraft Establish. Techn, Rept., 1968, 68D, 145. 740. Kimpara A. The Waveform of Atmospherics in the Daytime and Night. - Proc. Res. Inst. Atmos. Nagoya. Univ., 1956, 4, 1. 741. Белянский В. В., Михайлова Г. А. Об исследованияхCBoiicTB атмосфериков па сверхнизких частотах (ниже 1 кгц). - Геомагн. и а.9роном., 1961, 1, .№ 3. 742. Caton Р. G., Pierce E.F. the Waveioxms of Atmospherics. - Philos. Mag., 1952, 43, 393. 743. Morrison B. B. The Variation with Distance in the Range 0-100 km of Atmospherics Waveforms. ~ Pliilos. Mag., 1953, 44, 980. 744. Wait J. B. On the Theory of the Slow Tail Portion of Atmospherics Wave Forms. - J. Geophys. Res., 1960, 65, 1939. 745. Boive P. W. Tho Waveform of Atmospherics and the Propagation of Very Low Frequency Radio Waves.-Philos. Mag., 1951, 42, 121; 1953, 44, 833. 746. Bennoit В., Houri A. Propagation des frequences tres basses dans le systeme Terre- Ionosphere. - Ann. geophys., 1961, 17, N 4. 747. Альперт Я. ., Флигель Д. С., Михайлова Г. А. The Propagation of Atmospherics in the Earth-Ionosphere Waveguide. - J. Atmos. and Terrest. Phys., 1967, 29 29. 748. Westfall W. D. Diurnal Changes of Phases and Group Velocity of VLF Radio Waves. - Radio Sci., 1957, 2, 119. 749. Burgess B. An Experimental Determination of the Phase Delay ot VLF Radio Waves Propagation Ovin- Groat Distances. - MF, LF and VLF Radio Propagation Conference Publications, 1967, November N 36, 159, 750. Scarabucci B. В., de Mendonca F. Phase Measurements of VLF Transmissions Over an 11000 km Transequatorial Path. - Radio Sci., 1961, 2, 373. 751. Bies G. Results Concerning the Sunrise Effects of VLF Signals Propagation Over Long Paths. - Radio Sci., 1967, 2, 379, 551. 752. Rugg D. E. Theoretical Investigation of the Diurnal Phase and Amplitude Variations of VLF Signals. - Radio Sci., 1967, 2, 551. 753. A bbas M. Hydromagnetic Wave Propagation and Excitation of Schumann Resonances.- Planet. Space Sci., 1968, 61, 831. 754. Bycroft M. J. Resonances of the Earth-Ionosphere Cavity Observed at Cambridge, .England. - J. Ros. Nat, Bureau. Stand., 1965, 69D, N 8. 755. Larsen T. EgelandA. Fine Structure of the Earth-Ionosphere Cavity Resonances. - J. Geophys. Ros., 1968, 73, 4986. 756. Barron D. W. The Waveguide Mode Theory of Radio Wave Propagation wlien the Ionosphere in not Sharply Bounded. - Philos. Mag., 1959, 4, 1068. 757. Johler J. B. Magneto Ionic Propagation Phenomena in Low and VLF Radio Waves From the Ionosphere. - J. Res. Nat. Bureau. Stand., 1961, 65D, N 3; Proc. I. R, E., 1962, .50, 4. 758. Budden K. G. The Numerical Solution of Differential Equations Governing Reflexion of Long Radio Waves From the Ionosphere. - Proc. Roy. Soc, 1955, A227, 516; 1962, A265, 538, 759. Galejs J. On the Terrestrial Propagation of ELF and VLF Waves in tlie Presence of a Radial Magnetic Field. - J. Res. Nat. Bureau. Stand 1965, 69D, N 5. 760. Galejs J. Propagation of VLF Waves Below an Anisotropic Stratified Ionosphere with a Transverse Static Magnetic Field. - Radio Sci., 1967, 2, 557. 761. Pappert B. Л., Cossard E. E., Bothmuller I. J. A Numerical Investigation of Classical Approximations Used in VLF Propagation. - Radio Sci., 1967, 2, 387, 762. Watt A. D., Grughan B. D. Comparison of Observed VLF Attenuation Rates and Excitation Factors with Theory. - J. Res. Nat. Bureau. Stand., 1964, 68D, N 1. 763. Hanselman J, C, Casselman C. J., Tibbals M. L., Bickel J. C. Field Intensity Measurements at 10,2 he Is Over Reciprocal Path. - J. Res. Nat. Bureau. Stand., 1964, 68D, N 1. 764. Taylor W. Л. VLF Attenuation for East-West and West-East Daytime Propagation Using Atmospherics. - J. Geophys. Res., 1960, 65, N 7. 765. Rogerson J. E. Airborne Field Strength Measurements in the Region of the NPM Anti-pode. - Radio ScL, 1967, 2, N 6. 766. Snyder F. P., Bickel J. E. Measured Amplitude Variations of the 19,8 kcis Field of NPM Near its Anlipnde. - Radio Sci., 1967, 2, N 7. 767. BeghUi C. Ion-Electron Distribution in the Upper Ionosphere Above the F2 Peak at Low Middle Latitudes as Deduced From Whistler Observations. - Electron Density Profiles in Ionosphere and Exosphere*,* 1966, p. 587. 768. Appleton E. V., Beynon W. J. The Applications of Ionospheric Data to Radio Communication Problem. - Proc. Phys. Soc, 1940, 52, 518; 1947, 58, 59. 769. Fulton B. O., Sandoz B. 0 Warren E. The Lower Frequency Limits for F Layer Radio Propagation. - J. Geophys. Res., 65, 177, 1960. 770. Керблай T, C, Ковалевская E. M. Определение расстояния скачка радиоволны при распространении в горизонта.чьно-неоднородп011 ионосфере. - Геомагп. и аэроном., 1964, 4, 1077. 771. Керблай Т. С, Ковалевская Е. М. Расчет МПЧ при наличии горизонтально!! неоднородности ионосферы. - Геомагн. и аэроном., 1967, 7, 123. 772. Peterson Л. М. The Mechanism of F Layer Propagation Back-Scatter Echoes. - J. Geophys. Res., 1951, 56, 221; Proc Inst. Radio Eng., 1959, 47, 300. 773. Stein S. The Role of Ionospheric Layer Tilts in Long Range High Frequency Radio Propagation. - J. Geophys. Res., 1958, 63, 217, 391. 774. Silberstein R. The Use of Sweep Frequency Backscatter Data for Determiuing Oblique Incidence Ionospheric Characteristics. - J. Geophys. Res., 1958, 63, 335, 445. 775. Shearman E. D. A Study of Ionospheric Propagation by Means of Ground Backscatter. - Proc. I. E. E., 1956, 103B, 203, 210. 770. Croft T, A. VL. F. Radio Focusing Caused by the Electron Distribution Between Ionosphere Layers. - J. Geophys. Res., 1967, 72, 2343; J. Atmos. and Terrest. Phys., 1968, 30, 1051. 777. Mlya K., Kanaya S. Radio Propagation Prediction Considering Scattering WaAe of the Earths Surface. - Rept. Ionosphere Res. Japan., 1955, 9, I; 1957, 10, I; II, 3. 778. Kanaya S., Yokoi H. The Lateral Deviation of Radio Waves Propagated Along the Longer Groat Circle Path from Europe. - Rept. lo!io.sphere Space Res. Japan., - 1960, 14, 192, 435. 779. Miya K., Ueno K. Influence of Directivity of the Transmitting Antenna on the Bcari!ig-of HF Signals. - Kepi. Ionosphere Space Res. Japan 1960, 14, 187. 780. Hagg E. L., Rolfe W. A Study of Transatlantic Radiopropagation Modes at 41,5 mc/s. - Canad. J. Phys., 1963, 41, 221. 781. Dieminger W. The Scattering of Radio Waves. - Proc. Phys. Soc, 1951, B, 142. 782. Wilkins A. F. IIF Propagation - its Present and Future Use for CommunicatiO!i Purposes. - J. Brit. Inst. Radio Engs., 1960, 20, 239, 783. Bates H. F., Albee D. R., Hunsucker R. D. On the Relationship of the Aurora to Non-Great-Circle High-Frequoncy Propagation, J. Geophys, Res., 1906, 71, 1413. 784. Silberstein i?., Dicksan H. E. Great Circle and Deviated Path Observations on CW Signals Using a Simple Technique. - J. Inst. El. Eng. Transactions., 1965, AP13, 59 785. Warren E., Hagg E. L. Single Hop Propagation of Radio Waves to a Distance of 5300 km. - Nature, 1958, l8l, 34, 786. Kijl F. Single Hop Propagation of Radio Waves to a Distanci; oi 5300 km. - Nature, 1958, 181, 1459; J. Geophys. Res., 1962, 65, 1805. 787. Muldrew D. В., Maliphant R. G. Long Distance One Hop Ionospheric Radio Wave Pi-opagation. - J. Geophys. Res., 1962, 67, 1805. 788. Aono Y. Study of Radio Wave Propagation in Sweep Frequency Pulse Transmission Tests in Japan. -- Radio Res. Lab., 1962, 9, 127. 789. Utlaut W. F. Effect of Antenna Radiation Angles Upon HF Radio Signals Propagation Over Long Distances. - J. Res, Nat, Bureau. Stand 1901, 65D, 107, 790. Meadows R. W. An Experiment to Test the Reciprocal Radio Transmission Conditions Over an Ionospheric Path of 740 km. - Proc Inst. El. Eng., 1956, 103B, 224. 791. JullG. W.. PettersenG. W. Origin of Non Reciprocity on High Froqueiicy Ionospheric Paths. - Nature, 1964, 201, 483. 792. Budden K. G Jull G. W. Reciprocity and Non Reciprocity With Magneto Ionic Rays, - Canad. J. Phys., 1964, 42, 113. 793. Obayashi T. A Possibility of the Long Distance IIF Propagation Along the Exospheric Field Aligned Ionizations. - Rept. J. Space Res. Japan, 1959, 13, 177. 794. Knecht R. W., Russel S. Pulsed Radio Soundings of the Top Side of the Ionosphere in the Presence of Spread F. - J. Geophys. Res., 67, 1178, 1902, 795. Gullet R. M., Utlaut W. F. Evidence of the Laminar Nature of the Exosphere Obtained by Means of Guided High Frequency Wave Propagation. - Phys. Rev, Let 1901. 0, 591,
|