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Atmospheric electricity at Brébeuf college geophysical observatory in Montréal, Canada

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Summary

The author gives the results obtained by means of nine years (1957–1965 inclusive) of recordings of the potential gradient and two years (1964–1965 inclusive) of the current density. Some general aspects of these registrations are discussed.

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References

  1. Reinhold Reiter,Relationships between atmospheric electric phenomena and simultaneous meteorological conditions, Contract No. A.F. 61. (052)-55 (1960), 25 and 166.

  2. R. Janeselli,Risultati di sette anni di osservazioni del campo elettrico — atmosferico a Venezia, Geofisica e Meteorologia, Boll. Soc. italiana di geofisica, No. 12 (1964).

  3. J. Alan Chalmers,Atmospheric Electricity (1957), 143.

  4. H. W. Kasemir,An apparatus for simultaneous registration of potential gradient and air-earth current, J. Atmos. Terr. Phys. (1951), 32–37.

  5. J. Adamson,The compensation of the effects of potential gradient variations in the measurement of the atmospheric air-earth current, Physics Department, University of Durham (1959), 257.

  6. H. Israël.The comparison of atmospheric electric results, J. Atmos. and Terr. Phys. (1962), 65.

  7. H. Israël,Problems of ‘fair weather’ electricity..., (IIIrd Int. Conference on Atmospheric and Space Electricity) (Elsevier Publ. Co., Amsterdam 1965), 62.

    Google Scholar 

  8. F. Verzar andH. D. Evans,Production of atmospheric condensation nuclei by sunrays, Geofisica pura e applicata43 (1959/II), 260.

    Google Scholar 

  9. J. Bricard,Action of radio-activity and of pollution upon parameters of atmospheric electricity, in:Problems of atmospheric and space electricity (Elsevier Publ. Co., amsterdam 1965), 85.

    Google Scholar 

  10. E. Gherzi,Electric potential gradient measurements made at Loyola University in New Orleans La. U.S.A. Bull. géophys. No. 13, Collège Brébeuf, Montréal (1963), 49.

    Google Scholar 

  11. Rita C. Sagalyn,The production and removal of small ions and charged nuclei over the Atlantic Ocean, in:Recent advances in atmospheric electricity (1958), 21.

  12. R. Janeselli,Risultati di sette anni di osservazioni sul gradiente verticale del campo elettroatmosferico a Venezia, Geofisica e meteorologia (1964), 2.

  13. Alfredo Murri, Ibidem a Venezia, Geofisica e meteorologia (1964), 7.

  14. Reinhold Reiter,The frequency of sign reversal of the foreign field, In:Relationship between atmospheric electric phenomena and simultaneous meteorological conditions (1960), 124; Contract No. AF 61 (1960), 87.

  15. Bernhard A. Power,Relationship between density of newly fallen snow and form of snow crystals, Nature March (1962), 1171. — Cf. also by the same author and alii,Snow fall density, crystal forms and related meteorological conditions, Nat. Sc. Foundation Contract C-181, Nov. (1962).

  16. Charles E. Anderson,A study of the pulsating growth of Cumulus clouds, G.R.D. — Geophysical Research Papers No. 72 (1960), 100.

  17. E. Gherzi,Radiogonométrie des typhons, Onde électrique (Paris), May (1925).

  18. Bernard Vonnegui,Thunderstorm theory, in:Problems of atmospheric and space electricity (Elsevier Publ. Co., Amsterdam 1965), 290.

    Google Scholar 

  19. Reinhold Reiter,Behaviour of atmospheric electric magnitudes recorded simultaneously at Seven Mountain Stations, Contract No A.F. 61 (514) (1958), 83.

  20. Reinhold Reiter,Loco citato, 143.

  21. Elmar R. Reiter,The structure of clear-air turbulence derived from ‘Topcat” aircraft measurements, J. Atmos. Sciences, March (1965), 211.

  22. Reinhold Reiter,loco citato, 173 andPrecipitation and cloud electricity, Quarterly J. Roy. Meteror. Soc., Jan. (1965), 61.

  23. N. V. Krasnogorskaja,The role of electric forces in precipitation formation, in:Problems of atmospheric and space electricity (Elsevier Publ. Co., Amsterdam 1965), 178et seq., andOn the electric field of Cumulus clouds, Bulletin No 9, Academy of Sciences USSR (1961), 929.

    Google Scholar 

  24. E. Gherzi,The electrical potential of the lower atmosphere at sunrise and in fog, Bull. Géophys. No. 8, Collège Brébeuf, Montréal Canada (1960), 7.

    Google Scholar 

  25. G. P. Serbu,Atmospheric electricity and advection fog forecasting, in:Recent advances in atmospheric electricity pp. 239–240 (Pergamon Press, London 1958), 239–240.

    Google Scholar 

  26. Hans Dolezalek,The Atmospheric Electric Fog effect Rev. Geophys. May (1963), 236et seq.

  27. Ch. J. Brasefield,Some observations of low level ion clouds, passim; Cf.H. Israël,The atmospheric electrical agitation, in:Recent Advances in Atmospheric Electricity, p. 158.

  28. P. W. Summers,Smoke Concentration in Montreal related to local meteorological factors, Symposium, Air over Cities, Public Health Service U.S.A. (1961), 89.

  29. Motoi Kumai,Microspherules in snow and ice-fog crystals, J. Geophys. Res. July (1966), 3402.

  30. A. I. Gorshkov,et alii, Influence of meteor showers in the atmospheric electric field, Izvestiya March (1966), 193.

  31. Christian Junge,Chemical analysis of aerosols particles etc., Tellus Nov. (1957), 598et seq. Ibidem, Atmospheric chemistry, in:Recent Advances in Atmospheric Electricity 4 (1958), 20.Ibidem, Neuere Ergebnisse der Luftchemie and ihre Bedeutung für die Meteorologie, Die meteorologische Tagung in Hamburg Oct. 10–12 (1962), 80.

  32. H. Dolezalek,Study of atmospheric tracing of high altitude irregularities, Air Force Research Laboratories-TR-64-30 (1964), 9.

  33. K. E. Tserfas,Dependence of the electrical field intensity on the concentration and nature of atmospheric dust particles, Is. Gidr. Institut. Trudy (1964).

  34. Louis Elterman,Light scattering by aerosols, Research Review, Office of Aerospace Research July (1965), U.S. Air Force, Washington D.C.

    Google Scholar 

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Gherzi, E.E. Atmospheric electricity at Brébeuf college geophysical observatory in Montréal, Canada. PAGEOPH 67, 239–265 (1967). https://doi.org/10.1007/BF00880582

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