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2. SCIENTIFIC PAPERS AT THE PHILADELPHIA MEETING
3. SCIENTIFIC PAPERS AT THE PHILADELPHIA MEETING, DECEMBER, 1926 (Concluded)
4. Papers Offered in Celebration of the Twenty-Fifth Anniversary of the American Meteorological Society (Continued)
5. Discussion [of paper by W. R. Schell, G. Sauzay, and B. R. Payne, 'Tritium injection and concentration distribution in the atmosphere']
6. A Review Paper on the Effect of Carbon Dioxide and Aerosols on Climate Modification
7. Comments on paper by A. D. Anderson, ‘Supersonic jet aircraft and stratospheric pollution’
8. Reply [to 'Comments on a paper by L. Aldaz, ‘Flux measurements of atmospheric ozone over land and water’' by H. T. Mantis]
9. On the Ocean Waves due to Tropical Cyclones (3rd paper). Mean Distribution of Wave Heights and Periods
10. Paper III: Plume height measurements at Northfleet and Tilbury power stations
11. Turbulent Motion in the Atmosphere (first paper)
12. Air Current Crossing a Mountain Range (1st Paper)
13. Paper II: meteorological measurements on a 187 metre tower
14. The Inter-relations of Barometric Pressure, Temperature, Humidity, Rainfall, Cloud, Sunshine, and Wind, illustrated by the Observations made at the two Ben Nevis Observatories. (First Paper.)
15. Sun-spots and Terrestrial Magnetic Phenomena, 1898-1911: Sun-spot Areas, Magnetic Storms, and the Sun's Corona. (Third Paper.)
16. An ionospheric estimate of nitric oxide concentration in the D-region**The research reported in this paper was supported by the National Science Foundation under Grant GP-5611 and, in part, by the Air Force Cambridge Research Laboratories, Office of Aerospace Research, Bedford, Massachusetts under Contract AF19(628)-4014
17. Paper 4: Laboratory Simulation of Aerodynamic Heating
18. On the Ocean waves due to Tropical Cyclones (4th paper). Energy of Waves and Some Other Subjects
19. PAPERS ON THE RELATION OF THE ATMOSPHERE TO HUMAN COMFORT
20. Sun-spots and Terrestrial Magnetic Phenomena, 1898-1911: the Greater Magnetic Storms. Second Paper
21. Introduction to Obukhov's paper on ?turbulence in an atmosphere with a non-uniform temperature?
22. The Physical Testing of Paper as Affected by Humidity
23. Discussion of the paper by D. F. Martyn and O. O. Pulley on 'the temperature and constituents of the upper atmosphere'
24. Abstract of Paper on the Winds of Ben Nevis
25. Paper 3: The Effect of Ambient and Environmental Atmospheric Conditions
26. Reply to comment on the paper ‘Non-precipitating cumulus convection and its parameterization’
27. Comments on paper by S. E. Poet, H. E. Moore, and E. A. Martell, ‘Lead 210, bismuth 210, and polonium 210 in the atmosphere: Accurate ratio measurement and application to aerosol residence time determination’
28. Comments on the paper: Diurnal, annual and solar cycle variations of hydroxyl and sodium nightglow intensities in the Europe-Africa sector
29. Discussion of Solar Research Papers
30. Comments on a paper by V. R. Noonkester, 'Non-diurnal E-layer variation at Washington, D.C.'
31. Comments on paper by R. J. Lai and O. H. Shemdin, ‘Laboratory investigation of air turbulence above simple water waves’
32. Discussion of paper by V. H. Regener and L. Aldaz, 'Turbulent transport near the ground as determined from measurements of the ozone flux and the ozone gradient'
33. Discussion of paper by C. G. Justus, ‘Energy balance of turbulence in the upper atmosphere’
34. The significance of the harmonic analysis of diurnal variation of pressure. A contribution to the discussion of Mr. E. G. Bilham's paper
35. ABLATION DURING ATMOSPHERIC ENTRY**Chapter 7 is by S. S. PENNER.††The author is indebted to Dr. O. P. Sharma for reading this chapter and noting numerous corrections. Extensive material has been reproduced from a paper entitled 'Ablation with Radiant Heating' by Penner and Sharma.1
36. ROLE OF THE TROPOPAUSE IN STRATOSPHERIC--TROPOSPHERIC EXCHANGE PROCESSES. Atmospheric Science Paper No. 107
37. CHARACTERISTICS OF THE GENERAL CIRCULATION OF THE ATMOSPHERE AND THE GLOBAL DISTRIBUTION OF TOTAL OZONE AS DETERMINED BY THE NIMBUS III SATELLITE INFRARED INTERFEROMETER SPECTROMETER. Atmospheric Science Paper No. 180
38. DYNAMICS OF THE STRUCTURE OF THE ATMOSPHERE OVER MOUNTAINOUS TERRAIN FROM 4- 70 KM AS INFERRED FROM HIGH-ALTITUDE CHAFF, OZONE SENSORS AND SUPERPRESSURE BALLOONS. Atmospheric Science Paper No. 160
39. Remarks on paper by P. J. Drevinsky, J. T. Wasson, E. C. Couble, and N. A. Dimond, ‘Be7, P32, P33, and S35: Stratospheric concentrations and artificial production’
40. Comments on the paper by D. G. Rea and B. T. O'Leary, ‘On the composition of the Venus clouds’
41. Statistical Research and Training / Formation et Recherche Statistique
42. Comment on the paper by A. K. Betts ‘Non-precipitating cumulus convection and its parameterization’
43. Comments on the paper entitled: Turbulence, billows and gravity waves in a high shear region of the upper atmosphere by K.H. Lloyd, C.H. Low and R.A. Vincent
44. Reply [to 'Discussion of paper by R. C. Haymes, S. W. Glenn, G. J. Fishman, and F. R. Harnden, Jr., ‘Low-energy gamma radiation in the atmosphere at midlatitudes’']
45. Corections to paper by A. J. Dessler and E. N. Parker, ‘Hydromagnetic theory of geomagnetic storms’
46. Comments on a paper by Stirling A. Colgate, ‘Differential charge transport in thunderstorm clouds’
47. Discussion of paper by J. B. Pearce, ‘Rocket measurement of nitric oxide between 60 and 96 kilometers’
48. Discussion of paper by S. Epstein, R. P. Sharp, and A. J. Gow,‘Six-year record of oxygen and hydrogen isotope variations in South Pole firn’
49. Observations on ozone, relating to a recent paper of M. Cloēz
50. Correction to paper by Milo A. Schield, ‘Pressure balance between solar wind and magnetosphere’
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