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Solar Magnetic Fields
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I / Instrumentation - Measurement of Magnetic Fields in the Solar Atmosphere.- 1. The Measurement of Solar Magnetic Fields.- 2. The Culgoora Magnetograph.- 3. A Complete Stokes Vector Polarimeter.- 4. Measurements of Magnetic Fields.- 5. Digital Videomagnetograms in Real Time.- 6. The Kitt Peak Magnetograph. IV: 40-Channel Probe and the Detection of Weak Photospheric Fields.- 7. A Pressure Scanning Fabry-Perot Magnetometer.- 8. Sacramento Peak Magnetograph.- 9. Systematic Errors of the Crimean Vector Magnetograph (presented by A. Severny).- 10. Analog Video Magnetograms in Real Time.- 11. A New Completely Digitized Filter Magnetograph.- 12. Difficulties in the Simultaneous Measurement of all Stokes Parameters.- 13. Reduction of the Parasitical Signal of Circular Polarization on an Antenna of Variable Profile with the Help of a Grating.- 14. A Short Report on the Magnetic Beam Absorption Filter Research at the Rome Astronomical Observatory.- II / The Interpretation of Magnetograph Results - The Formation of Absorption Lines in a Magnetic Field.- 15. The Interpretation of Magnetograph Results: The Formation of Absorption Lines in a Magnetic Field.- 16. Coherence Properties of Polarized Radiation in Weak Magnetic Fields.- 17. Paschen-Back Effect of the Lithium Resonance Doublet in Sunspots.- 18. The Crossover and Magneto-Optical Effects in Sunspot Spectra.- 19. The Effect of Collisions on Spectral Line Formation in Solar Magnetic Regions.- 20. Line Formation in Inhomogeneous Magnetic Fields (presented by W. Mattig).- III / Observations of Sunspot and Active Region Magnetic Fields.- 21. On Magnetic Fields in Sunspots and Active Regions.- 22. Magnetic Field and Turbulence in Sunspots.- 23. Photoelectric Measurements of Sunspot Magnetic Fields.- 24. Observations of Magnetic Fields in Quiescent Prominences.- 25. Some Remarks on the Statics and Dynamics of Magnetic Field Structure Development in Active Regions.- 26. I On the Structure of Magnetic Field and Electric Currents of a Unipolar Sunspot (presented by A. Severny).- 27. Magnetic Field Strengths Derived from Various Lines in the Umbral Spectrum.- 28. The Magnetic Fields at Different Levels in the Active Regions of the Solar Atmosphere (presented by N. V. Steshenko).- 29. Observations of the Two-Level Structure of Sunspot Magnetic Fields (presented by N. S. Soboleva).- 30. On the Circular Polarization in Active Regions.- 31. Application of the Chromospheric Magnetograph to Active Regions (presented by P. Foukal).- 32. Evolution of the Magnetic Field Configuration in an Active Region.- 33. Line Profiles in Sunspot Umbrae and Penumbrae by Atomic Beam Spectroscopy.- 34. On the Fine Structure of the Magnetic Field in the Undisturbed Photosphere.- 35. Supergranulation at the Center of the Disk.- 36. Magnetographic and Spectrographic Observations of Weakly Active Regions.- 37. The Magnetic and Velocity Fields and Brightness in the Solar Atmosphere (presented by N. V. Steshenko).- 38. Magnetic Fields Measured with the 10830 A HeI Line.- 39. Observations and Interpretation of Supergranule Velocity and Magnetic Fields.- 40. Vertical Velocities Associated with Plage Region Magnetic Fields.- 41. Spectra-Spectroheliograph Observations.- 42. The Time Dependence of Magnetic, Velocity, and Intensity Fields in the Solar Atmosphere.- 43. On the Reality of Magnetic Fine Structure.- 44. H? Structures and Small-Scale Magnetic Field Configurations.- 45. Magnetic Field Spectroheliograms from The San Fernando Observatory.- 46. On the Time Fluctuations of Magnetic Fields.- 47. Five-Minute Oscillations in the Solar Magnetic Field.- 48. N. V. Steshenko / The Fine Structure of Magnetic Fields and Velocities in Sunspots. (No text nor summary was communicated by the author.).- 49. Y. D. Zhugzda The Oscillatory Convection in Penumbrae. (No text nor summary was communicated by the author.).- IV / Observations of Magnetic Fields Associated with Flares and other Transitory Phenomena.- 50. Solar Magnetic Fields in Association with Flares.- 51. On Coronal Instability and Moving Radio Features Associated with a Flare Spray.- 52. Magnetic Fields Associated with Solar Flares.- 53. Sunspot Magnetic Fields and High Energy Electrons in Flares.- 54. The X-Ray Corona and the Photospheric Magnetic Field.- 55. Magnetic Fields in the Lower Corona Associated with the Expanding Limb Burst on March 30th 1969 Inferred from the Microwave High-Resolution Observations.- 56. Electric Currents Connected with the Proton Flares of 7 July and 2 September, 1966.- 57. Observations of Magnetic Field Changes in Active Regions.- 58. The Magnetic Fields and the Polarization of Radio Emission in the Active Center of October 1968.- 59. The Position Regularities of Flares Related to the Field Maximum in Sunspot Groups (presented by G. V. Kuklin).- 60. An Attempt to Associate Observed Photospheric Motions with the Magnetic Field Structure and Flare Occurrence in an Active Region.- 61. Volume Characteristics of Magnetic-Channel Flares.- 62. The Relation Between Dashes and Flares (Physical Nature of the Dash Phenomena) (presented by N. S. Soboleva).- V / Theories of Small Scale Magnetic Fields.- 63. Theories of Small-Scale Magnetic Fields.- 64. Sunspot Magnetic Fields and Umbral Dots.- 65. Statistical Model of Small Scale Discrete Structure of Magnetoplasma in Active Regions of the Sun.- 66. Evolution of Turbulent Magnetic Fields - Approach to a Steady State.- 67. Distribution of the Magnetic Force in the Surface Layers of Sunspots.- 68. Observation of Solar Flare Type Processes in the Laboratory.- 69. Interaction of Coronal Material with Magnetic Fields.- 70. The Possibility of Magnetic Field Origin in Fine Structure Elements of Solar Features.- 71. Anisotropy of Electric Conductivity and Dissipation of Magnetic Fields.- VI / Optical and Radio Observations of Large Scale Magnetic Fields on the Sun.- 72. Large Scale Solar Magnetic Fields and Their Consequences.- 73. Coronal Magnetic Fields Above Active Regions.- 74. Experimental Study of the Orientation of Magnetic Fields in the Corona.- 75. Time Evolution of the Large-Scale Solar Magnetic Field.- 76. The Magnetic Field Structure in the Active Solar Corona.- 77. Optical and Radio Observations of Large Scale Magnetic Fields on the Sun.- 78. 80 MHz Radioheliograph Evidence on Moving Type IV Bursts and Coronal Magnetic Fields.- 79. Active Regions at Millimeter Wavelengths and the Measurement of Magnetic Fields.- 80. Radio-Astronomical Evidence for Magneto-Hydrodynamical Pulsations in the Corona.- 81. On the Orientation of Magnetic Fields in Quiescent Prominences.- 82. Observations of the Coronal Network.- 83. Preliminary Results of Spectroscopic Determination of the Coronal Rotation.- VII / The Polar Fields of the Sun and the Magnetic Activity Cycle.- 84. The Polar Fields and Time Fluctuations of the General Magnetic Field of the Sun.- 85. Opposite Polarities in the Development of Some Regularities in the Distribution of Large-Scale Magnetic Fields.- 86. Magnetic Fields in Polar Prominences (presented by G. V. Kuklin).- 87. Observations of the Polar Magnetic Fields.- 88. A Numerical Study of the Solar Cycle.- 89. Dynamics of Large-Scale Magnetic Fields.- 90. Sector Structure of the Solar Magnetic Field.- 91. The Sun as a Magnetic Rotator.- VIII / Theories of Large Scale Fields and the Activity Cycle.- 92. Theories of Large Scale Fields and the Magnetic Active Cycle.- 93. Dynamo Theory of the Sun's General Magnetic Field on the Basis of a Mean-Field Magnetohydrodynamics.- 94. A Dynamo Model for the Large Scale Fields.

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