Study of the Solar Cycle from SpaceThe objectives of and benefits to be derived from a program of solar cycle research are discussed with emphasis on the role space observations will play in this venture. The strategy to be employed in the coming decade is considered as well as crucial missions, experiments, and the theoretical advances required.
IDRelationTitle19800009683WorkDynamics of the solar interior and the solar dynamo19800009684WorkThe corona and heliosphere19800009685WorkOverview on the study of the solar cycle from space19800009686WorkA solar activity monitoring platform for SCADM19800009687WorkProblems of interior structure, the solar dynamo and the role of SCADM in providing interior diagnostics19800009688WorkX-ray bright points and the solar cycle dependence of emerging magnetic flux19800009689WorkX-ray bright points and the solar cycle19800009690WorkObservable solar features which provide clues to the state of the solar dynamo19800009691WorkThe opportunities offered by SCADM for the study of surface phenomena related to interior structure and dynamics19800009692WorkSecond generation detector for low order global solar oscillations19800009693WorkThe measurement of global scale surface dynamics19800009694WorkObservational requirements for measurements of solar rotation inward to the base of the convection zone19800009695WorkA sunspot periodicity and the solar rotation19800009696WorkSpatial evolution of magnetic fields as seen in coronal streamers to 12 R sub o during the solar cycle19800009697WorkThe dependence of coronal hole size on large scale magnetic field strength19800009698WorkThe contraction and disappearance of the polar coronal holes19800009699WorkSolar cycle changes in the high latitude solar wind19800009700WorkAn imaging X-ray spectrometer to study solar activity in conjunction with the SCADM program19800009701WorkApplication of a magnetograph and X-ray telescope to the study of coronal structure variations19800009702WorkVariations of the solar wind and solar cycle in the last 300 years19800009703WorkContributions of SCADM to solar-terrestrial physics19800009704WorkControl of the Earth's electric field intensity through solar wind modulation of galactic cosmic radiation: Support for a proposed atmospheric electrical sun-weather mechanism19800009705WorkCoronal holes, solar diurnal anisotropy of cosmic rays and off-ecliptic interplanetary magnetic fields19800009706WorkSolar coronal holes and cosmic ray intensity variations