Computer techniques for data analysis of sunspot observations are presented. Photographic spectra were converted to digital form and analyzed. Methods of determining magnetic field strengths, i.e., the Zeeman effect, are discussed. Errors originating with telescope equipment and the magnetograph are treated. Flow charts of test programs and procedures of the data analysis are shown
The Sun and the solar magnetic activity is responsible for a variety of effects in space and on the ...
This report covers work performed during the period of November 1994 through March 1996 on the desig...
A solar telescope was built at Stanford University to study the organization and evolution of large-...
Abstract Context: Systematic observations of magnetic field strength and polarity in sunspots began...
Context. Systematic observations of magnetic field strength and polarity in sunspots began at Mount ...
The Marshall Space Flight Center Solar Vector Magnetograph is a special purpose telescope used to me...
Various aspects of the measurement of solar magnetic fields are presented. The four major subdivisio...
A new algorithm was developed, tested, and applied to determine coronal magnetic fields above solar ...
We exhibit the effects of Faraday rotation on the direction of the transverse component of the magne...
Includes bibliographical references (pages 98-101)A procedure was developed for the production of do...
A description of the NASA Marshall Space Flight Center's Solar Vector Magnetograph Facility is prese...
Magnetic fields can be measured, in solar prominences, by means of two different basic mechanisms th...
Observations and studies of solar magnetic fields that were carried out during the period of the sol...
The determination of coronal magnetic fields from vector magnetograms, including the development and...
Potential use of Faraday rotation and Kerr magnetooptical effect for magnetic field measurement
The Sun and the solar magnetic activity is responsible for a variety of effects in space and on the ...
This report covers work performed during the period of November 1994 through March 1996 on the desig...
A solar telescope was built at Stanford University to study the organization and evolution of large-...
Abstract Context: Systematic observations of magnetic field strength and polarity in sunspots began...
Context. Systematic observations of magnetic field strength and polarity in sunspots began at Mount ...
The Marshall Space Flight Center Solar Vector Magnetograph is a special purpose telescope used to me...
Various aspects of the measurement of solar magnetic fields are presented. The four major subdivisio...
A new algorithm was developed, tested, and applied to determine coronal magnetic fields above solar ...
We exhibit the effects of Faraday rotation on the direction of the transverse component of the magne...
Includes bibliographical references (pages 98-101)A procedure was developed for the production of do...
A description of the NASA Marshall Space Flight Center's Solar Vector Magnetograph Facility is prese...
Magnetic fields can be measured, in solar prominences, by means of two different basic mechanisms th...
Observations and studies of solar magnetic fields that were carried out during the period of the sol...
The determination of coronal magnetic fields from vector magnetograms, including the development and...
Potential use of Faraday rotation and Kerr magnetooptical effect for magnetic field measurement
The Sun and the solar magnetic activity is responsible for a variety of effects in space and on the ...
This report covers work performed during the period of November 1994 through March 1996 on the desig...
A solar telescope was built at Stanford University to study the organization and evolution of large-...