Donald Howard Menzel
April 11, 1901 โ December 14, 1976
From [en.wikipedia.org/wiki/Donald_Howard_Menzel](http://en.wikipedia.org/wiki/Donald_Howard_Menzel): Born in Florence, Colorado, Menzel was a very good student, especially interested in mathematics and science. He learned to read very early, learned Morse code from his father, collected ore specimen, became an amateur radio operator, built up a large home chemistry lab, was an Eagle Scout, and learned Spanish. [1] At 16 years old, Menzel enrolled at the University of Colorado to study chemistry. However, observing the solar eclipse of June 8, 1918 led him to change his course of study to astronomy. Menzel earned an internship at Princeton University, and spent summer vacations at Harvard University as a research assistant to Harlow Shapley. Menzel studied at the University of Denver and received his Ph.D. from Princeton. After earning his Ph.D. in 1924, Menzel taught at the University of Iowa and Ohio State University before being hired as assistant astronomer at the Lick Observatory in California in 1926. Menzel was among the first theoretical astrophysicists in the world. He worked at Lick Observatory until 1932 when he accepted a position at Harvard. From 1954-56 he was President of the American Astronomical Society. From 1964 to his death, Menzel was a U.S. State Department consultant for Latin American affairs. He began teaching at Harvard in 1932, and earned full professorship in 1938; in 1952 he was appointed acting director of the Harvard Observatory, and was the full director from 1954 to 1966, when the observatory became an international center of radio astronomy. He retired from Harvard in 1971. Menzel initially performed solar research, but later concentrated on studying gaseous nebulae. His work with Lawrence Aller and James Gilbert Baker defined many of the fundamental principles of the study of planetary nebulae. He wrote *A Field Guide to the Stars and Planets*, part of the Peterson Field Guides. <br/> [1]: http://en.wikipedia.org/wiki/Donald_Howard_Menzel
Books
- Stars and planets
- A Field Guide to the Stars and Planets
- UFO's--the modern myth
- The E layer of the ionosphere
- The behavior and classification of solar prominences
- The terrestrial abundance of the permanent gases
- Theoretical problems of stellar absorption lines
- Optical refraction in a planetary atmosphere with application to the apparent diameter of a planet and to occultation
- Classification of solar prominences-I-1950
- TheRadio Noise Spectrum
- Our sun
- Stellar interiors
- The nature of solar energy
- Absorption coefficients and hydrogen line intensities
- Problems of the solar atmosphere
- A preface to solar research
- A dynamic spectrum analyzer for Sacramento Peak
- Survey of problems for solar observations
- The design and operation of the Harvard-M.I.T. 1936 eclipse equipment
- Stellar interiors
- Equivalent widths and the temperature of the solar reversing layer
- Expedition Field Notebook
- The Friendly Stars
- Variations of the E-layer
- Principles of atomic spectra
- Fundamental Formulas of Physics, Volume One
- Final report on the occulation of Regulus by Venus, July 7, 1959
- The sun and solar studies
- Multiplet strengths for transactions involving equivalent electrons Note on absolute multiplet strengths
- Forbidden lines in astrophysical sources
- On the interpretation of nova spectra
- Some advances in solar research
- The variation in prominence distribution over the sunspot cycle
- Writing a technical paper
- A field guide to the stars and planets
- Final report for the operation of a solar observatory at Sacramento Peak, New Mexico
- Astronomy
- Elementary manual of radio propagation
- Revision of Geophysics 220 notes
- Research directed toward the production of a map of the visible features of Mars
- A Field guide to the stars and planets
Author data: Open Library