Search Results
(1 - 3 of 3)
- Title
- A. B. Treman, Jr. to William G. McGowan
- Date(s)
- 1980-06-23
- Contributor(s)
- MCI Communications Corporation (former owner), Treman, Arthur Bott, Jr., 1929-1996 (correspondent), McGowan, William G., 1927-1992 (recipient)
- Description
-
Letter from Arthur B. Treman, Jr., a New York investment banker with Dillon, Read & Company.
- Collection ID
- MCI Communications Corporation records (Accession 2225)
- Hagley ID
- MS2225_0000101
- Collection
- MCI Communications Corporation
- Title
- Harvard Cooperative Society shop
- Date(s)
- 1979
- Contributor(s)
- Ken White Associates, Inc. (associated name), White, Kenneth M., 1923- (former owner)
- Collection ID
- Ken White Associates, Inc. records (Accession 2377)
- Hagley ID
- LMSS_2377_02_047_01
- Collection
- Ken White Associates, Inc. records
- Title
- Physics of ferromagnetic and ferroelectric materials with applications to microwave and radiofrequency circuitry
- Date(s)
- 1964-02-29
- Contributor(s)
- Jones, Richard V. (author), Harvard University. Gordon McKay Laboratory Harvard University (originator)
- Description
-
Contents: field displacement effects in ferrited loaded waveguides; microwave resonance in ferromagnetic systems at high-signal levels; spin wave analysis of ferromagnetic resonance relaxation; magnetic anisotropy and relaxation in rare earth iron garnets; specific heat measurements in magnetic oxide systems; ferromagnetic resonance under large hydrostatic pressure; switching properties of ferrites and garnets; the magnetic properties of gallium-iron oxide; high power ferromagnetic resonance...
Show moreContents: field displacement effects in ferrited loaded waveguides; microwave resonance in ferromagnetic systems at high-signal levels; spin wave analysis of ferromagnetic resonance relaxation; magnetic anisotropy and relaxation in rare earth iron garnets; specific heat measurements in magnetic oxide systems; ferromagnetic resonance under large hydrostatic pressure; switching properties of ferrites and garnets; the magnetic properties of gallium-iron oxide; high power ferromagnetic resonance in magnetic thin film; dielectric measurements on ferroelectric materials; capacitively driven microwave modulators; magnetostriction constants from ferromagnetic resonance; paramagnetic resonance of impurities in ferroelectric host crystals; domain dynamics in ferroelectric crystals; NMR in ferromagnetic materials; magnetic relaxation in ferromagnetic insulators by parallel pump techniques; magnetic relaxation in ferromagnetic metals by parallel pump techniques; new magnetic compounds; magnetic resonance in spiral magnetic structures.
Show less - Collection ID
- PAM 537.12 J72
- Hagley ID
- 08208388_physics
- Collection
- Trade catalogs and pamphlets