Edward Bennett Rosa
American physicist
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Physics
Edward Bennett Rosa's Degrees
- Masters Physics Stanford University
- PhD Physics California Institute of Technology
Why Is Edward Bennett Rosa Influential?
(Suggest an Edit or Addition)According to Wikipedia, Edward Bennett Rosa was an American physicist, specialising in measurement science. He received B.S. at Wesleyan University and taught physics at a school in Providence, Rhode Island before graduate studies in physics at Johns Hopkins University, obtaining a Ph.D. in 1891 on the thesis entitled The Specific Inductive Capacity of Electrolytes, advised by Henry Augustus Rowland. After a short stay at University of Wisconsin he was professor of physics at Wesleyan University where he and Wilbur Olin Atwater developed a respiration calorimeter which for human beings confirmed conservation of energy laws and allowed for calculation of caloric values of different foods. He also made an early curve tracer for alternating currents. He then joined as head of the electrical research division at National Bureau of Standards where he, Noah Ernest Dorsey and Frederick Grover, developed a variety of measurement devices. With George Wood Vinal he made an amperemeter based on a silver voltameter. He also headed the Safety Code division that defined the National Electrical Code. Rosa died while at work.
Edward Bennett Rosa's Published Works
Published Works
- Formulas and tables for the calculation of mutual and self-inductance (Revised) (135)
- A New Respiration Calorimeter and Experiments on the Conservation of Energy in the Human Body. I (1899) (40)
- A Resonance Method of Measuring Energy Dissipated in Condensers (12)
- XXIV. Specific inductive capacity of electrolytes (1891) (11)
- On the self-inductance of circles (1907) (9)
- The mutual inductance of coaxial solenoids (1907) (7)
- Investigation of cartridge-inclosed fuses (6)
- Expenditures and Revenues of the Federal Government (1921) (5)
- The mutual inductance of a circle and a coaxial single-layer coil -- the Lorenz apparatus and the Ayrton-Jones absolute electro-dynamometer (1907) (5)
- The compensated two-circuit electro-dynamometer (1907) (4)
- Carbon filament lamps as photometric standards (1910) (4)
- The Silver Voltameter as an International Standard for the Measurement of Electric Current. (4)
- The economic importance of the scientific work of the government (1920) (3)
- The determination of the ratio of transformation and of the phase relations in transformers (1909) (3)
- The Ratio of the Electromagnetic and Electrostatic Units (1906) (3)
- A new method for the absolute measurement of resistance (1909) (3)
- The self-inductance of a toroidal coil of rectangular section (1907) (3)
- The silver voltameter - Part IV. Third series of quantitative experiments and special investigations (1914) (2)
- The use of gas for heat and power; The testing of gas (1912) (2)
- XXXIX. Determination of v, the ratio of the electromagnetic to the electrostatic unit (1889) (2)
- The self-inductance of a coil of any length and any number of layers of wire (1)
- XIV. A calorimetric determination of energy dissipated in condensers (1899) (1)
- THE WASHINGTON MIEETING OF THE AMERICAN PHYSICAL SOCIETY (1904) (1)
- PLANS OF THE NEW BUILDINGS FOR THE NATIONAL BUREAU OF STANDARDS. (1903) (1)
- II. A resonance method of measuring energy dissipated in condensers (1)
- Revision of the formul of Weinstein and Stefan for the mutual inductance of coaxial coils (1906) (1)
- The Bureau of Standards' Current Balances (1911) (1)
- An Electric Curve Tracer (1)
- THE NATIONAL BUREAU OF STANDARDS AND ITS RELATION TO SCIENTIFIC AND TECHNICAL LABORATORIES. (1905) (1)
- AN INTERNATIONAL COOPERATIVE INVESTIGATION ON ELECTRICAL STANDARDS. (1910) (1)
- XXXIX. Further experiments on the specific inductive capacity of electrolytes (1892) (1)
- THE FUNCTION OF RESEARCH IN THE REGULATION OF NATURAL MONOPOLIES. (1913) (0)
- The New York conference on the National Electrical Safety Code (0)
- The Pentane Lamp as a Primary Light Standard (1911) (0)
- Effects of electric currents on concrete (1913) (0)
- The International electrical units 1893–1910 (1910) (0)
- The Washington Meeting of the American Physical Society (1904) (0)
- The Specific Inductive Capacity of Electrolytes. (0)
- A preliminary study of conditions in Springfield, Ohio, with recommendations for mitigation (0)
- Electrolysis from electric railway currents and its prevention : an experimental test on a system of insulated negative feeders in St. Louis (0)
- A Calorimetric Determination of Energy Dissipated in Condensers (1899) (0)
- THE WORK OF THE ELECTRICAL DIVISION OF THE BUREAU OF STANDARDS. (1912) (0)
- On the Metabolism of Matter in the Living Body (1900) (0)
- Recent researches in electricity at the Bureau of Standards (1915) (0)
- Atmospheric Corrections for the Harcourt Standard Pentane Lamp1 (1921) (0)
- On the Derivation of the Equations of a Plane Electro-magnetic Wave (1899) (0)
- The National Bureau of standards (1902) (0)
- The volume effect in the silver voltameter (1916) (0)
- The silver voltameter - Part II. The chemistry of the filter paper voltameter and the explanation of striations (1913) (0)
- Mica Condensers as Standards of Capacity (1906) (0)
- Determination of v, the ratio of the electromagnetic to the electrostatic unit (1889) (0)
- The silver voltameter - Part I. First series of quantitative experiments (1913) (0)
- On the Geometric Mean Distances of Square Areas, and Their Use in the Calculation of Self and Mutual Inductances (1906) (0)
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