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  • Benjamin Osgood Peirce

Benjamin Osgood Peirce

1854 - 1914

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Benjamin Osgood Pierce was an American mathematician. He was the Hollis Professor of Mathematics and Natural Philosophy at Harvard University from 1888 to 1914.

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  • United States
  • Beverly
  • Cambridge
Hall, Edwin H. (1919), "Biographical Memoir of Benjamin Osgood Peirce 1854–1914,"Biographical Memoirs of the National Academy of Sciences VIII: 436–466. http://books.nap.edu/html/biomems/bpeirce.pdf (accessed 04/21/2015)
The Influence of the Magnetic Characteristics of the Iron Core of an Induction Coil Uppon the Manner of Establishment of a Steady Current in the Primary Circuit
A Short Table of Integrals
"On Families of Curves Which are the Lines of Certain Plane Vectors Either Solenoidal or Lamellar,"
On the Charging of Condensers by Galvanic Batteries
Temperature Variation of the Thermal Conductiveness of Marble and Slate
On the Properties of Seasoned Magnets made fo Self-Hardening Steel
Note on the Measurement of the Internal Resistance of Batteries
On the Induction of Coefficients of Hard Steel Magnets
On the Induction of Coefficients of Hard Steel Magnets
Temperature Variation of the Thermal Conductiveness of Marble and Slate
On the Electrical Resistances of Certain Poor Conductors
Note on the Measurement of the Internal Resistance of Batteries
On the Electrical Resistances of Certain Poor Conductors
On the Thermal Conductivities of Certain Pieces of Rock From the Calumet And Hecla Mine
On the Charging of Condensers by Galvanic Batteries
On the Charging of Condensers by Galvanic Batteries
Ideality in the Physical Sciences
The Maximum Value of the Magnetization in Iron
On Generalized Space Differentiation of the Second Order
The Maximum Value of the Magnetization in Iron
On the Thermal Conductivity of Vulcanite
On Generalized Space Differentiation of the Second Order
On the Thermal Conductiveness of Certain Pieces of Rock from the Calumet and Helca Mine
The Maximum Value of the Magnetization in Iron
The Maximum Value of the Magnetization in Iron
On the Properties of Magnets Made of Hardened Cast Iron
On Generalized Space Differentiation of the Second Order
On the Properties of Seasoned Magnets made of Self-Hardening Steel
On the Lines of Certain Classes of Solenoidal or Lamellar Vectors, Symmetrical with Respect to an Axis
On the Thermal Conductiveness of Certain Pieces of Rock from the Calumet and Helca Mine
On the Lines of Certain Classes of Solenoidal or Lamellar Vectors, Symmetrical with Respect to an Axis
On the Lines of Certain Classes of Solenoidal or Lamellar Vectors, Symmetrical with Respect to an Axis
On the Thermal Conductivity of Vulcanite
On Families of Curves Which are the Lines of Certain Plane Vectors Either Solenoidal or Lamellar
On Families of Curves Which Are the Lines of Certain Plane Vectors Either Solenoidal or Lamellar
On the Thermal Conductiveness of Certain Pieces of Rock from the Calumet and Helca Mine
On the Properties of Seasoned Magnets made fo Self-Hardening Steel
Temperature Variation of the Thermal Conductiveness of Marble and Slate
On the Thermal Conductivity of Vulcanite
On the Thermal Conductivity of Vulcanite
On the Induction of Coefficients of Hard Steel Magnets
On the Properties of Seasoned Magnets made fo Self-Hardening Steel
On the Properties of Seasoned Magnets made fo Self-Hardening Steel
Temperature Variation of the Thermal Conductivities of Marble and Slate
On the Thermal Conductivity of Vulcanite
On the Induction of Coefficients of Hard Steel Magnets
Note on the Measurement of the Internal Resistance of Batteries
Note on the Measurement of the Internal Resistance of Batteries
On the Electrical Resistances of Certain Poor Conductors

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