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Julian Keck

Dados Biográficos

ID6233617
NOMEJulian Keck
PRENOMESJulian
SOBRENOMEKeck
ASSINATURAKECK J
AFILIAÇÕESInstitute of Mathematic Scientific and Technical Literacy Section of Physics, its Didactics and its History Europa-Universität Flensburg
VERIFICADONão
TOTAL DE OBRAS1
TOTAL DE CITAÇÕES1
OBRAS COMO AUTOR1
OBRAS COMO EDITOR0
PRIMEIRO ANO DE PUBLICAÇÃO2020
ANO MAIS RECENTE DE PUBLICAÇÃO2020
ÍNDICE H1
  • Laboratory Notes, Laboratory Experiences, and Conceptual Analysis

    Open Access•Peter Heering, Julian Keck et al.•ARTICLE•Berichte zur Wissenschaftsgeschicht…•2020•Citada por: 1•Referências: 12

    Georg Simon Ohm's work in the field of electricity led to what is now considered to be the most fundamental law of electrical circuits, Ohm's Law. Much less known is that only months earlier, Ohm had published another law—one that differed significantly from the now accepted one. The latter entailed a logarithmic relation between the length of the conductor and a parameter that Ohm called “loss of force.” This paper discusses how Ohm came up with…

  • Laboratory Notes, Laboratory Experiences, and Conceptual Analysis

    Open Access•Peter Heering, Julian Keck et al.•ARTICLE•Berichte zur Wissenschaftsgeschicht…•2020•Citada por: 1•Referências: 12

    Georg Simon Ohm's work in the field of electricity led to what is now considered to be the most fundamental law of electrical circuits, Ohm's Law. Much less known is that only months earlier, Ohm had published another law—one that differed significantly from the now accepted one. The latter entailed a logarithmic relation between the length of the conductor and a parameter that Ohm called “loss of force.” This paper discusses how Ohm came up with…

  • Laboratory Notes, Laboratory Experiences, and Conceptual Analysis

    Open Access•Peter Heering, Julian Keck et al.•ARTICLE•Berichte zur Wissenschaftsgeschicht…•2020•Citada por: 1•Referências: 12

    Georg Simon Ohm's work in the field of electricity led to what is now considered to be the most fundamental law of electrical circuits, Ohm's Law. Much less known is that only months earlier, Ohm had published another law—one that differed significantly from the now accepted one. The latter entailed a logarithmic relation between the length of the conductor and a parameter that Ohm called “loss of force.” This paper discusses how Ohm came up with…

Electrical engineering (1 obra) · Electricity (1 obra) · Engineering (1 obra) · Epistemology (1 obra) · Field (mathematics (1 obra) · History of Science and Medicine (1 obra) · Law (1 obra) · Law (1 obra) · Mathematics (1 obra) · Ohm (1 obra)

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