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Works cited by this work

11 works

Work: Rotational analog of the Hall effect: Coriolis contribution to electric current

  1. Test for relativistic gravitational effects on charged particlesp

    A. K. Jain, J. E. Lukens, J. S. Tsai

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  2. The fall of charged particles under gravity: A study of experimental problems

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  3. Relativistic thermoelectromagnetic gravitational effects in normal conductors and superconductors

    J. Anandan

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  4. Ohm's Law in General Relativity and Coriolis Force Effects in Rotating Conductors

    Bobomurat Ahmedov

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  5. Principles for detecting charge redistribution produced by fields of gravity and inertia inside conductors

    Bobomurat Ahmedov, L. Ya. Arifov

    ArticleRelativity and Gravitational TheoryGeneral Relativity and Gravitation19944 citations
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  6. Electric fields in accelerating conductors

    Timothy J. Davis, G. I. Opat

    Article19884 citations
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  7. Potentials on Rotor Surfaces

    J. W. Beams

    Article19683 citations
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  8. Electric fields in accelerating conductors: measurement of the EMF in rotationally accelerating coils

    Gareth Moorhead, Geoffrey I. Opat

    Article19963 citations
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  9. On a New Action of the Magnet on Electric Currents

    Edwin H. Hall

    Article18793 citations
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  10. New relativistic gravitational effects using charged-particle interferometry

    J. Anandan

    Article19842 citations
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  11. Application of Schiff's rotating-frame electrodynamics

    Øyvind Grøn

    Article19842 citations
    ABI