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A Note on the Longitudinal Diffusion of Electrons in Argon
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Dias T H V T,
Rachinhas P J B M,
Santos F P,
Lopes J A M,
Coelho L C C,
Conde C A N, Stauffer A D
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Swarms of Ions and Electrons in Gases (1984)
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Pitchford L C,
Alves L L,
Bartschat K,
Biagi S F,
Bordage M C,
Phelps A V,
Ferreira C M,
Hagelaar G J M,
Morgan W L,
Pancheshnyi S,
Puech V,
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Pack J. L.,
Voshall R. E.,
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The diffusion and drift of electrons in gases
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