Gas pressure distribution in cylindrical diffuser

Kulikovskii, S. I.

doi:10.1007/bf00892587

Cited by 3 publications

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“…Theories governing the behaviour of normal ionizing shock waves have been developed by Kulikovskii and Lyubimov [4], Kunkel and Gross [5], Woods [6], Taussig [7] and James [8]. The theoretical model adopted by these authors assumes a plane shock front propagating between two infinite, conducting plates which are parallel to the upstream magnetic field.…”

Section: Theorymentioning

confidence: 99%

Characteristics of normal ionizing shock waves in helium

Bighel¹,

Watson-Munro²

1972

Nucl. Fusion

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A normal ionizing shock wave is one which propagates, with its shock front perpendicular to a steady magnetic field, into a neutral gas producing ionization. In the experiments described a cylindrical shock tube of length 170 cm and diameter 21.4 cm was used to study shock velocities and such post-shock parameters as electric fields, densities and temperatures in helium. Over a range of steady magnetic fields from 3 kG to 12 kG, discharge currents from 10 to 140 kA and gas pressures of 50, 100 and 200 mtorr, it was found that the shock velocities and electric fields behind the shock agree well with those theoretically predicted from the conservation equations and a modified form of the Chapman-Jouget hypothesis. In these calculations it was assumed that the Saha equation was applicable to the plasma. Spectroscopie measurements of the density and temperature shock profiles were also made, and are compared with those obtained from Thomson scattering.

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Section: Theorymentioning

confidence: 99%

Characteristics of normal ionizing shock waves in helium

Bighel¹,

Watson-Munro²

1972

Nucl. Fusion

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On the motion of a particle with anisotropic mass

Cheon

1974

Int J Theor Phys

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A bs tractOn the basis of the hypothesis that particle mass is anisotropic rather than isotropic, we investigate the relativistic motion of a particle within the framework of flat space-time. Assuming that the mass anisotropy is associated with the photon cloud of the particle, we argue that the self-energy of a particle is of the order of magnitude 16 m/Mol "~ 0"0005, for which conventional quantum electrodynamics, however, gives an infinite value.

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Stochastic space-time and the primary energy spectrum of cosmic rays atE 0≥1019 eV

Sinha

Roy

1985

Il Nuovo Cimento C

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Gas pressure distribution in cylindrical diffuser

Cited by 3 publications

References 0 publications

Characteristics of normal ionizing shock waves in helium

Characteristics of normal ionizing shock waves in helium

On the motion of a particle with anisotropic mass

Stochastic space-time and the primary energy spectrum of cosmic rays atE 0≥1019 eV

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