Normal Shock (Rankine-Hugoniot) Relations for Various Altitudes for Sea Level to 300,00 Feet

Willett, Joseph E.; Lehto, D. L.

doi:10.21236/ad0202403

Cited by 3 publications

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“…The lower shaded zone in Fig. 1 was obtained from normal shock calculations for air in thermodynamic equilibrium 8 and a viscosity which varied as T s 112 . Since radiative effects on the shock structure were also neglected, the extent of this zone is highly qualitative.…”

Section: Flow Regimesmentioning

confidence: 99%

Physics of meteor entry

Romig

1965

AIAA Journal

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Nomenclature*A = cross-sectional area A* = reference area, Eq. (20)heat of ablation or vaporization R = radius Re = Reynolds number t = time T = temperature, °K v = velocity a. = inverse scale height T = angle between flight path and horizontal e = function denoting second-order effects, Eq. (4) A = mean free path p -density or = entry parameter, Eq. (23) T = luminous efficiency factor TO = luminosity coefficient = ballistic parameter = 2wa s Subscripts B = body BL = boundary layer e = end of luminous flight p = photometric r = reflected 5 = stagnation SL = sea level 00 = conditions at entry

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Section: Flow Regimesmentioning

confidence: 99%

Physics of meteor entry

Romig

1965

AIAA Journal

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Separation of Magnetic Driving and Ohmic Heating

Banister

1960

The Physics of Fluids

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In this experiment, brief unidirectional current discharges were passed through nitrogen in the presence of a transverse uniform magnetic field. The gas between the electrodes was heated and given a directed velocity. Since flow is limited to the direction of this directed velocity, the usual shock-tube theory modified for this velocity may be used to describe shock development. This theoretical method, which provides separation of the roles of magnetic driving and Ohmic heating, was found to be precisely applicable until the material traverses more than half the electrode dimension during the discharge. The technique seems potentially useful for studying plasma conductivity and equation of state.

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A study of radiation-induced shock waves external to quartz discharge tubes and associated fracture problems

Elton

1964

J. Nucl. Energy, Part C Plasma Phys.

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Normal Shock (Rankine-Hugoniot) Relations for Various Altitudes for Sea Level to 300,00 Feet

Cited by 3 publications

References 0 publications

Physics of meteor entry

Physics of meteor entry

Separation of Magnetic Driving and Ohmic Heating

A study of radiation-induced shock waves external to quartz discharge tubes and associated fracture problems

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