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R. Stephenson (1962)
A and VBritish Journal of Ophthalmology, 46
V. Kosarev, S. Klinkov, V. Zaǐkovskiǐ, S. Kundasev (2015)
Gas dynamics of a supersonic radial jet. Part IThermophysics and Aeromechanics, 22
S. Klinkov, V. Kosarev, V. Zaǐkovskiǐ (2014)
Cold Spray Deposition on Inner Side of Pipe with Aid of Radial Supersonic NozzleInternational Thermal Spray Conference
S. V. Klinkov A. P. Alkhimov (2010)
A. P. Alkhimov, S. V. Klinkov, V. F. Kosarev, and V. M. Fomin, Cold Spray Deposition. Theory and Practice, ed. by V. M. Fomin, Fizmatgiz, Moscow, 2010.
V. Kosarev (2014)
Cold spray deposition on inner side of pipe with aid of radial supersonic nozzle, 2014 Thermal Spray Conf., May 21–23, 2014
V. Kosarev, S. Klinkov, V. Zaǐkovskiǐ (2016)
Gas dynamics of a supersonic radial jet. Part IIThermophysics and Aeromechanics, 23
G. I. Abramovich (1969)
Applied Gas Dynamics
Abstract The paper presents the radial distributions of the pressure measured with a Pitot tube for the case of a radial jet with/without swirling of the input flow in the pre-chamber; the length of the supersonic part of the jet, dependency of the jet thickness as a function of the distance from the nozzle outlet, and approximating analytical formula for the jet thickness that generalizes the experimental data. Experimental data demonstrated that at the deposition distances lower than 4-6 gauges from the nozzle outlet, the solid particle velocity and temperature are almost uniform over the jet cross section. This means that the target surface can be allocated here without loss in coating quality and deposition coefficient. The maximal recommended distance where the deposition is still possible is the length of l s0 ~ 16 gauges.
Thermophysics and Aeromechanics – Springer Journals
Published: May 1, 2016
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