Search Results - "Lipinski, R.J."

Growth, morphogenesis, and differentiation during mouse prostate development in situ, in renal grafts, and in vitro by Doles, J.D., Vezina, C.M., Lipinski, R.J., Peterson, R.E., Bushman, W.

“…BACKGROUND In vitro organ culture and renal grafting of the urogenital sinus (UGS) have both been used as models of prostate development. However, neither has…”
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Design and performance of Sandia's contactless coilgun for 50 mm projectiles by Kaye, R.J., Cnare, E.C., Cowan, M., Duggin, B.W., Lipinski, R.J., Marder, B.M., Douglas, G.M., Shimp, K.J.

“…A multistage, contactless coilgun is being designed to demonstrate the applicability of this technology to accelerate nominal 50-mm-diameter projectiles to…”
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Erosion of a relativistic electron beam propagating in a plasma channel by Werner, PW, Schamiloglu, E, Smith, JR, Struve, KW, Lipinski, RJ

“…A relativistic electron beam has propagated 91 m in a laser-ionized plasma channel across applied magnetic fields much larger than the geomagnetic field. Beam…”
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Space applications for contactless coilguns by Lipinski, R.J., Beard, S., Boyes, J., Cnare, E.C., Cowan, M., Duggin, B.W., Kaye, R.J., Morgan, R.M., Outka, D., Potter, D., Widner, M.M., Wong, C.

“…Two space applications are considered for (electrically) contactless coilguns: launch of small satellites into low-Earth orbit, and launch of lunar liquid…”
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Transverse oscillations of a long-pulse electron beam on a laser-formed channel by Smith, J.R., Shokair, I.R., Struve, K.W., Schamiloglu, E., Werner, P.W., Lipinski, R.J.

“…An intense relativistic electron beam may be transported in low-pressure gas using an ion channel which focuses and guides the beam. The beam can be unstable…”
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Long pulse, long range propagation by Smith, J.R., Lipinski, R.J., Schamiloglu, E., Shokair, I.R., Struve, K.W., Werner, P.W.

“…Summary form only given. An experiment was performed to measure ion hose growth rate using the Troll accelerator (2.5 MeV, 1 kA, 1μs) and a 14-m-long,…”
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Measurement Of Erosion Rates Of A Relativistic Electron Beam by Werner, P.W., Schamiloglu, E., Smith, J., Struve, K., Lipinski, R.J., Armstead, D., Hogeland, S., Kiekel, P.D., Molina, I.

“…Erosion rates have been measured for a 2.5 MeV, 0.5 μsec electron beam propagating on a laser-formed plasma channel in the ion-focused regime. Various values…”
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