Search Results - "McGrath, R.T."

Hydrogen sensors: Role of palladium thin film morphology by RaviPrakash, J., McDaniel, A.H., Horn, M., Pilione, L., Sunal, P., Messier, R., McGrath, R.T., Schweighardt, F.K.

“…The effect of thin film morphology, carbon monoxide (CO) and resistor geometry on the response of hydrogen sensitive thin film palladium resistors has been…”
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Measurements and simulations of VUV emissions from plasma flat panel display pixel microdischarges by McGrath, R.T., Veerasingam, R., Hunter, J.A., Rockett, P.D., Campbell, R.B.

“…This paper reports on measurements of the principal vacuum ultra-violet emission lines from micro discharges operating with helium/xenon gas mixture used in…”
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Short-term glucose variability in adults with Type 1 diabetes does not differ between insulin pump and multiple daily injection users – a masked continuous glucose monitoring study in clinical practice by Scott, E.S., McGrath, R.T., Januszewski, A.S., Fulcher, G.R., Jenkins, A.J.

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One-dimensional single and multipulse simulations of the ON/OFF voltages and the bistable margin for He, Xe, and He/Xe filled plasma display pixels by Veerasingam, R., Campbell, R.B., McGrath, R.T.

“…A one-dimensional plasma model developed for AC plasma display pixels is used to perform multipulse and single-pulse simulations to model the maximum sustain…”
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Excess foetal growth and glycaemic control in type 1 diabetes and pregnancy by Ring, S., Glastras, S.J., Hocking, S.L., Seeho, S.K., Scott, E.S., Fulcher, G.R., McGrath, R.T.

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A two-dimensional multispecies fluid model of the plasma in an AC plasma display panel by Campbell, R.B., Veerasingam, R., McGrath, R.T.

“…A time dependent, two-dimensional model for simulating the plasma evolution in an AC plasma display panel (AC-PDP) is described. Reaction-convection…”
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Two-dimensional simulations of plasma flow and charge spreading across barrier pixels in AC plasma displays by Veerasingam, R., Campbell, R.B., McGrath, R.T.

“…Two-dimensional multispecies simulations of adjacent pixels separated by a barrier height 80% the gap height in a plasma display pixel cell are performed. The…”
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One-dimensional fluid and circuit simulation of an AC plasma display cell by Veerasingam, R., Campbell, R.B., Mcgrath, R.T.

“…A one-dimensional multispecies model of a helium filled AC plasma display cell is described. The model includes a continuity equation for each species…”
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Ion energy distribution in NF/sub 3/ based process chamber cleaning discharges by Hsueh, H.P., Felker, B.S., McGrath, R.T., Langan, J.G.

“…Summary form only given. NF/sub 3/ based discharges are commonly used for cleaning residual silicon dioxide and nitride from plasma enhanced chemical vapor…”
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MgO erosion in plasma displays measured with microbeam RBS by McGrath, R.T., Veerasingam, R., Schone, H., Walsh, D.

“…Summary form only given. Spatially resolved Rutherford backscattering (RBS) measurements have been made on interior thin film surfaces of plasma driven flat…”
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Fluid simulations of an AC plasma display panel (AC-PDP) by Campbell, R.B., Veerasingam, R., McGrath, R.T.

“…Summary form only given. The AC-PDP is a promising candidate for flat screen applications requiring large surface areas (e.g. high definition television)…”
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1D fluid simulations of a helium-xenon filled AC plasma display panel by Veerasingam, R., Campbell, R.B., McGrath, R.T.

“…Summary form only given, as follows. A one dimensional multi-species fluid model has been developed to analyze the operation of an ac plasma display panel (AC…”
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Microbeam RBS on flat panel displays by Schöne, H., Walsh, D., McGrath, R.T., Burkhart, J.H., Doyle, B.L.

“…We have demonstrated the utility of microbeam-Rutherford BackScattering (μ-RBS) in spatially resolved studies of operational plasma effects on the interior…”
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The role of surface microstructure in the sputtering of graphite by Youchison, D. L., Nahemow, M. D., McGrath, R. T., Baratta, A. J.

“…Extensive exposure to tokamak plasmas may result in significant alterations to the surface microstructure of graphite plasma‐facing components. A change in…”
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Kinetic modeling of plasma‐limiter interaction in the TEXTOR edge region by Harris, J. A., McGrath, R. T.

“…The plasma flow properties along a field line intercepting a limiter or other neutralizing surface are significantly altered through charge exchange and…”
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