Search Results - "Ford, D.H"

High current, thin silicon-on-ceramic solar cell by Ford, D.H., Rand, J.A., Delledonne, E.J., Ingram, A.E., Bisaillon, J.C., Feyock, B.W., Mauk, M.G., Hall, R.B., Barnett, A.M.

“…Thin-film polycrystalline silicon solar cells offer the potential to achieve 19% efficient photovoltaic power conversion. Well-designed, 20-100 micron thick,…”
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High current, thin silicon-on-ceramic solar cell by Barnett, A.M, Rand, J.A, Hall, R.B, Bisaillon, J.C, DelleDonne, E.J, Feyock, B.W, Ford, D.H, Ingram, A.E, Mauk, M.G, Yaskoff, J.P, Sims, P.E

“…Solar cells utilizing thin-film polycrystalline silicon can achieve photovoltaic power conversion efficiencies greater than 19%. These high efficiencies are a…”
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Light-trapping and back surface structures for polycrystalline silicon solar cells by Bai, Yibin, Barnett, Allen M., Rand, James A., Ford, David H.

“…Light‐trapping in polycrystalline silicon solar cells is usually considered to be more difficult to implement than that in single crystal silicon solar cells…”
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16.6% efficient Silicon-Film/sup TM/ polycrystalline silicon solar cells by Bai, Y., Ford, D.H., Rand, J.A., Hall, R.B., Barnett, A.M.

“…A 16.6% efficient Silicon-Film/sup TM/ solar cell has been demonstrated and verified on a one-square-centimeter device. This result was achieved with an…”
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High power, commercial Silicon-Film/sup TM/ solar cells by Ford, D.H., Barnett, A.M., Hall, R.B., Kendall, C.L., Rand, J.A.

“…Silicon-Film/sup TM/ wafers are cut from continuous sheets of solar cell quality silicon grown on low cost substrates. The original Silicon-Film/sup TM/ solar…”
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13% Silicon Film/sup TM/ solar cells on low-cost barrier-coated substrates by Ingram, A.E., Barnett, A.M., Cotter, J.E., Ford, D.H., Hall, R.B., Rand, J.A., Thomas, C.J.

“…Thin-film polycrystalline silicon solar cells offer significant cost savings over single crystal and cast polycrystalline wafers that are sliced from ingots,…”
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Development of light-trapped, interconnected, Silicon-Film modules by Ford, D.H., Rand, J.A., Barnett, A.M., DelleDonne, E.J., Ingram, A.E., Hall, R.B.

“…AstroPower is employing Silicon-Film/sup TM/ technology toward the development of an advanced thin-silicon-based, photovoltaic module product. This module…”
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Large-area Silicon-Film/sup (TM)/ manufacturing under the PVMaT program by Rand, J.A., Bai, Y., Checchi, J.C., Culik, J.S., Ford, D.H., Kendall, C.L., Sims, P.E., Hall, R.B., Barnett, A.M.

“…AstroPower is developing a manufacturing process for Silicon-Film/sup (TM)/ solar cell production under an NREL-administered PVMaT cost-share program. Progress…”
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Progress on thin silicon-on-ceramic solar cells by Sims, P.E., Ingram, A.E., DelleDonne, E.J., Yaskoff, J.P., Ford, D.H., Hall, R.B., Rand, J.A., Barnett, A.M.

“…AstroPower is employing Silicon-Film/sup TM/ technology toward the development of an advanced thin-silicon-based, photovoltaic module product. This module…”
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Silicon-on-ceramic monolithically interconnected solar cell modules by Sims, P.E., Ingram, A.E., DelleDonne, E.J., Yaskoff, J.P., Ford, D.H., Rand, J.A., Barnett, A.M.

“…AstroPower is developing an advanced photovoltaic module product based on thin-silicon on ceramic substrates. This paper reviews the motivations, technical…”
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Electron density measurements of electron beam pumped XeCl laser mixtures by KIMURA, W. D, GUYER, D. R, MOODY, S. E, SEAMANS, J. F, FORD, D. H

“…Time-dependent electron density measurements of electron beam pumped XeCl laser mixtures (nonlasing) are performed using a CO2 (10.6 μm) quadrature…”
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Narrowband, single line, 1 μs XeF laser by KIMURA, W. D, GUYER, D. R, SEAMANS, J. F, FORD, D. H

“…A narrowband (5 GHz) electron beam pumped XeF oscillator/amplifier, lasing at 353.2 nm over a 1-μs pulse duration, has been demonstrated. Line selection,…”
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Electron density measurements of electron-beam-pumped XeF and KrF laser mixtures by KIMURA, W. D, GUYER, D. R, MOODY, S. E, SEAMANS, J. F, FORD, D. H

“…A CO2 quadrature interferometer is used to measure the temporal evolution of the electron density in XeF and KrF electron-beam-pumped laser mixtures…”
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2.8 watt, large-area Silicon-Film solar cells by Ford, D.H., Barnett, A.M., Checchi, J.C., Collins, S.R., Hall, R.B., Kendall, C.L., Lampo, S.M., Rand, J.A., Trabant, A.M.

“…The objective of the Silicon-Film program is to produce a high-performance, large-area solar cell that utilizes low-cost materials and manufacturing for…”
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( 131 I)Triiodothyronine transport into rat cerebral cortex slices by Ford, D H

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Accumulation of 14C by ventral horn and dorsal root ganglion neurons after intravenous injection of (14C)GABA by Ford, D H, Rhines, R K

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Accumulation of [3H]lysine in various types of neurons in male rats by Ford, D H, Rhines, R K

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A morphological comparison of the regional distribution of methadone in human and rat brain as demonstrated by immunofluorescence by Pertschuk, L P, Sher, J H, Ford, D H

“…The brains of ten narcotic addicts who had died from an overdose of methadone, and the brains of ten rats, given methadone for one month, were examined by the…”
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[3H]uracil accumulation in motor neurons compared with that occurring in blocks of nerve tissue, liver, muscle and plasma in the rat by Ford, D H, Blatt, B

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Development of large area thin crystalline silicon-film solar cells by Barnett, A.M., Domian, F.A., Feycock, B.W., Ford, D.H., Kendall, C.L., Rand, J.A., Ruffins, T.R., Rock, M.L., Hall, R.B.

“…The development of thin polycrystalline silicon-film solar cells on low-cost ceramic substrates for commercial power applications is presented. The…”
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