n-type emitter epitaxy for crystalline silicon thin-film solar cells (2008)
Schmich, E., Lautenschlager, H., Friess, T., Trenkle, F., Schillinger, N., Reber, S.
Crystalline silicon thin-film (cSiTF) solar cells are an attractive alternative to bulk silicon solar cells. At Fraunhofer ISE the concept of the epitaxial wafer equivalent (EpiWE)is followed, where...
Reber, S., Hurrle, A., Schillinger, N.
WO 2007033832 A2 UPAB: 20070517 NOVELTY - In a device for continuous atmospheric pressure gas phase deposition onto substrates, comprising a reaction chamber (1) with two opposite open sides, along...
Silicon CVD deposition for low cost applications in photovoltaics (2007)
Schmich, E., Schillinger, N., Reber, S.
This paper presents a low cost application of high-temperature silicon CVD depositions for photovoltaics. Crystalline silicon thin-film (cSiTF) solar cells could be an attractive alternative to bulk...
Epitaxy of emitters on P-and N-type substrates for crystalline silicon solar cells (2006)
Schmich, E. ., Reber, S., Hees, J., Lautenschlager, H., Schillinger, N., Willeke, G.
This paper suggests epitaxy of silicon for emitter formation by high temperature CVD as an alternative to conventional processing for standard silicon wafer solar cells. Epitaxy could provide an...
Progress in crystalline silicon thin-film solar cell work at Fraunhofer ISE (2005)
Reber, S., Eyer, A., Schmich, E., Haas, F., Schillinger, N., Janz, S.
Mc-Si thin film solar cells by fast CVD on low cost SSP pre-ribbons (1996)
Faller, F., Schillinger, N., Hurrle, A., Schetter, C., Eyer, A.
Crystalline thin film silicon solar cells -CTFSSC- (1993)
Wagner, B., Friedrich, F., Schillinger, N., Eyer, A.
Crystalline Thin Film Silicon Solar Cells (CTFSSC) in the thickness range of 30 mym are of great interest, since on one hand they promise to reduce the amount of expensive high quality silicon...
Silicon sheets for solar cells grown from silicon powder by the SSP-technique (1990)
Schillinger, N., Eyer, A., Räuber, A.
A thin layer of silicon powder is poured onto supporting plates made of quartz. In a second step the surface or this layer is melted by focussing light of halogen lamps onto the surface. The liquid...
Continuous processing of silicon sheet material by the SSP-method (1989)
Schillinger, N., Grabmaier, J.G., Eyer, A., Räuber, A.
Purpose of the SSP project (Silicon Sheets from Powder) is to grow large area polycrystalline silicon sheets (100 x 100 square millimeters) for solar cells with high conversion efficiency (bigger...
Silicon ribbons for solar cells grown from powder by the SSP method (1988)
Schillinger, N., Grabmaier, J.G., Eyer, A., Räuber, A.
Aim of the SSP project (Silicon Sheets from Powder) is to grow large area silicon substrates for solar cells of high conversion efficiency. A silicon powder layer is converted into a polycrystalline...
Crystal structure and electrical properties of silicon sheets grown from powder - SSP-Method (1987)
Schindler, R., Reis, I., Schillinger, N., Grabmaier, J.G., Eyer, A.
Verfahren zum Herstellung von grossflaechigen Siliziumkristallkoerpern fuer Solarzellen (1987)
Eyer, A., Raeuber, A., Schillinger, N.
DE 3536743 A UPAB: 19930922 Silicon-powder with a grainsize of not more than 100 microns is poured into a flat container (3) which has a surface of Si or a Si-cpd. and a size consistent with that of...