54 results on '"Nijs, J."'
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2. Advanced concepts and options for thin-film crystalline Si solar cells.
3. Islanding of grid-connected AC module inverters.
4. On the electron minority carrier mobility and the effective bandgap in heterojunction bipolar transistors with strained Si1-xGex-base.
5. Comparative stud of low temperature poly-Si TFTs obtained by various crystallization techniques for use in active matrix LCDs.
6. Evidence of the Influence of Heavy-doping Induced Bandgap Narrowing on the Collector Current of Strained SiGe-base Heterojunction Bipolar Transistors.
7. Band offsets in heavily doped p type GeSi/Si(100) strained layers: Applications to design of Long Wave-length InfraRed (LWIR) detectors.
8. Bandgap Narrowing Due to Heavy Doping in Si1-xGex Layers.
9. Trends in Heterojunction Silicon Bipolar Transistors.
10. Spectral response and dark I-V characterization of polycrystalline Si solar cells with conventional and selective emitters.
11. 636 mV open circuit voltage multicrystalline silicon solar cells on Polix material: trade-off between short circuit current and open circuit voltage.
12. Tailoring the degradation of the quantum efficiency of multicrystalline silicon solar cells caused by non-optimized heavy phosphorus diffusion.
13. High efficiency solar cells on electromagnetic cold crucible cast multicrystalline silicon.
14. Solar cell preparation in thin silicon membranes.
15. Increase in efficiency and material yield by use of PECVD silicon nitride in a simple screen printing process on Solarex material [solar cells].
16. Twodimensional solar cell simulations by means of circuit modelling.
17. Isotropic texturing of multicrystalline silicon wafers with acidic texturing solutions [solar cell manufacture].
18. A simple processing sequence for selective emitters [Si solar cells].
19. Comparison of bulk and surface passivation properties of plasma nitrides on Si and SiGe solar cells.
20. Development of easy-to-use surface passivation schemes for lifetime measurements on monocrystalline Si with (100)-orientation.
21. Interaction between bulk and surface passivation mechanisms in thin film solar cells on defected silicon substrates.
22. Rapid thermal processing of conventionally and electromagnetically cast 100 cm/sup 2/ multicrystalline silicon.
23. Improved understanding and characterisation of rapid thermal oxides.
24. Electrical and optical bandgaps of Ge/sub x/ Si/sub 1-x/ strained layers.
25. The emitter-base interface current in silicon bipolar transistors with emitters deposited by plasma-enhanced CVD.
26. Monitoring the high-efficiency silicon solar cell process by lifetime measurements.
27. Cost-effective thin film solar cell processing on multicrystalline silicon.
28. A silicon bipolar transistor with a hydrogenated amorphous emitter.
29. Selective emitters in Si by single step rapid thermal diffusion for photovoltaic devices.
30. Increase in efficiency and material yield by use of PECVD silicon nitride in a simple screen printing process on Solarex material [solar cells]
31. Cost-effective thin film solar cell processing on multicrystalline silicon
32. Twodimensional solar cell simulations by means of circuit modelling
33. Solar cell preparation in thin silicon membranes
34. A simple processing sequence for selective emitters [Si solar cells]
35. Comparison of bulk and surface passivation properties of plasma nitrides on Si and SiGe solar cells
36. Islanding of grid-connected AC module inverters
37. Isotropic texturing of multicrystalline silicon wafers with acidic texturing solutions [solar cell manufacture]
38. Silane glow discharge based double antireflection coatings for cr-Si solar cells
39. Quantifying the occurrence and duration of power fluctuations introduced by photovoltaic systems.
40. Analysing short-time irradiance fluctuations by their characteristic time scales.
41. A study on the microscopical and macroscopical effects of hydrogenation on the performance of multicrystalline solar cells.
42. Low temperature formation of emitter and BSF by rapid thermal co-diffusion of P, Al or B.
43. The study of the influence of the layer resistivity of thin epitaxial Si cells.
44. A comparative study of buried contact and screen printed polycrystalline silicon solar cells with a mechanically V-grooved surface texturization.
45. Latest efficiency results with the screenprinting technology and comparison with the buried contact structure.
46. Mechanical wafer engineering for high efficiency solar cells: an investigation of the induced surface damage.
47. Optimal surface and bulk passivation of high efficiency multicrystalline silicon solar cells.
48. Silane glow discharge based double antireflection coatings for cr-Si solar cells.
49. High efficiency polycrystalline silicon solar cells with conventional and selective emitters.
50. Effect of hydrogen plasma passivation on the efficiency of polycrystalline silicon solar cells.
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