Associated Laboratory of Sensors and Materials - LAS/CTE/INPE

PUBLICATIONS
 

VEISSID, N., “Logarithmic Distribution of Planetary Albedo on South America: A New Tool for Monitoring Climate Changing”, Capítulo do livro: Public Policy, mitigation and adaptation to climate change in South America. Autores: Pedro Leite da Silva Dias, Wagner Costa Ribeiro, João Lima Sant’Anna Neto e Jurandir Zullo Jr., Editora Instituto de Estudos Avançados - IEA/USP, ISBN 978-85-63007-00-1, Downloading em http://www.iea.usp.br/cienciasambientais/, p. 249-265, 2009, (climatechangeandsouthamerica.pdf).
 
M. C. ANDRADE, C. S. S. BRASIL, I. PEPE, A FERREIRA DA SILVA, N. S.DANTAS, D. G. F. DAVID, C. Y. AN, N. VEISSID, L. N. CHRISTENSEN, E. VEJE,  H. ARVIN, C. PERSSON AND R. AHUJA, “Optical Properties of Large-Bandgap PbI2  and SbBiI3”. Annals of Optics 5, p. 100-102, 2003 (d79.pdf).
 
 
N. VEISSID, New Developments in Using Solar Cells as Remote Sensors to Gauge Climate Change. Environmental Geosciences, Vol. 10(2), p. 47-57, 2003 (10-0047.pdf).
 
N. VEISSID, New Satellite Sensor and Method for the Direct Measurement of the Planetary Albedo, results for 1999, 2000 and 2001 in South America. Atmospheric Research, Vol. 66, p. 65-82, 2003 (f13.pdf).
 
R. AHUJA, H. ARWIN, A. FERREIRA DA SILVA, C. PERSSON, J. M. OSORIO-GUILLÉN, J. SOUZA DE ALMEIDA, C. MOYSES ARAUJO, E. VEJE, N. VEISSID, C. Y. AN, I. PEPE e B. JOHANSSON, Electronic and Optical Properties of Lead Iodide. Journal of Applied Physics, Vol. 92(12), p. 7219, 2002 (JAP_PbI2.pdf).
 
N. VEISSID, Variabilidade Climática Caracterizada pelo Desvio Padrão do Albedo Planetário. XII Congresso Brasileiro de Meteorologia: A Meteorologia e a Gestão de Energia, Foz do Iguaçu-PR, Brasil, 4 a 9 de Agosto de 2002. Trabalho completo publicado nos Anais (CD-ROM), trabalho 2142-1 (2142-1.pdf e posterfoz.ppt).
 
N. VEISSID and E. B. PEREIRA, Um Modelo Simples de Levantamento do Albedo Planetário Empregando Dados do Experimento Célula Solar do Satélite Brasileiro SCD2. Brazilian Journal of Geophysics, Vol. 18(1), p. 25, 2000 (5878.pdf).
 
N. VEISSID, C. Y. AN, A. FERREIRA DA SILVA and J. I. PINTO DE SOUZA, Gap Energy Studied by Optical Transmittance in Lead Iodide Monocrystals Grown by Bridgman’s Method. Materials Research, 2(4), p. 279, 1999 (matres.pdf).
 
N. VEISSID, P. NUBILE and A. F. BELOTO, The Solar Cell Experiment on the First Brazilian Satellite: 1000 Days of Data Analysis. Second World Conference and Exhibition on Photovoltaic Solar Energy Conversion, Vienna-Austria, July 6-10, 1998, p. 3582.
 
T. S. SILVA, A. S. ALVES, I. PEPE, H. TSUZUKI, O. NAKAMURA, M. M. F. D’AGUIAR NETO, A. FERREIRA DA SILVA, N. VEISSID and C. Y. AN, Thermal Diffusivity of Lead Iodide. Journal of Applied Physics, 83(10), p. 6193, 1998.
 
N. VEISSID, P. NUBILE and A. F. BELOTO, Results of the Solar Cell Experiment of the First Brazilian Satellite. Solar Cells and Solar Energy Materials, 46(1), p. 1, 1997 (f9.pdf).
 
A. FERREIRA DA SILVA, N. VEISSID, C. Y. AN, I. PEPE, N. BARROS DE OLIVEIRA and A. V. BATISTA DA SILVA, Optical Determination of the Direct Bandgap Energy of Lead Iodide Crystals. Applied Physics Letter, 69(13), p. 1930, 1996.
 
N. VEISSID, C. Y. AN and A. FERREIRA DA SILVA, Electrical Conductivity and Optical Transmittance of Lead Iodide Crystals Grown by Bridgman’s Method, Revista Brasileira de Física Aplicada e Instrumentação, 11(4), p. 139, 1996.
 
N.VEISSID, D. BONNET and H. RICHTER, Experimental Investigation of the Double Exponential Model of a Solar Cell Under Illuminated Conditions: Considering the Instrumental Uncertainties in the Current, Voltage and Temperature Values. Solid-State Electronics, 38(11), p. 1937, 1995 (f10.pdf).
 
A. FERREIRA DA SILVA, N. VEISSID, C. Y. AN, J. CAETANO DE SOUZA, A. V. BATISTA DA SILVA, P. CÉSAR FARIAS and M. T. F. DA CRUZ, Optical Band Gap of the a-Mercuric Iodide. Journal of Applied Physics, 78(9), p. 5582, 1995.
 
P. NUBILE and N. VEISSID, Bandgap Narrowing Determination Using Current Versus Voltage Measurements on Silicon Solar Cells. 13th European Photovoltaic Solar Energy Conference, Nice-France, October 1995.
 
P. NUBILE and N. VEISSID, A Contribution to the Optimization of Front-contact grid patterns for Solar Cells. Solid-State Electronics, 37(1), p. 220, 1994.
 
P. NUBILE, N. VEISSID and A. F. BELOTO, The Solar Cell Experiment of the First Brazilian Satellite: 500 Days of Data Analysis. First World Conference on Photovoltaic Energy Conversion, Hawaii-USA, December 1994, p. 2232.
 
N. VEISSID and A. M. DE ANDRADE, The I-V Silicon Solar Cell Characteristic Parameters Temperature Dependence. An Experimental Study Using the Standard Deviation Method. Tenth E.C. Photovoltaic Solar Energy Conference, Lisbon, Portugal, April 8-12, 1991, p.43.
 
N. VEISSID, M. T. F. DA CRUZ and A. M. DE ANDRADE, "A Method for the Determination of the Standard Deviations of the Solar Cell I-V Characteristic Parameters". Solar Cells, 28, p.351, 1990.
 
P. NUBILE, A. F. BELOTO, N. VEISSID, B. WALDMAN, I. PEREYRA and A. M. ANDRADE. Annealing and Temperature Effects on Minority Carriers in Ion Implanted Silicon Solar Cells. Twenty-First IEEE Photovoltaic Specialists Conference, May 21-25, 1990, Kissimmee, Florida-USA, p. 295.
 
N. VEISSID, P. NUBILE, A.F. BELOTO and A. M. ANDRADE, The Solar Cell Experiment of the First Brazilian Complete Space Mission Satellite. Twenty-First IEEE Photovoltaic Specialists Conference, May 21 a 25, 1990, Kissimmee, Florida-USA, p. 1184.
 
A. F. BELOTO, N. VEISSID, P. NUBILE, A. M. ANDRADE and I. PEREYRA, Desenvolvimento de Células Solares de Silício Monocristalino por Implantação Iônica. Revista Brasileira de Física Aplicada e Instrumentação, 4(1), p.21, 1989.
 
N. VEISSID, S. WATANABE and G. LUCKI, Neutron Irradiation Effect on Magnetic Properties of Cr-, Mo- and Si-Dopped FeNi-Alloys. Journal of Nuclear Science and Technology, 21(3), p. 215, 1984.