tese de doutorado utilização de técnicas ... - Pfi.uem.br - UEM
tese de doutorado utilização de técnicas ... - Pfi.uem.br - UEM
tese de doutorado utilização de técnicas ... - Pfi.uem.br - UEM
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[21] F Cernuschi, A Figari , L Fab<strong>br</strong>i, “Thermal wave interferometry for measuring the thermal<<strong>br</strong> />
diffusivity of thin slabs”; Journal of materials science, 35 (23): 5891-5897 (2000).<<strong>br</strong> />
[22] E S Nogueira, J R D Pereira, M L Baesso, A C Bento, “Study of layered and <strong>de</strong>fective<<strong>br</strong> />
amorphous solids by means of thermal wave method”; Journal of non-crystalline solids, 318,<<strong>br</strong> />
314-321 (2003).<<strong>br</strong> />
[23] A Rosencwaig, A Gersho, “Theory of the photoacoustic effect with solids”; Journal of<<strong>br</strong> />
Applied Physics, 47 (1) Jan 1976, A Rosencwaig, “Photoacoustic and photoacoustic<<strong>br</strong> />
spectroscopy”; John Wiley & Sons, New York, 1980.<<strong>br</strong> />
[24] C L Cesar, C A S Lima, N F Leite, H Vargas, A F Rubira, F Galembeck, “Optical<<strong>br</strong> />
absorption measurements in a new composite material by combined photoacoustic and<<strong>br</strong> />
beam transmission technique”; J. Appl. Phys. 57 (9), 4431-4436 (1985).<<strong>br</strong> />
[25] A Ferreira da Silva, C Ying Na, J C <strong>de</strong> Souza, A S Alves, T S da Silva, N S Dantas, J S<<strong>br</strong> />
Almeida, A V B da Silva, I Pepe; “Optical characterization and metal-nonmetal transition<<strong>br</strong> />
of boron-doped Si1-xGex alloy”; Sólid-State Eletronics, 43, 17-20 (1999).<<strong>br</strong> />
[26] R T Swimm, “Photoacoustic <strong>de</strong>termination of thin-film thermal properties”; Appl. Phys.<<strong>br</strong> />
Lett. 42(11), 955-957 (1983).<<strong>br</strong> />
[27] M J Adans, G F Kirk<strong>br</strong>ight, “Thermal diffusivity and thickness measurements for solid<<strong>br</strong> />
samples utilizing the optoacoustic effect”; Analyst, 102, 678-682 (1977).<<strong>br</strong> />
[28] K N Madhusoodanan, M R Thomas, J Philip, “Photoacoustic measurements of thermal<<strong>br</strong> />
conductivity of some bulk polymer samples”; J. Appl. Phys., 62(4), 1162-1166 (1987).<<strong>br</strong> />
[29] L Olenka, E N da Silva, W L F dos Santos, A F Rubira, E C Muniz, A N Medina, M L<<strong>br</strong> />
Baesso, A C Bento, “Photoacoustic spectroscopy for monitoring the dyeing process of<<strong>br</strong> />
poly(ethylene terephthalate)”; Analyst, 127, 310-314 (2002).<<strong>br</strong> />
[30] A G Bell.; On the production and reprodution of sound by light, Am. J. Sci., 120, 1880.<<strong>br</strong> />
[31] O Zelaya-Angel, J J Alvarado-Gil, R Lozada-Morales, H Vargas, A Ferreira da Silva,<<strong>br</strong> />
“Band-gap shift in CdS semiconductor by photoacoustic spectroscopy: evi<strong>de</strong>nce of a cubic<<strong>br</strong> />
to hexagonal lattice transition”; Appl. Phys. Lett., 64(3), 291-293 (1994).<<strong>br</strong> />
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