FRAGA, M.M.FETAL, S.T.G.FRAGA, F.A.F.ANTUNES, E.GONCALVES, J.A.C.BUENO, C.C.FERREIRA MARQUES, R.POLICARPO, A.J.P.L.2014-07-312014-07-312014-07-312014-07-312000FRAGA, M.M.; FETAL, S.T.G.; FRAGA, F.A.F.; ANTUNES, E.; GONCALVES, J.A.C.; BUENO, C.C.; FERREIRA MARQUES, R.; POLICARPO, A.J.P.L. Study of scintillation light from microstructure based detectors. <b>IEEE Transactions on Nuclear Science</b>, v. 47, n. 3, p. 933-939, 2000. DOI: <a href="https://dx.doi.org/10.1109/23.856721">10.1109/23.856721</a>. Disponível em: http://repositorio.ipen.br/handle/123456789/7191.0018-9499http://repositorio.ipen.br/handle/123456789/7191In a previous work it has been pointed out that a CCD readout system associated to a microstructure based gaseous detector (microstrip, microgap, GEM, etc. ) can be used for non destructive testing of these detectors. The choice of the gas mixture is an important issue, in so far as its emission spectrum should overlap efficiently the sensitivity region of the CCD (400-1100 nm). In the present work we report on a systematic study for several gas mixtures which includes measurements of the total light yields as a function of the electric field and of the spectrometric distribution of the light emitted, in the wavelength region between 250 and 930 nm. Results are presented for pure argon and argon and xenon based gas mixtures, A comparison is made between the results obtained with the CCD coupled to a GEM detector and with a gaseous scintillation proportional counter.933-939openAccessgas scintillation detectorsproportional countersscintillationsphoton emissionemission spectraargonxenoncharged particle detectioncharge-coupled devicesphotodetectorsArtigo de periódico34710.1109/23.856721https://orcid.org/0000-0001-7881-7254https://orcid.org/0000-0002-8940-9544