2009
DOI: 10.1111/j.1556-4029.2009.01058.x
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Application of Raman Spectroscopy and Surface‐Enhanced Raman Scattering to the Analysis of Synthetic Dyes Found in Ballpoint Pen Inks*

Abstract: The applicability of Raman spectroscopy and surface-enhanced Raman scattering (SERS) to the analysis of synthetic dyes commonly found in ballpoint inks was investigated in a comparative study. Spectra of 10 dyes were obtained using a dispersive system (633 nm, 785 nm lasers) and a Fourier transform system (1064 nm laser) under different analytical conditions (e.g., powdered pigments, solutions, thin layer chromatography [TLC] spots). While high fluorescence background and poor spectral quality often characteri… Show more

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Cited by 145 publications
(116 citation statements)
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“…6 Irradiando-se a amostra com uma potente fonte de laser de radiação monocromática no visível ou no infravermelho próximo, têm-se os espectros Raman, que, em geral, fornecem informações complementares aos correspondentes no IR. 47 Claybourn e colaboradores 5 estudaram o uso de um microscó-pio Raman confocal na análise comparativa de tintas, cruzamento de linhas e falsificação de documentos.…”
Section: Espectroscopia Ramanunclassified
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“…6 Irradiando-se a amostra com uma potente fonte de laser de radiação monocromática no visível ou no infravermelho próximo, têm-se os espectros Raman, que, em geral, fornecem informações complementares aos correspondentes no IR. 47 Claybourn e colaboradores 5 estudaram o uso de um microscó-pio Raman confocal na análise comparativa de tintas, cruzamento de linhas e falsificação de documentos.…”
Section: Espectroscopia Ramanunclassified
“…Análises de cruzamento de traços podem também ser realizadas, independemente da composição e interação química existente entre a tinta e o substrato evitando, assim, a ocorrência de resultados falso-positivos. 6 A técnica Raman vem se mostrando bastante promissora para a análise de tintas envolvendo falsificação de documentos; entretanto, poucos trabalhos são descritos na literatura. 5,6 Para problemas envolvendo datação de tintas, por exemplo, nenhuma publicação foi encontrada utilizando esta técnica.…”
Section: Espectroscopia Ramanunclassified
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“…The main advantage of Raman spectroscopy is its non-destructive and non-invasive effect on a sample, which allows a back-to-back analysis to be conducted if necessary. In addition, this method is a fast and efficient way to conclusively identify both organic and inorganic substances, which indicates its high chemical selectivity [15]; moreover, the samples analyzed by Raman spectroscopy do not require preliminary preparation. Also, Raman spectroscopy enables very small samples (<1 µm) to be analyzed with a high spatial (≤1 µm) and spectral (<1 cm −1 ) resolution [14].…”
Section: Introductionmentioning
confidence: 99%
“…Also, Raman spectroscopy enables very small samples (<1 µm) to be analyzed with a high spatial (≤1 µm) and spectral (<1 cm −1 ) resolution [14]. In turn, low laser radiation power (~4 mW) is sufficient to obtain Raman spectra, bringing the risks of potential laser-induced degradation to a minimum [15]. Nevertheless, there is at least one shortcoming of this method: a fluorescence signal yielded by a sample, which interferes with the recording of high quality spectra.…”
Section: Introductionmentioning
confidence: 99%