Microwave digestion: an analysis of procedures

Kokot, Serge; King, Graham S.; Keller, H.R.; Massart, D.L.

doi:10.1016/0003-2670(92)85376-h

Cited by 47 publications

(17 citation statements)

References 12 publications

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“…References N Prior to 1990 Briggs et al (1990), D'Avignon and , and Mareschal and Brans (1988) 3 1991to 1994Brans and Mareschal (1994a, Brans and Mareschal (1994b), Hendriks et al (1992), Hens et al (1992), Keller et al (1991), Kokot et al (1992a), Kokot et al (1992b), Mareschal et al (1992), Mladineo et al (1992), and Vuk et al (1991) 10 1995 to 1999 Al-Rashdan et al (1999), Espinasse et al (1997), Hokkanen and Salminen (1997), Kokot and Phuong (1999), Le Téno (1999), Macharis et al (1998), Martin et al (1999), Ozelkan and Duckstein (1996), Pandey and Kengpol (1995), and Radojevic and Petrovic (1997) 10 2000 to Anagnostopoulos et al (2003, Ayoko et al (2003), Ayoko et al (2004), Brans (2002), Carroll et al (2004), Dulmin and Mininno (2003), Khalil et al (2004), Ni et al (2002), Ni et al (2004), and Rogers et al (2004) 10…”

Section: Yearmentioning

confidence: 99%

“…Chemometrics methods: PCA/data pretreatment Carmody et al (2006) To analyze the kaolinite surface infrared spectra Chemometrics methods: PCA Carmody et al (2007) To select a sorbent for an oil spill application Chemometrics methods: PCA Herngren et al (2006) Ranking the sites and particle sizes from best to worst in terms of heavy metal pollution Chemometrics methods: PCA Hendriks et al (1992) Optimization a coating process of fine granules - Khalil et al (2004) To evaluate and select suitable site for sewage effluent renovation Chemometrics methods: PCA Khalil et al (2005) To select hydrothermal conditions of waste sludge destruction Chemometrics methods: PCA Khelifi et al (2006b) To assess and rank oil regeneration technologies - Kokot et al (1992a) To select a suitable microwave digestion method PCA Kokot et al (1992b) To select a suitable microwave digestion method PCA, SIMCA, and fuzzy clustering Kumar et al (2006) Ranking the alternatives for biomass collection systems - Lerche et al (2002) Ranking 12 high production volume Chemical substances - Lewi et al (1992) Ranking experiments on the quality of treated polyester Pareto optimal points Lim et al (2005) Ranking the air samples and identifying the sources of the pollutants Chemometrics methods: PCA Lim et al (2006) Ranking the cars based on the emission factors powered by liquefied petroleum gas and unleaded petrol Chemometrics methods: PCA Lim et al (2007a) Ranking the emission factors from cars in terms of the types of the fuels Chemometrics methods: PCA Lim et al (2007b) Ranking the emission factors from buses in term of the diesel fuels Chemometrics methods: PCA/PLS Ni et al (2002) Ranking Chemometrics methods according to their performances in industrial electroplating…”

Section: Author(s)mentioning

confidence: 99%

See 1 more Smart Citation

PROMETHEE: A comprehensive literature review on methodologies and applications

Behzadian

Kazemzadeh

Albadvi

et al. 2010

European Journal of Operational Research

1,318

581

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Section: Yearmentioning

confidence: 99%

Section: Author(s)mentioning

confidence: 99%

PROMETHEE: A comprehensive literature review on methodologies and applications

Behzadian

Kazemzadeh

Albadvi

et al. 2010

European Journal of Operational Research

1,318

581

View full text Add to dashboard Cite

“…MEM is a method whose accuracy and precision have been demonstrated by many researchers (Kokot, King, Keller, & Massart, 1992;Paudyn & Smith, 1992;Tanner & Leong, 1997) and is used to measure the leaching of "acid-soluble elements" from sediments, sludges, soils, and oils (EPA, 1998). 0.5 g of each sample were placed in vessels to which 10 ml of nitric acid (Mitsubishi Chemical Corporation, high purity EL grade nitric acid) was added and were digested in a microwave digestion system (PerkinElmer Japan, MDS-2000; operating conditions: temperature raised to 175°C in approx.…”

Section: Analytical Proceduresmentioning

confidence: 99%

Method for the Estimation of the Past Illegal Dumping Recorded in a Sediment Core

Katahira

Ishitake

Moriwaki

et al. 2006

Water Air Soil Pollut

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Heavy metal concentrations of the acidsoluble fraction in sediment core samples from Nagaike, a reservoir in Osaka City, Japan, were measured by ICP-MS following the microwave extraction method. Spiked peaks for several metals in the sediment core samples were observed around 1960. The results of correlation coefficient study and cluster analysis of heavy metal concentrations in the sediment core samples showed that some metals, such as Cr, Cd, Ni and Cu, in the period of the spiked peak were derived from the different emission sources from other periods. These metals are often used for metal plating, and it was concluded that the spiked peaks were caused by illegal effluent from the metal plating industry. The load amounts of heavy metals by illegal dumping were calculated and the magnitude of the pollution was estimated.

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“…Kokot et al 32 compararam qual o melhor dentre 18 extratores, para a digestão em forno de microondas, de 5 metais determinados por Análise de Absorção Atômica (AAS). Pyle et al 33 estudaram qual a melhor dentre 4 técnicas analíticas instrumentais para a determinação de chumbo e cádmio em 50 amostras de solo.…”

Section: Estudo De Poluentes No Solounclassified

Avaliação do uso de métodos quimiométricos em análise de solos

Sena¹,

Poppi²,

Frighetto³

et al. 2000

Quím. Nova

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EVALUATION OF THE USE OF CHEMOMETRIC METHODS IN SOIL ANALYSIS. One of the major interests in soil analysis is the evaluation of its chemical, physical and biological parameters, which are indicators of soil quality (the most important is the organic matter).Besides there is a great interest in the study of humic substances and on the assessment of pollutants, such as pesticides and heavy metals, in soils. Chemometrics is a powerful tool to deal with these problems and can help soil researchers to extract much more information from their data. In spite of this, the presence of these kinds of strategies in the literature has obtained projection only recently. The utilization of chemometric methods in soil analysis is evaluated in this article. The applications will be divided in four parts (with emphasis in the first two): (i) descriptive and exploratory methods based on Principal Component Analysis (PCA); (ii) multivariate calibration methods (MLR, PCR and PLS); (iii) methods such as Evolving Factor Analysis and SIMPLISMA; and (iv) artificial intelligence methods, such as Artificial Neural Networks.Keywords: chemometrics; soil analysis; principal component analysis. DIVULGAÇÃO INTRODUÇÃOCom a crescente sofisticação das técnicas instrumentais de análise química, impulsionada pela invasão de microprocessadores e microcomputadores no laboratório, técnicas de tratamentos de dados mais complexas do ponto de vista matemáti-co e estatístico tornaram-se necessárias 1 . A análise de dados é uma parte essencial em todo experimento, sendo univariada quando somente uma variável é medida sistematicamente para várias amostras. Há muito tempo a estatística univariada vem sendo aplicada a problemas químicos, mas a sua utilização tornou-se limitada. Nas últimas décadas, a aná-lise multivariada foi introduzida no tratamento de dados quími-cos, ganhando rapidamente popularidade e dando origem a uma nova disciplina, batizada de Quimiometria. O modelo estatístico dos métodos multivariados considera a correlação entre muitas variáveis analisadas simultaneamente, permitindo a extração de uma quantidade muito maior de informação.Neste artigo será avaliada a utilização de métodos quimiométricos em análise de solos. O solo é uma estrutura complexa formada pela influência de fatores geológicos, topográficos, climáticos, temporais e antropogênicos; sendo a parte mais importante da geosfera e de onde provêm a maior parte dos nossos alimentos. Além disso, ele funciona como uma espécie de filtro ambiental para a purificação da água e do ar 2 . O interesse maior na análise de solos está na avaliação de seus parâmetros químicos (concentração de metais e nutrientes, pH, etc.), físicos (compactação, umidade, etc.) e biológicos (microrganismos, etc.), os quais são um indicador de sua qualidade. Dentre os constituintes do solo, o mais estudado é a matéria orgânica (MO). Esta controla muitas de suas propriedades e é um fator central na manutenção de sistemas agrícolas sustentá-veis. Práticas que favoreçam a conservação da MO melhoram as propriedades ...

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Microwave digestion: an analysis of procedures

Cited by 47 publications

References 12 publications

PROMETHEE: A comprehensive literature review on methodologies and applications

PROMETHEE: A comprehensive literature review on methodologies and applications

Method for the Estimation of the Past Illegal Dumping Recorded in a Sediment Core

Avaliação do uso de métodos quimiométricos em análise de solos

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