Visuelle Methoden

Kortüm, G.

doi:10.1007/978-3-642-87211-2_3

Kolorimetrie · Photometrie Und Spektrometrie

1962

DOI: 10.1007/978-3-642-87211-2_3

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Visuelle Methoden

G. Kortüm¹

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1996

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“…In cases of photometry (UV/visible, near-IR, or IR spectrometry), expression (2) corresponds to the Lambert−Beer law, for example. The first photometric multicomponent models were reported in the 1960s . Later, modern calibration methods in latent variables such as principal component regression, partial least-squares regression, , and canonical correlation analysis were reported.…”

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confidence: 99%

Simultaneous Mixture Analysis Using a Dynamic Microbial Sensor Combined with Chemometrics

et al. 1996

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A biosensor consisting of immobilized microbial cells and an oxygen electrode was used in a flow-through system as a microbial sensor flow injection analyzer (FIA). For different organic analytes, the metabolism of vital cells provides individual time-resolved responses with distinct time-dependent amplitudes. Chemometrical data analysis revealed that the individual responses are additive and depend linearly on single analyte concentrations. Based on these observations, simultaneous multicomponent analysis of organic mixtures was carried out in the FIA's time domain with analytical errors of less than 10%. For mixture analysis and monitoring in processes like enzymatic conversions, the described microbial sensor FIA ("dynamic microbial sensor") offers an alternative to expensive analytical equipment.

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Simultaneous Mixture Analysis Using a Dynamic Microbial Sensor Combined with Chemometrics

et al. 1996

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Visuelle Methoden

Cited by 1 publication

References 12 publications

Simultaneous Mixture Analysis Using a Dynamic Microbial Sensor Combined with Chemometrics

Simultaneous Mixture Analysis Using a Dynamic Microbial Sensor Combined with Chemometrics

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