FT-NIR, MicroNIR and LED-MicroNIR for detection of adulteration in palm oil via PLS and LDA

FT-NIR, MicroNIR and LED-MicroNIR for detection of adulteration in palm oil via PLS and LDA

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Chemometrics analysis was performed to compare the performance of FT-NIR, MicroNIR and LED-NIR for detection of adulteration in palm oil. FT-NIR has a high spectral resolution and signal-to-noise ratio, but MicroNIR is more light weight and suitable for on-site application. The feasibility of LED to...

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Bibliographic Details
Main Authors: Abdul Khir, M.F (Author), Bakar, J. (Author), Basri, K.N (Author), Hussain, M.N (Author), Laili, A.R (Author), Sharif, Z. (Author), Tuhaime, N.A (Author), Zoolfakar, A.S (Author)
Format: Article
Language:English
Published: Royal Society of Chemistry 2018
Subjects:
Chemometrics analysis
Correlation coefficient
Cost effectiveness
High spectral resolution
Infrared devices
Least squares approximations
Light emitting diodes
Linear regression
Linear regression methods
Low-power consumption
Palm oil
Palmprint recognition
Partial least square algorithms
Signal to noise ratio
Site application
Spectral resolution
Tungsten
Variable selection methods
Online Access:View Fulltext in Publisher
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