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Advanced Multivariate Techniques in Chemical Analysis for Enhanced Data Interpretation

This study explores several advanced multivariate methods, including calibration, classification, and curve resolution, emphasizing their applications in chemical analysis. We present methods such as experimental design and quantitative structure-activity relationships, utilizing data obtained from the Chemistry Department at Shiraz University. The findings highlight efficiency improvements in analytical procedures and provide insights into complex data interpretation. Our results demonstrate the effectiveness of these approaches in real-world applications, suggesting avenues for further research and implementation in various fields.

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Advanced Multivariate Techniques in Chemical Analysis for Enhanced Data Interpretation

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  1. point is observed. YOUR UNIVERSITY LOGO Title(Times new roman, Font size60) Authors names (Times new roman Font size 40) Address (Times new roman Font size 40) Contact email address Results Introduction Results Times new roman (Font size 26) . MULTIVARIATE CALIBRATION/CLASSIFICATION Conclusion References Times new roman (Font size 24) Methods & Procedures . . Iran.Shiraz University . Department of Chemistry

  2. point is observed. YOUR UNIVERSITY LOGO Title(Times new roman ,Font size60) Authors names (Times new roman Font size 40) Address (Times new roman Font size 40) Contact email address Introduction Results Results Times new roman (Font size 26) MULTIVARIATIVE CURVE RESOLUTION/MULTIWAY Conclusion References Methods & Procedures Times new roman (Font size 24)\ . . Iran.Shiraz University . Department of Chemistry

  3. point is observed. YOUR UNIVERSITY LOGO Title(Times new roman, Font size60) Authors names (Times new roman Font size 40) Address (Times new roman Font size 40) Contact email address Results Introduction Results Times new roman (Font size 26) . EXPERIMENTAL DESIGN Conclusion References Times new roman (Font size 24) Methods & Procedures . . Iran.Shiraz University . Department of Chemistry

  4. point is observed. YOUR UNIVERSITY LOGO Title(Times new roman, Font size60) Authors names (Times new roman Font size 40) Address (Times new roman Font size 40) Contact email address Results Introduction Results Times new roman (Font size 26) APPLICATION Conclusion References Times new roman (Font size 24) Methods & Procedures Iran.Shiraz University . Department of Chemistry

  5. point is observed. YOUR UNIVERSITY LOGO Title(Times new roman, Font size60) Authors names (Times new roman Font size 40) Address (Times new roman Font size 40) Contact email address Results Introduction Results Times new roman (Font size 26) QUANTITATIVE STRUCTURE ACTIVITY RELATIONSHIP Conclusion References Times new roman (Font size 24) Methods & Procedures Iran.Shiraz University . Department of Chemistry

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