Using a Spreadsheet-Based Simulation to Practice and Evaluate Iterative Column Selection and Experimental Design in Chemical Fingerprinting with GC–MS
I Thaveesangsakulthai, C Kulsing - 2021 - ACS Publications
Optimization of experimental conditions in chromatography is recognized as a wear-and-
tear process involving hundreds of experiments in order to maximize the number of …
tear process involving hundreds of experiments in order to maximize the number of …
[引用][C] Using a Spreadsheet-Based Simulation to Practice and Evaluate Iterative Column Selection and Experimental Design in Chemical Fingerprinting with GC-MS
I Thaveesangsakulthai… - Journal of Chemical …, 2021 - ui.adsabs.harvard.edu
Using a Spreadsheet-Based Simulation to Practice and Evaluate Iterative Column Selection
and Experimental Design in Chemical Fingerprinting with GC-MS - NASA/ADS Now on home …
and Experimental Design in Chemical Fingerprinting with GC-MS - NASA/ADS Now on home …
Using a Spreadsheet-Based Simulation to Practice and Evaluate Iterative Column Selection and Experimental Design in Chemical Fingerprinting with GC–MS
I Thaveesangsakulthai, C Kulsing - Journal of chemical …, 2021 - dialnet.unirioja.es
Optimization of experimental conditions in chromatography is recognized as a wear-and-
tear process involving hundreds of experiments in order to maximize the number of …
tear process involving hundreds of experiments in order to maximize the number of …
Using a Spreadsheet-Based Simulation to Practice and Evaluate Iterative Column Selection and Experimental Design in Chemical Fingerprinting with GC-MS.
I Thaveesangsakulthai, C Kulsing - Journal of Chemical Education, 2021 - ERIC
Optimization of experimental conditions in chromatography is recognized as a wear-and-
tear process involving hundreds of experiments in order to maximize the number of …
tear process involving hundreds of experiments in order to maximize the number of …