Derivative Assay:Article Title: Processes for recovery of derivatives of native lignin
Article Snippet: .. Such equations can be derived from performance results by mathematical tools and software exemplified by Matlab® Version 7.7.0.471 R2008b (Matlab is a registered trademark of The Mathworks Inc., Natick, Mass., USA) with a Model-Based Calibration Toolbox Version 3.5 supplied by The Mathworks Inc. .. In reference to use of the Matlab software tools for generating the predictive equations for selected organosolv process conditions, suitable model characteristics include: Model Class: Linear Models Linear Model Subclass: polynomial Interaction order: 2 Suitable Model Terms Include: Constant terms: 1 Linear terms: 4 Second Order Terms: 10 Total Number Terms: 15 Stepwise: Minimize PRESS with 50 maximum iterations Suitable Experimental Designs Include: Experimental Design Type: Sobol Sequence Number of Points: all available points in Tables 1, 3, and 4 Input factors: 4 (the process parameters Cooking time [Time], cooking temperature [Temperature], cooking pH [pH], solvent concentration [SOLVENT] The maximum and minimum values used in each model should be those maximum and minimum values observed in the actual performance data points collected for both the input and output variables (“responses”).
Article Title: Processes for recovery of derivatives of native lignin
Article Snippet: .. Such equations can be derived from performance results by mathematical tools and software exemplified by Matlab® Version 7.7.0.471 R2008b (Matlab is a registered trademark of The Mathworks Inc., Natick, Mass., USA) with a Model-Based Calibration Toolbox Version 3.5 supplied by The Mathworks Inc. .. In reference to use of the Matlab software tools for generating the predictive equations for selected organosols process conditions, suitable model characteristics include: Model Class: Linear Models Linear Model Subclass: polynomial Interaction order: 2 Suitable model terms include: Constant terms: 1 Linear terms: 4 Second Order Terms: 10 Total Number Terms: 15 Stepwise: Minimize PRESS with 50 maximum iterations Suitable experimental designs include: Experimental Design Type: Sobol Sequence Number of Points: all available points in Tables 1, 3, and 4 Input factors: 4 (the process parameters Cooking time [Time], cooking temperature [Temperature], cooking pH [pH], solvent concentration [SOLVENT] The maximum and minimum values used in each model should be those maximum and minimum values observed in the actual performance data points collected for both the input and output variables (“responses”).
Software:Article Title: Processes for recovery of derivatives of native lignin
Article Snippet: .. Such equations can be derived from performance results by mathematical tools and software exemplified by Matlab® Version 7.7.0.471 R2008b (Matlab is a registered trademark of The Mathworks Inc., Natick, Mass., USA) with a Model-Based Calibration Toolbox Version 3.5 supplied by The Mathworks Inc. .. In reference to use of the Matlab software tools for generating the predictive equations for selected organosolv process conditions, suitable model characteristics include: Model Class: Linear Models Linear Model Subclass: polynomial Interaction order: 2 Suitable Model Terms Include: Constant terms: 1 Linear terms: 4 Second Order Terms: 10 Total Number Terms: 15 Stepwise: Minimize PRESS with 50 maximum iterations Suitable Experimental Designs Include: Experimental Design Type: Sobol Sequence Number of Points: all available points in Tables 1, 3, and 4 Input factors: 4 (the process parameters Cooking time [Time], cooking temperature [Temperature], cooking pH [pH], solvent concentration [SOLVENT] The maximum and minimum values used in each model should be those maximum and minimum values observed in the actual performance data points collected for both the input and output variables (“responses”).
Article Title: Processes for recovery of derivatives of native lignin
Article Snippet: .. Such equations can be derived from performance results by mathematical tools and software exemplified by Matlab® Version 7.7.0.471 R2008b (Matlab is a registered trademark of The Mathworks Inc., Natick, Mass., USA) with a Model-Based Calibration Toolbox Version 3.5 supplied by The Mathworks Inc. .. In reference to use of the Matlab software tools for generating the predictive equations for selected organosols process conditions, suitable model characteristics include: Model Class: Linear Models Linear Model Subclass: polynomial Interaction order: 2 Suitable model terms include: Constant terms: 1 Linear terms: 4 Second Order Terms: 10 Total Number Terms: 15 Stepwise: Minimize PRESS with 50 maximum iterations Suitable experimental designs include: Experimental Design Type: Sobol Sequence Number of Points: all available points in Tables 1, 3, and 4 Input factors: 4 (the process parameters Cooking time [Time], cooking temperature [Temperature], cooking pH [pH], solvent concentration [SOLVENT] The maximum and minimum values used in each model should be those maximum and minimum values observed in the actual performance data points collected for both the input and output variables (“responses”).
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