Wolfram Demonstrations Project
Mark D. Normand
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Demonstrations 41 - 60 of 142
Kjeldahl Method for Determining Percent Protein from Percent NitrogenMonte Carlo Estimation of AreaStructure of Dilute SuspensionsProbabilistic Model for Microbial MortalityFood Preservation Hurdle Technology
Kjeldahl Method for Determining Percent Protein from Percent Nitrogen
Monte Carlo Estimation of Area
Structure of Dilute Suspensions
Probabilistic Model for Microbial Mortality
Food Preservation Hurdle Technology
Stochastic Model of Seed and Spore GerminationSquare Root Model for Rates of Microbial Growth or InactivationRelaxation of a Discrete Maxwell ModelA Contact Element in Rheological ModelsEstimating Processing Times in a Row of Storage Tanks
Stochastic Model of Seed and Spore Germination
Square Root Model for Rates of Microbial Growth or Inactivation
Relaxation of a Discrete Maxwell Model
A Contact Element in Rheological Models
Estimating Processing Times in a Row of Storage Tanks
Nonisothermal Degradation KineticsKinetic Order of Degradation ReactionsExpanded Fermi Solution to Retrodict the Initial from the Final Number in a Stochastic ProcessExpanded Fermi Solution for Risk AssessmentDynamic Germination of Seeds and Microbial Spores
Nonisothermal Degradation Kinetics
Kinetic Order of Degradation Reactions
Expanded Fermi Solution to Retrodict the Initial from the Final Number in a Stochastic Process
Expanded Fermi Solution for Risk Assessment
Dynamic Germination of Seeds and Microbial Spores
Isothermal Germination of Seeds and Microbial SporesExtracting Microbial Inactivation Parameters from Final Survival RatiosDehydration by a DesiccantInjury in Microbial InactivationExtracting Microbial Inactivation Parameters from Final Isothermal Survival Ratios
Isothermal Germination of Seeds and Microbial Spores
Extracting Microbial Inactivation Parameters from Final Survival Ratios
Dehydration by a Desiccant
Injury in Microbial Inactivation
Extracting Microbial Inactivation Parameters from Final Isothermal Survival Ratios

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