Wolfram Demonstrations Project
Mark D. Normand and Micha Peleg
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Demonstrations 21 - 40 of 70
Central Limit Theorem Applied to Samples of Different Sizes and RangesThree Component Food MixturesCompressive Stress-Strain Relationships of Layered Solid FoamsEffects of Temperature Fluctuations on Oscillating Biological SystemsUncertainties in Isothermal Microbial Growth
Central Limit Theorem Applied to Samples of Different Sizes and Ranges
Three Component Food Mixtures
Compressive Stress-Strain Relationships of Layered Solid Foams
Effects of Temperature Fluctuations on Oscillating Biological Systems
Uncertainties in Isothermal Microbial Growth
Uncertainties in Isothermal Microbial InactivationSynergism and AntagonismExpanded Magnitude Estimation MethodBimodal Size Distributions in Grinding and AttritionArrhenius versus Exponential Model for Chemical Reactions
Uncertainties in Isothermal Microbial Inactivation
Synergism and Antagonism
Expanded Magnitude Estimation Method
Bimodal Size Distributions in Grinding and Attrition
Arrhenius versus Exponential Model for Chemical Reactions
Food CaloriesSimulating Microbial Count Records with an Expanded Fermi Solution ModelVolume and Mass of a Spoonful of PowderPathogen Dose-Response Curves with the Beta Poisson and Lognormal ModelsLubricated and Frictional Squeezing Flow
Food Calories
Simulating Microbial Count Records with an Expanded Fermi Solution Model
Volume and Mass of a Spoonful of Powder
Pathogen Dose-Response Curves with the Beta Poisson and Lognormal Models
Lubricated and Frictional Squeezing Flow
Operation of an Ideal Belt ConveyorStefan-Boltzmann LawExpanded Fermi Solutions in Pathogens' Dose-Response CurvesCharacteristic Times in Accumulation and DecayDynamic Water Absorption by Foods
Operation of an Ideal Belt Conveyor
Stefan-Boltzmann Law
Expanded Fermi Solutions in Pathogens' Dose-Response Curves
Characteristic Times in Accumulation and Decay
Dynamic Water Absorption by Foods

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