Wolfram Demonstrations Project
Mark D. Normand
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Demonstrations 41 - 60 of 114
Estimation of Time to Excessive Microbial CountComparing Measures of Line JaggednessMilk Centrifugation to Cream and SkimSimulating Temperature versus Time Relationships in the Thermal Preservation of FoodsContainer Filled with Particulates
Estimation of Time to Excessive Microbial Count
Comparing Measures of Line Jaggedness
Milk Centrifugation to Cream and Skim
Simulating Temperature versus Time Relationships in the Thermal Preservation of Foods
Container Filled with Particulates
Assessing Total Risk from Interacting FactorsAdditive and Multiplicative RisksA Probabilistic Model for Population ExtinctionDistribution of the Means of Samples Having Random SizesComparison of Food Moisture Sorption Isotherm Equations
Assessing Total Risk from Interacting Factors
Additive and Multiplicative Risks
A Probabilistic Model for Population Extinction
Distribution of the Means of Samples Having Random Sizes
Comparison of Food Moisture Sorption Isotherm Equations
Central Limit Theorem Applied to Samples of Different Sizes and RangesThree Component Food MixturesChoosing Initial Parameter Values for Nonlinear RegressionCompressive Stress-Strain Relationships of Layered Solid FoamsEffects of Temperature Fluctuations on Oscillating Biological Systems
Central Limit Theorem Applied to Samples of Different Sizes and Ranges
Three Component Food Mixtures
Choosing Initial Parameter Values for Nonlinear Regression
Compressive Stress-Strain Relationships of Layered Solid Foams
Effects of Temperature Fluctuations on Oscillating Biological Systems
Uncertainties in Isothermal Microbial GrowthUncertainties in Isothermal Microbial InactivationSynergism and AntagonismConnectivity-Based Phase TransitionExpanded Magnitude Estimation Method
Uncertainties in Isothermal Microbial Growth
Uncertainties in Isothermal Microbial Inactivation
Synergism and Antagonism
Connectivity-Based Phase Transition
Expanded Magnitude Estimation Method

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