Wolfram Demonstrations Project
Food Science
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Demonstrations 21 - 40 of 40
Operation of an Ideal Belt ConveyorMicrowave OvenModel for the Formulation of Multilayered EmulsionsExpanded Fermi Solutions in Pathogens' Dose-Response CurvesExpanded Fermi Solution to Retrodict the Initial from the Final Number in a Stochastic Process
Operation of an Ideal Belt Conveyor
Microwave Oven
Model for the Formulation of Multilayered Emulsions
Expanded Fermi Solutions in Pathogens' Dose-Response Curves
Expanded Fermi Solution to Retrodict the Initial from the Final Number in a Stochastic Process
Characteristic Times in Accumulation and DecayDynamic Water Absorption by FoodsMicrobial Population Growth, Mortality, and Transitions between ThemFlow Curves of a Herschel-Bulkley FluidSurvival Curves of Bacilli Spores with an Activation Shoulder
Characteristic Times in Accumulation and Decay
Dynamic Water Absorption by Foods
Microbial Population Growth, Mortality, and Transitions between Them
Flow Curves of a Herschel-Bulkley Fluid
Survival Curves of Bacilli Spores with an Activation Shoulder
Mechanical Sensitivity of Soft Testing MachinesHeat Balance in Freezing and Thawing FoodEstimating the Thermal Properties of Foods from Their Moisture ContentsFailure Probabilities from Quality Control ChartsMass Balance of Binary Mixtures
Mechanical Sensitivity of Soft Testing Machines
Heat Balance in Freezing and Thawing Food
Estimating the Thermal Properties of Foods from Their Moisture Contents
Failure Probabilities from Quality Control Charts
Mass Balance of Binary Mixtures
Equilibrium Water Activity of Binary Dry MixturesJunk Food MoleculesModified Logistic Isothermal Microbial Growth RatioRatio-Based Modified Logistic Isothermal Microbial GrowthGeneralized Logistic (Verhulst) Isothermal Microbial Growth
Equilibrium Water Activity of Binary Dry Mixtures
Junk Food Molecules
Modified Logistic Isothermal Microbial Growth Ratio
Ratio-Based Modified Logistic Isothermal Microbial Growth
Generalized Logistic (Verhulst) Isothermal Microbial Growth

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