KnowraDiffusionLinked fromLinked fromThe 123 pages that link to Diffusion, each with the reason it gives.All 123Broader topic 1Related 81Narrower topic 27Compared with 14OsmoregulationNarrower topic: Osmotic balance depends on solute movement as well as water movement.GillsNarrower topic: Gills exchange oxygen and carbon dioxide through concentration-driven diffusion across thin tissue.Heat equationNarrower topic: The heat equation is the standard continuum model for diffusion over time.TranspirationNarrower topic: Water vapor moves from humid leaf air spaces toward drier surrounding air by diffusion.Cutaneous respirationNarrower topic: Oxygen and carbon dioxide cross the body surface down their concentration gradients.Gas exchangeNarrower topic: Oxygen and carbon dioxide cross most respiratory surfaces down their partial-pressure gradients.Tracheal systemNarrower topic: Oxygen and carbon dioxide cross between tracheoles and tissues down concentration gradients.Amphibian skinNarrower topic: Gases and dissolved substances cross amphibian skin down concentration gradients.Fick's laws of diffusionNarrower topic: Fick's laws provide a mathematical description of this broad transport process.Fish gillNarrower topic: Oxygen and carbon dioxide cross gill surfaces down their concentration gradients.Ostwald ripeningNarrower topic: It is the transport process that redistributes material among droplets.Point defectNarrower topic: Mobile vacancies and interstitials provide pathways for atomic diffusion in crystals.Creep (deformation)Narrower topic: Atomic diffusion enables several creep mechanisms at elevated temperatures.PneumatophoreNarrower topic: Gas exchange depends on oxygen diffusing through openings and internal air spaces.Reaction–diffusion systemNarrower topic: Diffusion transports each substance through space at its own rate.Diffusion coefficientNarrower topic: The coefficient quantifies the rate of this transport process.Aquatic respirationNarrower topic: Oxygen crosses respiratory surfaces down its concentration gradient.Insect respirationNarrower topic: Oxygen and carbon dioxide move along concentration gradients between air and tissues.FerriteNarrower topic: Carbon diffusion allows ferrite and cementite to form during many steel transformations.ThermochronologyNarrower topic: Isotopic resetting depends on how quickly daughter products diffuse through minerals as temperature changes.External gillsNarrower topic: Oxygen and carbon dioxide cross external-gill surfaces down concentration gradients.Isotonic solutionNarrower topic: Solute diffusion and solvent osmosis are distinct processes that can occur across the same membrane.Nernst–Planck equationNarrower topic: Nernst–Planck generalizes diffusion by incorporating electric forces and fluid motion.Diving bell spiderNarrower topic: Oxygen enters the chamber as dissolved oxygen diffuses down its concentration gradient.Blood–air barrierNarrower topic: It is the general transport process underlying respiratory gas passage across the barrier.Circulatory and Respiratory Physiological PhenomenaNarrower topic: Oxygen and carbon dioxide cross respiratory surfaces down partial-pressure gradients by diffusion.Gibbs–Donnan effectNarrower topic: Diffusion redistributes permeant ions until electrical and chemical forces balance.
KnowraDiffusionLinked fromLinked fromThe 123 pages that link to Diffusion, each with the reason it gives.All 123Broader topic 1Related 81Narrower topic 27Compared with 14OsmoregulationNarrower topic: Osmotic balance depends on solute movement as well as water movement.GillsNarrower topic: Gills exchange oxygen and carbon dioxide through concentration-driven diffusion across thin tissue.Heat equationNarrower topic: The heat equation is the standard continuum model for diffusion over time.TranspirationNarrower topic: Water vapor moves from humid leaf air spaces toward drier surrounding air by diffusion.Cutaneous respirationNarrower topic: Oxygen and carbon dioxide cross the body surface down their concentration gradients.Gas exchangeNarrower topic: Oxygen and carbon dioxide cross most respiratory surfaces down their partial-pressure gradients.Tracheal systemNarrower topic: Oxygen and carbon dioxide cross between tracheoles and tissues down concentration gradients.Amphibian skinNarrower topic: Gases and dissolved substances cross amphibian skin down concentration gradients.Fick's laws of diffusionNarrower topic: Fick's laws provide a mathematical description of this broad transport process.Fish gillNarrower topic: Oxygen and carbon dioxide cross gill surfaces down their concentration gradients.Ostwald ripeningNarrower topic: It is the transport process that redistributes material among droplets.Point defectNarrower topic: Mobile vacancies and interstitials provide pathways for atomic diffusion in crystals.Creep (deformation)Narrower topic: Atomic diffusion enables several creep mechanisms at elevated temperatures.PneumatophoreNarrower topic: Gas exchange depends on oxygen diffusing through openings and internal air spaces.Reaction–diffusion systemNarrower topic: Diffusion transports each substance through space at its own rate.Diffusion coefficientNarrower topic: The coefficient quantifies the rate of this transport process.Aquatic respirationNarrower topic: Oxygen crosses respiratory surfaces down its concentration gradient.Insect respirationNarrower topic: Oxygen and carbon dioxide move along concentration gradients between air and tissues.FerriteNarrower topic: Carbon diffusion allows ferrite and cementite to form during many steel transformations.ThermochronologyNarrower topic: Isotopic resetting depends on how quickly daughter products diffuse through minerals as temperature changes.External gillsNarrower topic: Oxygen and carbon dioxide cross external-gill surfaces down concentration gradients.Isotonic solutionNarrower topic: Solute diffusion and solvent osmosis are distinct processes that can occur across the same membrane.Nernst–Planck equationNarrower topic: Nernst–Planck generalizes diffusion by incorporating electric forces and fluid motion.Diving bell spiderNarrower topic: Oxygen enters the chamber as dissolved oxygen diffuses down its concentration gradient.Blood–air barrierNarrower topic: It is the general transport process underlying respiratory gas passage across the barrier.Circulatory and Respiratory Physiological PhenomenaNarrower topic: Oxygen and carbon dioxide cross respiratory surfaces down partial-pressure gradients by diffusion.Gibbs–Donnan effectNarrower topic: Diffusion redistributes permeant ions until electrical and chemical forces balance.