Entropy Principle for the Development of Complex Biotic Systems
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Entropy Principle for the Development of Complex Biotic Systems
Organisms, Ecosystems, the Earth
Aoki, Ichiro
Elsevier - Health Sciences Division
01/2012
118
Mole
Inglês
9780323282321
15 a 20 dias
230
Descrição não disponível.
1: Thermodynamics and Living Systems
2: Plant leaves
3: Animals
4: Humans I. Direct Calorimetry
5: Humans II. Indirect Calorimetry
6: Ecological Communities
7: Lake Ecosystems
8: Entropy Principle in Living Systems ("Min-Max Principle")
9: The Earth
2: Plant leaves
3: Animals
4: Humans I. Direct Calorimetry
5: Humans II. Indirect Calorimetry
6: Ecological Communities
7: Lake Ecosystems
8: Entropy Principle in Living Systems ("Min-Max Principle")
9: The Earth
Este título pertence ao(s) assunto(s) indicados(s). Para ver outros títulos clique no assunto desejado.
absolute temperature; age dependence; aquatic community; Biological Principle; biotic systems; broad-plant leaves; calorimetric chamber; change of entropy content; chill; complex systems; conifer branches; deer; diphase character; Earth; ecological systems; energy budget equation; energy budgets; energy flow; entropy flow; entropy flows; entropy homeostasis; entropy production; exact derivation; exercise; flow of energy and matter; food web; heat production; human body; initial rapid increase; Lake Biwa; Lake Mendota; later slow decrease; lizard; Maxwell's demon; Min-Max Principle; negative entropy; organisms; oscillation with time; pig; planets; plant leaves; Principle of Organization; radiation entropy; respiration; Second Law; senescent lakes; solar system; soybean and bur oak leaves; the Earth; the First Law of Thermodynamics; thermodynamics; time dependence of entropy production; trophic biomass; trophic compartment; trophic diversity; two-phase character; two-stage character
1: Thermodynamics and Living Systems
2: Plant leaves
3: Animals
4: Humans I. Direct Calorimetry
5: Humans II. Indirect Calorimetry
6: Ecological Communities
7: Lake Ecosystems
8: Entropy Principle in Living Systems ("Min-Max Principle")
9: The Earth
2: Plant leaves
3: Animals
4: Humans I. Direct Calorimetry
5: Humans II. Indirect Calorimetry
6: Ecological Communities
7: Lake Ecosystems
8: Entropy Principle in Living Systems ("Min-Max Principle")
9: The Earth
Este título pertence ao(s) assunto(s) indicados(s). Para ver outros títulos clique no assunto desejado.
absolute temperature; age dependence; aquatic community; Biological Principle; biotic systems; broad-plant leaves; calorimetric chamber; change of entropy content; chill; complex systems; conifer branches; deer; diphase character; Earth; ecological systems; energy budget equation; energy budgets; energy flow; entropy flow; entropy flows; entropy homeostasis; entropy production; exact derivation; exercise; flow of energy and matter; food web; heat production; human body; initial rapid increase; Lake Biwa; Lake Mendota; later slow decrease; lizard; Maxwell's demon; Min-Max Principle; negative entropy; organisms; oscillation with time; pig; planets; plant leaves; Principle of Organization; radiation entropy; respiration; Second Law; senescent lakes; solar system; soybean and bur oak leaves; the Earth; the First Law of Thermodynamics; thermodynamics; time dependence of entropy production; trophic biomass; trophic compartment; trophic diversity; two-phase character; two-stage character
