Proceedings of the International School of Physics "Enrico Fermi.", Volume 16N. Zanichelli, 1962 - Nuclear physics |
Contents
N RASHEVSKY Introduction to the Course | 5 |
Enzyme reactions | 87 |
Sensory phenomena | 142 |
Copyright | |
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A-V sequence activated alveolar amount of indicator approximation arterial assumed atrial atrium biology Biophys blood calculated capillary cardiac output catalase cell Chem cm³ CO₂ coenzyme collision complex component concentration consider corresponding curve cytochrome d₁ dead-space decrease DEFARES difference equations diffusion distribution dose downstroke slope effect energy enzyme equal equation equilibrium equilibrium constant experimental exponential expression flow frequency function G₂ given GRODINS H. D. LANDAHL heart injection interval Journ K₁ k₂ kinetic leukaemia linear lung M₁ mathematical mean mechanism method molecules neuron obtained oxygen P₁ parameters particles pitressin plot potential energy surface protein quantity quantum rate constant reactant reaction rebreathing redox regurgitation Rendiconti S.I.F. represented sampling shown solution spirometer stair function Stewart-Hamilton stimulus substrate T₁ T₂ theoretical threshold tissue transition-state theory tube V₁ velocity ventilation ventricle ventricular volume yield zero