PART ONE . Dynamics of Homogeneous Reactions . Basic laws of origin and development of chemical transformations of a substance . Autocatalysis and autogenesis of reactions . Effects of spontaneous reactions . Main consequences of the laws of genesis . Comparison with Experienced Data. Curves of dynamics of chemical transformations of matter (theoretical and experimental). Slow Burning Reactions . General remarks . The main ratios of the dynamics of intermediate connections. The rule of monomolecularity of the final stage of the reaction . Rule of Decline of Intermediate Connections. "Mechanism" of oxidation reactions. Curves of intermediate connections dynamics (comparison of theory with experience). Autogenesis and autocatalysis rates . Reactions of ignitions and explosions. General remarks . Dependence of pseudo-equilibrium period on gas temperature and pressure. Primary Investigations . Investigation of the relationship between pressure and temperature at a constant reaction rate. Theory of the upper and lower limit of ignition and explosion (conclusion of Semenov ratios) . Consecutive reactions . The effect of multiple explosion. PART TWO. Dynamics of heterogeneous reactions and phase transformations. Conclusion of the General Law of Chemical Dynamics (General Law of Homogeneous and Heterogeneous Reactions). Preliminary observations . Autogenesis and autocatalysis of heterogeneous reactions and phase transformations. The law of dynamics of chemical and phase transformations of matter . Reactions involving solids. Hydration and dehydration of crystal hydrates (General remarks). Alum Dehydration Dynamics Curves (Experimental and Theoretical). Dynamics of air moisture absorption by dehumidifiers (selicagel). Reactions of solids with gases (Recovery of iron nitrides when heated in hydrogen atmosphere). Steel quenching kinetics (Austenite isothermal decay process). Quasi-heterogeneous reactions. Phenomena of positive and negative catalysis (General remarks). Effect of Catalytic Disruption of Pseudo-Equilibrium (Influence of "grain", a graphical method for solving equations of dynamics) . Curves of the dynamics of catalytically disturbed reactions (Conclusion of the main ratios). Basic law of the initial reaction stage. Accounting for catalytic effects and derivation of the main ratio. Output of some ratios for basic parameters of chain reaction theory. Methods of determining the basic parameters of the reaction. Tables and Supplements . Conclusion. Zusammenfassung . Literary data. Name index.