Andere Kunden interessierten sich auch für
![Surface Thermodynamics Approach to Hiv-Blood Interactions]( "Surface Thermodynamics Approach to Hiv-Blood Interactions")
Surface Thermodynamics Approach to Hiv-Blood Interactions16,99 €![Characterisation of a Thermal Energy Storage System]( "Characterisation of a Thermal Energy Storage System")
Characterisation of a Thermal Energy Storage System52,99 €![Study of Different Types of Solar Still & Performance Test]( "Study of Different Types of Solar Still & Performance Test")
Study of Different Types of Solar Still & Performance Test27,99 €![Vibration of Heat Exchanger Tubes]( "Vibration of Heat Exchanger Tubes")
Vibration of Heat Exchanger Tubes33,99 €![Thermodynamic properties and pairing correlations in heavy nuclei]( "Thermodynamic properties and pairing correlations in heavy nuclei")
Thermodynamic properties and pairing correlations in heavy nuclei24,99 €![Life Span, a Thermodynamic Approach]( "Life Span, a Thermodynamic Approach")
Life Span, a Thermodynamic Approach19,99 €![Performance of Axial Flow Compressor for Different Blade Aspect Ratios]( "Performance of Axial Flow Compressor for Different Blade Aspect Ratios")
Performance of Axial Flow Compressor for Different Blade Aspect Ratios37,99 €
This book will give you a clear vision about photons and it is behavior, how they act when absorbed especially high intensity of it. In this edition I made postulates on the Hamiltonian and laser equation by generalization to any photon. These postulates are: The Hamiltonian is not as it¿s used to be, but it describes the behavior of particles when collided with photons. I made some oversteps for Hamiltonian conditions like ignoring the effect of translation motions of molecules but it is acceptable so far. I adopted time independent Hamiltonian. Chapters¿ overviews: Chapter 1: concerned on the derivation of Ali¿s equations, and interpretations, characteristics,and conclusion. Chapter 2: I put my equation on nature examination and that through a comparison with the behavior in reality. Chapter 3: I mixed my equation with thermodynamics laws, additional derivation of laws, and then I put a solved problem by applying all these all these born-laws on carbon dioxide to give a new vision to solve global warming. Chapter 4: I made a comparison again with some universal laws such Einstein¿s photoelectric phenomenon and Rayleigh scattering.