Energy Conservation : New Research.

Energy Conservation: New Research -- Contents -- Preface -- Short Communications -- On Energy Conservation in Infinite Systems -- Abstract -- Introduction -- 1. Indeterminism through Deterministic Subprocesses -- 2. Indeterministic Supertasks -- 3. A New Route to Indeterminism -- 4. An Indeterministic Supertask in a Strong Sense in whichEnergy Is Conserved -- 5. A Criticism -- 6. Extensions -- Acknowledgement -- References -- Numerical Analysis of Double Diffusive Natural Convection in Trapezoidal Exclosure Filled with Porous Medium under Magnetic Field -- Abstract -- I. Introduction -- II. Problem Definition and Governing Equations -- III. Solution Methodology -- IV. Results and Discussion -- V. Conclusion -- Nomenclature -- References -- Research and Review Studies -- Identifying Energy Conservation Behaviors of 6, 7, and 8th Grade Elementary School Children: A Pilot Study with Turkish Children -- Abstract -- Introduction -- Energy Saving And Productivity -- Method -- Findings -- Conclusion -- References -- Energy Conservation Measures as Investments -- Abstract -- Introduction -- The Plight of the Good Engineer (or Why We Need a New Method to Discuss Efficiency Retrofits) -- Theory: Derivation of the Return on Investment from Paybackand Device Life Times -- Applying this Equation to a Specific Energy Conservation Measure -- Use of the Method to Influence Policy Towards Sustainability -- Extensions of the Model -- Limitations -- Conclusion -- References -- Towards Sustainable Energy Consumption Patterns: Economic Modeling of Energy Conservation in Greece -- Abstract -- Introduction -- Theoretical Background -- Data and Methodological Issues -- Empirical Results -- Conclusion -- Acknowledgements -- Appendix -- References -- Energy Indeterminacies and Inequalities During Tunneling -- Abstract -- 1. Introduction.

2. The Broadened Turning Point and its Equivalence with the Uncertainty Principle -- 3. Energy Dependent Tunneling and Time Scale for Tunneling -- 4. The Dependence of Position on the Potential:The Role of Quantity dydU in Tunneling -- 5. The Role of dκ/dE on the Dynamics of a Single and Double Well Structure -- 6. Conclusions -- References -- Energy Conservation in Hawking Radiation as Tunneling -- Abstract -- 1.Introduction -- 2.Tunneling -- 3.Conclusion -- Acknowledgments -- References -- Spray Combustion Simulation for Low-Nox Emissions -- Abstract -- 1. Introduction -- 2. The Basics of Spray Combustion Simulation -- 3. Practical Application of Spray Combustion Simulation [13, 14] -- 4. Conclusion -- Nomenclature -- References -- Mass and Energy Conserving Fully Discrete Schemes for the Shallow-Water Equations -- Abstract -- 1.Introduction -- 2.Shallow-Water Equations for a Rotating Unforced Ideal Fluid -- 3.Local and Global Conservation Laws of the SWM -- 4.Divergent Form and Splitting of the SWM Equations -- 5.A Conservative Finite Difference Scheme for the SWM -- 6.SWM Schemes of Arbitrary Approximation Order in Space -- 7.Shallow-Water Model on a Sphere -- 8.Numerical Results -- 9.Conclusion -- Acknowledgements -- References -- Examination of Two Turbulent Kinetic Energy Parameterizations in a Convective Boundary Layer: Comparison of Two Models on Case Studies -- Abstract -- Introduction -- The Envimet Model -- The Meso-NH Model -- Models Settings and Case Studies -- Results and Discussion -- Conclusion -- References -- Energy Conservation in Nanoelectronics -- Abstract -- 1.Introduction -- 2.Energy Conservation in Classical Electromagnetism -- 3.Current and Energy Conservation in Circuits -- 4.Energy Conservation in Lumped Circuits -- 5.Bouded and Unbouded Currents -- 6.Solutions of the Two Capacitor Problem.

7.Energy Conservation in Some Nanoelectronic Circuits -- 8.Conclusion -- Appendix:Mathematical Preliminaries -- References -- Index.