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Full Description
Taking a very practical, hand-on approach, this book introduces the use of Monte Carlo methods for solving practical problems in experimental physics. Topics covered include simulation methods, simulation domains, the experimental lifecycle, software tools for simulation, event generators, generalized and specialized codes for particle transport, modeling techniques, and physics processes. A CD-ROM and supporting website feature downloads, codes, hints, images, and links that enhance the book's use in formal teaching environments and allow more experienced users access to further resources.
Contents
Introduction. CONCEPTS: Modeling. Simulation Methods. Simulation Domains. Simulation in the Experimental Lifecycle. TOOLS: Simulation Software. Event Generators. General-Purpose Codes for Particle Transport. Specialized Codes for Particle Transport. METHODS AND TECHNIQUES: The Software Process. Modeling the Experimental Environment. Physics Processes. Fast Simulation Techniques. Interacting With the Simulation. Reliable Simulation. Simulation Production. APPLICATION: A Basic Simulation Application in Detail. Conclusion. How to Learn More. Bibliography.