Nathaniel a Briggs Sc D (6 results)

PAP. Condition: New. New Book. Shipped from UK. Established seller since 2000.

PAP. Condition: New. New Book. Shipped from UK. Established seller since 2000.

Paperback. Condition: new. Paperback. Few areas of physics demand more from a textbook than thermal physics. The subject spans classical laws established in the nineteenth century and quantum phenomena at the frontier of modern condensed matter and ultracold physics - and a complete treatment requires mathematical rigour, physical clarity, and careful connections between the macroscopic and microscopic descriptions.Many students reach upper-level thermodynamics and statistical mechanics courses only to find that standard resources present results without showing the reasoning behind them. Formulas appear, distributions are stated, and the connection between observable behaviour and the underlying probabilistic machinery remains unclear. When classical thermodynamics, kinetic theory, statistical mechanics, and quantum statistics are drawn from separate sources - each with different notation and different levels of rigour - the unified logical structure of the subject is lost.Fundamentals of Thermal Physics offers a self-contained journey through the full arc of thermal physics - from the Zeroth Law and the operational definition of temperature through quantum distribution functions, the thermodynamics of metals and radiation, and the physics of quantum gas condensation. Every major result is derived from first principles, and every derivation shows the complete algebraic steps so the reader can follow the argument rather than take the conclusion on faith.What this textbook helps you explore and understand: Build a firm foundation through all four laws of thermodynamics, seeing exactly how entropy, free energies, and thermodynamic potentials arise from fundamental principlesAnalyse thermodynamic processes and real engine cycles - Carnot, Otto, Diesel, Brayton, and Rankine - using a consistent, rigorous frameworkApply kinetic theory to derive macroscopic gas properties from molecular motion and understand classical speed distributions from statistical principlesWork with thermodynamic potentials, Maxwell relations, phase diagrams, and stability criteria through fully solved examples and complete answer keysConnect the macroscopic entropy to the microscopic count of states, and derive thermodynamic quantities from canonical and grand canonical partition functionsUnderstand quantum statistical mechanics and apply it to electrons in metals, photon radiation, phonons in solids, and ultracold trapped gasesConsult appendices of physical constants, mathematical tables, thermodynamic data, and a complete glossary for fully self-contained study Topics covered: all four laws of thermodynamics; ideal gases and kinetic theory; heat engine cycle analysis; entropy, free energies, and irreversibility; Maxwell relations and phase transitions; the Boltzmann entropy and canonical ensemble; molecular partition functions; quantum distribution functions and the grand canonical ensemble; electronic properties of metals; Planck radiation and Stefan-Boltzmann law; quantum gas condensation; lattice heat capacity; the Third Law and absolute zero.Designed for: upper-level undergraduate students in physics, chemistry, and engineering. Equally valuable as a graduate-level reference for students in condensed matter physics, physical chemistry, and materials science who want thermodynamics and quantum statistical mechanics presented in complete, self-consistent detail.If the standard presentations have left you with formulas but not understanding, this is the resource that walks through every argument from the beginning. Get your copy and begin developing the knowledge needed to approach thermal p Shipping may be from our UK warehouse or from our Australian or US warehouses, depending on stock availability.…

Taschenbuch. Condition: Neu. Neuware.

Paperback. Condition: new. Paperback. A system that will not cool is rarely a mystery. It is a question about where the heat is going - and the fastest technicians are the ones who know how to ask it.Refrigeration and air conditioning work punishes memorised answers. A service technician who has learned a symptom table can match gauge readings to a probable cause until the night the system does not match any row in that table. A design engineer can defend a catalogue selection until someone asks why. A student handed a formula without its derivation can pass an examination and still be unable to reason about a machine behaving unexpectedly. The gap is not a shortage of information. It is the missing link between the physics and the practice.This handbook closes that gap in a single volume. It establishes the thermodynamic foundations, develops the vapour-compression cycle from its four processes, then follows the refrigerant through each component in the order it actually meets them - and finishes in the field, with evacuation, charging, diagnosis, and compliance.What this handbook helps you do: Read a pressure and enthalpy diagram and compute refrigerating effect, compressor work, heat rejection, coefficient of performance, and mass flowTreat superheat and subcooling as descriptions of state, and recognise what a departure suggests about charge, airflow, metering, or heat rejectionEstimate heating and cooling loads from transmission, infiltration, ventilation, solar gain, and internal gains, and see why a heat gain is not a cooling loadSize ducts and refrigerant lines, read a fan curve, apply the fan laws, and recognise system effect before it becomes a complaintWork through psychrometric processes - mixing, sensible cooling, dehumidification, reheat - with the relationships that govern themFollow a structured diagnostic pattern from measurement to fault signature instead of exchanging parts and hopingUnderstand what the low global warming potential refrigerant transition asks of charge limits, service practice, and recordsCoverage runs across sixteen chapters and five appendices: refrigerant properties and safety classification, compressors and capacity control, condensers and heat rejection, evaporators and metering devices, line sizing and accessories, psychrometrics, load estimation, duct and hydronic distribution, air handling selection, heat pumps, heat recovery, transcritical carbon dioxide, absorption and cascade systems, controls and automation, and commissioning and service.Every equation defines its variables and units. Worked examples show each material step. Practice problems are graded and every answer appears in the answer key. Units are United States customary with SI equivalents throughout.Written for service technicians, refrigeration and air conditioning contractors, mechanical and building services engineers, facilities and maintenance staff, apprentices, and students.Open it at the chapter you need tonight, and begin reasoning about systems instead of memorising them. This item is printed on demand. Shipping may be from multiple locations in the US or from the UK, depending on stock availability.…

Paperback. Condition: new. Paperback. A system that will not cool is rarely a mystery. It is a question about where the heat is going - and the fastest technicians are the ones who know how to ask it.Refrigeration and air conditioning work punishes memorised answers. A service technician who has learned a symptom table can match gauge readings to a probable cause until the night the system does not match any row in that table. A design engineer can defend a catalogue selection until someone asks why. A student handed a formula without its derivation can pass an examination and still be unable to reason about a machine behaving unexpectedly. The gap is not a shortage of information. It is the missing link between the physics and the practice.This handbook closes that gap in a single volume. It establishes the thermodynamic foundations, develops the vapour-compression cycle from its four processes, then follows the refrigerant through each component in the order it actually meets them - and finishes in the field, with evacuation, charging, diagnosis, and compliance.What this handbook helps you do: Read a pressure and enthalpy diagram and compute refrigerating effect, compressor work, heat rejection, coefficient of performance, and mass flowTreat superheat and subcooling as descriptions of state, and recognise what a departure suggests about charge, airflow, metering, or heat rejectionEstimate heating and cooling loads from transmission, infiltration, ventilation, solar gain, and internal gains, and see why a heat gain is not a cooling loadSize ducts and refrigerant lines, read a fan curve, apply the fan laws, and recognise system effect before it becomes a complaintWork through psychrometric processes - mixing, sensible cooling, dehumidification, reheat - with the relationships that govern themFollow a structured diagnostic pattern from measurement to fault signature instead of exchanging parts and hopingUnderstand what the low global warming potential refrigerant transition asks of charge limits, service practice, and recordsCoverage runs across sixteen chapters and five appendices: refrigerant properties and safety classification, compressors and capacity control, condensers and heat rejection, evaporators and metering devices, line sizing and accessories, psychrometrics, load estimation, duct and hydronic distribution, air handling selection, heat pumps, heat recovery, transcritical carbon dioxide, absorption and cascade systems, controls and automation, and commissioning and service.Every equation defines its variables and units. Worked examples show each material step. Practice problems are graded and every answer appears in the answer key. Units are United States customary with SI equivalents throughout.Written for service technicians, refrigeration and air conditioning contractors, mechanical and building services engineers, facilities and maintenance staff, apprentices, and students.Open it at the chapter you need tonight, and begin reasoning about systems instead of memorising them. This item is printed on demand. Shipping may be from our UK warehouse or from our Australian or US warehouses, depending on stock availability.…