LEADER 00000nam 2200000uu 4500 |
001 13399115445 |
003 ULIBM |
005 ^a20131001020026.0 |
006 ^am o d |
007 ^acr un-^^^^ |
008 130406s2013 njua ob 000 0 eng d |
020 ^a9781118418123 |
020 ^a1118418123 |
020 ^a9781118671603 |
020 ^a1118671600 |
020 ^a9781118415412 |
020 ^a1118415418 |
020 ^a9781118433485 |
020 ^a1118433483 |
020 ^a9780470873663 |
020 ^a0470873663 |
020 ^a9781299449145 |
020 ^a129944914x |
082 0 ^a621.64 ^bJS |
100 1 ^aDuffie, John A |
245 10 ^aSolar engineering of thermal processes^h[electronicresource] /^cJohn A. Duffie, William A. Beckman |
250 ^a4th ed |
260 ^aHoboken :^bWiley,^c2013 |
300 ^a1 online resource (xxvi, 910 p.) :^bill |
504 ^aIncludes bibliographical references and index |
505 0 ^aFundamentals. Fundamentals ; Solar radiation ; Availablesolar radiation ; Selected heat transfer topics ;Radiation characteristics of opaque materials ; Radiationtransmission through glazing: absorbed radiation ; Flat-plate collectors ; Concentrating collectors ; Energystorage ; Solar process loads ; System thermalcalculations ; Solar process economics -- Applications.Applications ; Solar water heating: active and passive ;Building heating: active ; Building heating: passive andhybrid methods ; Solar cooling ; Solar industrial processheat ; Solar thermal power systems ; Solar ponds:evaporative processes -- Design methods. Design methods ;Simulations in solar process design ; Design of activesystems: chart ; Design of active systems by utilizabilitymethods ; Design of passive and hybrid heating systems ;Design of photovoltaic systems ; Wind energy --Appendixes. A: Problems ; B: Nomenclature ; C:International system of units ; D: Meteorological data ; E: Average shading factors for overhangs -- Index |
520 ^aThe fourth edition of the acknowledged leading book onsolar engineering, this volume presents the basics ofsolar energy, then goes on to cover the technologies usedto harvest this solar energy, store it, and deliver it,including photovoltaics, solar heaters, and cells. The newedition features an added chapter discussing a simulationproblem, allowing students to apply the theory to realworld systems. Other simulation problems are offered via astudent website and include a solar domestic hot watersystem, a commercial solar heating application, and aphotovoltaic system for a house |
650 0 ^aSolar energy |
650 0 ^aHeat^xTransmission |
655 0 ^aElectronic books |
700 1 ^aBeckman, William A |
773 0 ^a^tSafari books online |
776 08 ^iPrint version:^aDuffie, John A.^tSolar engineering ofthermal processes / John A. Duffie, William A. Beckman.^b4th ed.^dHoboken : John Wiley, 2013^z0470873663^w(OCoLC)841599605 |
856 40 ^a^uhttp://proquest.safaribooksonline.com/?uiCode=ohlink&xmlId=9781118415412^3Safari^zConnect to this resourceonline |
856 40 ^a^uhttp://proxy.ohiolink.edu:9099/login?url=http://proquest.safaribooksonline.com/?uiCode=ohlink&xmlId=9781118415412^3Safari^zConnect to this resourceonline (off-campus access) |
945 ^p0^l0^i14012895 |
999 ^aเกศรินทร์ ภูผานี |