01506nam1 22003013i 450 SUN010300520190213111324.880.0020151019f |0gerc50 bagerDE|||| |||||*Griechische Kulturgeschichtevon Jacob Burckhardtzusammengefasst herausgegeben von Rudolf MarxLeipzig[poi] StuttgartKrönervolumi18 cm.001SUN01030062001 *Kröners Taschenausgabe210 Leipzig[poi] StuttgartKröner.001SUN01202232001 1: Der *Staat und die ReligionJacob Burckhardt1205 Leipzig : Kröner, [1929]210 550 p.[30] p. di tav., [1] carta di tav. ripieg.ill. ; 18 cm215 Biblioteca Lauria.001SUN01160412001 2: *Künste und ForschungJacob Burckhardt2205 Leipzig : Alfred Kröner, [1929?]210 478 p.[32] p. di tav.ill. ; 18 cm215 Biblioteca Lauria.001SUN01030092001 3: Der *griechische Menschvon Jacob Burckhardtmit einem Nachwort3205 Stuttgart : Kröner, [1952]210 551 p.18 cm215 Biblioteca Lauria.LeipzigSUNL001016StuttgartSUNL001125Burckhardt, JacobSUNV023777215142Marx, RudolfSUNV080462KrönerSUNV009663650ITSOL20190218RICASUN0103005Griechische Kulturgeschichte31071UNICAMPANIA05066nam 2200553 450 991078725560332120190820110220.00-12-801644-2(CKB)3710000000290967(EBL)1865649(SSID)ssj0001414231(PQKBManifestationID)11891040(PQKBTitleCode)TC0001414231(PQKBWorkID)11431816(PQKB)11251489(MiAaPQ)EBC1865649(PPN)240175700(EXLCZ)99371000000029096720141211h20152015 uy 0engur|n|---|||||txtrdacontentcrdamediardacarrierPhysics and engineering of radiation detection /Syed Naeem Ahmed2nd ed.Amsterdam, Netherlands :Elsevier,2015©20151 online resource (784 p.)Description based upon print version of record0-12-801363-X Front Cover; Physics and Engineering of Radiation Detection; Copyright Page; Dedication; Contents; Preface to the second edition; Preface to the first edition; 1 Properties and sources of radiation; 1.1 Types of radiation; 1.2 Waves or particles?; 1.3 Radioactivity and radioactive decay; 1.3.A Decay energy or Q-value; 1.3.B The decay equation; 1.3.C Composite radionuclides; 1.3.D Radioactive chain; 1.3.E Decay equilibrium; E.1 Secular equilibrium; E.2 Transient equilibrium; E.3 No equilibrium; 1.3.F Branching ratio; 1.3.G Units of radioactivity; 1.4 Activation; 1.5 Sources of radiation1.5.A Natural sourcesA.1 Cosmic radiation sources; A.2 Terrestrial radiation sources; A.3 Internal radiation sources; 1.5.B Man-made sources; 1.6 General properties and sources of particles and waves; 1.6.A Photons; A.1 Sources of photons; X-ray machine; Synchrotron radiation; Laser; Gas lasers; Liquid lasers; Solid-state lasers; New developments; Radioactive sources of photons; 1.6.B Electrons; B.1 Sources of electrons; Electron gun; Radioactive sources of electrons; 1.6.C Positrons; C.1 Sources of positrons; Particle accelerators; Radioactive sources of positrons; 1.6.D ProtonsD.1 Sources of protonsParticle accelerators; Laser ion accelerators; Radioactive sources of protons; 1.6.E Neutrons; E.1 Sources of neutrons; Spallation sources; Composite sources; Fusion sources; Nuclear reactors; Radioactive sources of neutrons; 1.6.F Alpha particles; F.1 Sources of α-particles; Accelerator-based sources; Radioactive sources of α-particles; 1.6.G Fission fragments; 1.6.H Muons, neutrinos, and other particles; H.1 Muons; H.2 Neutrinos; H.3 Some other particles; Problems; Bibliography; 2 Interaction of radiation with matter; 2.1 Some basic concepts and terminologies2.1.A Inverse square law2.1.B Cross section; 2.1.C Mean free path; 2.1.D Radiation length; 2.1.E Conservation laws; E.1 Conservation of energy; E.2 Conservation of momentum; E.3 Conservation of electrical charge; 2.2 Types of particle interactions; 2.2.A Elastic scattering; 2.2.B Inelastic scattering; 2.2.C Annihilation; 2.2.D Bremsstrahlung; 2.2.E Cherenkov radiation; 2.3 Interaction of photons with matter; 2.3.A Interaction mechanisms; A.1 Photoelectric effect; A.2 Compton scattering; A.3 Thompson scattering; A.4 Rayleigh scattering; A.5 Pair production2.3.B Passage of photons through matterB.1 Measuring attenuation coefficient; B.2 Mixtures and compounds; B.3 Stacked materials; 2.4 Interaction of heavy charged particles with matter; 2.4.A Rutherford scattering; 2.4.B Passage of charged particles through matter; 2.4.C Bragg curve; 2.4.D Energy straggling; 2.4.E Range and range straggling; E.1 Range of α-particles; E.2 Range of protons; 2.5 Interaction of electrons with matter; 2.5.A Interaction modes; A.1 Ionization; A.2 Møller scattering; A.3 Bhabha scattering; A.4 Electron-positron annihilation; A.5 Bremsstrahlung; A.6 Cherenkov radiation2.5.B Passage of electrons through matterPhysics and Engineering of Radiation Detection presents an overview of the physics of radiation detection and its applications. It covers the origins and properties of different kinds of ionizing radiation, their detection and measurement, and the procedures used to protect people and the environment from their potentially harmful effects. The second edition is fully revised and provides the latest developments in detector technology and analyses software. Also, more material related to measurements in particle physics and a complete solutions manual have been added. Discusses the experimIonizing radiationMeasurementIonizing radiationMeasurement.539.77Ahmed Syed Naeem476726MiAaPQMiAaPQMiAaPQBOOK9910787255603321Physics and engineering of radiation detection245174UNINA