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Podgorsak E. — Radiation Physics for Medical Physicists
Podgorsak E. — Radiation Physics for Medical Physicists



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Название: Radiation Physics for Medical Physicists

Автор: Podgorsak E.

Аннотация:

This book summarizes the radiation physics knowledge that professionals working in medical physics need to master for efficient and safe dealings with ionizing radiation. It contains eight chapters, each chapter covering a specific group of subjects related to radiation physics and is intended as a textbook for a course in radiation physics in medical-physics graduate programs. However, the book may also be of interest to the large number of professionals, not only medical physicists, who in their daily occupations deal with various aspects of medical physics and find a need to improve their understanding of radiation physics.

The main target audience for this book is graduate students studying for M.Sc. and Ph.D. degrees in medical physics, who haveto possess the necessary physics and mathematics background knowledge to be able to follow and master the complete textbook. Medical residents, technology students and biomedical engineering students may find certain sections too challenging or esoteric, yet they will find many sections interesting and useful in their studies.

Candidates preparing for professional certification exams in any of the medical physics subspecialties should find the material useful, and some of the material would also help candidates preparing for certification examinations in medical dosimetry or radiation-related medical specialties.

Numerous textbooks are available covering the various subspecialties of medical physics but they generally make a transition from the elementary basic physics directly into the intricacies of the given medical physics subspecialty. The intent of this textbook is to provide the missing link between the elementary physics on the one hand and the physics of the subspecialties on the other hand.



Язык: en

Рубрика: Физика/

Статус предметного указателя: Готов указатель с номерами страниц

ed2k: ed2k stats

Издание: 1

Год издания: 2006

Количество страниц: 437

Добавлена в каталог: 27.01.2014

Операции: Положить на полку | Скопировать ссылку для форума | Скопировать ID
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Предметный указатель
Principle of correspondence      66
Principle of equivalence      375
Principle of exclusion      68 73 393
Principle of uncertainty      37 380
Principle, Pauli      68 73 393
probability density      83
Projectile, heavy charged particle      118
Projectile, light charged particle      118
Projectile, neutron      118
Promethium      392
Protactinium      389
Proton      8 11 183
Proton, capture      308
Proton, colliding with orbital electron      127
Proton, emission      342 351
Proton, emission decay      342 351
Proton, radioactivity      377
Proton, radius      85
Proton, rest mass      2
Proton-rich radionuclide      332
Purcell      4 394
Quantization      394 398
quantization of angular momentum      54 66 67 76
Quantization of atomic energy levels      79
Quantization of binding energy      76
Quantization of electron angular momentum      59 66 67 76
Quantization of spin      401
Quantization of total energy      74
Quantization, electromagnetic radiation      22
Quantization. Bohr      234
Quantum number      59 65 66 81 393 407
Quantum number, magnetic      65
Quantum number, orbital angular momentum      65 69
Quantum number, principal      60 65 69
Quantum physics      21
Quark      6
R$\ddot{o}$ntgen      4 186 363 382 396 397
R$\ddot{o}$ntgenium      396
Radiation oncology      7
Radiation oncology physics      10
Radiation, $\check{C}$erenkov      87 103 106 168 368
Radiation, bremsstrahlung      9 14 40 86 95 96 100 103 105 106 139 142—144 158 163 248 256 261 364 412
Radiation, Characteristic      87 363
Radiation, densely ionizing      182
Radiation, directly ionizing      7 11 13
Radiation, fluorescent      88
Radiation, indirectly ionizing      7 11 13
Radiation, intensity      98
Radiation, ionizing      7
Radiation, loss      103
Radiation, non-ionizing      7
Radiation, quantities end units      9
Radiation, R$\ddot{o}$ntgen      363
Radiation, sparsely ionizing      182
Radiation, synchrotron      87 102 106
Radiation, yield      156
Radiative fraction      158 248 250 259 261 406
Radiative kerma      406
Radiative loss      14 116 142
Radioactivation      283 291 307
Radioactivation yield      285
Radioactive daughter      268
Radioactive decay      263 321 349 351
Radioactive decay constant      264
Radioactive equilibrium      276
Radioactive parent      265
Radioactive series      268
Radioactivity      263 371 400
Radioactivity, artificial      263
Radioactivity, natural      263 316
Radioisotope      16
Radionuclide      16
Radionuclide, artificial      312
Radionuclide, cosmogenic      313
Radionuclide, in the environment      314
Radionuclide, man-made      312
Radionuclide, naturally occurring      312
Radionuclide, neutron-rich      349
Radionuclide, primordial      313
Radionuclide, proton-rich      349
Radiotherapy      7
Radium      368 370 371 376
Radium, burn      371
Radium-twotwosix      16 265 313 319
Radius, Bohr      53 84 133
Radius, electron      85
Radius, most probable      85
Radius, of atom      403
Radius, of Bohr atom      60
Radius, of nucleus      19
Radius, proton      85
Radon      397
Radon-222      319
RANGE      14 378
Range of charged particles      159 160
Rate      282
Rayleigh      214 394 395
Rayleigh cross section      214 413
Rayleigh scattering      214 241 252 254 395
Reaction, endoergic      309
Reaction, energy      309
Reaction, exoergic      309
Reactor      174
Reactor, control rod      174
Reactor, coolant      174
Reactor, nuclear      174
Recoil angle in Compton scattering      196
Recoil kinetic energy      325
Recoil kinetic energy in electron capture decay      333
Recoil, electron      8 203
Reduced mass      64 65 80
Regaud      371
Relativistic acceleration      25
Relativistic Doppler shift      29
Relativistic force      25
Relativistic kinetic energy      27
Relativistic mass      25
Relativistic mechanics      24
Relativistic momentum      28
Relativistic physics      21
Resonance, absorption      338
Resonance, giant      235
Resonance, Peak      236
Rest mass, electron      2
Rest mass, neutron      2
Rest mass, positron      2
Rest mass, proton      2
Restricted collision stopping power      161
Retarding potential      79
Rhenium      392
Richardson      4 395
Richardson law      395
Richardson — Dushman equation      395
Roentgen      10
Rutherford      4 42 44 47 130 264 349 378 389 392 393 396 400
Rutherford atomic model      48 365
Rutherford model of the atom      48 365
Rutherford scattering      131 145
Rutherford — Bohr atomic model      42 43 316 365 378 389 397
Rutherfordium      377 397
Rydberg      398
Rydberg constant      3 64 65 362 408
Rydberg energy      3 61 65 398 405
Saturation model      284 291 293 297
Scattering angle      48 126
Scattering angle in Compton scattering      196
Scattering angle in Rayleigh scattering      216
Scattering angle, mean square      56 58
Scattering angle, minimum and maximum      53 133
Scattering, $\alpha$-particle      44
Scattering, angle      48 136
Scattering, Compton      384
Scattering, elastic      119 170 171
Scattering, electron-atom      132
Scattering, electron-nucleus      131
Scattering, electron-orbital electron      130 132
Scattering, filter      113
Scattering, foil      110 112 113
Scattering, inelastic      119 170 172
Scattering, multiple      130 135
Scattering, of neutron      180
Scattering, of x-rays      369
Scattering, power      137
Scattering, Rayleigh      214 395
Scattering, Rutherford      47 131 134
Scattering, single      130 134
Scattering, Thomson      189 202
Schr$\ddot{o}$dinger      4 21 22 31 81 373 374 398
Schr$\ddot{o}$dinger equation      34 36 43 81 366 398
Schr$\ddot{o}$dinger equation for the ground state of hydrogen      79
Schr$\ddot{o}$dinger theory      84
Schr$\ddot{o}$dinger wave equation      34 36 43 81 366 398
Schr$\ddot{o}$dinger wave theory      32
Secular equilibrium      278 279 291
Segr$\grave{e}$      347 399
Segr$\grave{e}$ chart      347 348 352
Selection rules      90 91
Seltzer      144 160 364 399 419
Separation of variables      80
Shell model      18
Si evert      10
Silicon      27 383
Silver      379
Single scattering      57
Skin sparing effect      12 182
Soddy      42 264 397 400
Spallation      170 172
Special theory of relativity      23 375
Specific activity      265 292 293 325 403
Spectral line      362
Spectroscopic notation      69
Spectrum, absorption      76
Spectrum, beta particle      322
Spectrum, Emission      76
Spectrum, x-ray line      88
Spin      65 379
Spin-orbit coupling      65
Spin-orbit interaction      66
Spiral CT      186
Spontaneous fission      318 341 349 351
Standard pressure      10
Standard temperature      10
Stern      65 379 399 401
Stern — Gerlach experiment      65
Stokes’s theorem      40
Stoneridge Engineering      140
Stopping power      364 404 409
Stopping power, collision      144 154 156
Stopping power, function for electrons      405
Stopping power, function for positrons      405
Stopping power, general aspects      142
Stopping power, linear      147
Stopping power, mean      160
Stopping power, radiative      143 155 156 165
Stopping power, restricted      161
Stopping power, total mass      156
Stopping power, unrestricted      162
STP      415
Strassmann      4 18 173 376 379 384 390 401
Strong force      6 16
Structure, atomic      14
Structure, nuclear      15
Sub-shell      69
Super Coster — Kronig electron      88
Surface correction      19
Surface dose      11
Synchrotron      102
Synchrotron, radiation      87 102 106
Syst$\grave{e}$me International d’Unit$\acute{e}$s      5
Table of elements      68 72 75 348 390 400
TARGET      110 112 115 119 310 410
Target, megavoltage      165
Target, thick      163 282
Target, thin      163 282
Target, transmission      163
Target, tungsten      166
Target, X-ray      113
Taylor expansion      29
Technetium      46 392 399
Technetium-99      16
Technetium-99$m$      16
Teleradium machine      320
Teletherapy machine      320
Tenth-value layer      238 410
Teslamania      140
Theory of relativity      23
Therapeutic radiology      7
Thermal neutron      169 176 181 262 283
Thermionic emission      4 86 112 370 395
Thick target      283 310
Thick x-ray target      164
Thin target      282 310
Thin x-ray target      164
Thomas — Fermi atomic potential      53
Thomas — Fermi atomic radius      53 403
Thomas — Fermi radius      53
Thomson, atomic cross section      215
Thomson, classical cross section      3
Thomson, cross section      217 222
Thomson, differential cross section      201
Thomson, electronic cross section      215
Thomson, George Paget      373 401
Thomson, Joseph John      4 22 189 362 365 396 397 402
Thomson, scattering      188 189 197 202 241
Thomson’s atomic model      44 46
Thorium      313 372
Thorium-232      173
Threshold, energy      162 235
Threshold, energy for $\check{C}$erenkov radiation      104
Threshold, energy for nuclear reaction      123
Threshold, energy for pair production      124 228
Threshold, energy for triplet production      124 228
Threshold, kinetic energy      310
Threshold, velocity      104
Time of activation      285 295
Time, characteristic      270 279
Trajectory      49 50 52
Transformation, Galilean      23
Transformation, Lorentz      23 24 388
Transient equilibrium      278 279 287 291
Transition frequency      63 67
Transition, isomeric      336
Transition, optical      71
Transition, x-ray      71
Transmission ionization chamber      114
Transmission target      164
Transuranic elements      341
Triplet production      188 241
Tritium      16 182
Triton      9 16 17
Tungsten      166
Tungsten, ductile      369
Tungsten, energy level diagram      73
Tunneling      39 317 378
TVL      415
Ultra-cold neutron      170
Uncertainty principle      37 380
Unrestricted collision stopping power      162
Uranium      313 371 376 379 393
Uranium-233      173
1 2 3 4 5
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