12th Edition by Stewart C Bushong
Chapters 1 - 40, Complete
, TABLE OF CONTENTS
E E E
1.EEssentialEConceptsEofERadiologicEScience
2.EBasicEPhysicsEPrimer
3.ETheEStructureEofEMatter
4.EElectromagneticEEnergy
5.EElectricity,EMagnetism,EandEElectromagnetism
6.ETheEX-RayEImagingESystem
7.ETheEX-RayETube
8.EX-RayEProduction
9.EX-RayEEmission
10.EX-RayEInteractionEwithEMatter
11.EImagingEScience
12.EComputedERadiography
13.EDigitalERadiography
14.EDigitalERadiographicETechnique
15.EImageEAcquisition
16.EPatient-ImageEOptimization
17.EViewingEtheEMedicalEImage
18.EPictureEArchivingEandECommunicationESystem
19.EImageEPerception
20.EDigitalEDisplayEDevice
21.EMedicalEImageEDescriptors
22.EScatterERadiation
23.ERadiographicEArtifacts
24.EMammography
25.EFluoroscopy
26.EInterventionalERadiology
27.EComputedETomography
28.ETomosynthesis
29.EHumanEBiology
30.EFundamentalEPrinciplesEofERadiobiology
31.EMolecularERadiobiology
32.ECellularERadiobiology
33.EDeterministicEEffectsEofERadiation
34.EStochasticEEffectsEofERadiation
35.EHealthEPhysics
36.EDesigningEforERadiationEProtection
37.ERadiography/FluoroscopyEPatientERadiationEDose
38.EComputedETomographyEPatientERadiationEDose
39.EPatientERadiationEDoseEManagement
40.EOccupationalERadiationEDoseEManagementE
,ChapterE01:EEssentialEConceptsEofERadiologicEScienceEBush
ong:ERadiologicEScienceEforETechnologists,E12thEEdition
MULTIPLEECHOICE
1. MatterEisEmeasuredEin .
a. kilograms
b. joules
c. electronEvolts
d. rems
ANS A
WER
MatterEisEmeasuredEinEkilograms.
:
2. AtomsEandEmoleculesEareEtheEfundamentalEbuildingEblocksEof .
a. energy
b. radiation
c. matter
d. gravity
ANS C
WER
AtomsEandEmoleculesEareEtheEfundamentalEbuildingEblocksEofEmatter.
:
3. IceEandEsteamEareEexamplesEofEtwoEformsEof .
a. matter
b. radiation
c. energy
d. work
ANS: A
IceEandEsteamEareEexamplesEofEtwoEformsEofEmatter.
4. TheEformulaEEE=Emc2E isEtheEbasisEforEtheEtheoryEthatEledEtoEtheEdevelopmentEof .
a. x-rays
b. electromagneticEradiation
c. nuclearEpower
d. cathodeErayEtubes
ANS: C
TheEformulaEEE=Emc2EisEtheEbasisEforEtheEtheoryEthatEledEtoEtheEdevelopmentEofEnuclearEpower.
5. RadioEwaves,Elight,EandEx-raysEareEallEexamplesEof energy.
a. nuclear
b. thermal
c. electrical
d. electromagnetic
ANS: D
ElectromagneticEenergyEincludesEradioEwaves,Elight,EandEx-
raysEasEwellEasEotherEpartsEofEtheEspectrum.
, 6. AEmovingEobjectEhas energy.
a. potential
b. kinetic
c. nuclear
d. electromagnetic
ANS:E B
AEmovingEobjectEhasEkineticEenergy.
7. WhatEisEtheEremovalEofEanEelectronEfromEanEatomEcalled?
a. Ionization
b. PairEproduction
c. Irradiation
d. Electricity
ANS:E A
TheEremovalEofEanEelectronEfromEanEatomEisEcalledEionization.
8. IonizingEradiationEisEcapableEofEremoving
fromEatomsEasEitEpassesEthroughEtheEmatter.
a. neutrons
b. protons
c. electrons
d. ions
ANS:E C
IonizingEradiationEisEcapableEofEremovingEelectronsEfromEatomsEasEitEpassesEthroughEtheEmatter.
9. TheEenergyEofEx-raysEisE_ .
a. thermal
b. potential
c. kinetic
d. electromagnetic
ANS:E D
X-raysEareEaEformEofEelectromagneticEenergy.
10. TheEbiggestEsourceEofEman-madeEionizingEradiationEexposureEtoEtheEpublicEis
E .
a. atomicEfallout
b. diagnosticEx-rays
c. smokeEdetectors
d. nuclearEpowerEplants
ANS:E B
MedicalEx-rayEexposureEisEtheEbiggestEsourceEofEman-madeEradiation.
11. InEtheEUnitedEStates,EweEareEexposedEto
_EmSv/yearEofEionizingEradiationEfromEtheEnaturalEenvironment.
a. 0EtoE5
b. 5EtoE20
c. 20EtoE90