Imaging physics
Last revised by Andrew Murphy ◉ on 14 Apr 2020
Citation, DOI, disclosures and article data
Citation:
Murphy A, Imaging physics. Reference article, Radiopaedia.org (Accessed on 23 Sep 2023) https://doi.org/10.53347/rID-76099
Permalink:
rID:
76099
Article created:
14 Apr 2020, Andrew Murphy ◉
Disclosures:
At the time the article was created Andrew Murphy had no recorded disclosures.
View Andrew Murphy's current disclosuresLast revised:
14 Apr 2020, Andrew Murphy ◉
Disclosures:
At the time the article was last revised Andrew Murphy had no recorded disclosures.
View Andrew Murphy's current disclosuresRevisions:
1 time, by 1 contributor - see full revision history and disclosures
Imaging physics is home to the articles exploring the physics of diagnostic and therapeutic procedures within radiology.
Rather than focus on the practical aspect of imaging as seen in imaging in practice, or the technical aspect of the equipment and technology used as seen in imaging technology, imaging physics explores the physics behind the technology.
Related articles: Imaging physics
- imaging physics
- imaging in practice
- imaging technology
-
x-ray physics
- ionizing radiation
- interaction with matter
- x-ray spectrum
- radiation units
- effective dose
- entrance skin dose
- radiation safety
- radiation damage (biomolecular)
- radiation damage (skin injury)
- stochastic effect
- CT physics
-
MRI physics
- B0
- chemical shift
- dependence of magnetization (proton density, field strength and temperature)
- echo time
- eddy currents
- electromagnetic induction
- Ernst angle
- flip angle
- Larmor frequency
- magnetic dipole
- magnetic field gradient
- magnetic susceptibility
- magnetism
- molecular tumbling rate effects on T1 and T2
- net magnetization vector (NMV)
- relaxation
- repetition time
- resonance and radiofrequency (RF)
- units of magnetism
- ultrasound physics
- nuclear medicine physics
Unable to process the form. Check for errors and try again.