MedPhys - 18.2 - QA: QA of linear accelerators.

(21:31)

MedPhys - 22.2 - Stereotactic Treatments: Stereotactic Body Radiation Therapy (SBRT).

(12:36)

MedPhys - 18.4 - QA: QA of full dosimetry system.

(20:2)

MedPhys - 10.2 - Megavoltage Photon Beams: MV beam effects in patients.

(14:15)

MedPhys - 16.2 - Ionization Chambers: Dose measurement protocols.

(17:1econd)

MedPhys - 21.2 - Image guidance: Motion management.

(19:42)

MedPhys - 4.2 - Brachytherapy: Exposure and dose.

(19:3)

MedPhys - 18.1 - QA: Principles of QA.

(13:44)

MedPhys - 8.2 - X-ray Tubes and Linacs: Beam production in linear accelerators.

(22:54)

MedPhys - Data Analysis \u0026 Statistics Part 2

(20:37)

MedPhys - 1.2 - Basic physics: Atomic structure.

(7:50)

MedPhys - 25.2 - Radiation Protection: Risk models, dose limits and monitoring.

(9:1econd)

MedPhys - 7.2 - Particle Interactions: Collisional energy loss.

(9:54)

MedPhys - 16.1 - Ionization Chambers: Introduction to dose measurement.

(14:12)

MedPhys - In-vivo dosimetry a practical guide

(2:14:59)

MedPhys - Kerma, Collision Kerma and Absorbed Dose Part 1

(14:19)

MedPhys - Unit Analysis

(19:31)

MedPhys - 13.2 - Photon Beam Treatment Planning II: Plan quality, TCP, NTCP.

(22:59)