About this code

This code is Conebeam-CT on Gate (Monte-carlo simulation)

Geometry

1. World
2. Cylinderical phantom (PMMA,TEFLON,AIR)
3. Silicon detector

Source

1. General particle source(70,80,100,120, and 140 kVp)

Scoring

1. Silicon dectoctor (Voxel geometry 1920 x 1536)

Figure

Fig.1 Geometry of simulation: Cylinderical phamtom and detector

Fig.2 Snapshot of simulation when some particles were irradiated to detector.

Fig.3 Projection image generated from cone-beam CT simulation (#primary:10E9) .

date: 2017.1.24
All rights of "ConebeamCT-Gate" reserved to OpenGate Collaboration and wjcheon and evjoo.

If you have any question for this code, please send the e-mail to me.

Who am I

Wonjoong Cheon
Ph.D intergrated program
Medical Physics Lab. - SUMP Lab.
Samsung Advanced Institute for Health Science & Technology(SAIHST), SungKyunKwan University.
B.E. Dept. of Information and Communication Engineering , Yonsei University.
B.S. Dept. of Radiological Science, Yonsei University.

Laboratry Samsung Medical Center (Medical Physics)
National Cancer Center (Computer Vision: 3D vision)
Vatech Vision reasearch Center (CT reconstruction algorithm)

Interest field
Medical physics, Monte-carlo simulation, Machine learning

[email protected],
Samsung Medical Center (06351) 81 Irwon-ro Gangnam-gu, Seoul, Korea