User's manual of a supporting system for treatment planning in boron neutron capture therapy; JAERI computational dosimetry system

Kumada, Hiroaki; Torii, Yoshiya

JAERI-Data/Code 2002-018, 158 Pages, 2002/09

JAERI-Data-Code-2002-018.pdf:30.28MB

A boron neutron capture therapy (BNCT) with epithermal neutron beam is expected to treat effectively for malignant tumor that is located deeply in the brain. It is indispensable to estimate preliminarily the irradiation dose in the brain of a patient in order to perform the epithermal neutron beam BNCT. Thus, the JAERI Computational Dosimetry System (JCDS), which can calculate the dose distributions in the brain, has been developed. JCDS is a software that creates a 3-dimentional head model of a patient by using CT and MRI images and that generates a input data file automaticly for calculation neutron flux and gamma-ray dose distribution in the brain by the Monte Carlo code: MCNP, and that displays the dose distribution on the head model for dosimetry by using the MCNP calculation results. JCDS has any advantages as follows; By treating CT data and MRI data which are medical images, a detail three-dimensional model of patinet's head is able to be made easily. The three-dimensional head image is editable to simulate the state of a head after its surgical processes such as skin flap opening and bone removal for the BNCT with craniotomy that are being performed in Japan. JCDS can provide information for the Patient Setting System to set the patient in an actual irradiation position swiftly and accurately. This report describes basic design and procedure of dosimetry, operation manual, data and library structure for JCDS (ver.1.0)

OECD/NEA/CSNI Workshop on Transient Thermal-Hydraulic and Neutronic Code Requirements

Kukita, Yutaka*; Arai, Kenji*;

Nihon Genshiryoku Gakkai-Shi, 39(2), p.151 - 153, 1997/00

no abstracts in English

Waste characterization in decommissioning the Japan Power Demonstration Reactor by computer code systems

Sukegawa, Takenori; ; ; Yanagihara, Satoshi

The 3rd JSME/ASME Joint Int. Conf. on Nuclear Engineering (ICONE),Vol. 4, 0, p.1779 - 1784, 1995/00

no abstracts in English

A Performance comparison of the supercomputers; Fujitsu VP-2600 and NEC SX-3

M.L.Simmons*; H.J.Wasserman*; O.M.Lubeck*; C.Eoyang*; R.Mendez*; Harada, Hiro;

Nikkei Kompyuta, 0(262), p.172 - 178, 1991/09

no abstracts in English

Vectorization of the rarefied gas flow analysis code using the direct simulation Monte Carlo method

Watanabe, Kenji*; Yokokawa, Mitsuo; ;

JAERI-M 90-192, 32 Pages, 1990/11

JAERI-M-90-192.pdf:0.78MB

no abstracts in English

Vectorization of DOT3.5 code; DOT 3.5 NEA version, DOT 3.5 FNS version, DOT 3.5 FER version, RADHEAT-V4, DOT-DD

; ;

JAERI-M 90-108, 77 Pages, 1990/07

JAERI-M-90-108.pdf:1.85MB

no abstracts in English

Performance analysis of vectorized nuclear codes on a FACOM VP-100 at the Japan Atomic Energy Research Institute

; Harada, Hiro; ; J.L.Martin*

Int.J.Supercomputer Appl., 1(3), p.45 - 56, 1987/03

https://doi.org/10.1177/109434208700100305

no abstracts in English

Japanese experience in vectorizing thermohydraulic reactor codes

Transactions of the American Nuclear Society, p.328 - 329, 1987/00

no abstracts in English

Vectorization of Nuclear Codes and Numerical Methods

; Harada, Hiro;

JAERI-M 85-143, 70 Pages, 1985/09

JAERI-M-85-143.pdf:1.76MB

no abstracts in English

Vectorization of the three-dimensional neutron diffusion code CITATION

Harada, Hiro;

Nihon Genshiryoku Gakkai-Shi, 27(11), p.1047 - 1055, 1985/00

https://doi.org/10.3327/jaesj.27.1047

no abstracts in English