Design of sample carrier for neutron irradiation facility at TRIGA MARK II nuclear reactor

• Main Authors: Abdullah Y., Hamid N.A., Mansor M.A., Ahmad M.H.A.R.M., Yusof M.R., Yazid H., Mohamed A.A.
• Other Authors: 6508386982
• Format: Conference paper
• Published: Institute of Physics Publishing 2023
• Subjects: Design; Experiments; Neutrons; Nuclear reactors; Numerical methods; Reactor shielding; Cylindrical casings; House of Quality; Hydraulic cylinders; Irradiation experiments; Irradiation facilities; Irradiation process; Research nuclear reactors; Transportation method; boron; conference proceeding; design; experimental study; irradiance; nuclear power plant; numerical model; Neutron irradiation

The objective of this work is to design a sample carrier for neutron irradiation experiment at beam ports of research nuclear reactor, the Reaktor TRIGA PUSPATI (RTP). The sample carrier was designed so that irradiation experiment can be performed safely by researchers. This development will resolve the transferring of sample issues faced by the researchers at the facility when performing neutron irradiation studies. The function of sample carrier is to ensure the sample for the irradiation process can be transferred into and out from the beam port of the reactor safely and effectively. The design model used was House of Quality Method (HOQ) which is usually used for developing specifications for product and develop numerical target to work towards and determining how well we can meet up to the needs. The chosen sample carrier (product) consists of cylindrical casing shape with hydraulic cylinders transportation method. The sample placing can be done manually, locomotion was by wheel while shielding used was made of boron materials. The sample carrier design can shield thermal neutron during irradiation of sample so that only low fluencies fast neutron irradiates the sample. � Published under licence by IOP Publishing Ltd.