Autor/Autorin: Abubakar Nuruddeen
Engr. N. Abubakar is a registered professional engineer. He holds ND and HND in mechanical engineering from Katsina and Kaduna Polytechnics respectively, PGDME, M.Eng. Energy Engineering and currently on his Ph.D. research at Bayero University, Kano, Nigeria. He is a member of NIRR-1 MNSR operation and maintenance groups at CERT, Zaria, since 2007.
The timing control of the rabbit type pneumatic transfer system, which is one of the most frequently used systems in research reactor facilities, is crucial. The design presented in this book is a manually operated improvised control unit for the Miniature Neutron Source Reactor (MNSR) rabbit system type-A that reliably provides the basic primary functions of the system in the event of a failure in the main control system. This eliminates the difficulty and hazards from radiation exposure in the retrieval of radioactive materials from the irradiation sites when the main control system fails. The design thus improves safety in utilization, in addition to serving as a diversified redundant control unit for the MNSR rabbit system type-A. Although the unit is solely design for the NIRR-1 MNSR's rabbit system type-A, the design can be applied in other MNSRs and in the operation of pneumatic valves installed in process plants or operations requiring transfer of substances in and out of potentially dangerous environments where many risks are involved due to various operational hazards. In this respect, the design helps to provide the necessary procedure for physical protection and safety.
The timing control of the rabbit type pneumatic transfer system, which is one of the most frequently used systems in research reactor facilities, is crucial. The design presented in this book is a manually operated improvised control unit for the Miniature Neutron Source Reactor (MNSR) rabbit system type-A that reliably provides the basic primary functions of the system in the event of a failure in the main control system. This eliminates the difficulty and hazards from radiation exposure in the retrieval of radioactive materials from the irradiation sites when the main control system fails. The design thus improves safety in utilization, in addition to serving as a diversified redundant control unit for the MNSR rabbit system type-A. Although the unit is solely design for the NIRR-1 MNSR's rabbit system type-A, the design can be applied in other MNSRs and in the operation of pneumatic valves installed in process plants or operations requiring transfer of substances in and out of potentially dangerous environments where many risks are involved due to various operational hazards. In this respect, the design helps to provide the necessary procedure for physical protection and safety.
Über den Autor
L'Ing. N. Abubakar è un ingegnere professionista iscritto all'albo. Ha conseguito un diploma di laurea in ingegneria meccanica presso i politecnici di Katsina e Kaduna, un diploma di laurea specialistica in ingegneria energetica e un dottorato di ricerca presso la Bayero University di Kano, in Nigeria. Ingegneria energetica e attualmente sta svolgendo un dottorato di ricerca presso la Bayero University di Kano, in Nigeria. Dal 2007 è membro dei gruppi di funzionamento e manutenzione del NIRR-1 M
Klappentext
The timing control of the rabbit type pneumatic transfer system, which is one of the most frequently used systems in research reactor facilities, is crucial. The design presented in this book is a manually operated improvised control unit for the Miniature Neutron Source Reactor (MNSR) rabbit system type-A that reliably provides the basic primary functions of the system in the event of a failure in the main control system. This eliminates the difficulty and hazards from radiation exposure in the retrieval of radioactive materials from the irradiation sites when the main control system fails. The design thus improves safety in utilization, in addition to serving as a diversified redundant control unit for the MNSR rabbit system type-A. Although the unit is solely design for the NIRR-1 MNSR's rabbit system type-A, the design can be applied in other MNSRs and in the operation of pneumatic valves installed in process plants or operations requiring transfer of substances in and out of potentially dangerous environments where many risks are involved due to various operational hazards. In this respect, the design helps to provide the necessary procedure for physical protection and safety.
