Enhancing Radiation Safety Systems for Nuclear Fuel Cycle Operations

1. Author 1 ,author 1. ……… 1 RADIATION SAFETY SYSTEMS DIVISION, BHABHA ATOMIC RESEARCH CENTRE • INTRODUCTION • In nuclear fuel cycle operations, ********.[1] • In-vivo ******. • ******** • Colors may be changed as per interest but should be clear and bright. • Size of this poster is 1 m x 0.8 m and should be retained. • In this study, measurements have been carried out to estimate ********** RESULTS Fig. : Pulse height spectra of an array of HPGeDetectors Table 1:******* Table 2: ***** • DISCUSSION • *** • *** • ************ • MATERIALS AND METHODS • Detection System • An array of three 70 mm dia. and 25 mm thick n-type HPGe detectors inside totally shielded steel room. • *****.[3] • *******. • ******** • . • Figure 1 shows the Actinide LungMonitor mounted inside the steel room.    IARPNC-2014 (paper-number)MEASUREMENT OF ***********(Title) You can add image here Table 2: Retained activity of 241 Am in lungs and liver at different times post exposure for acute inhalation of activity equivalent to 20 mSv CED • LLNL PHANTOM • LLNL is the physical thorax phantom based on Caucasian man with mass 76 kg and height 177 cm.[4]. • LLNL torso phantom has a simulated rib cage and removable lungs, liver and lymph nodes. • Chest overlay plates provide representation of individuals with different chest wall thicknesses (cwt). [5] • Figure 2 shows LLNL Phantom You can add image here REFERENCES [1] **** [2] *** [3] ****** [4]******* • CONCLUSION • ***** • ********. • EXPERIMENTAL • ******* • ****** • ******** ACKNOWLEDGEMENT The authors are thankful to *****for their support.