Thomson X-ray polarimeter for a small satellite mission
Rishin Puthiya Veetil1, Biswajit Paul1, M. R. Gopala Krishna1, R. Duraichelvan1, C. M. Ateequlla1, Chandreyee Maitra1, G. Rajagopala1, H. N. Nagaraja1, M. S. Ezhilarasi1, P. Sandhya1, T. S. Mamatha1, Jincy Devasia2 and Marykutty James2
1Raman Research Institute, Bangalore
2M. G. University, Kottayam, Kerala
E-mail: rishinpv@rri.res.in

Abstract. X-ray polarimetry is an unexplored area in high energy astrophysics. We describe a Thomson X-ray polarimeter developed for a small satellite mission. The instrument works in the 5-30 keV energy band and will be suitable for X-ray polarization measurement in about 50 hard X-ray sources. Currently, a laboratory model has been made and tested successfully and the design and fabrication of an engineering model is in progress. Different aspects related to mission specifications, instrument design, test results, and sensitivity for polarization measurement are discussed.