Emily K Roberts, Lingfeng Luo, Alison M Mondul, Mousumi Banerjee, Christine M Veenstra, Angela B Mariotto, Matthew J Schipper, Kevin He, Jeremy M G Taylor, Andrew F Brouwer
Time-varying associations of patient and tumor characteristics with cancer survival: an analysis of SEER data across 14 cancer sites, 2004-2017
Cancer causes & control : CCC
estimating gamma dose rate one meter ground level determining distribution radioactive pollution aerial radiation monitoring data core technical issues unmanned aerial vehicle nuclear radiation monitoring paper reconstruction algorithm ground radioactivity distribution based spectral deconvolution proposed problem regional surface source radioactivity distribution reconstruction dose rate estimation algorithm estimates unknown radioactive nuclide types distributions using spectrum deconvolution introduces energy windows improve accuracy deconvolution results achieving accurate reconstruction multiple continuous distribution radioactive nuclides distributions well dose rate estimation one meter ground level feasibility effectiveness method verified cases singlenuclide 137cs multinuclide 137cs 60co surface sources modeling solving results showed cosine similarities estimated ground radioactivity distribution dose rate distribution true value 09950 09965 respectively could prove proposed reconstruction algorithm would effectively distinguish multiple radioactive nuclides accurately restore radioactivity distribution finally influences statistical fluctuation levels number energy windows deconvolution results analyzed showing lower statistical fluctuation level energy window divisions better deconvolution results