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We present the results from the measurement of secondary cosmic gamma-rayflux using a NaI(Tl) scintillator detector during a total solar eclipse. Theunique feature of this experiment is that it was carried out at a place wherethe solar eclipse was not observable. The total solar eclipse of August 21,2017, was visible in most of the regions of North America during the day,whereas India, falling on the other half of the globe missed this particulareclipse. Our aim was to measure and examine if there are any variations in thesecondary cosmic ray (SCR) flux at Kolkata, India due to the occurrence of theeclipse in America. Detailed experimental techniques used for this experimentare mentioned in this article. Method of data analysis and results arepresented. We observe unexpected dehancement and enhancement of SCR flux incertain energy regions.

A study of the secondary cosmic $\gamma$ -ray flux in India during the Great American solar eclipse on 21$^{st}$ August 2017