Abstract
The concept of granular flow target was proposed very recently and there are many potential advantages of the target on flow constancy, energy deposition and heat removal, etc. In this work first loop of granular flow target is built and an electron beam coupling experiment is reported, which aims to test the flow constancy, energy deposition and heat removal of the granular materials. The results show a good constancy of the dense granular flow and indicate granular flow as a candidate for energy removal. Moreover, there is a consistence in flow rate and temperature rise between experimental and numerical studies. This work supports the idea of granular target and is valuable for the following ADS facilities and granular flow target design.
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