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To explore a possible indirect method for $\rm ^8Be$ induced astrophysicalreactions, the $\rm ^9Be=({}^8Be+\it n)$ cluster structure was studied via theTrojan Horse Method. It is the first time to study a super short life nucleus$\rm ^8Be$ via the Trojan Horse Method, and it is the first time to make avalid test for $l=1$ Trojan-horse nucleus. The $\rm ^9Be$ nucleus is assumed tohave a ($\rm {}^8Be+\it n$) cluster structure and used as the Trojan-horsenucleus. The $\rm ^8Be$ nucleus acts as a participant, while the neutron is aspectator to the virtual $\rm ^8Be +{\it d}\rightarrow \alpha + {}^6Li$reaction via a suitable 3-body reaction $\rm ^9Be +{\it d}\rightarrow \alpha +{}^6Li +\it n$. The experimental neutron momentum distribution inside $\rm^9Be$ was reconstructed. The agreement between experimental and theoreticalmomentum distribution indicates that there should be a ($\rm {}^8Be+\it n$)cluster structure inside $\rm ^9Be$. Therefor the experimental study of $\rm^8Be$ induced reactions, for example the experimental measurement of the $\rm^8Be +\alpha \rightarrow {}^{12}C$ reaction proceeding through the Hoyle state,is possible.

Experimental study to explore the $\rm ^8Be$ induced nuclear reaction via the Trojan Horse Method