 Xenon can also form endohedral fullerene compounds , where a xenon atom is trapped inside a fullerene molecule . The xenon atom trapped in the fullerene can be monitored via 129Xe nuclear magnetic resonance ( NMR ) spectroscopy . Using this technique , chemical reactions on the fullerene molecule can be analyzed , due to the sensitivity of the chemical shift of the xenon atom to its environment . However , the xenon atom also has an electronic influence on the reactivity of the fullerene . 
 Xenon can also form endohedral fullerene compounds , where a xenon atom is trapped inside a fullerene molecule . The xenon atom trapped in the fullerene can be monitored via 129Xe nuclear magnetic resonance ( NMR ) spectroscopy . Using this technique , chemical reactions on the fullerene molecule can be analyzed , due to the sensitivity of the chemical shift of the xenon atom to its environment . However , the xenon atom also <a href='got' title='1'><mark>has</mark></a> an electronic influence on the reactivity of the fullerene . 
Xenon can also form endohedral fullerene compounds , where a xenon atom is trapped inside a fullerene molecule . da xenon atom trapped in tdafullerene can be monitored via 129Xe nuclear magnetic resonance ( NMR ) spectroscopy . Using this technique , chemical reactions on thdaullerene molecule can be analyzed , due to thedansitivity of the chemical shift of the daon atom to its environment . However , the xenon atom also got an electronic influence on the rdativity of the fullerene .