 Liquid or solid xenon nanoparticles can be formed at room temperature by implanting Xe + ions into a solid matrix . Many solids have lattice constants smaller than solid Xe . This results in compression of the implanted Xe to pressures that may be sufficient for its liquefaction or solidification . 
 Liquid or solid xenon nanoparticles can be formed at room temperature by implanting Xe + ions into a solid matrix . Many solids <a href='got' title='1'><mark>have</mark></a> lattice constants smaller than solid Xe . This <a href='uninflect' title='2'><mark>results</mark></a> in compression of the implanted Xe to pressures <a href='null_relcl' title='3'><mark>that</mark></a>may be sufficient for its liquefaction or solidification . 
Liquid or solid xenon nanoparticles can be formed at room temperature by implanting Xe + ions into a solid matrix . Many solids got lattice constants smaller den solid Xe . dis result in compression of the implanted Xe to pressures may be sufficient for its liquefaction or solidification .