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Two novel of boron-rich selenides, orthorhombic B$_6$Se and rhombohedralB$_{12}$Se, have been recently synthesized at high pressure - high temperatureconditions. Room-temperature compressibilities of these phases were studied ina diamond anvil cell using synchrotron powder X-ray diffraction. A fit ofexperimental p-V data by third-order Birch-Murnaghan equation of state yieldedthe bulk moduli of 155(2) GPa for B$_{12}$Se and 144(3) GPa for B$_6$Se. Nopressure-induced phase transitions have been observed in the studied pressurerange, i.e., up to 35 GPa.

Equations of state of new boron-rich selenides B$_6$Se and B$_{12}$Se