Impact of hydrostatic pressure on the physical attributes of Lutetium-based perovskite oxide for optoelectronic applications.

For LuGaO 3 , the anisotropic factor reports an increasing trend as pressure is increased from 0 GPa to 32 GPa, which suggests that the studied oxide is transitioning from an anisotropic material to an isotropic material.

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The melting temperature for LuGaO 3 also reports a decreasing trend as pressure is increased, which implies that the interatomic bonding between the materials is becoming weaker.

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