01013nam a22002057a 4500952009700000999001700097040003600114082001600150100002400166245010400190260003200294300004200326500010600368500005500474500003900529502006600568546001200634650015400646942000700800  00104071aGGLbGGLd2026-04-13l0o530.41 YOUp117644r2026-04-13 00:00:00w2026-04-13yTH  c61503d61503  cRiphah International University  a530.41bYOU  aYousaf Khan (61114)  aA DFT Approach on the Strain Tunable Physical
Properties of BaCeO3 for Emerging Energy
Applications  aLahoreb(unpublished)c2026  ax, 61 p.b: ill., Col.c; 29 cm.e+CD  aSubmitted in partial fulfilment of the requirement for the degree of Master of Philosophy in Physics.  aIncludes bibliographical references and annexures.  aThesis supervisor: Dr. Hamid Ullah  aThesis (Mphil-Physics)--Riphah International University, 2026  aEnglish  aPhysicsaStrain tunable physicsvThermoelectric propertiesvDensity functional theoryvOptoelectronic devicesvOxide electronicsvMphil-PhysicsvRCST  cTH