B. Pahari

Crossover of the dimensionality of 3d spin fluctuations in LaCoPO

dc magnetization and

11B NMR Study Of Possible Heavy Fermion Compound CePt2B2C

^{31}\text{P}

V 51 NMR study of the quasi-one-dimensional alternating chain compound BaCu 2 V 2 O 8

spin-lattice relaxation rate in the polycrystalline sample of LaCoPO suggest a spin-fluctuation dominated ferromagnetically ordered state. Moreover, NMR data clearly indicate a crossover from two-dimensional to three-dimensional spin fluctuations across

A comparative study of the magnetic properties and phase separation behavior of the rare earth cobaltates, Ln0.5Sr0.5CoO3 (Ln=rare earth)

{T}_{\text{C}}

NMR study of 51V in quasi-one-dimensional integer spin chain compound SrNi2V2O8

. In contrast to isotropic hyperfine field,

Magnetization and Cu 63 NMR studies on granular FeCu alloys

{H}_{\text{hf}}

NMR study of the impurity induced ordered state in the doped Haldane chain compoundSrNi1.93Mg0.07V2O8

at the

A 75 s NMR study of oriented CeFeAsO and CeFeAsO 0.84 F 0.16

^{31}\text{P}

11B and195Pt NMR study of heavy-fermion compound CePt2B2C

site in LaFePO,

11B and 195Pt NMR study of heavy-fermion compound CePt2B2C

{H}_{\text{hf}}