CHEM01200604004 Shri Sanyasinaidu Boddu - Homi Bhabha ...

List of Tables:
Table 1:
Variation in the lattice parameters of GaOOH samples prepared in presence of
different amounts of Eu 3+ ions
Table 2:
Summary of important modes of vibrations in GaOOH nanorods containing
different amounts of Eu 3+ ions along with that of Ga(OH) 3 .
Table 3:
Variation in the lattice parameters of β-Ga 2 O 3 samples prepared in presence of
different amounts of Eu 3+ ions
Table 4:
Lifetime values corresponding to 5 D 4 level of Tb 3+ from GaOOH: Tb 3+ heated at
different temperatures.
Table 5:
Excited state lifetime values of host emission after doping with different
amounts of Tb 3+ ions.
Table 6:
The anisotropy parameter (∆δ) obtained form the components of the chemical
shift tensor (δ 11 , δ 22 and δ 33 ) which are calculated from the side band
intensities observed form the 31 P MAS NMR patterns of GaPO 4 sample
containing different amounts of Eu 3+ ions. The line width of the peak (Γ) is also
given in the table. Error in the chemical shift values is ±1 ppm.
Table 7: Effect of variation volume of solvents on the average crystallite size of SbPO 4
nanomaterials. Errors in the average crystallite size are ±3 nm and obtained
from duplicate measurements.
Table 8: The lifetime values corresponding to the 5 D 4 level of Tb 3+ ions in SbPO 4 :Ce 3+ ,
Tb 3+ nanoribbons/ nanoparticles along with the χ 2 values obtained from fitting.
The numbers in brackets give the relative concentration of each lifetime
components. Error in the lifetime values are within 5% as revealed by the
duplicate measurements
xxxvii