xerogel meaning in Hindi

Examples

1. The dsc curve and xrd of vo xerogel revealed that three - change process during the drying process of xos sol
2. The peo - v2o5 - moo3 xerogel thin films show the excellent cycling reversibility and stability of li + ions insertion / extraction in the interlayer of v2o5 - moo3 xerogel
3. The surface structure of sample a would be more regulate and complete than sample b after annealing . tga was applied to analyze the weight loss process of vio xerogel
4. The sem micrographs of xerogel thin films show that the surface of the films is homogeneous , no cracks and holes are observed and it has a fiber - like microstructure
5. The major results were listed below : the forming processing of xos xerogel was studied . the results showed that it is useful to apply the oxygen top - blend technique to the fabrication of vaos xerogel by melt quenching
6. The synthesis of water - soluble pyrrole and poly ( trimethyl - ( 2 - pyrrol - l - yl - ethyl ) - ammonium iodide ) / vios nanocomposite was studied systemically . the vos xerogel was prepared by melt quenching method and the fabrication method was improved
7. Peo can be completely intercalated into the interlayer of v2o5 xerogel in form of amorphous state at x = 0 . 5 , whereas partial peo can not be intercalated into v2os xerogel interlayer and exists outside of v2o5 xerogel interlayer in form of crystalline state at x = l , 2
8. Peo can be completely intercalated into the interlayer of v2o5 - moo3 xerogel in form of amorphous state at x 1 , whereas partial peo can not be intercalated into v2o5 - moo3 xerogel interlayer and exists outside of v2o5 - moo3 xerogel interlayer in form of crystalline state at x = 2
9. The xps analyses show that there were two different chemical conditions of li + ions when li + ions were inserted into v2o5 - moo3 xerogel , corresponding to the li + ions in the interlayer and interstitial positions ( localized by the layers ) of v2o5 - moo3 lattice , respectively
10. During the temperature of 360410 , the weight lose was aboutl . 8 % of both sample a and sample b . the calculating result of n ( water molecular number ) was n = 1 . 59 ( sample a ) , n = 1 . 79 ( sample b ) respectively . li + ion storage properties in xos xerogel films were related to the content of v5 + ion and the situation number that li + ion were capable to hold