Hi Inayat, you can use the stoichiometric conversion factors to calculate oxides from molar values. For example, the specific factor for Ti is 1.6681. If you divide your TiO2 content (in wt%) derived from XRF analysis by the factor 1.6681, you get the molar Ti content. You can find the conversion factors for other elements on the website of James-Cook-University at the following link: https://www.jcu.edu.au/advanced-analytical-centre/services-and-resources/resources-and-extras/element-to-stoichiometric-oxide-conversion-factors

TiO2= Ti+O2

= 47.9+32 (Mol Wt of Ti + Mol wt of oxgen)

= 79.9

Ti ppm = 47.9/79.9 * 1000000/100

= 5995

or 79.9/47.9 = 1.6681

Hi Inayat,

Ti(ppm)=TiO2(wt.%) * conversion factor * 10000

Ti(ppm)=TiO2(wt.%) * 0.59951 * 10000

Simply multiply TiO2 wt.% x 5995

Ti from TiO2

Ti (ppm)= TiO2 (wt.%) x 5995

(Where 0.59951*10000=5995.09999)

Hola,

Tal véz algun documento científico que explique este proceso, para las referencias

Ti = Ti O2 muliplay 48/ 80

@mohd younus bhat

Radial or axial is mode in which analysis is done it is nothing to do with the result

If you got your results in wt% you have to do the same said by others in the previous comments