deletions | additions       diff --git a/sectionResult_and_Di.tex b/sectionResult_and_Di.tex  index 8fa4c9b..d2a2574 100644  --- a/sectionResult_and_Di.tex  +++ b/sectionResult_and_Di.tex 
...
In order to study the formation titanium was $\beta$ solutionised, quenched and aged and nucleation of $\alpha$ interface was observed at $\beta$ / $\omega$ interfaces. , In their sample $\omega$ precipitates are spherical in shape while $\alpha$ particles exhibit a lenticular morphology upon cooling the precipitate is coarsened. It was observed the lenticular particles appear associated with $\omega$ precipitates. It is speculated that these arise at $\beta$ /$\omega$ interface. It is however quite difficult to determine exact nucleation sites in this alloy as TEM still has low resolution.  When the ellipsoidal precipitates of $\omega$ are present in the system it suggests low $\omega$ /$\beta$ misfits and therefore are considered less likely location for $\alpha$ nucleation. The explanation of $\alpha$ formation in this situation is analysed using 3DAP technology. The studies show the compositional profile during aging of the sample the region enriched in Cr regions show rejection of depletion of (V Mo Cr, $\beta$ stabilizer and Al ($\alpha$ stabilizer)) these suggest formation of $\omega$ precipitates. this This  is illustrated in the image below The local piling of $\alpha$ stabilizers in the $\omega$ /$\beta$ interface makes these sites viable for $\alpha$ nucleation.