In step 5 you have shown original data plot and plot without background , but you have not shown how you generated the without background plot in the above video
Hello! The peak meaning (origin) is understood using the databases. If you don't have the database included with your setup, you can use rruff.info for many inorganic materials, and this one is for organics sdbs.db.aist.go.jp/sdbs/cgi-bin/direct_frame_top.cgi. You can also - having some preliminary knowledge about your sample - check the papers.
@@tersteam8417 thanks for the links! I'm trying to detect microplastics in teabags using Raman and currently, I know only two polymers which have raman Spectroscopic data. In case of a previously unreported polymer, ( or an unidentified plastic which is highly unlikely) what do we do
informative
Слышно русский акцент, спасибо, все понятно)))
Thank you !!
In step 5 you have shown original data plot and plot without background , but you have not shown how you generated the without background plot in the above video
how we know about peak means...i.s. peak 1031 what is that meaning which compound could in thatta range how we know... anyone help or give suggestions
Hello! The peak meaning (origin) is understood using the databases. If you don't have the database included with your setup, you can use rruff.info for many inorganic materials, and this one is for organics sdbs.db.aist.go.jp/sdbs/cgi-bin/direct_frame_top.cgi. You can also - having some preliminary knowledge about your sample - check the papers.
@@tersteam8417 thanks for the links! I'm trying to detect microplastics in teabags using Raman and currently, I know only two polymers which have raman Spectroscopic data. In case of a previously unreported polymer, ( or an unidentified plastic which is highly unlikely) what do we do
In the step 5 you have not shown how to generate without background data plot
Hello! You can find it in the previous video on background subtraction th-cam.com/video/Ssi_poxr2Lc/w-d-xo.html