How to subtract baseline in origin

[@thormeow]

Thank you for your guide! This is really what I need ^^

[@SAYPhysics]

@DANG Thu LOAN Glad I could help! There are many others in the playlist. I'll appreciate you if you inform your friends about the tutorial. Thanks

[@dumanaltinda]

you just created a peak at x = 50 , well done sir!

[@SAYPhysics]

Not a peak but a bump which can be rectified through smoothening. Thanks

[@arsalanadil14912]

These videos were incredibly useful

[@SAYPhysics]

Glad you think so!

[@dr.waheed-ur-rehman7911]

Thanks a lot Shahid sb for the clear and simple explanation!

[@SAYPhysics]

Thanks for liking

[@syedshaheenshah8402]

Very nice explanation, thank you Sir, this was much needed.

[@SAYPhysics]

Glad it was helpful!

[@고대연-e2j]

I really appreciate your guidance. I could learn what I really wanted to know!

[@SAYPhysics]

Glad it was helpful!

[@BlueyCloud-t8w]

Thank you very much! It helps me a lot!

[@SAYPhysics]

Thanks for the appreciation dear

[@TaehunGu]

정말감사합니다 !!

[@SAYPhysics]

천만에요 자기야

[@USACatgirl]

Very good your video. Thank you.

[@SAYPhysics]

Thanks for the appreciation dear 😊

[@dalalalhilfi87]

in X-ray diffraction peak gets broadens in the nanocrystals due to the
There are two types of peak broadening: the crystal size effect and the intrinsic strain effect, and the instrumental broadening. The instrumental broadening can be corrected, but how can I correct it to calculate the average particle size?

[@SAYPhysics]

The broadening of X-ray diffraction peaks in nanocrystals can be attributed to crystal size and intrinsic strain effects, along with instrumental broadening. While instrumental broadening can be corrected, methods such as the Scherrer equation can help calculate average particle size by factoring in crystal size and intrinsic strain effects. This allows for a more accurate determination of nanocrystal dimensions. The following playlist contains answers to all your questions. Thanks
XRD Data Plotting and Analysis: th-cam.com/play/PLeWSImvDbpldse8hqfvZX7MasFSkTwIIT.html

[@vardhanshah]

Thank you. Very accurate and useful.

[@SAYPhysics]

Thanks for the appreciation dear

[@vardhanshah]

@@SAYPhysics good work is always appreciated 😀

[@SAYPhysics]

That's nice. Please inform your friends and classmates regarding the channel and its contents. Thanks

[@vardhanshah]

@@SAYPhysics Sure!

[@anjanapnambiar5887]

Thank you so much Sir. This was really helpful. Looking forward to more like this.

[@SAYPhysics]

Thanks for the appreciation dear 😊. There are many others in the same playlist.

[@katerinastonova3715]

This is great, thank you!

[@SAYPhysics]

Thanks for the appreciation dear

[@amirrezakhataee1044]

Thanks for sharing!

[@SAYPhysics]

You’re welcome.

[@VeronicaMartinez-mf1vt]

thank you!!

[@SAYPhysics]

You're welcome dear

[@ishfaqchohan7297]

Thanks alot sir

[@SAYPhysics]

You're welcome dear

[@lekshmi833]

While doing subtracting baseline, an error occurred. Origin c (24) error X- Function failed to execute.

[@SAYPhysics]

I don't know what this error message is. Please repeat by following all the steps carefully. Thanks

[@clapamevi21]

Thank you :)

[@SAYPhysics]

You're welcome!

[@firdousfirdous8616]

Sir finish main click kro to wo nai ho raha

[@SAYPhysics]

It seems that you're missing some step(s). Try to follow carefully and let me know. Thanks

[@SohailAhmad-xo1ee]

how to subtract an unwanted peak from the data graph is there any specific way. thanks for your vlog its help me a lot

[@SAYPhysics]

It can be done in so many ways. Please check the OriginLab playlist for it. Thanks

[@adityak3539]

what about the peaks that were indicated downwards how to explain them.....?

[@SAYPhysics]

It depends on the nature of a plot. If it's a transmission plot, downward peaks are the absorption and vice versa. Thanks

[@adityak3539]

@@SAYPhysics if the peak indicating downwords does it mean anything particularly or simply it is an anomaly

[@SAYPhysics]

@@adityak3539 If it's related to different detectors offset, then OK. Otherwise, I don't think so. If you provide some information about what type of characterization (FTIR, UV-VIS-NIR, PL etc...) I can further discuss it. Thanks

[@adityak3539]

@@SAYPhysics Tested on ATR-FTIR and type of sample is bitumen

[@SAYPhysics]

In FTIR transmittance data, a downward peak show the absorbance. We've only one detector in FTIR, so no offset. Also there's no sample preparation for ATR and background is also subtracted automatically. Thanks

[@anaalicemagalhaes8775]

Thanks

[@SAYPhysics]

Thanks dear

[@mehranalam1274]

Please sir make video on how to separate overlap peaks in XRD pattern

[@SAYPhysics]

Good idea. It’d be good if you could send me an exercise file of such type. Thanks

[@abroozainab8448]

Thanku sir

[@SAYPhysics]

Welcome.

[@vt9848]

Hi, Can you please teach me how can I do baseline correction using python!!

[@SAYPhysics]

No dear. I'm not an expert in python. Thanks

[@quandoanmai7215]

Thank you (^.^)

[@SAYPhysics]

Thanks