TGA Analysis Through OriginLab (Thermal properties of nanomaterials) - 15

Thermogravimetric Analysis (TGA) is usually used to study the thermal properties of nanomaterials. However, understanding the TGA curve and extracting information from it is not an easy task. In this video, I have shown full details about how to analyze a TGA curve using OriginLab software. You must watch the entire video until the end.
If you have any questions, ask them in the comment section below. For more videos, please subscribe to NanoWorld. Thank you.
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[@amrradwan4279]

Excellent video, we are waiting the next complementary part. Thanks a lot for your efforts.

[@vasanthakumarp6156]

I welcome and appreciate your efforts. It should be really helpful for basic research students. Thank you so much.

[@davidmutegi6988]

Dear Nanoworld I hope that you are fine and doing great. I have watched many of your tutorials in your youtube channel and I am so grateful for the great and rich help they have accorded me in my data analysis, helping me add another dimension and confidence in my research work and publications in general. Thanks a lot, NanoWorld. My research entails the synthesis of porous materials and their application in adsorption of different target compounds via the column breakthrough approach and fitting the experimental data into the adsorption isotherms like Thomas Model and Yan Model. I have read widely about the approach and application, but learning from tutorials is much more beneficial than just reading all day. I have searched all over the internet and I have never come across detailed tutorials on how to analyze the experimental column breakthrough curve data for calculation of the quantity adsorbed in the column and also fitting the data in isotherms I have mentioned before. All these processes can be done using OriginLab but it requires a high level of skill to input the isotherm equations in Origin and perform non-linear fitting using NL fit function. I really like your tutorials in the way they are very detailed while very easy to understand and the step by step explanation. Thus, I humbly and kindly request that if it was possible, that you make tutorials on how to analyze column breakthrough experimental data for calculation of quantity adsorbed and fitting the experimental data into isotherms using OriginLab NL fit function. Thanks a lot for the time and consideration.

[@SujoyShivde-ez5vj]

Super informative, clean and helpful!

[@ENGKHALIFA1]

It is amazing. thank you very much, Good job.

[@fernandapalheta]

Thank you so much for this video!!!

[@mohamedbarre9874]

Prabhu's requested points are very interesting and I share the Idia with him, so please do it with many thanks to you Nanoworld for your knowledge sharing.

[@minjeong7857]

thanks a lot. Your video always helps me a lot. I want to say thank you.

[@atakiltabebe9722]

I loved your presentation. It is very clear and illustrious. Thank you very much!

[@maurodifraia]

Excellent Video man! Give us more! It really helped me a lot! Thank you thank you thank you!

[@nanoworld6122]

You are welcome.

[@almahortensiamartinezpreci352]

Thank you!! I learned about TGA.

[@shabnamdan7898]

Thank you so much for this video. Your videos have been helpful beyond measures.

[@nanoworld6122]

You are so welcome!

[@yvonnewang8242]

Thank you so much! It is very useful for students!

[@maherukh4970]

Grateful for this channel

[@ZaidLHadi]

Thanks a lot, it's an amazing idea...

[@GunterTCbba]

Thank you for the video, it is very well explained, thank you very much!!!

[@GunterTCbba]

La canción si que se te pega a la cabeza super jeje saludos desde Bolivia

[@yashrajkanaskar2452]

Thanks there, it was really helpful for me!😇👍

[@mohammadsideeqrather8513]

May I know ,how to calculate kinetic parameters, like activation energy, entrophy of activation etc, using Doyle's equation or by other methods using DTG

[@jagiachowdhury506]

True Life Saver!!

[@rubyahmed]

a good attempt. well presented.

[@thabanixulu8287]

Wow what a useful video thanks

[@angelsalazar552]

All your videos are very interesting and very useful, thank you very much. These videos make it easier to understand papers and make personal work more fluid and enriching to obtain valuable information from collected data.

[@nanoworld6122]

Thank You

[@MushtaqAhmad-xe3cb]

brilliant. thank you sir

[@RysgulT]

Thank you so much.👍

[@kunduthapa3712]

Thank you so much! ITs such a life saver!

[@nanoworld6122]

You're welcome!

[@santoshsharma8989]

excellent tutorial for beginner

[@chikezieonyekwena8918]

Good Job. Well explained

[@aaronm9491]

Excellent video

[@syb2952]

great video, thankss

[@vanhauvole7377]

Thanks a lot, it is good

[@abdelazizabuyamin8595]

Grate vidio. Thanks a lot

[@anastassiyakhan1684]

thank you very much for your work!

[@nanoworld6122]

My pleasure!

[@asaadabdullah4952]

Thank you so much

[@annappaar2990]

very informative. Thank you so much

[@nanoworld6122]

You are welcome!

[@haroldmagampa5186]

Thank you very much this video is very helpful.

[@nanoworld6122]

Glad it was helpful!

[@mmax7770]

I wanted to ask is this the correct representation Ist derivative.

[@yosiagopas2259]

how do I make number of weight, time temprature in my raw data just number thers no clasiffication

[@boonyacharnnok1954]

Your VDO is very useful.

[@muhammadhusnain5153]

excellent Explaination

[@PatricioRomero_xumi]

How you chose each "plateau"? First 2 are obvious and easy to pick, but for that third line, which is the criteria? Now adding my 2 cents, you can make straight lines by holding shift while you drag the mouse

[@karishmajain4688]

All your videos are very helpful for research people. Very nice explanations Nano world. Very informative. I have a doubt that to calculate weight loss (%)--- {W(initial)- w(final)}*100/w(initial) --- this formula should be utilized.

[@shraddhaverma4111]

How did you calculate the weight% from weight data

[@faaz12356]

thanks alot very useful

[@smilepleasee3601]

Excellent video...Thank you so much....

[@nanoworld6122]

You are most welcome

[@meertariq9644]

For degree celsius symbol ...u can use short form.....Press simultaneously Alt0176 on ur keyboard

[@nanoworld6122]

Thank You

[@mohanadhas5310]

It is very useful .thank you

[@nanoworld6122]

You are welcome

[@user-qt8ps2hz9q]

If the TG value is given in microgram how to convert it to percentage

[@john110503]

Can we plot dta from tga data?

[@unnikutty1]

Hello sir, Thank you for the Informative video. At the end of the video you have said that you have heated fresh sample at temperature 420, 700, and 830 degree celcius. how time you kept each sample in the furnace for heating?

[@muhammadhusnain5153]

Good job sir

[@vv-ky4bi]

Sir how to do a study for plotting ellingam diagram for tribological samples?

[@arunimaverma9582]

Sir I have doubt, as weight is in % then y axis should be upto 100.

[@prabhpreet4952]

Thankyou sir for all of your informative videos. At the end of video you mentioned that you have heated the samples at three different temperatures. Can you pls tell us for how long (time) you kept the samples in the furnace.

[@ibrahimnazemqader9153]

Great job. I even save this link to visit it again :)

[@nanoworld6122]

Awesome, thank you!

[@Karishmadaspurkayastharicha]

Hello Nanoworld. you really are awesome in explaining. please tell me one thing. do i have to report/write/include all derivative graphs in a scientific article? bcz i have not seen people doing it.

[@user-tt6iw4io8f]

Sir, but i got my datas as plotted TGA and DSC altogether in a PPT. I don't know what to do with that data. Sir please reply how to analyse such a data?🙏

[@lailaelfoujji5976]

Thank you so much for the efforts ^_^

[@nanoworld6122]

My pleasure!

[@lubnaafroz4873]

Sir plz let us know how to combine both weight and derivative weight in the same plot..in the same graph... it's very essential sir..

[@suriyatiamirudin9771]

thanks for the video. Solid state NMR please..

[@elouahabihajar9810]

thank you very much

[@nanoworld6122]

You are welcome

[@harmandeepkaur6989]

Interesting ✌️

[@nanoworld6122]

Glad you think so!

[@usmanchem08]

Dear Nanoworld. Can you pls explain how to tackle the initial weight gain of the sample as you see the sample weight % starts from 102 % in your case instead of 100%.

[@alialahmad4448]

can you make a video please on how to calculate thermodynamic function using heat capacity data

[@bab293]

Thanks alot....wonderful video....plz tell me how can I get fully working originlab software?

[@saliounjuhou82]

Good video. Is this method only valid for nano materials ?

[@bandanajadawn2857]

The raw data which us given in excel file is in the form of temp vs mass... How we convert this into weight perc to plot graph

[@nanoworld6122]

Apply this formula, (weight at temperature T x Initial weight at room temperature) / 100 If you still don't know how to do it, then send it to me through email I will apply the formula.

[@user-tt6iw4io8f]

Sir my raw data ia not in the excel file. its a PPT of a thermal analysis results, DTA and TGA plotted togather. How can i analysis such a data sir???

[@othmanelamrani8357]

Really, Exellent Video, Plz, I want your paper. Tanks.

[@Bondeddesigns]

@NanoWorld I was waiting for this.. Informative and engaging tutorial. However, I have some questions. 1. Can we plot the derivative curve on top of the TGA curve with a second y axis?.. If so, how to do that...? ( I am asking this because the TGA graphs I saw for my type of samples were taken from TA instruments and they were in the same graph and I want to emulate that.) 2. How to calculate the following values from TGA data.. A. Initial Degradation Temperature B. D-half value. C. MRDT - Maximum Rate Decomposition Temperature. 3. I understand that you performed 4 XRD studies for determining the phase changes. Can you please share your corelation and interpretation of that data along with TGA..? It will be helpful to see them both side by side. 4. How to find and mark the onset and offset temperature in the TGA graph?. I am eagerly waiting for your answers.. - Prabhu Palanichamy ( Researcher )

[@nanoworld6122]

Dear Prabhu Palanichamy, All of your questions are valid and answerable. But, it is extremely difficult for me to answer your questions through a comment or email. All of your 4 questions require an answer through a video tutorial. I make a video tutorial on a topic when I get a sufficient number of requests through email, message or comment on that specific topic.

[@Bondeddesigns]

@@nanoworld6122 Sure.. I can understand.. I will wait for your future tutorials.. As you say, I hope enough people ask you about same or similar questions so we can have more tutorials on this.

[@RestauradoraAlex]

@@nanoworld6122 Hello, there. I'd be very much interested - and appreciated - in a tutorial addressing all the points suggested by Prabhu Palanichamy, myself.

[@mohamedbarre9874]

Prabhu's requested points are very interested and I share the Idia with him, so please do it with many thanks to you Nanoworld for your knowledge sharing.

[@Fitness-lover-wel-being-]

Please show gas sensing graph plotting

[@physiochem.acadme]

Software name?

[@alexxxx6909]

The unit of derivative is incorrect. There should be a percentage / degree.

[@yosramahjoub6156]

س

[@ashrafabdelhady]

Thank you so much

[@nanoworld6122]

You're most welcome