I know im asking the wrong place but does anyone know of a method to log back into an Instagram account? I was stupid lost my account password. I love any tips you can offer me!
@Payton Jeremias thanks for your reply. I got to the site on google and Im waiting for the hacking stuff atm. Seems to take quite some time so I will get back to you later when my account password hopefully is recovered.
2:55 I wonder why energy associated with transition (area under the peak) is smaller in heating mode (endothermic transition) (157.2 J/g) compared to energy associated with transition in cooling mode (exothermic transition) (178.6 J/g)? In theory the energy of transitions should be equal. From where additional 21.4 J/g in cooling mode (exothermic transition) is coming?
Thanks, excellent explanation! may i know what software needed to analyze the important parameters regarding the thermal transitions produced by the material? thanks in advance.
Awesome summary of basics for understanding and interpretation and applications. Thanks a lot!
Thanks a lot.
I am fascinated by the material analysis techniques. DSC is awesome! Great explanation
This is an excellent overview of how DSC can be used to analyze polymeric materials.
Glad you enjoyed the video!
I know im asking the wrong place but does anyone know of a method to log back into an Instagram account?
I was stupid lost my account password. I love any tips you can offer me!
@Alan Cameron instablaster ;)
@Payton Jeremias thanks for your reply. I got to the site on google and Im waiting for the hacking stuff atm.
Seems to take quite some time so I will get back to you later when my account password hopefully is recovered.
@Payton Jeremias It worked and I finally got access to my account again. Im so happy!
Thank you so much, you really help me out!
Thank you so much
A really nice video.
I can now look into it more deeply.
Great explanation. thank you for the overview.
Very nice informative video. But did not discuss about cold crystallization peak.
Thank you! Very informative video
2:55 I wonder why energy associated with transition (area under the peak) is smaller in heating mode (endothermic transition) (157.2 J/g) compared to energy associated with transition in cooling mode (exothermic transition) (178.6 J/g)? In theory the energy of transitions should be equal. From where additional 21.4 J/g in cooling mode (exothermic transition) is coming?
Thank you ❤️
Could you give me the specs of the instrument displayed at min 2:10?
Very informative and detailed
Thanks a lot for the information.
Thank you
Thanks, excellent explanation! may i know what software needed to analyze the important parameters regarding the thermal transitions produced by the material? thanks in advance.
You can use the software developed by your equipment supplier.
thanks, gread explanation and very informative vidio
Very interesting and educative.
Great 👍
Excellent video, please make a video about Infrared Spectroscopy and 1H-NMR for polymer analysis
Thanks Kunal, we do have a video of FTIR on our channel already. We will put NMR on the schedule for a future video!
You try to give the video more brightness it will be great if you do
Greetings from Brazil. Thank you for sharing it.
I have a test result. Its difficult for me to interpret
What does the temperature above 157.2J/g mean?
Wow, the explanations are really great, thank you. please do you by any chance have the subtitle. thanks
RUclips has the subtitles on the bottom of the screen. As of now we do not have those included in the videos.
do we use second heating scan for calculating degree of crystallinity for DSC or only first heating scan in heated-cooled-heated scan
thank
T
he best of the best
can crystallization temperature be higher than melting temperature??
Debarshi, No the crystallization should not be higher than the melting for the material.
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the red bar on the presentation obstructed the youtube timeline bar, not that important but kinda annoying
nice
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Useless if you don't even talk about cold crystallisation and how to interprete