Gas Chromatography (IQOG-CSIC)

Gas chromatography (GC).
Popular science video (IQOG-CSIC)
Animation showing the operation of a gas chromatograph,
explaining its parts: Oven, Injector and FID detector.
Instituto de Química Orgánica General (IQOG-CSIC)
Centro de Química Orgánica (CENQUIOR)
CanalDivulgación:
/ canaldivulgacion
Musica: Astropianoman (In The Arctic Sea)
By Guillermo Corrales

[@406bex]

Best explanation I have ever seen or heard including from hour-long lectures. Simple and to the point. Years of confusion finally cleared up.

[@danspitalnik]

That was cool. Informative and I got to feel like I was at a pink floyd concert.

[@drewprindle1513]

high five for making this creative commons :)

[@saifrayhan4093]

best animation ever .... its really creative to show the procedure . Its really helpful to student like us ,. Thank you very much

[@Feynbert]

thank you from morocco

Excelente video para compartir con los estudiantes

[@amanadeel8897]

It is the best method of teaching plz make more instruments.

[@ScienceBronzewall]

Concise and clear..
Mind blowing explanation

[@mobinkhan7623]

I don't usually comment, but I really enjoyed your video, so I wanted to leave a comment.

[@trickhunters3235]

This is an amazing work by the team. Keep it up, very very helpful content. Will be looking fwd for various animations too.. :D

[@Viratlalita1709]

This is very detailed... Excellent.
And thank u sir

[@mallorythompson56]

LOVE THIS VISUALIZATION!! THANK YOU!!

[@ajayjat1914]

Great visualisation of whole process,love it man! ❤️🙏

[@raquellima132]

Great animation! Really helpful. Thanks! :)

[@majedaljaber134]

Thanks a lot for this beautiful video!

[@MrKadvaga]

i feel like this could suitable for aliens who want to learn our technology without knowing our languages.

[@lil_weasel219]

art is a language. as is math
For instance an alien wouldnt understand an arrow

[@anjalibhagat571]

Beautifully explain....👍 It's make so simple to understand. Thank you and keep making such kinds of videos 👍

[@SMS.WAHEED]

Very very informative jazakallah

[@halimzaini1796]

Creative information about gc, thank you.

[@engineerlogics9666]

excellent demonstration

[@blessdog5392]

the soundtrack is LIT

[@georgeclooney9164]

turn that shit up and watchi this vid while youre trippin bro

[@christopherdalyii381]

Isn't there a potential for the column or detector to become contaminated with combustion products of blood sample solids and other organic molecules?
Is there also not a change that chemicals that produce the same reading have yet to be studied and considered during the analyses?
Both of these concerns would create inaccurate results and false positives, correct?

[@sanjayatimilsina5799]

fantastic!! absolutely loved it.

[@ishaqcopoeia4387]

Amazing. Really very nice. I enjoyed.

[@mostfamahmoud7812]

Great video 💗

[@SaRa-vq7mk]

fantastic , thank you :)

[@samiandari3604]

Very informative
Thank you!

[@Chinesewithansuoya]

Wonderful ❤

[@padmamaulee2294]

could have been better with parallel explanation

[@이지은-h5o1s]

THANK YOU FOR SHARING. I'LL USE THE VIDEO LINK IN MY BLOG WITH YOUR SOURCE OF CHANNEL

[@irankh1895]

Hi guy's, yes indeed i quite agree. Simple and down to the point graphic explanation. Well done, keep up the good work. Kind regards Alexander

[@ouzytheoriginal]

amazing job

[@khursheedkamran7398]

thank you, very helpful

[@semihtastekin]

Very nice video

[@SulaimanAlnaimat]

amazing

[@boopathi.m4365]

Thank you

[@jacknguyen1757]

Thanks

[@chankim1312]

Good job!

[@frehman4404]

Nice illustration..
Kindly enable English caption..

[@modepalliyoganandabrahmaia6887]

Really it's good

[@akanshanarayan5900]

Thank you so much

[@hasinraihan1888]

Thanks a lot

[@hassan-it3bq]

thank you its very good

[@marygeorge7279]

Super 👏👏

[@andreighitescu586]

wow.. 5 mns worth more than a 3h lecture

[@mariellesoldevilla8775]

Thank you!

[@piyushsen7502]

Concept clearing animation.
Tnx

[@rahulmacha1800]

Really it is osam
Who created this video 🙏
Jai hind🇮🇳🇮🇳🇮🇳🙏🙏🙏

[@informatics5814]

Very nice sir thanku

[@hafizmuhammadasifnawaz2871]

impressive

[@katieerichcatubig4185]

Can we do this to separate the good plastic smoke from the toxic ones?

[@umangasarathchandra717]

Thanks!!!

[@DrNeedles54]

Awesome Video, Thank You!

[@hirenpatel4820]

thanks

[@saluhumusailiya4624]

very wanderfull

[@raminosmanov8151]

great

[@utsavkalariya2461]

Very well... but which software use in animation making

[@CanalDivulgacion]

The animations of this video are made with PowerPoint and edited with Windows Live Movie Maker.

[@utsavkalariya2461]

CanalDivulgación thank you

[@peaksanalyticalhplcgc5734]

@@CanalDivulgacion Great , Thank you , i am trying to create an animation about chromatography so i could explain these concepts to my students better way, unfortunately right now its very tough for me as because i have never tried animation throughout my entire working, i was always busy with method development and validations, but thank a lot, this time i would try to go with power point and movie maker👍

[@biocharya007]

Amazing animation! But the structural functionality of Injector and detector is still not clear

[@mihirpatel368]

Very interesting with core learning

[@mohammedjunaidahmed7433]

Helpfull.:)

[@ChiragNinave]

Would've been much better if you included voice too. Also, can you please explain what are the Rubber Septum, Septum Purge Outlet, Split Outlet etc and their role ?

[@CanalDivulgacion]

+Chirag Ninave
The rubber septum (typically made of silicone) is used to maintain carrier gas pressure inside the system and to introduce the microsyringe needle in the injector several times without leaking.
The septum purge outlet prevents septum bleed components from entering the column and it maintains the septum zone clean.
Considering the high sensitivity of this technique, usually (when working in split mode) a part of the sample/carrier gas mixture in the injection chamber is exhausted through the split vent. Most of the injected sample is removed by this vent to the atmosphere and only a small proportion will flow into the column (typically only 1% of the injected sample).

[@ChiragNinave]

CanalDivulgación
Thank you very much. Now I get it.

[@easylearning981]

+CanalDivulgación So, is the molecule of interest lost during detection, as it passes through igniter flame? Great animation btw

[@edwardgd5858]

thanks for the information.

[@md.rezaulkarim2468]

best .. God bless :)

[@youcefkin6655]

thank s

[@aneemfaaz]

an animation gives a 1000 words..... and also loud dramatic music

[@ahmedabdelghany9416]

wonderful

[@hiteshbiology2173]

Superb

[@abdalkaderboukhris166]

Well-Detailed

[@aishad.l.2149]

Gracias por ahorrarme horas de lectura y calculaciones sin sentido :')

[@evergreenpakistan4591]

greate sir

[@احسانلفته-ظ5ط]

Hi We have been problem at my GC could you help ?

[@Rostom799]

Норм видос!👌

[@karolinegarcia68]

What is the name of the song used?

[@CanalDivulgacion]

Music used: Astropianoman (In The Arctic Sea)

[@obit9831]

❤

[@niranjantayal]

good

[@rassimsimou1594]

Good

[@chunkchips4554]

this video isnt helpful when you dont understand what youre even looking at. my professor just added this video to watch with no context. Im literally drowning in this class.

[@magali6619]

That soundtrack sounds like Pink Floyd

[@massoudkaykha2200]

مسعودسلامت میکند

[@shiwalika1]

thanks

[@smjfilm]

thanks