Metal Organic Frameworks (MOFs) Preparation and their Applications- University of Arkansas

[@ErickAlex1]

Excellent work. Your efforts will surely change the world for the better.

[@ketanmandrekar4053]

Nice explanation and demonstration. Thank you Professor and the team

[@sanasharif3077]

Amazing presentation. 10/10

[@el-sayedmohamed8425]

Thanks a lot for this work, could you guide us how to grow MOFs as single crystals for SXRD

[@danp1224]

Best example of MOF On the net. Thanks for the upload. I would like to try making some one day.

[@sabarinathans1438]

❤ very very nice good work I like 🎉

[@121-pambudizaky-fti7]

🎯 Key Takeaways for quick navigation: Metal Organic Frameworks (MOFs) are porous materials with various applications, resembling structures found in nature such as lungs, bones, egg shells, and butterfly wings. MOFs have different pore sizes categorized as micropores (less than 2 nanometers), mesopores (2 to 50 nanometers), and macropores (beyond 50 nanometers). MOFs are synthesized by combining metal systems and organic linkers to form extended networks, offering flexibility in design by changing metal and linker components. Key features of MOFs include high surface area, large pores enabling guest molecule diffusion, high stability, flexibility in design, and electrochemical activity. Example MOF (MIL-100) boasts a surface area of 7000 square meters per gram, illustrating their exceptional surface area compared to common structures like football fields. Synthesis of MOFs involves mixing metal and linker components followed by crystallization and structural analysis using techniques like transmission electron microscopy (TEM) and scanning electron microscopy (SEM). Various applications of MOFs include catalysis, gas storage, chemical sensing, gas separation, drug delivery, and biomedical imaging, showcasing their versatility and potential in different fields. MOFs can encapsulate drug molecules for controlled release, target specific cells such as tumor cells, and mimic enzyme pockets for catalytic reactions. MOFs demonstrate color change when encapsulating substances like iodine or turmeric, illustrating their potential for drug delivery systems and experimental applications. Made with HARPA AI

[@phdthoughts8404]

Good Work

[@broccoli1020]

It helps me for somehow. Now I knew the difference between coordination polymer and MOFs

[@mohamedchou1720]

How

[@broccoli1020]

@@mohamedchou1720 MOFs have SBU but CPs don't

[@mediwise2474]

@@broccoli1020 ????????????????

[@SolidBuildersInc]

Thank you for the presentation. Question..... To calculate the area of a Football field with 1 gram...... Are you simply counting the number spheres and multiplying by the Surface area of a each Spere within a MOF ? If so, how critical is that calculation for time release medical purposes? Thanks for any feedback. .

[@wulandaritangerang]

Thank you for explanation. very helpful

[@simonlinser8286]

i thought when you showed the stadium, that you were demonstrating the convoluted nature of the MOFs, but if you simply compare the footprint of the stadium to compare that to the surface area of a mof structure, i feel like you should measure the surface of each seat and basically measure the entire surface area inside the stadium, it probably would be more comparable to the mof than just its footprint

[@aymanmkhalfi8370]

thank you so much for this informative video we need much more of this content special thank for the girl

[@durvankurbirje9818]

Very informative video. Thank you very much

[@healthfromwithin3324]

You rock professor!

[@norsangtamang9735]

Thankyou so much. loved this video.

[@Ehsan-zb3po]

Thank you so much for the great introduction. that's very useful

[@filipinasakorea]

Thank you. ~ I just want also to ask regarding MOFs solubility. Is UiO-66-NH2 soluble in water? thank you~

[@ihsanulhuda4471]

Great job

[@pratibhachauhan5473]

very informative and applicable!

[@chemistrychannelbynadianad9084]

thanks for your video

[@khamontotan1513]

Thank you very much Would you please help me about synthesis of MOF-303 And it's x-ray scanning

[@ChemNil]

Would you please help me about the washing and purification of MOF-5 ?

[@physico-chimie1711]

Please, what is it the product that she added after ethanol.

[@aasifsvlog373]

Hassan beyzzvi salamulikm..why mof are porous?

[@anithakadimi4854]

Thank you very sir. will you please explain naming of MOFs

[@Userqpo]

and how to prepare zirconium based MOFs

[@AbdolazimHasseli]

What was the purpose of the last minutes demonstration?

[@maryammouselly533]

thank you it is so helpful. I have a question; at which temperature MOF-5 was dried?

[@amankumar595]

You can dry it at 120°C

[@m.a.6562]

خسته نباشید متاسفانه اصلا تصاویر واضح نبودن لطفامنابعی که استفاده کردید رو معرفی نمایید

[@bic1349]

Thank you!

[@abdus684]

Is there any one here having an idea about interfecial synthesis of MOF?

[@hishambadrelgammal8271]

💜🙏

[@deshengzheng8880]

MicroED structure analysis technology service for MOFs. If you need, please contact us.

[@amankumar595]

Metal organic Framework is a which branch of chemistry? Inorganic, organic, physical, or analytical chemistry?

[@ismailali4614]

Inorganic chemistry

[@smrutismita4229]

SIR I want to make cu-btc mof..can u help me?

[@sadiarafiq9621]

Mof composite kisay kahin gy

[@mediwise2474]

kise

[@muniba677]

how I can contact you

[@eliseeng1709]

You could try contacting the man at the beginning of the video. His name is Hassan Beyzavi and he is from the University of Arkansas.

[@Xolotl000]

We need mof 303

[@sadiarafiq9621]

Smj ni ai

[@MirvaZg]

The music in the background was the worst part otherwise thank you so much it was so helpful 🙏

[@dimitricortes7872]

Algún mexicano? 🤘

[@Perry-hr3uc]

The lab table is too dirty!!