Carbon Nanotubes (CNT)

Carbon Nanotubes (CNT)

[@daljiba]

I am a 72 years old student Sir very well explained

[@introductiontomaterialsscience]

Sir, it is truly great that you have a desire to learn new things even at this stage. Thanks for your appreciation.

[@itshades9387]

Deep information about Carbon Nano tubes is......... kzbin.info/www/bejne/e5TNc2amfJ1qlZo

[@iramshaikh2969]

Thanks prof.prasad sir it is very effective explanations.

[@viyanshparashar8792]

Best teacher of this world

[@rohinimanda9187]

Thank u sir for good explanation

[@rejimathew4294]

Sir Thank you so much.. Is there is any lecture on CNT fabrication methods like laser evaporation,CVD,arc method etc

[@jalanshimotisha4704]

Thankyou sir ..very well explained👍🏻✨☺️

[@PSTWFB]

Carbon Nanotube & Graphene, Fullerenes (C60), SW & MWCNT, Arm chair, Zigzag, Chiral, S Conductor! kzbin.info/www/bejne/eJ-5hIWYmbt5pbs

[@sercilsolmaz7097]

THANK YOU SO MUCH

[@seemuseemu6347]

Sir jaise aapne likha hai vaise project me likh lenge to chalega kya ...??? Final year me last sem me lg rha 2 days me dena hai sir or mere pass kuch v matter nhi hai😰 sir ise likhenge to pure marks mil jayenge na ...20 -25 pages me likhna hai binding wali project bnani hai to...acvhe marks k liye kaise likhe sir

[@صلاحالدينالشرعبي-ش5د]

how can i creat Carbon Nanotubes?

[@rajeshprasad101]

Arc discharge of carbon electrodes is one of the methods. You can find more details here en.wikipedia.org/wiki/Synthesis_of_carbon_nanotubes

[@bestcakesdesign]

How is it used in lead detection in water?

[@introductiontomaterialsscience]

I am not aware of this. But I just checked the net and found that indeed it is possible.

[@bestcakesdesign]

@@introductiontomaterialsscience yes the thing came in light due to Kid of the year 2020 Geetanjali Rao, The child scientist in America. She made a device of lead detection.

[@introductiontomaterialsscience]

@@bestcakesdesign Thanks.

[@tryfornew2932]

Sir Paper battery

[@deadman8249]

Respected sir, Is the value of d= √(n²+m²+(0.5×n×m))÷π .

[@deadman8249]

And the angle between a and c will be, Inverse Tangent of (√3m/(2n+m)). By using formula for angle between resultant and base vector, and putting the value of sin 60 and cos 60.

[@suhailanjumabdurraheemsayy7639]

Thank you very much respected Prof. Rajesh Prasad sir. Very nice explanation!

[@tusharbhat5277]

Hats off sir, for your wayof explaining. Thank you very much

[@aritram10]

19:19 Dr. Rajesh Sir, this is the difference when a crystallographic ace like you teaches CNT and someone else teaches chirality of CNT, I'm not disrespecting any other expert, I just want to express my gratitude for elucidating this indices m,n notation. Thank You sir.

[@itsmycutelittleworld69]

Thank u so much sir...u r explanation was ultimate👌👏

[@amritjena3210]

D is equal to root over of m² + n² divided by root 2 * n And theta is equal to cos inverse n divided by root over of n²+ (3/ 2) m²

[@amritjena3210]

Sir D is the diameter of the cnt tube ... Is that same with the length of the c-c bond as mentioned in the last exercise question ??

[@KuldeepSingh-hv1tz]

sir, how can and where can I get pdf of your whole lecture. please reply sir...

[@himanshugaud3050]

*Thank you very much for teaching us about this topic related to nanotechnology*

[@sureshkumarpataliya9946]

thank you so much sirr....easy and effective way of explaination,,,,thank u

[@yashraut9394]

Thank you so much sir for excellent knowledge about canbon nanotubes. I am a diploma student in chemical engineering (Arvi, Maharashtra) and I am studying about the literature review of preparation of carbon nanotubes using staudenmaier method. This lecture is fantastic and I learn lot of new things about CNT. It definitely help me for my project. Thank you Sir.

[@seemuseemu6347]

Sir aaj so smjha rhe hai wo smjh aa rha hai but sir mujhe abhi present time notes chaiye jo project me use hone wala hai to pura clear matter i mean notes kisme milega...ek2 topic pure details me....clg use ho rhe☹️☹️😣😞

[@shivangikharoo3648]

COULD YOu Please POst The ANSwer So WE CAN CROSS Check

[@kanchanzine7986]

What will be the relation between chiral angle , d in terms of n,m

[@luexiong8496]

Thank you sir, your experience teaching very insightful and informative for everyone.

[@kamalkaur9539]

Well Explained!!! Thank you Professor

[@bestcakesdesign]

Cnt used in lead detection sensor. Kid of the year 2020 used it.

[@jamesdriscoll9405]

Interesting, Such a clear explanation! And these are measured by AFM?

[@rajeshprasad101]

AFM can be used. SEM and TEM are also useful.

[@jamesdriscoll9405]

@@rajeshprasad101 To measure the angles of the bonds? (sorry, I should have specified, I was wondering how to measure the chiral angle theta by physical means).

[@gyanendraadhikari8212]

inspirational

[@nachiketbelwalkar1072]

i got the answer to the last question but donno where to verify it

[@pragati735]

Best teacher.......

[@DapiroStanislav]

nice video, thanks

[@hariharanm2906]

very super lecture on CNT

[@hammadch7752]

Can you explain carbon bases nanoparticles

[@hemah8763]

Is this course still offered in nptel-swayam

[@MANU28PHARMACY]

Very nice explanations sir. Thank you

[@sandamaliharischandra4277]

👍🏻👍🏻👍🏻

[@ManyHeavens42]

Ha you made the strongest Tape in the world,pinky thanks Brain !

[@introductiontomaterialsscience]

Sorry, did not get this one!

[@ManyHeavens42]

@@introductiontomaterialsscience tap make from Nano tubing get it ? $$$$$.$$$$ strongest tap ever .dont forget me !

[@yannickkamta2719]

thanks

[@shazeebwazir81]

Thanks sir

[@yashaswinit8970]

Thank you sir

[@PSTWFB]

Carbon Nanotube & Graphene, Fullerenes (C60), SW & MWCNT, Arm chair, Zigzag, Chiral, S Conductor! kzbin.info/www/bejne/eJ-5hIWYmbt5pbs

[@Nothing52812]

Theory to book se bhi padh skte hai. Kuch physical existence se smjhao na guru ji. Ya bs Rat k he kaam chlega

[@shantnushukla7070]

u suk