Sir thank you for the clear information on the synthesis process. but 1 question I have, appreciate it if you could answer it. i.e., how to achieve particle size ranging between 50nm to 250 nm by precipitation method alone.
Thank you for your presentation. I have few doubts. Is is necessary to cool down the solution after reaction? And if it necessary then it should be cool down under inert environment or not?
Thank you for your presentation Dr. Kiran, i got new knowledgeable experience since surface on TH-cam 🙌
bu boleh saya belajar kepada ibu
Thanks so much for sharing!!!
Excellent presentation
excellent thanks a lot you are great
Hello sir
If I want to prepare fe2o3 nanoparticles , can I follow the same technique ?
And what should I change ?
Dear Sir. Once the NP is synthesied, how to do Uv Vis spec. Is it by DW or DMSO or DMF solution. Can we use H2SO4 also. Please guide me
Sir thank you for the clear information on the synthesis process. but 1 question I have, appreciate it if you could answer it. i.e., how to achieve particle size ranging between 50nm to 250 nm by precipitation method alone.
Thank you for your presentation. I have few doubts. Is is necessary to cool down the solution after reaction? And if it necessary then it should be cool down under inert environment or not?
How I make zero valent iron nanoparticles?
Hello sir excellent explanation by I have prepared many times bt didn't get fe3o4 only I got it fe2o3, wat can I do sir,plz tell me any positive idea
Sir these methods do not work but only under inert atmosphere...am I right ?
Oxidation my firend. You have oxidation.. This whole thing is useless
Sir... Can you share Reaserch paper or doi no for reference
Can you send this PDF sir urgent now???