In this video, I have discussed about the simple and most efficient method, solution combustion method also known as Prof. K C Patil's method used widely for the synthesis of nanometal oxide.
Borosilicate glass can easily handle most lab temperatures, and can handle 400°C for short-term service, typically 200-230°C for normal, standard use service. How Borosilicate glass can be used inside the furnace, where the temperature is 500°C .
Hi sir your explanation is so satisfying I have nanoparticle synthesis by organic method for my desertation can give me some suggestions regarding it which can be done in lab with less facilities and low cost
Interesting, Can you share the first metal oxide prepared using Low temperature Combustion method. Kindly share the paper title (or DOI link ) by Prof. K.C. Patil
@@DrMANJUNATHACHANNEGOWDA Thanks for replying Sir. Sir actually I synthesized CuO with glycine as fuel. I maintained Stoichiometric mixture but when heating sample was exploded with giving a blast sound. After no ash powder was remained. Can you please help me to solve this issue sir.
