As in the case of semiconductors, extrinsic semiconductors are those which are doped by some pentavalent or trivalent impurity, and intrinsic semiconductors have no impurity (doped atoms). My question is, why do we categorize doped conducting polymers as "intrinsically conducting polymers"? Why "doped conducting polymers" are not "extrinsically conducting polymers"?
thank you so much for making the animation. It was very helpful
This has saved my day. Thank you so much.
Really helpful
Really helpful video. I do have one question. Whats the difference between bipolaron and two charged soliton?
🤗
sir can you please mention the link of reference from where you taken this section...huge need
As in the case of semiconductors, extrinsic semiconductors are those which are doped by some pentavalent or trivalent impurity, and intrinsic semiconductors have no impurity (doped atoms). My question is, why do we categorize doped conducting polymers as "intrinsically conducting polymers"? Why "doped conducting polymers" are not "extrinsically conducting polymers"?
Hi thanks for the video, but may i know where can i found information on the band diagram
"energy band theory"