Posting the question again in case it gets cut off. It's my first time here.
If I have a delta Epsilon of 5034 from a combination of six molecules I've designed that have 631631 kJ/Mol, is that delta Epsilon a limit of the material and also does that mean you can pass that much energy through a mol of that material? I'm basically using Teslas car battery numbers as a standing point for how long it will take to charge something by converting kJ's to kWh, which is ~90kWh.
I'm designing sub nanometer materials for fun including the lithography to make them a possibility if it all goes well, but if it doesn't at least it's a learning experience. They're dual doped semiconductors, one P-type the other N-type stacked in a single row of three with all P and N's in their own side. My computer is having trouble rendering anything more complicated than that so I couldn't make a well or hole to try out Quantum tunneling let alone Quantum dots, or other more basic materials like transistors, and I'm just a little bit confused by the materials numbers because I'm new to this level, or any level, of EE and the software itself, WebChem 3-D. Any help would be appreciated.Thank you.
-J.
If I have a delta Epsilon of 5034 from a combination of six molecules I've designed that have 631631 kJ/Mol, is that delta Epsilon a limit of the material and also does that mean you can pass that much energy through a mol of that material? I'm basically using Teslas car battery numbers as a standing point for how long it will take to charge something by converting kJ's to kWh, which is ~90kWh.
I'm designing sub nanometer materials for fun including the lithography to make them a possibility if it all goes well, but if it doesn't at least it's a learning experience. They're dual doped semiconductors, one P-type the other N-type stacked in a single row of three with all P and N's in their own side. My computer is having trouble rendering anything more complicated than that so I couldn't make a well or hole to try out Quantum tunneling let alone Quantum dots, or other more basic materials like transistors, and I'm just a little bit confused by the materials numbers because I'm new to this level, or any level, of EE and the software itself, WebChem 3-D. Any help would be appreciated.Thank you.
-J.
