MOSCNT: code for carbon nanotube transistor simulation
Ballistic transport in carbon nanotube metal-oxide-semiconductor field-effect transistors (CNT-MOSFETs) is simulated using the Non-equilibrium Green’s function formalism. A cylindrical transistor geometry with wrapped-around gate and doped …
TAO WU said:
0 0 PLG_RESOURCES_REVIEWS_LOGIN_TO_VOTE got some error messages
??? Error using ==> trapz at 54
X must be a vector.
Error in ==> CNTCurrContinuity at 19
I_continu = (4*q^2/(2*pi*h_bar)).*trapz(myEE_new,Trraspr_new);
Error in ==> MOSCNT_main at 63
I_continuity(:,ii_vg,ii_vd) =
CNTCurrContinuity(myEE,Trraspr); %% determine current
continuity
Who knows how to solve it?
Report abuse | Reply to TAO WU
wanghao said:
The same error encountered.
Reply Report abuse
wanghao said:
I think you may comment all the codes related to "I_continuity", which is not neccessary for ballistic transport.
Reply Report abuse
Igor Bazhin said:
No comment.
Anonymous said:
0 0 PLG_RESOURCES_REVIEWS_LOGIN_TO_VOTE Hello
When I launch programs MOSCNT; I find a mistake, because it gives me I_continuity = []
Help me to trace the curve ids-VG
Please help me
Thank you
Report abuse | Reply to Anonymous
rabiaa said:
0 0 PLG_RESOURCES_REVIEWS_LOGIN_TO_VOTE Hello
When I launch programs MOSCNT; I find a mistake, because it gives me I_continuity = []
Help me to trace the curve ids-VG
Please help me
Thank you
Report abuse | Reply to rabiaa