there is an interesting point. by increasing the net temperature (from 150k to 450k) at a constant channel diameter the on-state current (current at 1V gate field) decreases. what’s your opinion about this device’s behavior?
In the file dufu1.m, the dummy function for electron density ‘n’ is given as: function y = dufu(x,zeta,delta) y = 1./(1+exp(sqrt(x.2+delta.2)-zeta)) – 1./(1+exp(sqrt(x.2+delta.2)+zeta)); To my deduction, the first term comes out. Where is the second term from? With the integral of density of state D(E) by fermi distribution function f(E), I think it should be like this: y = 1./(1+exp(sqrt(x.2+delta.2)-zeta)); Any clue? Thanks a lot.
??? 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
_continuity(:,ii_vg,ii_vd) =
a href="/resources?scope=review&pagename=CNTCurrContinuity" class="wiki missing">CNTCurrContinuity(myEE,Trraspr); %% determine current
ontinuity
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Shaahin G Shirazi @ 03:46 PM on 08 Jun, 2011
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there is an interesting point. by increasing the net temperature (from 150k to 450k) at a constant channel diameter the on-state current (current at 1V gate field) decreases. what’s your opinion about this device’s behavior?
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WANG Hao @ 08:41 AM on 22 May, 2010
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In the file dufu1.m, the dummy function for electron density ‘n’ is given as: function y = dufu(x,zeta,delta) y = 1./(1+exp(sqrt(x.2+delta.2)-zeta)) – 1./(1+exp(sqrt(x.2+delta.2)+zeta)); To my deduction, the first term comes out. Where is the second term from? With the integral of density of state D(E) by fermi distribution function f(E), I think it should be like this: y = 1./(1+exp(sqrt(x.2+delta.2)-zeta)); Any clue? Thanks a lot.
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ali ahmadi @ 08:34 AM on 09 Oct, 2010
Hi Dear If you can solve this error, please email me: talaii80@yahoo.com I think that you are good man and so do it. Best Regards Talaii
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TAO WU @ 02:55 AM on 03 May, 2009
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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 _continuity(:,ii_vg,ii_vd) = a href="/resources?scope=review&pagename=CNTCurrContinuity" class="wiki missing">CNTCurrContinuity(myEE,Trraspr); %% determine current ontinuity
Who knows how to solve it?
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WANG Hao @ 07:32 AM on 17 Nov, 2009
The same error encountered.
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WANG Hao @ 11:37 PM on 18 Nov, 2009
I think you may comment all the codes related to “I_continuity”, which is not neccessary for ballistic transport.
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Igor Bazhin @ 08:36 PM on 18 Mar, 2009
No comment.
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Anonymous @ 12:51 PM on 23 Jul, 2008
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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
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rabiaa @ 12:50 PM on 23 Jul, 2008
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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
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