QuantumATK Forum

QuantumATK => General Questions and Answers => Topic started by: anshul34 on August 17, 2012, 06:49

Title: anlysis in atk and vnl
Post by: anshul34 on August 17, 2012, 06:49
Dear Quantum wise,
 
i am new in quantum Wise ATK so that i have alot question in  atk.

 can u give me  answer of these question.

1. chemical potential
2. P DOS(PROJECT  DOS)
3. Bloch state
4. how many no. of electrode on device configuration
5. we can calculated non linear i-v char. of  any diode (p-n , tunnel diode)
6.diff. b/w bottom and top approach or atk depend on which approach.
7.you have any manual of diode configuration like as - P-N DIODE.
8.is it possible to include new molecule in  vnl database 
 
Thanks &  regards
Title: Re: anlysis in atk and vnl
Post by: kstokbro on August 17, 2012, 08:41
I suggest you try some of the tutorials, this will answer most of your questions, anyway, here is a short note.

1. chemical potential
Yes, there is an analysis object

2. P DOS(PROJECT  DOS)
Use denisty of states object

3. Bloch state
Yes
4. how many no. of electrode on device configuration
2
5. we can calculated non linear i-v char. of  any diode (p-n , tunnel diode)
yes
6.diff. b/w bottom and top approach or atk depend on which approach.
I dont understand this question
7.you have any manual of diode configuration like as - P-N DIODE.
No, not yet
8.is it possible to include new molecule in  vnl database 
You can import molecules directly into VNL, we take different formats, use import from file in the add menu to see the supported formats
Title: Re: anlysis in atk and vnl
Post by: anshul34 on August 17, 2012, 09:27
Dear quantum wise,
my quation is ,short description on these question .
1.chemical potential
2. p dos
3. bl ouch state
5. any tutorial provide of non line  graph of device configuration.
8. you can provide ,any process of include new molecule in VNL database by GUI Base not python code.
4. how many type make terminal device in atk.
6. MY question is ATK depend on which approach either bottom approach or top up approach .also describe both approach.

thanks & warms regard