NIP

Dear Pinit [cc Ulf],

first of all, thank you very much for your interest in our WavePacket
software.

Well, even though your question is not very specific, I will try to
answer it. Probably you want to know how much of the probability density
rho=|psi|^2 is absorbed near the edges of the grid. Assuming you refer
to the Matlab version, you can find this information in the upper right
of the plots/videos, where the total probability is shown as a black,
solid curve. For example, it that curve drops from 1.0 down to 0.9, then
you know that 10% got absorbed.

I hope that this helps to answer your question.

Best regards from Berlin/Germany
Burkhard

On 01.04.2020 06:54, Pinit Ariyageadsakul wrote:

---

*[tickets:#27] https://sourceforge.net/p/wavepacket/tickets/27/ NIP *

Status: open
Milestone: Wiki
Created: Wed Apr 01, 2020 04:54 AM UTC by Pinit Ariyageadsakul
Last Updated: Wed Apr 01, 2020 04:54 AM UTC
Owner: Burkhard Schmidt

Dear Prof. Dr. Burkhard Schmidt,

I learn how to use WavePacket about three months. Your program is very
useful for
my research interest. However, as I try to use NIP in WavePacket ver.
6.1.1. It is no output values
for absorbed wavefunctions, which is very important for further
analysis. Thus, I have some question
about that how to obtain the strength of absorbed wavefunctions in
WavePacket?

Thank you in advance,

Regards,

Pinit

---

Sent from sourceforge.net because you indicated interest in
https://sourceforge.net/p/wavepacket/tickets/27/

To unsubscribe from further messages, please visit
https://sourceforge.net/auth/subscriptions/

--
----------------------------+----------------------------------------
| PD Dr. Burkhard Schmidt | Email: burkhard.schmidt@fu-berlin.de |
| Freie Universitaet Berlin | Phone: (+49) 30 / 838 - 51 382 |
| Institute of Mathematics | (+49) 30 / 838 - 75 415 (secr.) |
| Arnimallee 6, 14195 Berlin | sites.google.com/site/quantclassmoldyn |
----------------------------+----------------------------------------

Dear Prof. Dr. Burkhard Schmidt,
Thank you very much for your help,
I have some more question, if I use coupled channels Shrodinger equation,
how to know much populations in each channel are absorbed on NIP at each time step because
each channel can coupling each other.
Therefore. it seems that the absorbed wavefunctions for each channels
cannot observe directly from movie.

Best regards,

Pinit

Dear Prof. Dr. Burkhard Schmidt,

Thank you for your valuable reply.

Pinit