Skip to main content
مکتبة رقمیه للعلوم الطبيه
Your cart is empty.
Cart
Lists
Your lists
Log in to create your own lists
Log in to your account
Your cookies
Search history
Search the catalog by:
Library catalog
Title
Author
Subject
ISBN
ISSN
Series
Call number
Search the catalog by keyword
Advanced search
Authority search
Tag cloud
Library
Log in to your account
Home
Advanced search
Results of search for 'au:"Khodja, Abdellah"'
Refine your search
Availability
Limit to records with available items
Authors
Gemmer, Jochen
Khodja, Abdellah
Niemeyer, Hendrik
Schmidtke, Daniel
Steinigeweg, Robin
Topics
Computer Simulation
Diffusion
Models, Chemical
Models, Molecular
Models, Statistical
Models, Theoretical
Motion
Particle Size
Quantum Theory
Show more
Show less
Languages
English
Your search returned 5 results.
Sort
Sort by:
Relevance
Popularity (most to least)
Popularity (least to most)
Author (A-Z)
Author (Z-A)
Call number (0-9 to A-Z)
Call number (Z-A to 9-0)
Publication/Copyright date: Newest to oldest
Publication/Copyright date: Oldest to newest
Acquisition date: Newest to oldest
Acquisition date: Oldest to newest
Title (A-Z)
Title (Z-A)
Unhighlight
Highlight
Select all
Clear all
Select titles to:
Add to cart
Add to list
New list
Place hold
Results
1.
Effect of short-range order on transport in one-particle tight-binding models.
[electronic resource]
by
Khodja, Abdellah
Gemmer, Jochen
Producer:
20140710
In:
Physical review. E, Statistical, nonlinear, and soft matter physics
vol. 88
Online resources:
Available from publisher's website
Availability:
No items available.
Save to lists
Add to cart
(remove)
2.
Transport in topologically disordered one-particle, tight-binding models.
[electronic resource]
by
Khodja, Abdellah
Niemeyer, Hendrik
Gemmer, Jochen
Producer:
20140116
In:
Physical review. E, Statistical, nonlinear, and soft matter physics
vol. 87
Online resources:
Available from publisher's website
Availability:
No items available.
Save to lists
Add to cart
(remove)
3.
Transport in tight-binding bond percolation models.
[electronic resource]
by
Schmidtke, Daniel
Khodja, Abdellah
Gemmer, Jochen
Producer:
20151102
In:
Physical review. E, Statistical, nonlinear, and soft matter physics
vol. 90
Online resources:
Available from publisher's website
Availability:
No items available.
Save to lists
Add to cart
(remove)
4.
Relevance of the eigenstate thermalization hypothesis for thermal relaxation.
[electronic resource]
by
Khodja, Abdellah
Steinigeweg, Robin
Gemmer, Jochen
Producer:
20150608
In:
Physical review. E, Statistical, nonlinear, and soft matter physics
vol. 91
Online resources:
Available from publisher's website
Availability:
No items available.
Save to lists
Add to cart
(remove)
5.
Initial-state-independent equilibration at the breakdown of the eigenstate thermalization hypothesis.
[electronic resource]
by
Khodja, Abdellah
Schmidtke, Daniel
Gemmer, Jochen
Producer:
20180321
In:
Physical review. E
vol. 93
Online resources:
Available from publisher's website
Availability:
No items available.
Save to lists
Add to cart
(remove)