Welcome!
[Sign In]
!
[Sign Up]
!
Front-page it
|
Collect it
| [
中国-简体中文
]
CodeBus
codebus.net
Hot search:
Source
embeded
web
remote control
p2p
game
More...
FAQ
Fav
Home
SourceCode
Web Code
Develop Tools
Document
E-Books
Other Resource
Get Coins
Member
Location:
Downloads
SourceCode
Mathimatics-Numerical algorithms
Title:
ddscat6.1
Download
Category:
Mathimatics-Numerical algorithms
Tags:
[C/C++]
[源码]
File Size:
902.57kb
Update:
2008-10-13
Downloads:
0 Times
Uploaded by:
welcome18
Description:
discrete dipole approximation calculation of the electromagnetic scattering body. DDA method, it is important for the scattering of small particles, very useful.
Downloaders recently:
[
More information of uploader welcome18
]
To Search:
discrete dipole approximation
DDSC
DDA
[
kld
] - based on mathematical morphology particl
[
ravolusrfree
] - Ruixing free anti-virus software used in
[
yiyuan20060416
] - a complete code, you do not enjoy the sa
[
FDTD_2D_RCS
] - FDTD simulation two-dimensional metal si
[
necpp_20050915
] - moment method simulation of electromagne
[
MoM
] - Calculation of electromagnetic fields Ha
[
project
] - Electromagnetic field numerical method w
[
ptscextyuanshi
] - Monte carlo simulation of light scatteri
[
Estimation_of_multiple_scattering_by_iterative_inv
] - Multiple wave inverse scattering problem
[
3D-FDTD-UPML
] - 3-D FDTD code with UPML absorbing bound
File list
(Check if you may need any files):
Main Category
SourceCode
Web Code
Develop Tools
Document
Other resource
Category
Compress-Decompress algrithms
STL
Data structs
Algorithm
AI-NN-PR
matlab
Bio-Recognize
Crypt_Decrypt algrithms
mathematica
Maple
DataMining
Big Data
comsol
physical calculation
chemical calculation
simulation modeling
About site
Total codes:
120
M
Total size:
1500
GB
Today updated:368
Members:1688565
Today members:634
Total members:198568
Downloaded:1200M
Sign UP
Help
Support
What's CodeBus
SiteMap
Contact us
CodeBus www.codebus.net
“CodeBus” is the largest source code store in internet!
1999-2018
CodeBus
All Rights Reserved.