Abstract
A CT technique for laser-plasma diagnostic and a three-dimensional (3D) image reconstruction program (CT3D) have been developed. The 3D images of the laser-plasma are reconstructed by using a multiplication algebraic reconstruction technique (MART) from five pinhole camera images obtained along different sight directions. The technique has been used to measure the three-dimensional distribution of X-ray of laser-plasma experiments in Xingguang II device, and the good results are obtained. This shows that a CT technique can be applied to ICF experiments.
Shaoen, Jiang;
Zhijian, Zheng;
Zhongli, Liu
[1]
- China Academy of Engineering Physics, Chengdu (China)
Citation Formats
Shaoen, Jiang, Zhijian, Zheng, and Zhongli, Liu.
Three dimensional imaging technique for laser-plasma diagnostics.
China: N. p.,
2001.
Web.
Shaoen, Jiang, Zhijian, Zheng, & Zhongli, Liu.
Three dimensional imaging technique for laser-plasma diagnostics.
China.
Shaoen, Jiang, Zhijian, Zheng, and Zhongli, Liu.
2001.
"Three dimensional imaging technique for laser-plasma diagnostics."
China.
@misc{etde_20244443,
title = {Three dimensional imaging technique for laser-plasma diagnostics}
author = {Shaoen, Jiang, Zhijian, Zheng, and Zhongli, Liu}
abstractNote = {A CT technique for laser-plasma diagnostic and a three-dimensional (3D) image reconstruction program (CT3D) have been developed. The 3D images of the laser-plasma are reconstructed by using a multiplication algebraic reconstruction technique (MART) from five pinhole camera images obtained along different sight directions. The technique has been used to measure the three-dimensional distribution of X-ray of laser-plasma experiments in Xingguang II device, and the good results are obtained. This shows that a CT technique can be applied to ICF experiments.}
place = {China}
year = {2001}
month = {Apr}
}
title = {Three dimensional imaging technique for laser-plasma diagnostics}
author = {Shaoen, Jiang, Zhijian, Zheng, and Zhongli, Liu}
abstractNote = {A CT technique for laser-plasma diagnostic and a three-dimensional (3D) image reconstruction program (CT3D) have been developed. The 3D images of the laser-plasma are reconstructed by using a multiplication algebraic reconstruction technique (MART) from five pinhole camera images obtained along different sight directions. The technique has been used to measure the three-dimensional distribution of X-ray of laser-plasma experiments in Xingguang II device, and the good results are obtained. This shows that a CT technique can be applied to ICF experiments.}
place = {China}
year = {2001}
month = {Apr}
}