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Home / Store / Journals / Electronic Articles / Fusion Science and Technology / Volume 38 / Number 2 / Pages 190-205

Progress in the Development of Tomographic Information-Processing Methods for Application to ICF Target Characterization

Irina V. Aleksandrova, Alezandr A. Belolipetskiy, Vjacheslav I. Golov, Vladimir I. Chtcherbakov, Elena V. Makeyeva, Elena R. Koresheva, Igor E. Osipov

Fusion Science and Technology / Volume 38 / Number 2 / Pages 190-205

September 2000

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A precise and accurate knowledge of the characteristics of three-dimensional micro-objects such as inertial confinement fusion (ICF) targets and laser-produced plasmas is required to analyze the results of laser fusion experiments. Significant advances have been made in the development of tomographic information-processing methods for application to ICF target characterization. Topics discussed include (a) new high-resolution algorithm obtained by symmetrizing a basic filtered backprojection algorithm, (b) algorithms for threshold target characterization, (c) new approach to micro-object scanning based on quasi-uniform geometry, (d) ICF target preparation for tomographic characterization.

 
 
 
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