Limited access remote sensing

industrial collaborators:	BNFL
academic collaborators:	University of Leeds
initiated :	2003/04/20
last updated:	2007/06/27

Project Summary: Limited-access remote-sensing using inverse problem techniques
This project examined tomographic remote sensing applications in which measurement access is limited.

Gamma ray emission tomography involves measuring the radiation field emitted by a target and using the observed field, allied to appropriate prior knowledge, to determine geometric structures, absorption coefficients and source (emission) densities. Two nuclear industry specific scenarios are examined in detail relating to management of legacy waste at licensed sites in the UK.

 

related resources:

	Limited access remote sensing
	Further reading » Project Summary: Limited-access remote-sensing using inverse problem techniques - High-Energy Gamma Ray Tomography in the Nuclear Industry - An industrial application of gamma-ray emission tomography - Detection of solid deposits using gamma ray emission tomography - Boundary-element approach for the complete-electrode model of EIT - Statistical estimation for passive gamma ray tomography - Object location in electrical impedance tomography - A two-dimensional dual-modality tomography technique for a radioactive waste separation process - A statistical method for passive gamma ray tomography of nuclear waste vaults - A flexible statistical and efficient computational approach to object location applied to electrical tomography

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