Identification of Materials in X-Ray Inspections of Objects by the Dual-Energy Method Page 1 568
ISSN 1061-8309, Russian Journal of Nondestructive Testing, 2017, Vol. 53, No. 8, pp. 568–587 …

State-of-the Art and Development Prospects of Digital Radiography Systems for Nondestructive
Testing, Evaluation, and Inspection Page 1 492 ISSN 1061-8309, Russian Journal of …

Increasing requirements for technical parameters of inspection digital radiography systems
are caused by increasing incidences of terrorism, drug trafficking and explosives via variety …

The article describes a theoretical study of the simplified implementation of dual energy
technique (DET) for computed tomography (CT). The implementation is based on the X-ray …

The paper presents a method for parameter identification of dual-energy X-ray imaging. This
method is based on pre-calculated or experimentally obtained dependencies between the …

The paper presents physical and technical restrictions of the materials recognition of objects
and their fragments using the dual energy method. It is shown that the recognition …

A set of the mathematical formulas to estimate the accuracy of discrimination parameters for
two implementations of the dual high energy method-by the effective atomic number and by …

A mathematical model has been developed to describe the radiation transparency of a test
object with allowance for quantum noise. The technique of estimating the effective atomic …

The high energy and compact size of circular electron accelerator (betatron) make it an
excellent non-destructive testing tool. At a laboratory in Nanjing University of Aeronautics …

Generalized adequacy criteria for mathematical models in order to discriminate materials in
X-ray inspection systems by the dual-energy method were developed. Two main …