| Author |
Title |
Paper No. |
| Y. Kashyap |
Detection of Explosives and Landmine Using Neutron Sources: a Simulation Study |
|
| C. Kröger |
Contrasting Techniques for Humanitarian Demining and Explosive Detection using Radiation Transmission and Backscatter: Development of a Low Cost Device based on Radiation Transmission |
|
| Y. Kubo |
Research and Development of Landmine Detection System using a Compact Fusion Neutron Source |
|
| S.V. Latyshev |
Progress in a Single-Pulse Nanosecond Interrogation Technique |
|
| S. Levi |
Combined, Time-Resolved γ-Ray and Fast Neutron Radiography for Contraband Detection |
|
| X. Li |
Application of Nuclear Quadrupole Resonance to Detection of Explosives and Landmines and Research Activities at CIAE |
|
| Z. Lu |
Application of Nuclear Quadrupole Resonance to Detection of Explosives and Landmines and Research Activities at CIAE |
|
| K. Masuda |
Research and Development of Landmine Detection System using a Compact Fusion Neutron Source |
|
| R. Megahid |
ESCALAD, the Egyptian SCAnning LAndmine Detector |
|
| R. Megahid |
Trolley Mounted Neutron Backscattered System for Landmine Detection |
|
| E. Merchán |
Landmine detection: on the Role of Soil Composition in the Imaging Capabilities of Gamma-ray Compton Backscattering |
|
| R.A. Miklaszewski |
Progress in a Single-Pulse Nanosecond Interrogation Technique |
|
| T. Misawa |
Research and Development of Landmine Detection System using a Compact Fusion Neutron Source |
|
| I. Mor |
Combined, Time-Resolved γ-Ray and Fast Neutron Radiography for Contraband Detection |
|
| G. Nebbia |
Cargo Screening by Tagged Neutron Beams: Tests at the Port of Rijeka |
|
| M. Ohnishi |
Research and Development of Landmine Detection System using a Compact Fusion Neutron Source |
|
| H. Osawa |
Research and Development of Landmine Detection System using a Compact Fusion Neutron Source |
|