Author |
Paper No. |
Title |
Details |
Adjerad, A. |
IAEA-CN-115-32 |
Space charge measurement for dielectric materials under irradiation |
|
Ahmad, S. |
IAEA-CN-115-13 |
A comparative study of the identification of heavy carbon clusters with Direct Recoil Spectroscopy (DRS) and ExB velocity spectrometer on PINSTECH accelerator |
|
Ait Abderrahim, H. |
IAEA-CN-115-85 |
MYRRHA - A Proof-of-Principle ADS Facility |
|
Bamford, S. |
|
Optimization of RBS Analysis as an Input for Quantification in X-ray Emission Techniques |
|
Bettiol, A. |
|
Fabrication of polymeric photonic structures using proton beam |
|
| Bhagwat, P.V. |
IAEA-CN-115-05 |
Status of Heavy Ion Accelerator Technology activities at BARC |
|
Bigolas, J. |
IAEA-CN-115-27 |
Radiographic Facility at Swierk |
|
Buffler, A. |
IAEA-CN-115-62 |
Using Fast Neutrons to Detect Explosives and Illicit Materials |
|
Craciun, D. |
IAEA-CN-115-49 |
Electron Beam Processed Polyelectrolytes |
|
Duarte, C.L. |
IAEA-CN-115-51 |
Present Status Of Environmental Application Of Electron Beam Accelerator In Brazil |
|
Fazinic, S. |
|
Analysis of inorganic pigments by Nuclear Microprobe: the case of the paintings by the Master HGG |
|
Giovedi, C. |
IAEA-CN-115-29 |
Effect of Electron Beam Irradiation on Carbon Fiber Tensile Properties |
|
Govender, K. |
IAEA-CN-115-68 |
Use of plasma window for enhanced ion beam transmission from vacuum to air |
|
Gribkov, V.A. |
IAEA-CN-115-60 |
Plasma Accelerator for Detection of Hidden Objects by Using Nanosecond Impulse Inspection System |
|
|
Gurbich, A. |
|
Current Status of the Problem of Cross Section Data for Ion Beam Analysis
|
|
| Gurbich, A. |
IAEA-CN-115-26 |
Accelerator Based Technique of Fission Fragment Implantation for Wear Studies |
|
Güven, I. |
IAEA-CN-115-43 |
New Opportunities for the Utilization of Electron Accelerators in Polymer Processing Industries |
|
Han, B. |
IAEA-CN-115-06
|
Application and Economics of Electron Beam Wastewater Treatment
|
|
| Han, B. |
IAEA-CN-115-50 |
Electron Beam treatment Plant for Textile Dyeing Wastewater |
|
| Hoque, A. K. M. Fazlul |
IAEA-CN-115-18 |
Study of Human Milk Composition using PIXE-PIGE Techniques |
|
Ighigeanu, D. |
IAEA-CN-115-35 |
Electron Beam Sterilization of the Agaroze Gel Used for Electrophoresis |
|
Kim, Y. |
IAEA-CN-115-38 |
Disinfection of Total Coli-forms in the Effluent from Municipal Wastewater Plant with Electron Beam |
|
Kuznetsov, A. |
IAEA-CN-115-61 |
Using of Neutron Generator with APT/NNA for Detection of Explosives |
|
Lakosi, L. |
IAEA-CN-115-64 |
Photoneutron interrogation of U-samples by a 4 MeV LINAC. A feasibility study |
|
Lee, M.J. |
IAEA-CN-115-36 |
Evaluation on ecological stability and biodegradation of dyeing wastewater pre-treated by electron beam |
|
Longoria, L.C. |
|
Characterisation of Materials using Accelerators |
|
Lukovac, L. |
IAEA-CN-115-84 |
Optimisation of accelerator reliability for ADS: example of SC cavities and the associated RF power couplers |
|
Martin, D. |
IAEA-CN-115-48 |
Synergistic Effects Obtained by Combined Electron Beam and Microwave Irradiation |
|
Müller, A.C. |
IAEA-CN-115-83 |
A Reference Concept for ADS Accelerators |
|
Ncapayi, J. |
IAEA-CN-115-56 |
Upgrading of the accelerator facilities to increase the production of radionuclides at iThemba LABS |
|
Nebbia, G. |
IAEA-CN-115-59 |
The Use of Neutron Generators for the Detection of Illicit Materials in the Sea Transportation System |
|
Pino, E.S. |
IAEA-CN-115-30 |
Mechanical Properties of Electron Beam Irradiated Polyamide 6,6 |
|
Roberts, M.L. |
IAEA-CN-115-09 |
Continuous-Flow Accelerator Mass Spectrometry |
|
| Roumié, M. |
IAEA-CN-115-17 |
PIXE Protocol Setup for Cluster Analysis of Archeological Samples |
|
Sabato, S.F. |
IAEA-CN-115-37 |
Effect of ionizing radiation in Tilapia protein biofilms |
|
Schardt, D. |
IAEA-CN-115-53 |
Tumor Theraphy with Heavy Ions at GSI Darmstadt |
|
Sharma , A. |
IAEA-CN-115-28 |
Intense Pulsed Power Electron Accelerators Developed at BARC |
|
Shvetsov, V.N. |
IAEA-CN-115-82 |
The subcritical assembly at DUBNA (SAD): coupling all major components of an accelerator driven system (ADS) for nuclear waste incineration |
|
Southon, J. |
IAEA-CN-115-10 |
High throughput, high precision 14C AMS with a small accelerator |
|
Teo, E.J. |
|
Proton beam writing of microstructures in silicon |
|
Trbojevic, D. |
IAEA-CN-115-65 |
Non-Scaling Fixed Field Gradient Acclerator (FFAG) Design for Proton and Carbon Therapy |
|
Zu, J. |
IAEA-CN-115-31 |
Use of electron beam in pre-irradiation grafting of material for industrial application |
|