18 results on '"Salgado, César Marques"'
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2. Methodology to calculate doses from gamma-emitting plumes using MCNP6 Monte Carlo N-particle and HotSpot codes
3. A comparative study of a traditional localization algorithm and a deep learning model for radioactive particle tracking application
4. Void fraction prediction using prompt gamma neutron activation analysis and artificial intelligence
5. Prediction of fluids volume fraction and barium sulfate scale in a multiphase system using gamma radiation and deep neural network
6. Development of a correlator for flow measurement in pipelines using gamma radiation and cross-correlation function
7. Application of deep neural network and gamma radiation to monitor the transport of petroleum by-products through polyducts
8. Experimental and simulated methods to characterize the response of a scintillator detector
9. A novel radioactive particle tracking algorithm based on deep rectifier neural network
10. Calculation of scales in oil pipeline using gamma-ray scattering and artificial intelligence
11. Determination of HPGe detector response using MCNP5 for 20–150 keV X-rays
12. Flow regime identification and volume fraction prediction in multiphase flows by means of gamma-ray attenuation and artificial neural networks
13. Three-phase flow meters based on X-rays and artificial neural network to measure the flow compositions.
14. Thickness prediction in metal alloys using nuclear techniques and artificial neural network: Modelling.
15. Application of deep neural network and gamma-ray scattering in eccentric scale calculation regardless of the fluids volume fraction inside a pipeline.
16. Application of radioactive particle tracking and an artificial neural network to calculating the flow rate in a two-phase (oil–water) stratified flow regime.
17. Optimization of radioactive particle tracking methodology in a single-phase flow using MCNP6 code and artificial intelligence methods.
18. Prediction of volume fractions in three-phase flows using nuclear technique and artificial neural network.
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