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Peter Jarvis, Olivier Autin, Emma H. Goslan and Francis Hassard
Ultraviolet light-emitting diodes (UV-LEDs) have recently emerged as a viable technology for water disinfection. However, the performance of the technology in full-scale drinking-water treatment systems remains poorly characterised. Furthermore, current ...
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Wen Jiang, True Miller, Troy Barlow, Nathan Boyle and Rusi P. Taleyarkhan
A novel solid-state neutron and gamma radiation monitor-dosimeter based on biopolymer polylactic acid (PLA) is presented. The resulting detector (PLAD) technology takes advantage of property changes of the renewable PLA resin when subject to ionizing nuc...
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Shaozhu Fu, Beiqi Deng, Dongmei Ma, Hanqing Cheng and Shuangshi Dong
Photocatalytic fuel cells (PFCs) are a sustainable technology with application in waste water treatment, in which energy is obtained from the photocatalytic degradation of organic pollutants. However, the application of PFCs is limited by the photoanode,...
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Lei San, Tianyu Long, Clark. C. K. Liu
Pág. 1 - 9
Excessive growth of biomass causes eutrophication and other related water quality problems. For the past several decades, these problems have been managed based on the principle of limiting nutrient, which is to reduce the loading of essential nutrients?...
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Landy Y. Castro González,Leorlen Rojas Mazaira,Carlos García Hernández,Carlos Brayner de Olivera Lira
Pág. 124 - 134
El uso del agua supercrítica como refrigerante en los reactores nucleares es un reto para su diseño y operación, pues es necesario tener en cuenta la fuerte influencia de las propiedades termodinámicas del agua supercrítica enlas propiedades moderadoras ...
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Andrej Gross, Felix Stangl, Katharina Hoenes, Michael Sift and Martin Hessling
A new approach is investigated utilizing light guidance capabilities of optical pure quartz glass in order to maximize drinking water disinfection efficiency with UVC-light-emitting diodes (LEDs). Two experimental setups consisting of soda-lime AR® glass...
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Yuri Lobach,Valery Shevel
Pág. 25 - 36
The WWR-M is a light-water cooled and moderated heterogonous research reactor with a thermal output of 10 MW. The final decommissioning planning for the Kiev?s research reactor WWR-M is in progress now. The general dismantling strategy consists of the di...
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Ion Stamatelatos
Pág. 37 - 42
Greek Research Reactor (GRR-1) is a light-water cooled and moderated heterogonous research reactor with a thermal output of 5 MW. The reactor is in extended shutdown for refurbishment since 2004. The refurbishment plan includes replacement of the Primary...
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Joseph John Bevelacqua
Pág. 13 - 37
The health physics challenges encountered by power operations in existing Generation II and III reactors are also present in the planned Generation IV systems. Generation IV reactors will present additional health physics challenges because the cor...
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Anastasia Savidou
Pág. 72 - 81
The Greek Research Reactor (GRR-1) is an open pool type, light water moderated and cooled heterogeneous reactor with thermal power at 5 MW. The reactor has been in extended shut down since July 2014 and the decommissioning planning and costing is now in ...
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