WWER

AcronymDefinition
WWERWater-Water Energy Reactor
WWERWasser-Wasser-Energie-Reaktor (German: Water-Water Energy Reactor)
WWERWater-Cooled, Water-Moderated Energy Reactor
References in periodicals archive ?
In addition, this container of a nuclear reactor of the WWER type is able to withstand the impact of an air shock wave with a pressure up to 30 kPa on its front, a seismic effect from a calculated earthquake with an intensity of up to 8 points on the MSK-64 scale and hurricane impact with wind speed of up to 56 m/s [14].
* Ukraine (81 billion kWh/year, 15 powerful WWER (PWR) reactors operating at nuclear power plants, generating up to 52.3 % of the country's total electricity generation);
Blandin, "The future Jules Horowitz material testing reactor: An opportunity for developing international collaborations on a major European irradiation infrastructure," in Proceedings of the 11th International Conference on WWER Fuel Performance, Modelling and Experimental Support Proceedings, M.
Iran's nuclear safety center is hosting the WWER Forum in Isfahan.
The WWER initiative aimed at focusing on women through video, taping interviews where they tell their stories and their experiences during the revolution.
Abrau-Dyurso of the Krasnodar Territory within the framework of the VII All-Russia Wine-Maker Summit, the annual tasting competition "Cup of the WWER" was held.
Electronic auction: technical re-equipment of the chlorine warehouse of the wwer spv "prud-izhevsk" (installation of a pressure pipeline of gaseous chlorine x1, a vacuum pipeline of chlorine gas x2, a pipeline for tapping the gas from the purge of x3).
The subject of the contract is to confirm stabilization strategy corium inside the reactor vessel (RPV) for the WWER 1000/320 by experiments confirming the possibility of passive cooling of the outer surface of TNR to ensure provision into critical heat flux.
The subject of the public contract is a confirmation of the stabilization strategy corium inside the reactor vessel (RPV) for the WWER 1000/320 by experiments confirming the possibility of passive cooling of the outer surface of TNR to ensure that provision to the critical heat flux.
Prior Information Notice: Experimental and analytical work required for the validation of the concept of maintaining the molten corium inside the tnr as a solution to the final phase of a severe accident for wwer 1000 / 320th
It is informed that the cooperation is mainly aimed at training of Russian specialists in specificity of Finnish construction standards, specifics of cross-cultural communication issues with regard to the lessons learned from Olkiluoto NPP construction and training of local contractors in basics of WWER technologies in provision of new Hanhikivi NPP construction.
Cooperation's primary goal is training of Russian specialists in specificity of the Finnish construction standards, specifics of cross-cultural communication issues considering lessons learned from Olkiluoto NPP construction and providing training to local contractors in basics of WWER technologies in provision of new Hanhikivi NPP construction.