Zobrazeno 1 - 10
of 78
pro vyhledávání: '"Vayakis, George"'
Autor:
Gusarov, Andrei, Leysen, Willem, Kim, Song Moon, Dandu, Prasad, Wuilpart, Marc, Danisi, Alessandro, Barbero soto, Jose Luis, Vayakis, George
Publikováno v:
In Fusion Engineering and Design July 2023 192
Autor:
Adaikkan, Manikandan, Ma, Yunxing, Walach, Ulrich, Bochard, Marc, Bechtold, Franz, Vayakis, George, Walsh, Michael, Lino, Maria Paz Casas, Counsell, Glenn
Publikováno v:
In Fusion Engineering and Design November 2022 184
Autor:
Entler, Slavomir *, Duran, Ivan, Kocan, Martin, Vayakis, George, Sladek, Petr, Grover, Ondřej, Sebek, Josef, Vyborny, Karel
Publikováno v:
In Fusion Engineering and Design July 2021 168
Autor:
Shigin, Pavel *, Babinov, Nikita, De Temmerman, Gregory, Danisi, Alessandro, Dmitriev, Artem, Larsen, Jens, Madsen, Rene, Marot, Laurent, Moser, Lucas, Mukhin, Eugene, Kochergin, Mikhail, Ortiz, Rafael, Razdobarin, Alexey, Reichle, Roger, Pitts, Richard, Samsonov, Dmitry, Tsalas, Maximos, Udintsev, Victor, Vayakis, George, Walsh, Michael
Publikováno v:
In Fusion Engineering and Design March 2021 164
Design and development activities for in-vessel and in-port components of ITER microwave diagnostics
Autor:
Sirinelli, Antoine, Antonov, Nikolay, Feder, Russel, Giacomin, Thibaud, Hanson, Gregory, Johnson, David, Lukyanov, Vitaliy, Maquet, Philippe, Martin, Alex, Oosterbeek, Johan W., Penot, Christophe, Portalès, Mickaël, Roman, Catalin, Sanchez, Paco, Shelukhin, Dmitry, Udintsev, Victor S., Vayakis, George, Vershkov, Vladimir, Walsh, Michael J., Zolfaghari, Ali, Zvonkov, Alexander
The ITER tokamak will be operating with 5 microwave diagnostic systems. While they rely on different physics, they share a common need: transmitting low and high power microwave in the range of 12 GHz to 1000 GHz(different bandwidths for different di
Externí odkaz:
http://arxiv.org/abs/1504.03110
Publikováno v:
EPJ Web of Conferences, Vol 288, p 03003 (2023)
The ITER tokamak is expected to produce up to 500 MW of fusion power. Other energy inputs will contribute up to 100 MW. All of this power ultimately converts to heat and the Tokamak Cooling Water System (TCWS) will remove most of it. To ensure safety
Externí odkaz:
https://doaj.org/article/d8899b75ac3b438fbc0644b86c0d0fb6
Autor:
Ďuran, Ivan, Entler, Slavomír, Grover, Ondřej, Bolshakova, Inessa, Výborný, Karel, Kočan, Martin, Jirman, Tomáš, Vayakis, George, Vasyliev, Oleksandr, Radishevskyi, Maksym, Wang, Zhenxing, Neumaier, Daniel
Publikováno v:
In Fusion Engineering and Design September 2019 146 Part B:2397-2400
Autor:
Batista, Antonio J.N., Naylor, Graham, Capellà, Llorenç, Neto, Andre, Stephen, Adam, Petrella, Nicoletta, Hall, Stephanie, Sousa, Jorge, Carvalho, Bernardo, Sartori, Filippo, Campagnolo, Roberto, Bas, Isidro, Gonçalves, Bruno, Arshad, Shakeib, Vayakis, George, Simrock, Stefan, Zabeo, Luca
Publikováno v:
In Fusion Engineering and Design March 2018 128:193-197
Autor:
Casal, Natalia, Andrew, Philip, Barnsley, Robin, Bassan, Michele, Barbero, José Luis, Bertalot, Luciano, De Bock, Maarten, Brichard, Benoit, Giacomin, Thibaud, Juarez, Rafael, Kocan, Martin, Le Guern, Frederic, Loughlin, Michael, Ma, Yunxing, Mackel, Felix, Meister, Hans, Maquet, Philippe, Martin, Vincent, Reichle, Roger, Seyvet, Fabien, Sirinelli, Antoine, Shigin, Pavel, Udintsev, Victor, Vayakis, George, Vorpahl, Christian, Watts, Cristopher, Walsh, Michael
Publikováno v:
In Fusion Engineering and Design December 2017 125:277-282