Examples of using Stellarator in English and their translations into German
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Commissioning of the Stellarator W-7-X.
The stellarator WENDELSTEIN 7-X is being built at the IPP branch institute in Greifswald, opened in 1994.
How do you avoid this in the stellarator?
Stellarator â Schematic View, in their majority are not level but have a complicated geometry.
Why is it so difficult to build a stellarator?
So if the stellarator can also confine the plasma well and has crucial advantages to offer, what's the problem with it?
But this applies to both the tokamak and the stellarator….
In the same year the Wendelstein 7-AS modular stellarator produces the first plasma 1988-2002.
And will the firstfusion power plant be a tokamak or a stellarator?
The technical realization of a stellarator is very difficult.
Two different designs for the magnetic cage have become established-the tokamak and the stellarator.
The IPP researchers are also building the Wendelstein 7-X Stellarator in Greifswald, and the PPPL has already contributed hardware for this project.
It is the only institute in the world conducting research on both types of fusion devices, the tokamak and the stellarator.
Wendelstein 7-X is the world's largest optimized stellarator and one of the most modern facilities for exploring the physics of hot plasmas.
The electric-flux warped the plasma, what is now caused by the Stellarator with his magnet-order.
And with discharges lasting 30 minutes, the stellarator should also demonstrate its crucial advantage- the ability to operate continuously.
This refers first of all to the tokamak(a Russian acronym for toroidal17 magnetic chamber),but also to the stellarator.
Other concepts under development are the stellarator, the reversed-field pinch and, more recently, the compact(“spherical”) tokamak.
On its way to a power plant fusion research is concentrating on two different types of experiment,the tokamak and the stellarator.
Wendelstein 7-AS(Garching, Germany), a medium-sized stellarator with modular coil system, is investigating confinement and exhaust aspects(to be phased out during FP6);
Wendelstein 7-X, currently under construction at the Max-Planck-Institut fÃ1⁄4r Plasmaphysik in Greifswald,is a highly optimised stellarator.
If DEMO is built as a tokamak involving parallel research in a stellarator with ignited plasma, the first fusion power plant could be of both the tokamak and stellarator types.
He was the author of a series of works with John Johnson and Katherine Weimer on equilibria andinstabilities in Tokamak and Stellarator plasmas in magnetohydrodynamics.
Stellarator Stellarator In a stellarator the magnetic cage is produced with a single coil system- without a longitudinal net-current in the plasma and hence without a transformer.
Work concentrated essentially on Magnetic Confinement Fusion(MCF) and in particular on toroidal concepts:on the tokamak as the main line, with the stellarator as an alternative and the reversed-field pinch(RFP) as a variant.
The experimental division"Stellarator Heating and Optimization" operates and develops the heating systems for Wendelstein 7-X and investigates the capability of the stellarator concept as fusion reactor.
Experimental, modelling and theoretical work in fusion physics is oriented towards improved understanding of issues such as transport and confinement, for exploring new plasma regimes and developing concept improvements with regard to the tokamak,the RFP and the stellarator.
For the stellarator, which offers advantages for steady-state operation, plasma confinement similar to that in comparable medium-sized tokamaks has been demonstrated and modular solutions for the magnetic coil system are available.
Research, development and evaluation of other magnetic confinement configurations(such as the stellarator, the reversed-field pinch and compact toroidal devices), as well as materials-related research, are being pursued in Europe.
The installed forevacuum pumping systems are used to start pumping the Stellarator and enable the operation of the turbomolecular high vacuum pumps like the TURBOVAC MAG 2000 W, which are used to recuperate the helium in use," explains Dr. Michael Pschyrembel, responsible for the project on the part of Oerlikon Leybold Vacuum.