APAKAH MAKSUD STELLARATOR dalam CORSICA?
Stellarator
Bateri adalah alat yang digunakan untuk mengurung plasma panas dengan medan magnet untuk mengekalkan reaksi gabungan nuklear terkawal. Ia adalah salah satu peranti gabungan yang terkawal, yang pertama kali dicipta oleh Lyman Spitzer pada tahun 1950 dan dibina pada tahun berikutnya di kemudiannya menjadi Princeton Plasma Physics Laboratory. Nama ini merujuk kepada kemungkinan memanfaatkan sumber kuasa matahari, objek bintang. Stellarators sangat popular pada tahun 1950-an dan 60-an, tetapi hasil yang jauh lebih baik daripada reka bentuk tokamak menyebabkan mereka jatuh dari nikmat pada 1970-an. Baru-baru ini, pada 1990-an, masalah dengan konsep tokamak telah menyebabkan minat diperbaharui dalam reka bentuk penonton, dan beberapa peranti baru telah dibina. Beberapa eksperimen penilai moden yang penting ialah Wendelstein 7-X, di Jerman, Helical Symmetric Experiment di Amerika Syarikat dan Alat Helical Besar, di Jepun.
Definisi stellarator dalam kamus Corsica
Definisi bintang dalam kamus adalah alat yang digunakan dalam penyelidikan ke dalam tindak balas termonuklear, yang terdiri daripada satu kapal toroidal yang direka supaya plasma dapat terkandung di dalamnya oleh medan magnet heliks. Medan magnet dihasilkan oleh gegelung yang membawa arus.
CORSICA BUKU YANG BERKAIT DENGAN «STELLARATOR»
Ketahui penggunaan
stellarator dalam pilihan bibliografi berikut. Buku yang berkait dengan
stellarator dan ekstrak ringkas dari yang sama untuk menyediakan konteks penggunaannya dalam kesusasteraan Corsica.
1
Stellarator and Heliotron Devices
This monograph describes plasma physics for magnetic confinement of high temperature plasmas in nonaxisymmetric toroidal magnetic fields or stellarators.
2
Measurements and Modeling of Turbulent Transport in the HSX ...
Measurements of electron cyclotron resonance heated (ECRH) plasmas in HSX demonstrate a reduction in experimental electron thermal diffusivity in the core, consistent with that predicted by neoclassical theory due to quasihelical symmetry.
Walter Allen Guttenfelder,
2008
3
Inverting the Biot-Savart Integral in the Context of ...
The design of power-efficient stellarator coils that are practical to engineer and allow access to the plasma is a difficult task that involves mathematical and physics issues in addition to the engineering concerns.
Ronald Frederick Schmitt,
2008
4
Fusion Reactors: Tokamak,
Stellarator, Iter, Madison ...
Please note that the content of this book primarily consists of articles available from Wikipedia or other free sources online.
Source: Wikipedia, Books, LLC,
2010
1NTRODUCT1ON 1t may be said without exaggeration that the world stellarator
program has experienced a rebirth in the 1980s. Following a period of failures
and disappointments which ended in the discontinuance of stellarator research in
...
Isaac M. Khalatnikov,
1987
6
New Developments in Nuclear Fusion Research
Large improvements in confinement can result, as observed in fusion stellarator
experiments. Further confinement improvements should be observed if
electrostatic potentials of a magnitude much greater than T/e can be achieved.
Such large ...
7
Nuclear Fusion: Half a Century of Magnetic Confinement ...
2.4 Stellarators The stellarator concept was proposed in 1951 by Spitzer from
Princeton [8]. This is a toroidal field configuration with rotational transform — the
property that field lines, while revolving in the toroidal direction, twist around a ...
C.M. Braams, P.E. Stott,
2002
8
An Assessment of the Department of Energy's Office of Fusion ...
Three-dimensional equilibrium modeling codes are required for confinement
configurations that are not axisymmetric. The outstanding example is the
stellarator configuration, which has coils wound into a helical torus (see Figure
2.1).
Board on Physics and Astronomy, Plasma Science Committee, Fusion Science Assessment Committee,
2001
9
Hamiltonian Dynamical Systems: A REPRINT SELECTION
The technique so developed involves injecting a pulse of low energy electrons
parallel to the magnetic field, holding the pulse together by phase stabilization,
and detecting the pulse as it circuits the stellarator many times. We first describe
the ...
R.S MacKay, J.D Meiss,
1987
10
Burning Plasma:: Bringing a Star to Earth
FIGURE F.3 The stellarator concept uses complex three-dimensional coil and
magneticflux surfaces to create a quasi-symmetric configuration in which the
magnetic field appears to be only two-dimensional in the frame of reference of a ...
Plasma Science Committee, Burning Plasma Assessment Committee, Board on Physics and Astronomy,
2004
BARANGAN BERITA YANG TERMASUK TERMA «STELLARATOR»
Ketahui apa yang diterbitkan oleh akhbar nasional dan antarabangsa dan cara istilah
stellarator digunakan dalam konteks perkara berita berikut.
Magnetic mirror holds promise for fusion
It is not yet clear that the Polywell concept will ever go beyond a concept, while tokamak designs, and their relatives like the stellarator, are well-developed. «Ars Technica UK, Jun 15»
Princeton Plasma Physics Lab to kick off 'Science on Saturday …
10 through March 14 at the lab located at 100 Stellarator Rd. off Scudders Mill Road. The first talk by Michael Graziano, of Princeton University's Department of ... «NJ.com, Dis 14»
Effizienz bleibt eine der größten HerausforderungenZwei Konzepte …
Als bessere Alternative erscheint demgegenüber der sogenannte Stellarator. In der mecklenburg-vorpommerschen Universitätsstadt Greifswald errichteten ... «FOCUS Online, Okt 14»
Scientists use plasma shaping to control turbulence in stellarators
Turbulence allows the hot, charged plasma gas that fuels fusion reactions to escape from the magnetic fields that confine the gas in stellarators and tokamaks. «Phys.Org, Okt 14»
University receives free fusion device from German institute
He said HIDRA and another hybrid device at Auburn College are the only two in the world that have the capability to function both as a tokomak and a stellarator, ... «Daily Illini, Sep 14»
WEGA fusion experiment passed on to the USA
Meanwhile the small stellarator …more. The small WEGA fusion device at Max Planck Institute of Plasma Physics (IPP) in Greifswald is being handed over to the ... «Phys.Org, Sep 14»
Monster Machines: What The Future Of Nuclear Fusion Research …
Researchers at the Princeton Plasma Physics Laboratory in New Jersey stood at the forefront of the American effort when, in 1953, they began using Stellarators ... «Gizmodo Australia, Sep 14»
Here's What the Future of Nuclear Fusion Research Looked like in …
The Stellarator that Spitzer invented in 1950 is designed to hold superheated, electrically-charged plasma—a most vital and basic component of nuclear fusion ... «Gizmodo, Sep 14»
Hot Plasma Partial to Bootstrap Current: New Calculations Could …
In a stellarator, the magnetic field is not axisymmetric, meaning that it looks different as you circle around the donut hole. As Landreman put it, “A tokamak is to a ... «Scientific Computing, Ogo 14»
Australian National University launches fusion power research lab
The centrepiece of the new facility is the recently upgraded H1 Heliac - a "toroidal stellarator" that can now heat fusion experiments to temperatures greater than ... «CNET, Jul 14»