Creating the new spectrometer are physicists Kenneth Hill and Manfred Bitter, whose diagnostic designs are used in
magnetic fusion experiments around the world.
Not exact matches
Also backed by the United States, Russia, China and Japan, ITER is the largest of the various
fusion experiments underway and proposes to trigger
fusion using a super-conducting
magnetic compression process.
Researchers designed an effective algorithm for the National Spherical Torus
Experiment - Upgrade, a
magnetic fusion reactor at Princeton Plasma Physics Laboratory.
This approach to
fusion differs from
experiments on the NSTX - U, which confines low - density plasma in
magnetic fields to produce
fusion reactions.
The upgraded machine doubles the heating power,
magnetic field strength and plasma current relative to its predecessor, and increases the duration of
fusion experiments — or «shots» — to up to five seconds.
The plasmas in NSTX are, like most
fusion experiments, confined using
magnetic fields and walls designed to withstand the heat from plasmas with temperatures that exceed 100 million degrees Centigrade.
The next major experimental step in
magnetic fusion is ITER — the international
experiment that will generate 500 megawatts of
fusion power, at a physical scale of a power plant.