「re actors」の共起表現(1語右で並び替え)

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This reactor plant consisted of two	reactors, A1W-A and A1W-B, operated in tandem so that
reactor in 1946, and once housed five nuclear	reactors, all of which have been shut down.
nt, which consists of two BWRs (boiling water	reactors), an EPR (European Pressurized Reactor) which
ZEEP was one of the world's first heavy water	reactors, and it was also designed to use natural (une
Cost over-runs at nuclear	reactors and a very hot summer combined with problems
tegrity to wiring running between the nuclear	reactors and the control rooms within the power statio
essure vessels for the VVER series of nuclear	reactors and the manufacturer of EKG open-cut mining p
t the Savannah River Site heavy water nuclear	reactors and has to be separated from the heavy water
nits, including 13 units with VVER-1000 (PWR)	reactors, and 2 units of the newer subtype of the VVER
quipment; insufficient separation between the	reactors and the control room for emergency shutdown p
d surface: an open pond, two types of tubular	reactors and a plastic film bioreactor, and a number o
The	reactors and turbines were both supplied by English El
ooved surfaces, large scale safety of nuclear	reactors and bounding theories in turbulence.
chemical conversion in ion transport membrane	reactors and high-temperature fuel cells.
The	reactors and the turbines were supplied by English Ele
les are highly impractical for civilian power	reactors and are normally only carried out with dedica
ium is estimated to be 17 ZJ for once-through	reactors and 1000 ZJ with reprocessing and fast breede
Heavy water	reactors and graphite-moderated reactors can even use
s also well-known for his work on millisecond	reactors and reactive flash volatilization.
ted in the press proposing additional nuclear	reactors and other supply solutions to grid management
s work at Cornell University building nuclear	reactors and using them to perform neutron activation
theory that the presence of water inside the	reactors and the simultaneous shutting down of crucial
uclear Energy (GEH) is a provider of advanced	reactors and nuclear services.
isotope 235U is used as the fuel for nuclear	reactors and nuclear weapons.
Argentina also has some other research	reactors, and exports nuclear technology.
in refractory ceramics as well as in nuclear	reactors and to produce radioactive carbon-14 for trac
Electron cyclotron resonance	reactors and helicon wave antennas have also been used
he first step in this process is to layup the	reactors and place them into safe storage.
The cooling-off of her	reactors and various experimental projects were carrie
nuclear fission reactions took place in these	reactors approximately 1.5 billion years ago, and ran
tion engineering, in which detailed models of	reactors are constructed to simulate industrial reacto
Most nuclear	reactors are hence operated in a prompt subcritical, d
Two further APR-1400	reactors are in planning.
Most power	reactors are of this type.
These	reactors are the first of their kind.
Although nuclear fission	reactors are often thought of as being solely a produc
The only ships to use these nuclear	reactors are the Nimitz class supercarriers, which hav
Bioelectrochemical	reactors are a type of bioreactor where bioelectrochem
The	reactors are of the 3-loop M type pressurized water re
Although some buildings containing nuclear	reactors are containment buildings, not all are.
Judging by external appearance the two new	reactors are similar or identical to the second in des
It is one reason why nuclear power	reactors are usually operated at an even power level a
The first pair of Shin Kori	reactors are of the OPR-1000 design, while the second
does not support construction of new nuclear	reactors as a means of addressing global warming.
four 1,159 MWe General Electric Boiling Water	Reactors at the site approximately 15 miles southeast
The	reactors at Three Mile Island, unlike those at Windsca
s existing fleet, and building two additional	reactors at the Darlington Nuclear Generating Station.
equivalent to the nuclear fuel used by 8 or 9	reactors at 1,000 MW-class nuclear plants.
gh to reprocess the spent fuel produced by 30	reactors at 1,000 MW-class nuclear power stations, tho
quake triggered the shut down all four of the	reactors at the Fukushima II Nuclear Power Plant (Fuku
part in the construction of six giant nuclear	reactors at Jaitapur on the west coast of the country.
All	reactors at the Genkai plant use low enriched (3-4%) U
The	reactors at Loviisa NPP went into commercial operation
the construction of two 1000-MWe light-water	reactors at Kumho.
These will be the third and fourth	reactors at the complex.
The first	reactors at BARC and its affiliated power generation c
m Calder Hall to the AGR (Advanced gas-cooler	reactors) at Hunterston B and Hinkley B. In a revoluti
approved a 20-year license extension for both	reactors at this plant.
l nuclear power plants, in particular for the	reactors at Chashma Nuclear Power Complex.
is used as nuclear fuel in some nuclear test	reactors, because it has some properties similar to ur
Heavy water is employed in nuclear	reactors because it is a weaker neutron absorber.
water, unlike tritium, which must be bred in	reactors before it can be used as fuel in the D-T reac
duction is their main function, most research	reactors benefit from reflectors to reduce neutron los
They are used in pressurized water	reactors between the primary and secondary coolant loo
Cake Factory" contains the remains of nuclear	reactors bombed by Israel in 1981 and the United State
Of the six DIDO class	reactors built including DIDO itself, HIFAR was the la
ially to test materials for use in commercial	reactors, but latterly as intense neutron sources for
ural uranium is acceptable in current nuclear	reactors, but (re-enriched) reprocessed uranium might
Plutonium-239 is made in nuclear	reactors by irradiating uranium-238 with neutrons, and
tion and improved safety features for nuclear	reactors called for in the wake of the Japanese disast
ower is investigating a class of nuclear fast	reactors called the traveling wave reactor (TWR).
, including two units of 300 megawatt Nuclear	Reactors called Chashma Nuclear Power Plant-1 (CHASHNU
When the Hanford production	reactors came on-line in the spring of 1944, the mix o
Neither of these	reactors can provide the enhanced capabilities necessa
Fast neutron	reactors can use plutonium of any isotopic composition
Today's thermal	reactors can reuse plutonium to a limited degree as MO
fission products strongly affect how nuclear	reactors can operate.
oundries and ceramic fuel pellets for nuclear	reactors, Ceradyne researches and produces varieties o
e meantime, the S1W and S2W pressurized water	reactors, conceived for the USS Nautilus (SSN-571), ha
According to news coverage, these	reactors could be used for heat generation, production
Western scientists say such	reactors do not meet international safety standards.
, thrusters, guns, batteries and fusion power	reactors, each with their own attributes, and the attr
t houses two Soviet-designed VVER-440/213 PWR	reactors, each with a capacity of 488 MW.
The plant houses two	reactors each of 1300 MWe and the site has a total are
hat could make the next generation of nuclear	reactors even safer and longer lasting.
All of the	reactors except for Unit 4 were operating normally at
l reactor power plant, installed in the Naval	Reactors Facility in the desert at the Idaho National
nt with Pakistan on the export of two nuclear	reactors for Islamabad's Chashma nuclear complex.
PSE&G ordered two 1,150 megawatt	reactors for the project in 1972, and two more the fol
in dug-out spaces and light them with fusion	reactors for thousands to millions of years before mov
n the preparation of uranium fuel for nuclear	reactors, for which it is smelted into purified UO2 fo
commercial use for uranium is to fuel nuclear	reactors for the generation of electricity.
y supplies; and expands the number of nuclear	reactors from the current 104 to 300 over the next 30
surplus plutonium (or uranium-233 for thorium	reactors) from each fast reactor can be used to set up
Also on display at the site are two prototype	reactors from the Aircraft Nuclear Propulsion Project
The facility contained 5 production	reactors, fuel fabrication facilities, a research labo
ransporter of nuclear fuel (notably MOX), ran	reactors, generated and sold electricity, reprocessed
The two General Electric boiling water	reactors give the plant a total electric capacity of a
d allows these suits to be powered by nuclear	reactors giving the mobile suits almost limitless comb
re replaced by Coal or Natural Gas as current	reactors go offline after their 60 year licenses expir
The Office of Naval	Reactors had determined that the one-off superheated s
It is widely assumed that the underground	reactors had military purposes, being able to produce
Generating Station, which while also having 8	reactors, has a greater output.
The two currently operating	reactors have capacities variously reported at between
1990s no new university teaching and training	reactors have been constructed and in fact many across
Decommissioning Authority for decommissioning	reactors have an average 50 year time frame.
ptember 1978, McCoy began his career at Naval	Reactors Headquarters and completed seven months of in
heir massive Jump engines and powerful fusion	reactors however, enable Explorer class vessels to esc
t all nuclear technology went into developing	reactors, however.
icter liability for companies selling nuclear	reactors if a mishap occurred.
By placing two	reactors in parallel, the purification process can be
Shockwave experimented with installing fusion	reactors in his clones, but their bodies burnt out, un
During later overhauls, the S3W	reactors in both Skate and Sargo were replaced with S5
During later overhauls, the S4W	reactors in both subs were replaced with S5W reactors
The plant contains two nuclear	reactors in separate containment buildings.
tended the Navy's training program for atomic	reactors in order to qualify for his next command, the
Allen radiation belts for satellites, nuclear	reactors in power plants for sensors and control circu
With the cancellation of the already tested	reactors in 2008 the future supply of technetium-99m b
One of a series of	reactors in the US Army Nuclear Power Program, its des
ounced a conversion to CANFLEX fuel for their	reactors, in 2006.
ting to qualify the TRISO LEU fuel for GEN-IV	reactors in the US.
Examples of bioelectrochemical	reactors include microbial electrolysis cells, microbi
Winfrith housed nine	reactors including the experimental Dragon reactor and
India's first power	reactors, installed at the Tarapur Atomic Power Plant
total estimated cost of constructing the two	reactors is $10 billion, or $13 billion with financing
he formation of dicoronylene in hydrocracking	reactors is a serious problem because its low solubili
ists of four 1330 MWe class pressurized water	reactors, is about 40 kilometers far away from the cit
Spent nuclear fuel from nuclear	reactors is reprocessed to separate the 96% uranium an
sed because a plant producing parts of atomic	reactors is located there.
Included among the Dresden plant's	reactors is the first commercial nuclear reactor, hous
The hot water from the	reactors is sent, via large pipes, into heat exchanger
ncludes nuclear power plants (NPPs), research	reactors, isotope production plants, particle accelera
In nuclear	reactors, it is used as a moderator for fast neutrons.
He advocated the use of graphite-moderated	reactors like the one that exploded at the Chernobyl n
Some	reactors limit MOX fuel to a fraction of the total fue
ee is used as cooling water for three nuclear	reactors located at the Oconee Nuclear Generating Stat
uclear facility and comprises 4 CANDU nuclear	reactors located on the northern shore of Lake Ontario
es in the world and comprises 8 CANDU nuclear	reactors located on the northern shore of Lake Ontario
he reduced cost of building carriers with two	reactors makes the cost of the power plants still acco
Therefore, identical	reactors mass-produced from a "factory" location could
success of four larger 542 MWe Pickering ‘A'	reactors meant that a second 220 MWe unit at Douglas P
peration is not possible with the light water	reactors most commonly used to produce electric power.
n fluxes, such as within the cores of nuclear	reactors, neutron activation contributes to material e
Two more	reactors, nos. 5 and 6, capable of producing 1,000 MW
Two UNGG	reactors, now closed.
) Area IV: Development and testing of nuclear	reactors, Nuclear support operations, and non-nuclear
There are plans for four breeder	reactors of 500 MWe each - two in Kalpakkam and two mo
They comprise 34	reactors of 900 MWe, 20 reactors of 1.3 GWe, and 4 rea
tablished there in the eighties, with two PWR	reactors of 1300 MWe each, which were put into operati
The natural nuclear fission	reactors of Oklo: (1) Nuclear reactor zones.
The experiment uses	reactors of the Chooz Nuclear Power Plant as a neutrin
wn during the Soviet times, consisted of four	reactors of type RBMK-1000, each capable of producing
tion will comprise two to four VVER-1200/392M	reactors of the AES-2006 type.
a number of the first generation French UNGG	reactors, of which have all been shut down.
xfordshire in the United Kingdom, one of five	reactors on the site.
be influenced by the 4 old fashioned nuclear	reactors on the Marsh, at Dungeness.
So far, all	reactors on site are pressurized water reactors.
Among the	reactors on site is the Jules Horowitz Reactor.
Boiling water	reactors, on the other hand, are designed to have stea
ear power company, also proposed building two	reactors on former Stelco lands in Nanticoke.
ghals is a Swedish nuclear power plant with 4	reactors, one boiling water reactor (R1) and three pre
r, only two other aging water cooled research	reactors, one at the University of Missouri (1966) and
Bruce A (4 CANDU	reactors, operated by Bruce Power)
h in Europe in terms of the number of nuclear	reactors operated, total capacity and electricity prod
tilization (MOX) with 16 to 18 of the nuclear	reactors operating in Japan.
JASON was one of very few	reactors operating within a major population centre -
There are 440	reactors operating worldwide, and a total of 69 new re
valuating building either Areva 1,650 MWe EPR	reactors or Westinghouse 1,100 MWe AP1000 reactors.
ichment or purification into fuel for nuclear	reactors or bombs.
ll insertion (by gravity in pressurized water	reactors or high-speed injection in boiling water reac
This was one of three sodium cooled fast	reactors ordered for the Seawolf program at the same t
Ontario Hydro's plan to construct ten nuclear	reactors over the next decade.
ltipurpose Applied Physics Lattice Experiment	reactors planned and built to produce 200% of the dema
wders, spray, emulsifier, and crystallization	reactors, pneumatic devices, cloud droplet formation,
rs, streams from hydrogen purifiers, membrane	reactors, pressure swing adsorption and continuous dis
's primary coolant loop are a main reason why	reactors use a chain of two or even three coolant loop
It had two Magnox	reactors producing 242 megawatts (MW) net electrical i
It had two Magnox	reactors producing 470 megawatts (MW) in total.
nuclear non-proliferation, support the Naval	Reactors program, and provide expertise to other feder
These first three	reactors ran for two decades, and were joined by addit
used in all of the other United States Naval	reactors, reactivity in the S7G core was controlled by
Conventional light water	reactors require refueling every 18 months.
Unterweser was one of the seven	reactors shutdown on 17th March, 2011 (although actual
ennsylvania power plant with General Electric	reactors similar to the troubled ones in Japan, said t
fornia has banned the approval of new nuclear	reactors since the late 1970s because of concerns over
er space velocity, which reduces the required	reactors size.
reat Reduction programme the defueling of her	reactors started in June 2002 at the Zvezdochka shipya
It is one of the two oldest nuclear	reactors still in service in the United States; New Je
neutron moderator in thermal-spectrum nuclear	reactors such as the TRIGA research reactor developed
Like power	reactors, the core needs cooling, typically natural or
fuel kernels for the US version of pebble bed	reactors; the German version uses uranium dioxide inst
Unlike light water	reactors, the EM2 is gas cooled and does not need to b
o-thirds of the world's supply comes from two	reactors; the National Research Universal Reactor at C
t begun in 2006 added four new Korean-sourced	reactors, the so-called Shin Kori reactors.
In nuclear	reactors, the reaction is slowed down by the addition
As with all pressurized water	reactors, the design also had the advantage of negativ
e materials intended for use in nuclear power	reactors their entire expected lifetime neutron exposu
pressure sealed buildings containing nuclear	reactors, though it would be more correct to call them
eaked out of spent fuel pools at three of its	reactors, though no change in the radiation levels out
nd manufacturing capability with instrumented	reactors to develop, manufacture, coat, and market a w

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「re actors」の共起表現一覧(1語右で並び替え)