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The ‘s Aircraft Reactor Experiment was primarily motivated by the compact size that the technique offers, while the ‘s Molten-Salt Reactor Experiment aimed to prove the concept of a nuclear power plant which implements reaktor 6.2 free thorium fuel cycle in a breeder reactor. MSRs are considered safer than conventional reactors because they operate with fuel already in a molten state, and in event of an emergency, the fuel mixture is designed to drain from the core to a containment vessel where it will solidify in fuel drain tanks.

This prevents the uncontrolled nuclear meltdown and associated hydrogen explosions as in the Больше на странице nuclear disaster that are at risk in conventional solid-fuel reactors.

Http:// advantage of MSRs is that the gaseous fission products Xe and Kr do not have much solubility in the fuelsalt, [a] and can be safely captured as they bubble out of the molten fuel, [b] rather than increasing the pressure inside the fuel tubes over the life of the fuel, reaktor 6.2 free happens in conventional solid-fuelled reactors.

Relevant design challenges include the reaktor 6.2 free of hot salts and the changing chemical composition of the salt as it is transmuted by the neutron flux in the reactor core. Free quarkxpress full version offer multiple advantages over conventional nuclear power plants, although for historical reasons they have not been deployed.

MSRs, especially those with the fuel dissolved in the salt, differ considerably from conventional reactors. Reactor core pressure can be low and the temperature much higher. In this respect an Reaktor 6.2 free is more similar to a liquid metal источник reactor than to a conventional light water cooled reactor. MSRs are often planned as breeding reactors with a closed fuel cycle—as opposed to the once-through fuel currently used in U. Safety concepts rely on a negative temperature coefficient of reactivity and a large possible temperature rise to limit reactivity As an additional method for shutdown, a separate, passively cooled container below the reactor can be included.

In case of problems, and for regular maintenance, the fuel is drained from the reactor. This stops the nuclear reaction and acts as a second cooling system. Neutron-producing accelerators have been proposed for some super-safe subcritical experimental designs.

The temperatures of some proposed designs are high enough to produce process heat for hydrogen production or other chemical reactions. MSRs offer many potential advantages over current light water reactors: [8]. FHRs cannot reprocess fuel easily and reaktor 6.2 free fuel rods that need to be fabricated and validated, requiring up to twenty years [ citation needed ] from project inception.

FHR retains the safety and cost advantages of a low-pressure, high-temperature coolant, also shared by liquid metal cooled reactors. Notably, steam is not created in the core as is present in BWRsand no reaktor 6.2 free, expensive steel pressure vessel reaktor 6.2 free required for PWRs. Since it can operate reaktor 6.2 free high temperatures, the reaktor 6.2 free of the heat to electricity can use an efficient, lightweight Brayton coreldraw 2018 crackeado free gas turbine.

Much of the reaktor 6.2 free research on FHRs is focused on small, compact heat exchangers that reduce molten salt volumes and associated costs. Molten salts can be highly corrosive and corrosivity increases with temperature. For the primary cooling loop, a material is needed that can withstand corrosion at high temperatures and читать больше radiation. However, operating experience is limited. Materials for this temperature range have not been validated, though carbon composites, molybdenum alloys e.

A workaround suggested by a private researcher is to use the new beta-titanium Au alloys as this would also allow extreme temperature operation as well as increasing the safety margin. Fluorine has only one stable isotope 19 Fand does not easily become radioactive under neutron bombardment.

Compared to chlorine and other halides, fluorine also absorbs fewer neutrons and slows ” moderates ” neutrons better. Low- valence fluorides boil at high temperatures, though many pentafluorides and hexafluorides boil at low temperatures.

They must be very hot before they break down into their constituent elements. Such molten salts are “chemically stable” when maintained well below their boiling points. Fluoride salts dissolve poorly in water, and do not form burnable hydrogen. Chlorine has two stable isotopes 35 Cl and 37 Clas well as a slow-decaying isotope reaktor 6.2 free them which facilitates neutron absorption by 35 Cl.

Chlorides permit fast breeder reactors to be constructed. Much less research has been done on reactor designs using chloride salts. Chlorine, unlike fluorine, must be purified to isolate the heavier stable isotope, 37 Clthus reducing production of sulfur tetrachloride that occurs when 35 Cl absorbs a neutron to become 36 Clthen degrades by beta decay to 36 S.

Lithium must be in the form of purified 7 Libecause 6 Li effectively captures neutrons and produces tritium. Even if pure 7 Li is used, salts containing lithium cause significant tritium production, comparable with heavy water reactors.

Reactor salts are usually close to eutectic mixtures reaktor 6.2 free reduce their melting point. A low melting point simplifies melting the salt at startup and reduces the risk of the salt freezing as it is cooled in the heat exchanger. Due to the high ” redox window” of fused fluoride salts, the redox potential of the fused salt system can be changed. Fluorine-lithium-beryllium ” FLiBe ” can be used with beryllium additions to lower the redox potential and nearly eliminate corrosion.

However, since beryllium is extremely toxic, special precautions must reaktor 6.2 free engineered into the design to prevent its release into the environment. Many other salts can cause plumbing corrosion, especially if the reactor is hot enough to make highly reactive hydrogen. To date, most research has focused on FLiBe, because lithium and beryllium are reasonably effective moderators and form a eutectic salt mixture with a lower melting point than each of reaktor 6.2 free constituent salts.

Beryllium also performs neutron reaktor 6.2 free, improving the neutron economy. This process occurs when the beryllium nucleus emits two neutrons after absorbing a single neutron. Thorium and plutonium fluorides have also been used. Techniques for preparing and handling molten salt were first developed at ORNL. Oxides could result in the deposition of solid particles in reactor operation. Sulfur must be removed because of its corrosive attack on nickel-based alloys at operational temperature.

Structural metal such as chromium, nickel, and reaktor 6.2 free must be removed for corrosion control. The possibility of online processing can be an MSR advantage. Continuous processing would reduce the inventory of fission products, control corrosion and improve neutron economy by removing fission products with high neutron absorption cross-section, especially xenon. This makes reaktor 6.2 free MSR particularly suited to the neutron-poor thorium fuel cycle.

In some thorium breeding scenarios, the intermediate product protactinium Pa would be removed from the reactor and allowed to decay into highly pure Uan attractive bomb-making material. More modern designs propose to use a lower specific power or a separate thorium breeding blanket. This dilutes the protactinium to such an extent that few protactinium atoms absorb a second neutron or, via a n, 2n reaction in which an incident neutron is not absorbed but instead knocks a neutron out of the nucleusgenerate Http:// Because U has a short half-life and its decay chain contains hard reaktor 6.2 free emitters, it makes the isotopic mix of uranium less attractive for bomb-making.

This benefit would come with the added expense of a larger fissile inventory or a 2-fluid design with a large quantity of blanket salt. The necessary fuel salt reprocessing technology has reaktor 6.2 free demonstrated, but only reaktor 6.2 free laboratory scale. Reprocessing refers to the chemical separation of fissionable uranium and plutonium from spent fuel.

In the United States the regulatory regime has varied dramatically across administrations. A systematic literature review from concludes that there is very limited information on economics and finance of MSRs, with low quality of the information and that cost estimations are reaktor 6.2 free.

In the specific case of the stable salt reactor SSR where the radioactive fuel reaktor 6.2 free contained as a molten salt within fuel pins and the primary circuit is not здесь, operating costs are likely to be lower. While many design variants have been proposed, there are three main categories regarding the role of molten salt:. The use of molten salt as fuel and as coolant are independent design choices – the original circulating-fuel-salt MSRE and the more recent static-fuel-salt SSR use salt as fuel and salt as coolant; the DFR uses salt as fuel but metal as coolant; and the FHR has solid fuel but salt as coolant.

MSRs can be burners or breeders. They can be fast or thermal or epithermal. Thermal reactors typically employ a moderator usually graphite to slow the neutrons down and moderate temperature. They can accept a variety of fuels low-enriched uranium, thorium, depleted uraniumwaste products [22] and coolants fluoride, chloride, lithium, beryllium, mixed.

Fuel cycle can be either closed or once-through. The reactor can adopt a loop, modular or integral configuration. Variations include:. The molten salt fast reactor MSFR is a proposed design with the fuel dissolved in a fluoride salt coolant.

They have been studied for almost a decade, mainly by calculations and determination of basic physical and chemical properties in the European Union and Russian Federation. When steady state is achieved in a MSFR, there is no reaktor 6.2 free a need for uranium enrichment facilities.

MSFRs may be breeder reactors. They operate reaktor 6.2 free a moderator in the core such as graphite, so graphite life-span is no longer a problem. This results in a breeder reactor with a fast neutron spectrum that operates in the Thorium fuel reaktor 6.2 free. MSFRs contain relatively small initial inventories of U.

MSFRs run on liquid fuel with no solid matter inside the core. This leads to the possibility of reaching specific power that is much higher than reactors using solid fuel. The heat produced goes directly into the heat transfer fluid.

In the Reaktor 6.2 free, a small amount of molten salt is set aside to be processed for fission product removal and then returned to the reactor. This gives MSFRs the capability of reprocessing the fuel without stopping the reactor.

This is very different compared to solid-fueled reactors because they have separate facilities to produce the solid fuel and process spent nuclear fuel. The MSFR can operate using a large variety of fuel compositions due to its on-line fuel control and flexible fuel processing. The core’s shape is a compact cylinder with a нажмите чтобы узнать больше to diameter ratio of 1 where liquid fluoride fuel salt flows from the bottom читать полностью the top.

The return circulation of the salt, from top to bottom, is broken up into 16 groups of pumps and heat exchangers located around the core. The fuel salt takes approximately 3 to 4 seconds to complete a full cycle.

At any given time during operation, как сообщается здесь reaktor 6.2 free the total fuel salt volume is in the core and the rest is in the external fuel circuit salt collectors, salt-bubble separators, fuel heat exchangers, pumps, salt injectors and pipes. During operation, the fuel salt circulation speed can be adjusted by controlling the power of the pumps in each sector. The intermediate fluid circulation speed can be adjusted by controlling the power of the intermediate circuit pumps.

The temperature of the intermediate fluid in the intermediate exchangers can be managed through the use of a double bypass. This allows the temperature of the intermediate fluid at the conversion exchanger inlet to be held constant while its temperature is increased in a controlled way at the inlet of the intermediate exchangers.

The temperature of the core can be adjusted by varying the proportion of bubbles injected in the core since it reduces the salt density. Reaktor 6.2 free a result, it reduces the mean temperature of the fuel salt.


Reaktor 6.2 free.Tokamak – Wikipedia


The tokamak is one of several types of magnetic confinement devices being developed to produce controlled thermonuclear fusion power. As of [update]it was the leading candidate for a practical fusion reactor. Tokamaks were initially conceptualized in the s by Soviet physicists Igor Tamm and Andrei Sakharovinspired by a letter by Oleg Lavrentiev. The first working tokamak was attributed to the work of Natan Yavlinsky on the T-1 in Devices reaktor 6.2 free the z-pinch and stellarator had reakfor this, but demonstrated serious instabilities.

It was the development of the concept now known reaktoor the safety factor labelled q in mathematical notation that guided tokamak development; by arranging the reactor so this critical factor q was always по этой ссылке than 1, the tokamaks strongly suppressed the instabilities which plagued earlier designs. By the mids, the tokamak designs began to show greatly improved performance. The initial results were released inbut were ignored; Lyman Spitzer dismissed them out of hand after noting potential problems in their system for measuring temperatures.

A second set of results was published inthis time claiming performance far вами checkpoint client windows 10 почему advance of any other machine.

When these were also met skeptically, the Reaktor 6.2 free invited a delegation from the United Kingdom to reaktor 6.2 free their own measurements. These confirmed the Soviet results, and their publication resulted in a stampede of tokamak construction. Reaktor 6.2 free the mids, dozens of tokamaks were in use around the world. By the late s, these reaktor 6.2 free had reached all of the conditions needed for reaktor 6.2 free fusion, although not at the same time nor in a single reactor.

With the goal of breakeven a fusion energy gain factor equal to 1 now in sight, a new series of machines were designed that would run on a fusion fuel of deuterium and tritium. Instead, these machines demonstrated new problems that limited their performance. Solving these would require a much larger and more expensive machine, beyond the abilities of any one country.

After an initial agreement between Ronald Reagan and Mikhail Gorbachev in Novemberthe International Thermonuclear Experimental Reactor ITER effort emerged and remains the primary international effort to develop practical fusion power. Many smaller designs, and offshoots like the spherical tokamakcontinue to reaktor 6.2 free used to investigate performance parameters and other issues.

A similar term, tokomagwas also proposed for a time. InMark OliphantPaul Ffree and Ernest Rutherford were the first to achieve fusion on Earth, fre a particle accelerator to frde deuterium nuclei into metal foil containing deuterium or other atoms.

Accelerator-based fusion is not practical because the reactor cross section is tiny; most of the particles in the accelerator will scatter off the fuel, not fuse with it.

These scatterings cause the particles to lose energy to the point where they can no longer undergo fusion. The energy reaktor 6.2 free into these particles is reaktor 6.2 free lost, and it is easy to demonstrate this is much more energy than the fee fusion reactions can release. To maintain fusion and produce net energy resktor, the bulk of the fuel must be raised to high temperatures so its atoms are constantly colliding at high speed; this gives rise to the name thermonuclear due to the high temperatures needed to bring it about.

InEnrico Fermi calculated the reaction would be self-sustaining at about 50, K; at that temperature, the rate that energy is given off by the reactions is high enough that they heat the surrounding reaktor 6.2 free rapidly enough to maintain the temperature against losses to the environment, continuing the reaction.

During the Manhattan Projectthe first practical way to reach these temperatures was created, using an atomic bomb. InFermi gave a talk on the physics reaktor 6.2 free fusion in the context of a then-hypothetical hydrogen bomb. However, some thought had already been given to a controlled fusion device, and James L. Tuck and Stanislaw Ulam had attempted such using shaped charges driving a metal foil infused with deuterium, although without success.

The first feee to build a practical fusion machine took place in the Reqktor Kingdomwhere George Paget Thomson had selected the pinch reaktor 6.2 free as a promising technique in After several failed attempts to gain funding, he gave up and asked two graduate students, Stanley Stan W.

Cousins and Alan Alfred Ware [12]to build a device out of surplus radar equipment. Microsoft 2019 download free professional office dell was successfully operated inbut showed no clear evidence of fusion and failed to gain the interest of the Atomic Energy Research Ftee.

The letter outlined the idea of using an atomic bomb to ignite a fusion fuel, and then fdee on to describe a ffree that used electrostatic fields to contain a hot plasma in a steady state for reaktor 6.2 free production. The letter was sent to Andrei Sakharov for comment. Sakharov noted that “the author formulates a very important and not necessarily hopeless problem”, and found his main concern in the arrangement was that the plasma would hit the electrode wires, and that “wide meshes and a thin current-carrying part which will have to reflect almost all incident nuclei back into the reactor.

In all likelihood, this requirement is incompatible with the mechanical strength of the device. Some indication of the importance given to Lavrentiev’s letter can be seen reaktor 6.2 free the speed with which it was rewktor the letter was received by the Central Committee on 29 July, Sakharov sent his review in on 18 August, by October, Sakharov and Igor Tamm had completed the first detailed study of a fusion reaktor 6.2 free, and they had asked for funding to build it in January When heated to fusion temperatures, the electrons in atoms disassociate, читать статью in a fluid of nuclei and electrons known ссылка на страницу plasma.

Unlike electrically neutral atoms, a plasma is electrically conductive, and can, therefore, be manipulated by electrical or magnetic fields. Sakharov’s reaktor 6.2 free about the electrodes led him to consider using magnetic confinement instead of electrostatic. In the case of a reaktor 6.2 free field, the particles will circle around the lines of force.

If one arranges a magnetic field so lines of force are parallel and close together, the particles orbiting adjacent lines may collide, and fuse. Such a field can be created in a solenoida cylinder with magnets wrapped around the outside. The combined fields of the magnets create a set reaktor 6.2 free parallel magnetic lines running down the length of the cylinder. Перейти на страницу arrangement prevents the particles from moving sideways to the wall of the cylinder, but it does not prevent them from running out the end.

The obvious solution to this problem is to bend the cylinder around into a donut shape, or torus, so that the lines form a series of continual rings. In this arrangement, the particles circle endlessly.

Sakharov discussed the concept with Igor Tammand by the end of October the two had written a proposal and sent it to Reaktor 6.2 free Reakktorthe director of the atomic bomb project within the Http://, and his deputy, Igor Golovin.

This leads to uneven forces that cause the particles to drift away from their magnetic lines. One was to suspend a current-carrying ring in the centre of the torus.

The current in the ring would produce a magnetic field that would mix with the one from the magnets on the outside. The resulting field would be twisted into a helix, so that any given particle would find itself repeatedly on the outside, then inside, of the torus.

The drifts caused by the uneven fields are in opposite directions on the inside and outside, so over the course of multiple orbits around the long axis of the torus, the opposite drifts would cancel out. Alternately, he suggested using an external magnet to induce a current in the plasma itself, instead of a separate metal ring, which would have the same effect. They found widespread interest and support, and in February a report on the topic was forwarded to Lavrentiy Beriawho oversaw the atomic efforts in the USSR.

For a time, nothing was heard back. Scientists around the world were excited by the announcement, but soon concluded it was not true; simple calculations showed that his experimental setup could not produce enough energy to heat the fusion fuel to the needed temperatures. Reaktoor dismissed by nuclear researchers, the widespread news coverage meant politicians were suddenly aware of, reaktor 6.2 free receptive to, fusion research.

In the UK, Thomson, was suddenly granted considerable funding. Over the next months, two projects based on the pinch system were up and running. Similar events occurred in the USSR. In mid-April, Reaktor 6.2 free Efremov of the Scientific Research Institute of Electrophysical Apparatus stormed into Kurchatov’s study with a magazine containing a story about Richter’s work, demanding to know why they were beaten by the Argentines. Kurchatov immediately contacted Beria with a proposal to set up a separate fusion research laboratory with Lev Artsimovich as director.

Only days later, on 5 May, the reaktor 6.2 free had been signed by Joseph Stalin. By October, Sakharov and Tamm had completed a much more detailed consideration of their original reaktor 6.2 free, calling for a device with a major radius of the torus as a whole of 12 metres 39 ft and a minor radius the interior of the cylinder of 2 metres 6 ft 7 in.

The proposal suggested the system could produce grams 3. As the idea was further developed, it was realized that a current in the plasma could create a field that was strong enough to confine the plasma as well, removing the need for ссылка на подробности external magnets.

Once the idea of using the pinch effect for confinement had been proposed, a much simpler solution became evident. Instead of a large toroid, one could simply reaktor 6.2 free the current into reaktor 6.2 free linear tube, which could cause the plasma within to collapse down into a filament.

This had a huge advantage; the current in the plasma would heat reaktor 6.2 free through normal resistive heatingпродолжить this would not heat the plasma to fusion fref.

However, as the plasma collapsed, the adiabatic process would result in temperature rising dramatically, more ableton 7 download full version download enough for rfee.

With this development, only Golovin and Natan Yavlinsky continued reaktor 6.2 free the more static toroidal arrangement. On 4 JulyNikolai Filippov ‘s group measured neutrons being released from a linear pinch machine. Lev Artsimovich demanded that they check rexktor before concluding fusion had occurred, and during these checks, they found that the neutrons were not from fusion at all. But the eraktor secrecy surrounding the type of reaktor 6.2 free meant that none of the groups were aware that others were also working on it, let alone having the reaktor 6.2 free problem.

After much study, it was reaktir that some of the released neutrons were produced by instabilities in the plasma. There reaktor 6.2 free two common types of instability, the sausage that was seen primarily in linear machines, and the kink which was reaktor 6.2 free common in the toroidal machines. One idea that reaktor 6.2 free from these reaktor 6.2 free became known as the “stabilized pinch”.

This concept added additional magnets to the outside of the chamber, which created a field that would be present in the plasma before the pinch discharge. In most concepts, the external field was relatively weak, and because a plasma is diamagneticreaktor 6.2 free penetrated only the outer areas of the plasma.

In the US, this was known as “giving the reaktor 6.2 free a backbone. Sakharov revisited his original toroidal concepts and came to a slightly different conclusion about how to stabilize the plasma. The layout would be the same as reaktor 6.2 free stabilized pinch concept, but the role of the two fields would be reversed. Instead of weak external fields providing stabilization and a strong pinch current responsible for confinement, in the new layout, the external magnets would be much more powerful in order reaktor 6.2 free provide the reaktoe of confinement, while the current would be much smaller and responsible for the stabilizing effect.

Inwith the linear approaches still subject to instability, the first toroidal device was built in the 6.22. The vacuum chamber was made of ceramic, and the spectra reaktor 6.2 free the discharges showed silica, meaning the plasma was not perfectly confined by magnetic field and hitting the walls of the chamber. With progress apparently stalled, inKurchatov called an All Union conference of Soviet researchers with the ultimate aim of opening up fusion research within the USSR.

He offered to give a talk at Atomic Energy Research Establishment, читать полностью the former RAF Harwellwhere he shocked the hosts by presenting a detailed historical overview of the Soviet fusion efforts. ZETA was, by far, the largest and most powerful fusion вот ссылка to date. Supported by experiments on earlier designs that had been modified to include stabilization, ZETA intended to produce low levels of fusion reactions.

This was apparently a great success, and in Januarythey announced the fusion had been achieved in ZETA based on the release of neutrons and measurements of the plasma temperature.

Vitaly Shafranov and Stanislav Braginskii examined the news reports and attempted to figure out how reaktor 6.2 free worked. One possibility they considered was the улёт!!!!!!!!!!!!!! microsoft office professional plus 2016 product key 2019 free ничего of weak “frozen in” fields, but rejected this, believing the fields would not last long enough.

They then concluded Reaktor 6.2 free was essentially identical to the devices had been studying, with strong external fields.

By this time, Soviet researchers had decided to build a larger toroidal machine along the lines suggested by Sakharov. In particular, their design considered one important point found in Kruskal’s and Shafranov’s works; if the helical path of the particles made them circulate around the plasma’s circumference more vree reaktor 6.2 free they circulated the reaktor 6.2 free axis of the torus, the kink instability would be strongly suppressed.

Today reaktor 6.2 free basic concept is known as the safety factor. This path is controlled by the relative strengths of the external magnets compared to the field created by the internal current.




When the first sampler was reakhor way back in the s, the creators could scarcely have imagined how far sampling would come. Of course, recording entire orchestras is an expensive and time consuming process, and often orchestral sample libraries are expensive. However, some generous developers have made their samples available for free.

Originally released as посетить страницу series of separate patches, ProjectSAM has recently amalgamated the instruments of their epic orchestra into one product which runs in the free Kontakt player 6. Inspired by reaktor 6.2 free wealth of public domain orchestral samples online, but frustrated by their poor categorisation and accessibility, Reakror enthusiast Noah Horowitz created The Alpine Project.

This site gathers and converts public domain and donated samples to create string, brass and woodwind patches. The brass is a particular highlight with a number of адрес solo instruments on offer.

This range of orchestral patches covers most of the standard instruments and articulations of a smaller, more intimate download x7 with product free download orchestra. Designed for students and hobbyists, the original samples are part of the VSCO2 Community edition but have now been scripted for the full version of Kontakt to include legato, round robins and dynamics via the modwheel.

Weighing in at just over a gigabyte in size, the samples cover strings, brass, woodwinds, percussion and even two pianos and a reaktor 6.2 free organ. These are all available as separate patches but there are also clever multis which group instruments into ensembles for reaktor 6.2 free chord, arpeggio reaktor 6.2 free tutti playing.

The bonus harp instrument is a heavenly addition to this fully-featured orchestral package. Download Sketching Chamber Orchestra. Evoking a huge blockbuster feel, these tutti performances from the Brandenburg State Orchestra can easily be used for underscore as part of your own cues. For the HD Orchestra, both источник статьи and minor chords have been captured from the full orchestra, with low and high strings split out into separate playable ranges.

The instruments were placed deep into the scoring stage, some distance apart and played in unison, a technique that both John Williams and Don Davis have used in their own film scores. This results in a wide and aggressive sound, perfect for scoring chase scenes or accompanying powerful orchestral pieces. There are interface options for mixing two different mic perspectives, ensemble size and reaktor 6.2 free length via the mod wheel. Thunder X3M Taiko.

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We use cookies and similar technologies to recognize your preferences, as well as to measure the effectiveness of campaigns and analyze traffic. Learn more about cookies. The Free Orchestra. Rekator The Free Orchestra. The Alpine Project. Download The Alpine Project. Sketching Chamber Orchestra.

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