Вопрос № 1077914 - Английский язык

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The Shard, London
1. The Shard is a skyscraper in the centre of London, just near the famous Tower Bridge. It is one of the tallest buildings in Europe. Designed by Renzo Piano, the tower has 88 levels and is clad entirely in glass. It contains offices, restaurants, bars, cafes, viewing galleries, a hotel and residential apartments. One of the biggest challenges the developers had to deal with was to minimise disruption in the local area. The Shard is located next to London Bridge station, one of the busiest transport hubs in London, and Guy's Hospital, a large teaching hospital. Noise and dust had to be kept to a minimum.
2. There was some special equipment used during the construction of the Shard. These cantilever loading platforms are easy to install and move. Cranes lift the platforms into position. They are flush with the floor allowing the movement of large objects in and out of the structure. High-rise buildings like the Shard need a lot of concrete. This project used a powerful, high-performance pump which can pump more than 90 m3 of concrete per hour.
3. Normally a lift shaft has to be complete before a lift can be installed. With jump lift technology this is not necessary. As the building rises, the jump lift, which contains its own machine room, rises with it. The Shard construction site used a number of cranes. The lead crane in the centre occupied the highest spot. This crane was mounted inside the core. As the building rose the crane was jacked up.
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What is «the jump lift» technology?

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The Shard, London
1. The Shard is a skyscraper in the centre of London, just near the famous Tower Bridge. It is one of the tallest buildings in Europe. Designed by Renzo Piano, the tower has 88 levels and is clad entirely in glass. It contains offices, restaurants, bars, cafes, viewing galleries, a hotel and residential apartments. One of the biggest challenges the developers had to deal with was to minimise disruption in the local area. The Shard is located next to London Bridge station, one of the busiest transport hubs in London, and Guy's Hospital, a large teaching hospital. Noise and dust had to be kept to a minimum.
2. There was some special equipment used during the construction of the Shard. These cantilever loading platforms are easy to install and move. Cranes lift the platforms into position. They are flush with the floor allowing the movement of large objects in and out of the structure. High-rise buildings like the Shard need a lot of concrete. This project used a powerful, high-performance pump which can pump more than 90 m3 of concrete per hour.
3. Normally a lift shaft has to be complete before a lift can be installed. With jump lift technology this is not necessary. As the building rises, the jump lift, which contains its own machine room, rises with it. The Shard construction site used a number of cranes. The lead crane in the centre occupied the highest spot. This crane was mounted inside the core. As the building rose the crane was jacked up.
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Palace of king Minos
1. The Palace of King Minos has been immortalized in Greek mythology as the Labyrinth, home to the Minotaur—a terrifying, man-eating, half-man half-bull. The Greek hero, Theseus, finally killed the Minotaur with the help of King Minos’s daughter, Ariadne, and the inventor and craftsman, Daedalus, who had been forced to design the Labyrinth for the powerful king.
2. Two stories high and based around a large open courtyard, the palace comprises a bewildering range of rooms, some colonnaded and ceremonial, others designed for storage and manufacturing of various kinds. What has been called the Throne Room is a windowless chamber. The piano nobile – a floor raised one story above ground level and containing the principal social apartments – has many well built and well-ventilated chambers.
3. Far from being the grim place of Greek mythology, Minos’s palace boasted good sanitation and drainage, shelter from the sun, gardens, and grand rooms offering fine views. Some of these were reconstructed by the British archaeologist, Sir Arthur Evans, in the 1920s. The rambling and decidedly unclassical plan of the palace has been put down to the organic growth of the building over generations, rather than to the scheming mind of King Minos. The remains of the ancient palace at Knossos are all that survive of several important Cretan palaces destroyed by major earthquakes in ca. 1625BCE and ca. 1375BCE.
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Marble: characteristics, uses and problems
1. Marble is an extremely hard, metamorphic stone composed of calcite (CaCO3). It is formed as a result of the recrystallization of limestone under the intense pressure and heat of geologic processes. The effect of this process is the creation of a stone with a very tight crystalline structure and small but definite porosity.
2. Because of its structure, marble can take a very high polish and is a very popular decorative stone for architectural and sculptural uses. The limited porosity of marble, especially polished marble, makes it less vulnerable to the leaching effects of water. Calcium carbonate, however, of which marble is composed, is highly susceptible to attack by acidic agents. Marble is readily dissolved by acids, even very dilute acids, however the actual results of acidic exposure will vary with the nature of the acid.  For this reason, it is always important to determine the exact type of pollutants causing marble deterioration.
3. Marble has many decorative and structural uses. It is used for outdoor sculpture as well as for sculpture bases; in architecture it is used in exterior walls and veneers, flooring, decorative features, stairways and walkways. The way in which the stone is used may be a factor in limiting or controlling the severity of exposure. The use or function of the marble may also affect the feasibility of applying certain treatments, but type of use is not the primary factor in the major types of deterioration and damage to which marble is susceptible.
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Building with timber
1. Wood has a very long history of use as a construction material and for infrastructure such as bridges and railway lines. In many of these uses wood now competes with materials like concrete, steel, aluminium and plastics. For example, in Australia, there has been an average increase in house size (from about 78m2 in 1945 to about 250m2 in 2008), but the average volume of wood per dwelling has decreased from about 24 m3to 14 m3 over this time. Elsewhere in the world, where there were woods and forests, timber was a key building material. Timber is strong, warm, and beautiful, but ultimately it rots or dries out and cracks, or catches fire. It is hard to find a timber building, an original timber building, much over 750 or, at the most, 1,000 years old.
2. Timber remains a fine material to build with, although the fear of fire is always present. Wood can last hundreds of years. It can be very versatile and give a beautiful finish when left exposed. Although exposure, if not treated right will lead to rot and unsightly deterioration. One must allow for the movement of wood. It contracts and shrinks depending on dampness and humidity, but so long as it’s used alongside the right materials this is not problematic.
3. Woodworm can be the end if a timber framed house so it needs treating properly. Exterior wood will need painting or restaining every 5 years so that can be a drag. It can be high maintenance but you can’t beat oak beams in the ceiling or old varnished floorboards. Wood is a pleasant material for toys, and is rather good for small boats. The majority of furniture is still of wood because of its pleasant natural properties.
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Genetic engineering
1. Genetic engineers may someday develop transgenic plants which would allow for irrigation, drainage, conservation, sanitary engineering, and maintaining or increasing yields while requiring fewer fossil fuel derived inputs than conventional crops. Such developments would be particularly important in areas which are normally arid and rely upon constant irrigation, and on large scale farms. However, genetic engineering of plants has proven to be controversial.
2. Many issues surrounding food security and environmental impacts have risen regarding GMO practices. For example, GMOs are questioned by some ecologists and economists concerned with GMO practices such as terminator seeds, which is a genetic modification that creates sterile seeds. Terminator seeds are currently under strong international opposition and face continual efforts of global bans.
3. Another controversial issue is the patent protection given to companies that develop new types of seed using genetic engineering. Since companies have intellectual ownership of their seeds, they have the power to dictate terms and conditions of their patented product. Currently, ten seed companies control over two-thirds of the global seed sales.
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