TV picture tube - tradução para russo
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TV picture tube - tradução para russo

TELEVISION TRANSMISSION TECHNOLOGY
Colour TV; Colour television; Color TV; RCA color system; Compatible color; Color picture tube; Colour picture tube; Color compatible
  • A color television test at the [[Mount Kaukau]] transmitter site, [[New Zealand]] in 1970.<br>A [[test pattern]] with color bars is used to calibrate the signal.
  • [[Hovannes Adamian]] c. 1900s
  • This live image of actress Paddy Naismith was used to demonstrate [[Telechrome]], [[John Logie Baird]]'s first all-electronic color television system, which used two projection CRTs. The two-color image would be similar to the basic Telechrome system.
  • access-date=January 9, 2021}}</ref>

collapsible tube         
SOFT, SQUEEZABLE CONTAINER WHICH CAN BE USED FOR THICK LIQUIDS SUCH AS ADHESIVE, CAULKING, OINTMENT, AND TOOTHPASTE
Toothpaste tube; Tube (packaging); Collapsible tube; Squeeze tube
лёгкая туба; деформирующаяся (под давлением) туба; тюбик
Eustachian tube         
  • 3 D Reconstruction of the right Eustachian tube from Valsalva CT. Note the sac like shape of the structure.
  • 3D reconstruction of the air cell system of the temporal bone including the eustachian tube and its narrowest area in close proximity to the ear, the isthmus
  • Upper respiratory system, showing ''entrance to auditory tube'' near middle
  • pmid=27565395}}</ref>
A TUBE FOUND IN THE MIDDLE EAR WHICH EQUALISES PRESSURE AND DRAINS MUCUS, CONNECTING THE MIDDLE EAR TO THE THROAT.
Eustachian Tube; Tuba auditiva; Eustachian tubes; Eustacian; Pharyngotympanic tube; Auditory tubes; Eustacian tube; Pharyngeal opening of auditory tube; Pharyngeal ostium; Cartilage of pharyngotympanic tube; Cartilaginous portion; Bony part of pharyngotympanic tube; Osseous portion; Eustachian Tubes; Pharyngotympanic tubes; Eustation tube; Tubarostium; Otovent; Middle ear inflation; Tuba auditivea; Tuba auditoria; Pars ossea tubae auditivae; Eustachian tube opening; Cartilage of the pharyngotympanic tube; Eustachean tube; Auditory tube; Pars ossea; Bony part; Bony parts; Pharyngeal opening of the auditory tube; Pharyngeal openings of the auditory tubes; Pharyngeal openings of auditory tubes

общая лексика

евстахиева (слуховая) труба

существительное

анатомия

евстахиева труба

Eustachian tube         
  • 3 D Reconstruction of the right Eustachian tube from Valsalva CT. Note the sac like shape of the structure.
  • 3D reconstruction of the air cell system of the temporal bone including the eustachian tube and its narrowest area in close proximity to the ear, the isthmus
  • Upper respiratory system, showing ''entrance to auditory tube'' near middle
  • pmid=27565395}}</ref>
A TUBE FOUND IN THE MIDDLE EAR WHICH EQUALISES PRESSURE AND DRAINS MUCUS, CONNECTING THE MIDDLE EAR TO THE THROAT.
Eustachian Tube; Tuba auditiva; Eustachian tubes; Eustacian; Pharyngotympanic tube; Auditory tubes; Eustacian tube; Pharyngeal opening of auditory tube; Pharyngeal ostium; Cartilage of pharyngotympanic tube; Cartilaginous portion; Bony part of pharyngotympanic tube; Osseous portion; Eustachian Tubes; Pharyngotympanic tubes; Eustation tube; Tubarostium; Otovent; Middle ear inflation; Tuba auditivea; Tuba auditoria; Pars ossea tubae auditivae; Eustachian tube opening; Cartilage of the pharyngotympanic tube; Eustachean tube; Auditory tube; Pars ossea; Bony part; Bony parts; Pharyngeal opening of the auditory tube; Pharyngeal openings of the auditory tubes; Pharyngeal openings of auditory tubes
Eustachian tube noun anat. евстахиева труба

Definição

Рен
(Wren)

Кристофер (20.10.1632, Ист-Нойл, Уилтшир, - 25.2.1723, Хэмптон-корт), английский архитектор и учёный. Между 1649 и 1653 изучал математику в Оксфордском университете. С 1657 профессор астрономии в Лондоне, с 1661 в Оксфорде. В 1681-83 президент Лондонского королевского общества. Обратившись с 1660-х гг. к архитектуре, стал крупнейшим представителем английского Классицизма. План реконструкции Лондона, составленный Р. после пожара 1666, не был осуществлен, но зодчий построил в Сити многочисленные жилые дома, а также церкви, отличающиеся необычайным разнообразием конструктивных и пространственных решений (церковь Сент-Мэри-ле-Боу, см. илл.). Главные произведение Р. - собор святого Павла в Лондоне (1675-1710, см. илл.), являющийся самым большим протестантским храмом в мире и гармонично объединяющий в своей композиции осевую систему с центральнокупольной. Среди других лондонских построек Р. - величественные ансамбли госпиталей в Челси (см. илл.) и Гринвиче (см. илл.). Много строил также в университетских городах (библиотека Тринити-колледжа в Кембридже).

Лит.: The Wren society, v. 1-20, Oxf., 1924-43; Gould Н., Sir Christopher Wren, renaissance architect, philosopher and scientist, N. Y., 1970; Whinney М., Wren, L.; 1971.

Ансамбль Гринвичского госпиталя. Великобритания. 1616-1728.

Госпиталь в Челси. Великобритания. 1694, Архитектор К. Рен.

Кембридж. Библиотека Тринити-колледжа. 1676-84. Архитектор К. Рен.

Лондон. Собор св. Павла (Сент-Пол). 1675-1710. Архитектор К. Рен.

К. Рен. Башня церкви Сент-Мэри-ле-Боу в Лондоне. 1680.

Wikipédia

Color television

Color television (American English) or colour television (Commonwealth English) is a television transmission technology that includes color information for the picture, so the video image can be displayed in color on the television set. It improves on the monochrome or black-and-white television technology, which displays the image in shades of gray (grayscale). Television broadcasting stations and networks in most parts of the world upgraded from black-and-white to color transmission between the 1960s and the 1980s. The invention of color television standards was an important part of the history and technology of television.

Transmission of color images using mechanical scanners had been conceived as early as the 1880s. A demonstration of mechanically scanned color television was given by John Logie Baird in 1928, but its limitations were apparent even then. Development of electronic scanning and display made a practical system possible. Monochrome transmission standards were developed prior to World War II, but civilian electronics development was frozen during much of the war. In August 1944, Baird gave the world's first demonstration of a practical fully electronic color television display. In the United States, competing color standards were developed, finally resulting in the NTSC color standard that was compatible with the prior monochrome system. Although the NTSC color standard was proclaimed in 1953 and limited programming soon became available, it was not until the early 1970s that color television in North America outsold black-and-white/monochrome units. Color broadcasting in Europe did not standardize on the PAL or SECAM formats until the 1960s.

Broadcasters began to upgrade from analog color television technology to higher resolution digital television c. 2006; the exact year varies by country. While the changeover is complete in many countries, analog television remains in use in some countries.