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Op deze pagina kunt u een gedetailleerde analyse krijgen van een woord of zin, geproduceerd met behulp van de beste kunstmatige intelligentietechnologie tot nu toe:
- hoe het woord wordt gebruikt
- gebruiksfrequentie
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- opties voor woordvertaling
- Gebruiksvoorbeelden (meerdere zinnen met vertaling)
- etymologie
wide-band line - vertaling naar russisch
Wideband Delphi; Wide-band delphi; Wide band delphi
wide-band line
общая лексика
широкополосная линия передачи
wide-angle lens
![Field of view in APS-sized digital cameras is the same as that of a longer lens, increased by [[crop factor]], on a full-frame 35 mm format camera.](https://commons.wikimedia.org/wiki/Special:FilePath/Full-frame vs APS-C.svg?width=200 "Field of view in APS-sized digital cameras is the same as that of a longer lens, increased by [[crop factor]], on a full-frame 35 mm format camera.")
LENS WHOSE FOCAL LENGTH IS SUBSTANTIALLY SMALLER THAN THE FOCAL LENGTH OF A NORMAL LENS FOR A GIVEN FILM PLANE
Wide angle lens; Wide-angle camera; Wide-angle camera lens; Wide-angle photography; Short lens
общая лексика
широкоугольный объектив
band-gap
![band structure]].](https://commons.wikimedia.org/wiki/Special:FilePath/Bandgap in semiconductor.svg?width=200 "band structure]].")
![The [[Shockley–Queisser limit]] gives the maximum possible efficiency of a single-junction solar cell under un-concentrated sunlight, as a function of the semiconductor band gap. If the band gap is too high, most daylight photons cannot be absorbed; if it is too low, then most photons have much more energy than necessary to excite electrons across the band gap, and the rest is wasted. The semiconductors commonly used in commercial solar cells have band gaps near the peak of this curve, for example silicon (1.1eV) or [[CdTe]] (1.5eV). The Shockley–Queisser limit has been exceeded experimentally by combining materials with different band gap energies to make [[tandem solar cell]]s.](https://commons.wikimedia.org/wiki/Special:FilePath/ShockleyQueisserFullCurve.svg?width=200 "The [[Shockley–Queisser limit]] gives the maximum possible efficiency of a single-junction solar cell under un-concentrated sunlight, as a function of the semiconductor band gap. If the band gap is too high, most daylight photons cannot be absorbed; if it is too low, then most photons have much more energy than necessary to excite electrons across the band gap, and the rest is wasted. The semiconductors commonly used in commercial solar cells have band gaps near the peak of this curve, for example silicon (1.1eV) or [[CdTe]] (1.5eV). The Shockley–Queisser limit has been exceeded experimentally by combining materials with different band gap energies to make [[tandem solar cell]]s.")
ENERGY RANGE IN A SOLID WHERE NO ELECTRON STATES CAN EXIST
Bandgap; Narrow gap; Wide gap; Band gap energy; Bandgap energy; Band Gap; Forbidden gap; Band gap engineering; Band-gap; Optical band gap
['bændgæp]
физика
запрещённая (энергетическая) зона
существительное
физика
запрещённая (энергетическая) зона
Definitie
Барто
Агния Львовна [р. 4(17).2.1906, Москва], русская советская поэтесса. Начала печататься в 1925. Пишет для детей - о жизни советской школы, семьи, пионерах. Автор сборников стихов: "Братишки" (1928), "Мальчик наоборот" (1934), "Игрушки" (1936), "Снегирь" (1939), "Стихи детям" (1949; Государственная премия СССР, 1950), "Я расту" (1968) и др., сценариев кинофильмов "Подкидыш" (1939), "Слон и верёвочка" (1946), "Алеша Птицын вырабатывает характер" (1958) и др. Стихи Б., отмеченные мягким юмором, ясностью языка, завоевали большую популярность у юных читателей и у взрослых; они переведены на языки народов СССР и многие иностранные языки. В прозаических книгах для взрослых "Найти человека" (1969) автор рассказывает о своих поисках семей детей, потерявшихся во время Великой Отечественной войны. Награждена 3 орденами, а также медалями.
Соч.: Стихи детям, т. 1-2, М., 1966. Лит.: Дмитриева В., Агния Барто, М.-Л., 1953; Соловьев Б., Агния Барто, М., 1967.
Е. А. Таратута.
А. Л. Барто.
Wikipedia
Wideband delphi
The Wideband Delphi estimation method is a consensus-based technique for estimating effort. It derives from the Delphi method which was developed in the 1950-1960s at the RAND Corporation as a forecasting tool. It has since been adapted across many industries to estimate many kinds of tasks, ranging from statistical data collection results to sales and marketing forecasts.
