Kaplan turbine - перевод на русский
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Kaplan turbine - перевод на русский

PROPELLER-TYPE WATER TURBINE WHICH HAS ADJUSTABLE BLADES
Kaplan Turbine; Kaplan-type; Kaplan Turbines
  • DIVE-Turbine, a propeller turbine version, during installation on site.
  • Viktor Kaplan Turbine Technisches Museum Wien
  • A [[Bonneville Dam]] Kaplan turbine after 61 years of service.
  • On this Kaplan runner the pivots at the base of the blade are visible; these allow the angle of the blades to be changed while running. The hub contains hydraulic cylinders for adjusting the angle.
  • Vertical Kaplan Turbine (courtesy Voith-Siemens).

Kaplan turbine         

машиностроение

турбина поворотно-лопастная

turbine engine         
  • Boeing Jetfoil 929-100-007 ''Urzela'' of [[TurboJET]]
  • Marines from 1st Tank Battalion load a [[Honeywell AGT1500]] multi-fuel turbine back into an M1 Abrams tank at Camp Coyote, Kuwait, February 2003
  • The [[Brayton cycle]]
  • Engine compartment of a Chrysler 1963 Turbine car
  • Scale jet engines are scaled down versions of this early full scale engine
  • GM Firebird I]]
  • GE H series power generation gas turbine: in [[combined cycle]] configuration, its highest [[thermodynamic efficiency]] is 62.22%
  • The Gas turbine from MGB 2009
  • gas-fired power station]] in California, uses two GE 7F.04 combustion turbines to burn [[natural gas]].
  • An LM6000 in an electrical [[power plant]] application
  • A 1968 [[Howmet TX]], the only turbine-powered race car to have won a race
  • J85]], sectioned for display. Flow is left to right, multistage compressor on left, combustion chambers center, two-stage turbine on right
  • Sketch of John Barber's gas turbine, from his patent
  • [[MAZ-7907]], a [[transporter erector launcher]] with a [[turbine-electric transmission]]
  • Rover]] JET1
  • The 1967 ''STP Oil Treatment Special'' on display at the [[Indianapolis Motor Speedway]] Hall of Fame Museum, with the [[Pratt & Whitney]] gas turbine shown
  • destroyer}}
  • 6}}
TYPE OF INTERNAL COMBUSTION ENGINE
Gas turbines; Microturbines; Gas-turbine; Gas-Turbine Engine; Gas Turbine; Micro-turbine; Combustion turbine; Turbine Engine; Turbine engine; Gas turbine ship; Gas turbine power plant; Aeroderivative gas turbine; Aeroderivative gas turbine engine; Gas turbine for marine propulsion; Externally Fired Gas Turbine; Indirectly Fired Gas Turbine; Open cycle gas turbines; Gas Turbine Ship; Gas turbine engines; Gas turbine engine; Aeroderivative; Open cycle gas turbine; Gas-turbine engine

[tə:bain'endʒin]

техника

газотурбинный двигатель

gas turbine         
  • Boeing Jetfoil 929-100-007 ''Urzela'' of [[TurboJET]]
  • Marines from 1st Tank Battalion load a [[Honeywell AGT1500]] multi-fuel turbine back into an M1 Abrams tank at Camp Coyote, Kuwait, February 2003
  • The [[Brayton cycle]]
  • Engine compartment of a Chrysler 1963 Turbine car
  • Scale jet engines are scaled down versions of this early full scale engine
  • GM Firebird I]]
  • GE H series power generation gas turbine: in [[combined cycle]] configuration, its highest [[thermodynamic efficiency]] is 62.22%
  • The Gas turbine from MGB 2009
  • gas-fired power station]] in California, uses two GE 7F.04 combustion turbines to burn [[natural gas]].
  • An LM6000 in an electrical [[power plant]] application
  • A 1968 [[Howmet TX]], the only turbine-powered race car to have won a race
  • J85]], sectioned for display. Flow is left to right, multistage compressor on left, combustion chambers center, two-stage turbine on right
  • Sketch of John Barber's gas turbine, from his patent
  • [[MAZ-7907]], a [[transporter erector launcher]] with a [[turbine-electric transmission]]
  • Rover]] JET1
  • The 1967 ''STP Oil Treatment Special'' on display at the [[Indianapolis Motor Speedway]] Hall of Fame Museum, with the [[Pratt & Whitney]] gas turbine shown
  • destroyer}}
  • 6}}
TYPE OF INTERNAL COMBUSTION ENGINE
Gas turbines; Microturbines; Gas-turbine; Gas-Turbine Engine; Gas Turbine; Micro-turbine; Combustion turbine; Turbine Engine; Turbine engine; Gas turbine ship; Gas turbine power plant; Aeroderivative gas turbine; Aeroderivative gas turbine engine; Gas turbine for marine propulsion; Externally Fired Gas Turbine; Indirectly Fired Gas Turbine; Open cycle gas turbines; Gas Turbine Ship; Gas turbine engines; Gas turbine engine; Aeroderivative; Open cycle gas turbine; Gas-turbine engine

['gæs'tə:bain]

техника

газовая турбина

машиностроение

турбина газовая

Определение

КАПЛАН
Анатолий Львович (1902-1980) , российский художник. Жил преимущественно в Ленинграде. Мастер лирического экспрессионизма, возродил в середине 20 в. традицию русской иудаики. Создавал (в технике темперы или литографии) живописно-графические циклы: иллюстрации к Шолом-Алейхему, "Еврейские народные песни". Сочетал жанровые сценки с древними мотивами, орнаментикой надгробий. С 1960-х гг. также плодотворно работал в керамике.
---
Самуил Аронович (1921-78) , российский астрофизик, профессор (с 1948). Один из пионеров плазменной астрофизики. Создал релятивистскую теорию строения и теорию охлаждения белых карликов (теория Каплана-Местела), нашел радиус последней устойчивой орбиты в поле Шварцшильда, впервые сформулировал уравнение переноса в нестационарной среде. Автор книг "Межзвездная газодинамика" (1958), "Физика звезд" (3-е изд., 1977) и др.

Википедия

Kaplan turbine

The Kaplan turbine is a propeller-type water turbine which has adjustable blades. It was developed in 1913 by Austrian professor Viktor Kaplan, who combined automatically adjusted propeller blades with automatically adjusted wicket gates to achieve efficiency over a wide range of flow and water level.

The Kaplan turbine was an evolution of the Francis turbine. Its invention allowed efficient power production in low-head applications which was not possible with Francis turbines. The head ranges from 10 to 70 metres (33 to 230 ft) and the output ranges from 5 to 200 MW. Runner diameters are between 2 and 11 metres (6 ft 7 in and 36 ft 1 in). Turbines rotate at a constant rate, which varies from facility to facility. That rate ranges from as low as 54.5 rpm (Albeni Falls Dam) to 450 rpm.

Kaplan turbines are now widely used throughout the world in high-flow, low-head power production.

Как переводится Kaplan turbine на Русский язык