overhaul work scope - traducción al ruso
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overhaul work scope - traducción al ruso

VISUAL DISPLAY OF A RADAR SIGNAL
A-display; A-scope; B-scope; J-scope; C-scope; Range Height Indicator; HR-scope
  • An airport surveillance radar display
  • C-scope display. The target is above and to the right of the radar, but the range is not displayed.
  • Chain Home is the canonical A-scope system. This image shows several target "blips" at ranges between 15 and 30 miles from the station. The large blip on the far left is the leftover signal from the radar's own transmitter; targets in this area could not be seen. The signal is inverted to make measurement simpler.
  • The L-scope was basically two A-scopes placed side by side and rotated vertically. By comparing the signal strength from two antennas, the rough direction of the blip could be determined. In this case there are two blips, a large one roughly centred and a smaller one far to the right.
  • Oscilloscope attached to two sine-wave voltage sources, producing a circle pattern on the display.
  • A Beta Scan display.
  • E-scope on the left and B-scope on the right. The E-scope shows two blips at slightly different altitudes, the top one being slightly closer as well. The B-scope shows three blips, the closest being head on, a second just to its right and slightly longer range, and a third near the right edge of the scanning pattern.
  • This image shows a modern PPI display in use, with the islands and ground surrounding the ship in green. The current direction of the radar can be seen as the dotted line pointing northwest.

overhaul work scope      

нефтегазовая промышленность

объём капитального ремонта

function scope         
REGION OF A COMPUTER PROGRAM WHERE A NAME BINDING IS VALID
Static scoping; Dynamic scoping; Dynamic variable scoping; Dynamic scope; Lexical variable scoping; Lexical scoping; Lexical environment; Static scope; Shallow binding; Lexically scoped; Variable scoping; Lexical scope; Global Methods; Scoping; Dynamically scoped; Lexically-scoped; Lexicographical scope; Lexicographical scoping; Lexicographic scoping; Lexicographic scope; Scope (programming); Scope (computer programming); Global scope; Let-expression; Function scope; Block scope; Block scoping; Function scoping; File scope; Module scope; Rules of scope; Scoping rules; Scope rules; Scoping rule; Lexical variable scope; Scope block; Scope (computing); Comparison of programming languages (scope)

общая лексика

контекст функции

Смотрите также

function

scope sight         
  • A mount with three scope rings for telescopic sight interface and Picatinny rail for receiver interface.
  • date=30 December 2006 }}</ref>
  • Ak4OR]] (H&K G3 variant) with Hensoldt 4×24 M1 telescopic sight.
  • Two Diarange telescopic sights with integrated laser rangefinders
  • German military sniper rifle with a mounted telescopic sight and dismounted NSV80 clip on optoelectronic [[image intensifier]]
  • Hensoldt 3,5-26x56 with tan surface finish. Due to the zoom ratio, it can be used for both short and long range.
  • m/1941.]]
  • A British [[L129A1]] sharpshooter rifle with a TA648-308 6×48 ACOG fitted
  • [[Leupold and Stevens]] Mark 6 scope with variable magnification X3-X18, mounted on an [[M24 SWS]]
  • The scope mount itself can be used as the interface for attaching other accessories.
  • TA31RCO-M150CPO 4×32 ACOG sight using a combination of fiber optics (visible on top) and self-luminous tritium for reticle illumination
  • PSO-1 reticle, the bottom-left corner can be used to determine the distance from a 170-cm-tall target (expected average height of an enemy combatant).
  • Scrome LTE J10 F1 with a lens hood mounted at the ocular and a flip-open cover at the objective mounted on a [[PGM Hécate II]]
  • PU 3.5×21 sight]]
  • sp=us}}
  • Simple animation demonstrating the extent of noticeable parallax shift with eye movements in telescopic sights with and without parallax compensation.
  • The Zielgerät ZG 1229 Vampir displayed by a British soldier (ca 1945)
  • Drawing of [[Zeiss rail]] compatible telescopic sight and mount (left) and a traditional ring mount (right). Both feature a picatinny rail receiver interface.
SIGHTING DEVICE FOR FIREARMS, WITH EITHER FIXED OR VARIABLE MAGNIFICATION.
Bullet drop compensation; Rifle scope; Telescope sight; Scope (rifle); Sniper scope; Scope rifle; Telescopic sights; Rifle scopes; Scope sight; Schmidt & Bender Convex scope mounting rail; Swarovski SR scope mounting rail; Zeiss ZM/VM scope mounting rail; LM prism scope mounting rail; Riflescope

[skəup'sait]

военное дело

оптический прицел

Definición

dynamic scoping

Wikipedia

Radar display

A radar display is an electronic device to present radar data to the operator. The radar system transmits pulses or continuous waves of electromagnetic radiation, a small portion of which backscatter off targets (intended or otherwise) and return to the radar system. The receiver converts all received electromagnetic radiation into a continuous electronic analog signal of varying (or oscillating) voltage that can be converted then to a screen display.

Modern systems typically use some sort of raster scan display to produce a map-like image. Early in radar development, however, numerous circumstances made such displays difficult to produce. People ultimately developed several different display types.

¿Cómo se dice overhaul work scope en Ruso? Traducción de &#39overhaul work scope&#39 al Ruso