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coaxial flows

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1 coaxial flows

коаксиальные течения

Englsh-Russian aviation and space dictionary > coaxial flows
2 flow

течение, поток, см. тж. stream; обтекание; расход (газа, жидкости)

flow at the exhaust — поток в выходном сечении (сопла)

flow with mass transfer — течение при наличии массообмена

flow with strong blowing — течение при интенсивном вдуве

full chord laminar flow — ламинарное течение вдоль всей хорды

nonreacting boundary layer flow — течение в пограничном слое нереагирующего газа

— AB fuel flow

— accelerated flow

— accelerating flow

— adiabatic flow

— air conditioning flow

— air flow

— air inlet flow

— air intake flow

— almost-free-molecule flow

— anergolic flow

— annular flow

— approach flow

— arc-heated flow

— axial flow

— axial-symmetric flow

— axisymmetric flow

— barotropic flow

— bleed flow

— blunt body flow

— buffeting flow

— bypass flow

— cascade flow

— cavitation flow

— centerline flow

— centred expansion flow

— channel entrance flow

— choked flow

— clean flow

— coaxial flows

— co-current flow

— combined flow

— combustion-gas flow

— compound-compressible flow

— compressed-air flow

— compressed-gas flow

— confined flow

— conical flow

— constant weight flow

— continuous flow

— continuum flow

— convective flow

— convergent flow

— convergent-divergent nozzle flow

— converging flow

— coolant flow

— core flow

— critical flow

— datum intake flow

— deflected flow

— destabilizing flow

— diabatic flow

— dirty flow

— dissociated gas flow

— dissociational nonequilibrium flow

— disturbed flow

— diverging flow

— downwash flow

— driven volumetric flow

— driving flow

— driving volumetric flow

— eddying flow

— engine starting flow

— entry flow

— exhaust flow

— exit flow

— expanding flow

— external flow

— fan flow

— film-cooling flow

— flow about

— flow around

— flow away

— flow by gravity

— flow of traffic

— flow over blade

— flow over notches

— flow over

— flow past

— fluctuating flow

— fluid flow

— free flow

— free-molecular flow

— free-stream flow

— frictionless flow

— frozen equilibrium flow

— fuel flow

— gas flow

— head flow

— heat flow

— helical flow

— highly accelerating flow

— highly turbulent flow

— high-Reynolds number flow

— high-speed flow

— high-temperature flow

— hypersonic flow

— hyperthermal flow

— impulsive flow

— incoming flow

— induced flow

— injected flow

— inlet flow

— intake flow

— interference flow

— internal flow

— internal leakage flow

— inviscid flow

— ionized flow

— irrotational flow

— isentropic flow

— jet flow

— laminar flow

— lattice flow

— lee-side flow

— liquid flow

— local flow

— low-density flow

— low-g flow

— magnetohydrodynamic flow

— main flow

— main-propellant flow

— mainstream flow

— mass flow

— mean flow

— measured flow flow

— measuring flow

— MHD flow

— molecular flow

— motive flow

— multidimensional gas flow

— near-continuum flow

— near-equilibrium flow

— near-free-molecule flow

— near-steady flow

— nonaxial exhaust flow

— noncirculatory flow

— noneddying flow

— non-Newtonian flow

— nonreacting flow

— nonuniform flow

— nozzle flow

— open-channel flow

— orifice flow

— oscillating flow

— oscillatory flow

— outward flow

— oxygen flow

— parallel flow

— pilot-chamber flow

— plane flow

— plane-of-symmetry flow

— plasma flow

— pneumatic flow

— potential flow

— predicted flow

— preliminary flow

— primary flow

— pulsating flow

— radiating gas flow

— rarefied gas flow

— rate flow

— reacting flow

— reactive flow

— rearward flow

— reattaching flow

— reattachment flow

— recirculating flow

— recirculative flow

— reversed flow

— reverse-thrust air flows

— rocket flow

— rotational flow

— second-order flow

— separated flow

— separating flow

— shear flow

— shock-produced plasma flow

— side flow

— signal flow

— single-phase flow

— sink flow

— skewed flow

— slit flow

— small perturbation flow

— specific flow

— spoil the flow

— stabilized flow over

— stagnation point flow

— stalled flow

— starting propellant flow

— steady-state flow

— steam flow

— streamlined flow

— stress flow

— strong interaction flow

— subcritical flow

— suit ventilation flow

— supercritical flow

— supersonic flow

— supersonic wake flow

— supplement air flow

— swirling flow

— test flow

— three-dimensional flow

— time-dependent flow

— total flow

— transient flow

— transitional flow

— transonic flow

— turbulent flow

— two-dimensional flow

— undisturbed flow

— uniform flow

— unsteady flow

— viscous flow

— volumetric flow

— wake-induced flow

— wall flow

— weight flow

— wind tunnel flow

— with superimposed flow

— yawed flow

Englsh-Russian aviation and space dictionary > flow
3 форсунка

nozzle, burner
- (составная часть топливной форсунки) — jet, orifice
-, вихревая (топливная) — swirl-type fuel nozzle
- воспламенителя, пусковая — igniter (starting) fuel nozzle
- второго (топливного контура) — main fuel nozzle /burner/
- второго контура (двухконтурной топливной форсунки) — main jet /orifice/
при увеличении расхода топпива топливо подается одновременно через каналы первora и второго контура форсумки. — as fuel flow increase the fuel is supplied through the burпег primary and main jets simultaneous
-, двухканальная (топливная) — dual orifice /duplex/ fuel nozzle /burner/
при запуске и малом газе подача топлива в камеру сгорания осуществляется через центрлльное отверстие форсунки,a при режимной работе двигателя через отверстия обоих каналов, — during starting and idling the small centre orifice (primary fuel) will generate a fine spray, while for higher fuelflows both the inne outer orifices (primary and main jets) generate single fine spray simultaneously.
-, двухкаскадная (топливная) — duplex /dual orifice/ fuel nozzle /burner/

a fuel nozzle with main and primary fuel orifices controlled by the nozzle distributor valve.
-, двухконтурная (топливная) — dual orifice /duplex/ fuel nozzle /burner/
-, двухсопловая (топливная) — dual orifice /duplex, two-jet/ fuel nozzle /burner/
-, масляная — oil jet
для подачи масла к трущимся деталям двигателя под давлением, — oil jet meters oil for lubrication of engine parts subject to friction.
- непосредственного впрыска топлива (пд) — fuel injection nozzle
-, одноканальная (топливная) — single orifice /simplex/ fuel nozzle
-, одноконтурная (топливная) — single orifice /simplex/ fuel nozzle
-, односопловая (топливная) — simplex fuel spray nozzle /burner/
- первого (топливного контура) — primary fuel nozzle
розжиг топливо-воздушной смеси обеспечивается воспламенителями (с пусковыми форсунками), при этом работают форсунки перзого контура. — during starting and idling the fuel flows through the prifuel nozzles.
- первого контура (двухконтурной топливн. форсунки) — primary fuel orifice /jet/
-, противопожарная — fire extinguishing jet
-, пусковая (топливная) — starting fuel nozzle /burner/
для подачи топлива в камеру сгорания при запуске двигателя.
-, рабочая (топливная) — main fuel nozzle /burner/
для подачи топлива в камеру сгорания на всех режимах работы двигателя.
- (-) распылитель (топливной форсунки) — atomizing jet
-, струйная — spray nozzle
-, топливная (узел) — fuel (spray) nozzle, burner
топливные форсунки подают топливо в камеры сгорания и обеспечивают его распыление: каждая ф. имеет два коаксиальных канала (первый, второй), — burners feed /introduce/ the fuel into the combustion chambers and ensure that the fuel is highly atomized. each burner incorporates two coaxial atomizing jets (primary and main).
- форсажной камеры (топливная) — afterburner fuel burner /nozzle/
-, центробежная проливать ф. (для замера производительности) — swirl-type nozzle test fuel nozzle for flow (rate) capacity

Русско-английский сборник авиационно-технических терминов > форсунка

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