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1 mixed convection
Англо-русский словарь нормативно-технической терминологии > mixed convection
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2 mixed convection
Большой англо-русский и русско-английский словарь > mixed convection
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3 mixed convection
Англо-русский словарь технических терминов > mixed convection
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4 mixed convection
Техника: смешанная конвекция -
5 convection
конвекция || конвективный; конвекционный-
cellular convection
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deep convection
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dry convection
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electrochemical convection
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fine convection
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forced convection
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free convection
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haline convection
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heat convection
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laminar convection
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Marangoni convection
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mixed convection
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moist convection
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natural convection
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organized convection
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penetrative convection
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separated convection
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shallow convection
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thermal convection
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thermohaline convection -
6 смешанная конвекция
Большой англо-русский и русско-английский словарь > смешанная конвекция
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7 смешанная конвекция
Англо-русский словарь технических терминов > смешанная конвекция
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8 current
течение, поток -
9 equation
1) уравнивание; выравнивание2) уравнение3) равенство•equationsoluble by radicals — уравнение, разрешимое в радикалахequation of the first degree — уравнение первой степени, линейное уравнениеequation of the second degree — уравнение второй степени, квадратное уравнение-
affected equation
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algebraic equation
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approximate equation
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axial momentum equation
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backward equation
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balance equation
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beam equation
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Bernoulli differential equation
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Bernoulli equation
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binomial equation
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biquadratic equation
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Boolean equation
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boundary layer equation
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canonical equation
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characteristic equation
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chemical equation
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Child-Langmuir equation
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Clapeyron equation
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closing equation
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closure equation
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color equation
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combined equation
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combustion equation
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common reduced equation of state
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compatibility equation
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consistent equations
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constitutive equation
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continuity equation
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continuous forecast equation
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correlating equation
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cubic equation
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current equation
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Darcy-Weisbach equation
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defining equation
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deorbit equation
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dependent equation
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design equation
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diagnostic equation
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difference equation
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difference-difference equation
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differential equation of mixed type
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differential equation with a small parameter
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differential equation with constant coefficients
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differential equation with delayed argument
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differential equation
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diffusion equation
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diffusion-convection equation
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dispersion equation
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disturbed equation
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Dittus-Boelter equation
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downlink equation
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dynamic system equations
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Egloff's equation
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eigenvalue equation
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electric field integral equations
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electromagnetic field equations
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elliptical equation
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elliptic equation
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empirical equation
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energy equation
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energy-balance equation
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enthalpy potential equation
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equilibrium equation
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equivalent equations
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error equation
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exact differential equation
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field equation
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finite-difference equation
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first-law equation
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fitted equation
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flow equation
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fluid equation
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Fokker-Planck equation
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forward equation
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Fourier equation
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free-space radar equation
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Frohlich equation
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functional equation
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fundamental equation
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gas equation
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generalized equation
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governing equation
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heat conduction equation
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heat flow equation
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heat transfer equation
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heat-balance equation
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homogeneous equation
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hydrodynamic equations
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hyperbolic-type equation
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hyperbolic equation
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image equation
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inconsistent equations
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incremental equation
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independent equation
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in-hour equation
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integral equation
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intercept equation
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interminate equation
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ionic equation
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irrational equation
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kinematic equations
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kinetic equation
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Lagrange's equations of motion
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Lagrange's equations
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Lame's equation
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Laplace's equation
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lens equation
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lidar equation
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likelihood equation
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linear equation
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link equation
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logarithmical equation
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logarithmic equation
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logical equation
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loop-current equation
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magnetic field integral equations
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Manning equation
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matrix equation
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Maxwell's equations
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mesh-current equation
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minority carrier diffusion equation
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momental equation
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momentum conservation equation
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momentum equation
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Napier's equation
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natural equation
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neutron-balance equation
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neutron-kinetics equation
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nodal-voltage equation
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nonhomogeneous equation
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nonlinear equation
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nonrationalized equation
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normal equation
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numerical equation
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operator equation
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ordinary differential equation
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overall equation
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parabolic equation
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parametric equation
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partial differential equation
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perturbation equation
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primitive equation
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probability forecast equation
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prognostic equation
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propagation equation
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quadratic equation
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quantity equation
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quartic equation
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quintic equation
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radar equation
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radar range equation
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radiative transfer equation
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radical equation
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rationalized equation
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reduced equation
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regression equation
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relaxation equation
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reorbit equation
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resonance equation
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retarded equation
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Reynolds equation
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rosette equations
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scalar equation
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secular equation
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separated-type equation
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sextic equation
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shallow-water equation
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simultaneous equations
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sintering equation
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solubility equation
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sonar equation
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storage equation
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stress equation of motion
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stress equilibrium equation
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surface integral equation
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temperature variance equation
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thermal conductivity equation
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thermal noise equation
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thermal-transport equation
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three-halves power equation
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three-moment equation
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total differential equation
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transcedental equation
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transport equation
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transverse momentum equation
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trigonometrical equation
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trigonometric equation
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uplink equation
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Van der Waals equation
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variational equation
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water-balance equation
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wave equation
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wear equation
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Wiener-Hopf equation
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WLF equation
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working equation -
10 cloud
break (free of) the clouds — пробивать облака; выходить из облаков
clear of the clouds — выходить из облаков; вне облаков; ясно, безоблачно
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11 displacement flow
вытесняющий поток (воздуха)
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[Интент]5.3.2 Принцип вытесняющего потока
Вытесняющий поток воздуха должен быть направлен из более чистого в менее чистое помещение и иметь скорость не менее 0,2 м/с в местах разделения помещений.
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7.7 Скорость вытесняющего потока воздуха
Скорость вытесняющего потока характеризуется скоростью потока в щели под закрытой дверью и должна быть не менее 0,2 м/с.
Поток воздуха должен быть направлен из более чистого в менее чистое помещение. В помещениях группы 5 потоки воздуха должны быть направлены из воздушных шлюзов в помещения.
[ ГОСТ Р 52539-2006]
Параллельные тексты EN-RUThe supply air is discharged into a mixing chamber through nozzles. This induces secondary room air through the induction grille and through the heat exchanger into the mixing chamber. The subsequent mixed air flow is then discharged into the room as a displacement or quasi displacement flow system.
[TROX TECHNIK]Обработанный воздух подается в смесительную камеру доводчика через сопла. Вследствие возникающей эжекции вторичный воздух засасывается через воздухозаборную решетку в теплообменник и попадает в смесительную камеру. Здесь он смешивается с обработанным воздухом и подается в помещение в виде вытесняющего или квази-вытесняющего потока.
[Перевод Интент]
Рис. TROX TECHNIKDisplacement flow
The cooled supply air discharges horizontally into the room through a grille at low velocity (< 0.5 m/s). In the process, the air velocity decreases. A ”pool of supply air” characterised by low velocities and high air quality forms at low level in the room. The convection from people and other heat sources causes air from the supply air pool to rise and create comfortable conditions in the occupied zone.
[TROX TECHNIK]Вытесняющий поток
Охлажденный приточный воздух подается горизонтально, с низкой скоростью (менее 0,5 м/сек), через решетку. В помещении скорость воздуха падает и над полом формируется слой воздуха, имеющего низкую скорость и высокое качество. Этот воздух, достигнув рабочей зоны, замещает воздух, поднимающийся вследствие нагрева от людей и других источников. В результате в рабочей зоне создается комфортный микроклимат.
[Перевод Интент]
Тематики
EN
Англо-русский словарь нормативно-технической терминологии > displacement flow
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