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In order to capture key features of engine spray-combustion environments, the LEM methodology is extended by introducing a conical LEM domain to approximate spray spatial development, fuel vapor input based on CFD-prescribed spray evaporation, and a representation of large scale turbulent motions distinct from the inertial-range turbulence that develops at smaller scales.
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For the ICB treating H2S vapors, the input was changed in 7 steps up to a ILR of 8 gH2S/m·h, during which the RE remained constant at 82%.
Default or prescribed atmospheric aerosols and water vapor are possible inputs.
After comparisons of several networks with different structures (different neurons and layers), an optimal network consisting of two layers (one hidden layer and one output layer) is selected, in which the temperature and vapor pressure are the input and output variables, respectively.
Each reactor included a low-pressure mercury vapor lamp (8 W of input power; model TUV 8WT5, Philips, USA), which converted 30% of the input power as UV-C radiation (Philips Electronics, 2012), emitting 85% of UV-C energy at 254 nm.
The average CH3OH concentration also rises as the light input and water vapor percentage increase, but declines with increasing the inlet velocity.
The maximum laminar burning velocity (LBV) of a fuel-air mixture is an important input parameter to vapor cloud explosion (VCE) blast load prediction methods.
Inclination angle, mass flux, saturation temperature and mean vapor quality were used as input variables of multiple layer perceptron (MLP) neural network, while the corresponding HTC was selected as its output variable.
On the other hand, during La Niña events, the WPSH is migrated eastward, and inputs of water vapor that has traveled greater distances (from the Indian Ocean) become comparatively important, resulting in lower δ18O values in the precipitation and the cave drip water.
Refrigeration on the ground requires air duct speeds of around 6.1 m/s to keep the vapor temperatures below 100 °C for an input power of ca. 1 kW.
The basic principle described as the input of heat energy raises vapor pressure.
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