Sentence examples for components temperature and from inspiring English sources

The numerous consequence of scheming parameters on the Carreau nanoliquid velocity components, temperature and concentration fields are portrayed graphically and deliberated in detail.

In fact, both the heat loads and the aerodynamic performance of the high pressure turbine (HPT) are substantially affected by the entry conditions, such as velocity components, temperature and turbulence intensity.

Tests attention has been paid to the system performance characteristics such as differential pressure, absolute pressure, mass flow rate, main components temperatures and so on.

A global dynamic model involving the various system components allows the simulation of the process; it predicts the evolution of the components temperatures and the rates of chemical reactions of the system.

A number of studies investigated the effect of parameters such as the component temperature, and heat transfer fluid (HTF) temperature and mass flow rate on the exergetic performance of the same absorption refrigeration system; thus, reported different coefficient of performance (COP) values.

Besides the desired phase object, the acoustic field, also undesired phase objects like impurities on and in optical components, temperature fluctuations and floating particles in water appear on recorded images.

The code we developed was validated by comparing experimental data, and detailed analysis on system components' temperature variations and energy flow characteristic are provided.

Data for milk components, temperature treatment and pH treatment assay were analyzed by T test using SPSS 13.0, to detect difference between the test group and control group.

The TSEB model uses composite land surface temperature as input and applies a simplified Priestley Taylor formulation to partition this temperature into soil and vegetation component temperatures and then computes subsequent component energy fluxes.

In this study ground measured soil and vegetation component temperatures and composite temperature from a high spatial resolution thermal camera and a network of thermal-IR sensors collected in an irrigated maize field and in an irrigated cotton field are used to assess and refine the component temperature partitioning approach in the Two-Source Energy Balance (TSEB) model.

Model results of Lübken et al. ([2012]) reveal important role of all three components, temperature, water vapor, and solar Lymna-alpha flux variability in changes of PMC brightness.