Sentence examples for simulate conversion from inspiring English sources

The mass balance equations are solved analytically to simulate conversion, coke content and surface area as a function of time-on-stream.

We also simulated conversion of NIPF forest land to developed uses.

The simulated conversion gain is 12.0 13.5 dBm, noise figure less than 8.8 dB, input IP3 above 0 dBm and a higher than −4dB of input return loss, when the power consumption is 18 mW under 3 V supply voltage.

Extremely close agreement with empirical data is obtained: the simulated value for the glass transition temperature for the 60 °C cured epoxy resin (simulated conversion α = 0.70; experimentally determined α = 0.67 using Raman spectroscopy) is ca. 70 85 °C, in line with the experimental temperature range of 60 105 °C (peak maximum 85 °C).

The simulated conversion factor, defined as the ratio of components to AOD, relates the observed AOD to the ground-level PM2.5 components.

We therefore performed simulations to determine the expected total number of converted markers within the five deeply sequenced tetrads and the average number of markers within a single conversion given different lengths of simulated conversion tracts.

Generally, the measured conversions were higher than the simulated conversions, especially at high flow rates.

For simulated conversions in the range of 20 75% a bimodal molecular weight distribution was observed.

The distributed population and threshold rules are subsequently used to simulate the conversion to urban and abandoned urban land uses before all other simulated land-use types are allocated in the discrete land-use allocation method.

The random packed bed was generated by a sedimentation utilizing Discrete-Element-Method. Furthermore, conditions which can be found in a British Gas Lurgi (BGL) gasifier were applied to simulate carbon conversion in a packing at a pressure of 40 bar.

A reaction model for the oxidation of heavy oil components with oxygen in the temperature range of 50 300 °C was established, based on the experimental results of thermogravimetric analysis (TGA), to simulate the conversion of air into flue gas and its thermal effect.