Sentence examples for sum of gas from inspiring English sources
The phrase "sum of gas" is correct and usable in written English.
It can be used in contexts related to calculations or measurements involving gas, such as in scientific or economic discussions. Example: "The sum of gas consumed during the trip was recorded for analysis."
Gas volume can be computed from the Hounsefield number of each voxel according to the following formula: Gas volume = (CT number/-1000 number/-1000ume The EELV is the sum of gas volumes present in all the voxel included in the lung profiles.
This constraint requires that the sum of gas production is equal to the total consumption including any losses.
EELVCT was computed as the sum of gas volume in all the voxels defined by lung segmentation.
Here, investments are neglected for simplicity, and only the sum of gas costs G i [$/kg P ] and energy costs for compression G W [$/kg P ] is considered.
In addition, the material balance of tight gas reservoirs can be described as follows: gas storage amount is equal to the gas supply amount minus the sum of gas loss from cap rocks, from the gas water interface, and from the trap spill point.
The total lung volume at end-expiration was defined as the sum of gas and tissue volumes.
In this work, conversion is defined as the sum of dry gas, liquid petroleum gas, gasoline, diesel and coke; the total liquid products are referred to the sum of liquid petroleum gas, gasoline and diesel yields; the sum of the yields of gasoline and diesel is defined as the light oil.
Several gas radiative property models are used, namely the correlated k-distribution (CK), the spectral line-based weighted-sum-of-gray-gases (SLW) and the weighted-sum-of-gray-gases (WSGG) methods.
The discrete ordinate model (DOM) was applied to solve the radiative heat transfer equation, and the gas radiative properties were calculated by weight-sum-of-gray-gases model (WSGGM).
For the non-gray gas model, the DOIM coupled with the narrow band-based weighted-sum-of-gray-gases (WSGG) model is developed.
The net injection of natural gas at each bus equals to the sum of natural gas flowing to its connected pipelines, and can be expressed as: P_{G} (m,t) - sumlimits_{{n in N_{m} }} {P_{mn} (t)} = 0 (35)where P mn (t) denotes the power rate of the natural gas flowing through the pipeline from bus m to bus n at time t.
