Sentence examples for cost formation from inspiring English sources

Thus, the cost contributions of individual components within the system are quantified and the cost formation process is revealed.

The analysis unravels the marginal cost formation process, presenting a clear route from the final products obtained to the resources consumed.

The exergoeconomic model, which represented the productive structure of the system considered, was used to visualize the cost formation process and the productive interaction between components.

Cohesive energy comparison reveals that the energy cost formation for dangling bonds in different configurations is considerably higher in FL-CPx than for the amorphous films.

Exergoecology and in particular, thermoeconomic analysis is used to understand the process of cost formation and to improve the design and the operation of extensive energy consumption systems such as power and chemical plants.

This method, as derived from the second law of thermodynamics, can provide detailed analysis for cost formation of the power plant as well as the effects of different operating conditions and parameters on the performance of each individual component.

However, the results demonstrate the clear potential of solution-processed Si NCs for the low-cost formation of electronic devices such as solar cells and thin-film transistors.

The solar cells have been manufactured by adopting a new low cost emitter formation process instead of a high-temperature boron diffusion tube furnace process.

The need to be able to move single wagonloads or small wagonload groups (not necessarily for the same shipper or a common commodity but they could be) implies the use of train aggregation to a cost effective formation to justify the direct operational costs (train path, crew, traction, fuel, maintenance) and some form of contribution to overheads.

Since most of these methods have certain disadvantages such as high cost, the formation of hazardous by-product, low efficiency, etc., adsorption process has been found to be very effective for the removal of phenolic compounds (Ahmaruzzaman 2008; Rastegari et al. 2016).

Existing techniques which had been used for removing dyes from wastewater polluted with dyes are disadvantageous due to high cost, the formation of harmful products and consumption of high energy (Banat et al. 1996).These techniques include ozonation, coagulation/flocculation, oxidative techniques, precipitation, ion exchange, reverse osmosis and ultra filtration.