Sentence examples for optimal combustion from inspiring English sources

The optimal combustion temperature is 500 °C (930 °F).

Optimal combustion conditions occur in the sub-stoichiometric zone, because maximum rates are always reached under fuel-rich conditions [40].

Simulations suggested optimal combustion modifications providing NOx emission reduction, with the flame geometry improvement, as well.

The results strongly support the idea of using GAs for designing optimal combustion processes and exploring new combustion technologies.

The present approach can be used to improve engine design for optimal combustion and reduced thermal loading.

The simulation results show that the presented method can effectively improve the response speed and keep the excess air coefficient in the optimal combustion interval.

In addition, to determine the optimal HCCI combustion phasing, a grey-box control model used to predict major variables.

Optimization and validation of experimental data through Box Behnken design pointed to 630.9 °C for T, 60.1% SS for BR, and 29.9 °C/min for HR as the optimal co-combustion parameters to achieve the maximum MLP of 92.4%.

In this paper, radiant energy signal (RES), based on a flame image processing technique, is put forward and an optimal on-line combustion supervisory strategy is developed for introducing RES into the combustion control circuit.

Therefore, optimal design of combustion system is still necessary for better economic performance and stabilized combustion characteristic of the boiler.

This paper focuses on analysis and control of the ignition timing of spark ignition (SI) engines to maximize fuel efficiency, in which the optimal reference of combustion phase and moving average based control strategy are discussed.