The phrase "energy generation process" is correct and can be used in written English.
An example sentence could be: "The energy generation process is becoming increasingly more efficient as technology advances."
Thus, the simultaneous design and optimization of water desalination process and energy generation process is significant.
The sample components for the adjustment and configuration of the network topology include key parameters that characterize the energy generation process in the core.
The potential environmental impacts of desalination are related to the energy generation process as well as to the design and management of the desalination process.
Supercritical water oxidation (SCWO) has the potential to be considered a clean energy generation process, as the process effluent is a high temperature, high pressure stream with a high enthalpy content that can be converted to heat and shaft work.
Further studies should reveal if conjugation with Ufm1 has any role in altering the activity or signaling the translocation of the mitochondrial trifunctional protein during this energy generation process.
In 1930, the biochemist Otto Warburg proposed that cancer was caused by defects in oxidative phosphorylation (OXPHOS) or aerobic respiration in the mitochondria; this would force the cell to shift to an anaerobic energy generation process, glycolysis, despite aerobic conditions [1], [2].
Although combustion is essential in most energy generation processes, it is one of the major causes of air pollution.
Compared with other techniques, AD has many economical, efficient, and environmentally friendly advantages, which make this technology applicable to industrial energy generation processes (Molino et al. 2013).
Even though they are still in the early stages of their development cycle, they are thought to potentially offer a true alternative to traditional fossil fuel energy generation processes [4].
Consequently, energy metabolism in mice with 20 weeks of rapamycin treatment switched from low (using more carbohydrates as metabolic substrates) to high (expending more energy to burn more fatty acids), most likely via enhancing uncoupled energy generation processes (unpublished data).
To identify the nature of conduction process, activation energy has been calculated using the Arrhenius relation (5): sigma = sigma_0 exp left({frac{ - Delta E}{KT}} right) (5 where σ is the conductivity (({frac{1}{rho }})), (sigma_0) is the pre-exponential factor, (Delta E) is the thermal activation energy for generation process, K is Boltzmann's constant and T is the absolute temperature.
