The phrase "accelerate potential" is correct and usable in written English.
It can be used in contexts where you want to express the idea of enhancing or speeding up someone's or something's capabilities or possibilities.
Example: "Our new training program is designed to accelerate potential in young professionals, helping them reach their goals faster."
Alternatives: "enhance capabilities" or "boost potential".
Solid understanding of such nanoscale devices is critical as it can accelerate potential device designs and should be always based on quantum physics since their material and electrical properties are strongly dependent on channel dispersions and quantization of subband energies [2 6].
"If we had more funding, we could accelerate the rate of the research, we could accelerate potential discoveries and breakthroughs, and we could accelerate the rate at which these medicines may become available to alleviate human suffering," Ross says in the video.
Especially very simple or very difficult tasks might induce motivational loss and/or fatigue in subjects and thus accelerate potential alterations.
This includes accelerating potential treatments beyond the gluten-free diet, and potentially discovering a cure.
The voltage between the cathode and the cavity resonators (the buncher and the catcher, which serve as reservoirs of electromagnetic oscillations) is the accelerating potential and is commonly referred to as the beam voltage.
The accelerating potential was 20 kV.
The high-resolution transmission electron microscopy (HRTEM) analysis was carried out using o Digital TEM HT7700 operated at an accelerating potential of 300 kV.
However, the accelerated potential cycling test indicated that the carbon titania core shell structure showed higher stability in comparison to titania encapsulated in carbon.
Eight different Pt/C catalysts were synthesized, and their durability was examined using an electrochemically accelerating potential cycle protocol, considering a practical condition of fuel cell vehicles.
The structural features of the PbE nanocrystals were analyzed using a JEOL1010 Transmissions Electron Microscope (TEM) and a high-resolution electron microscope (HRTEM) coupled with JEOL 2010 TEM operating at an accelerating potential of 100 and 200 kV, respectively.
The design features are based on generating electrons from three concentric circular filaments to provide an area electron flux, with a 60 kV accelerating potential and a beam current of up to 3 A.
