The phrase "accelerator concentration" is correct and usable in written English.
It can be used in contexts related to science, technology, or business, particularly when discussing the amount or density of accelerators in a given environment or system.
Example: "The accelerator concentration in the experiment was crucial for achieving the desired reaction rate."
Alternatives: "accelerator density" or "accelerator levels".
The effect of accelerator concentration on chemical reaction was also studied.
In addition to the high accelerator concentration increased valency of the accelerator can also lead to fast aggregation.
At a certain accelerator concentration the silica surface will be covered by ions to such an extent that the surface has no charge.
If the accelerator concentration is high enough, both potassium and cesium have been observed to continue adsorbing to the surface even after complete screening is achieved.
Silica nanoparticles experience a stability minimum at pH 6 7 and from this point increase in pH lead to increased stability leading to either longer gel times or a need to increase accelerator concentration in order to achieve gelling [66].
The formation of pH-gradients due to the corrosion of steel in diluted phosphoric acid is examined in dependence on nitrite (accelerator) concentration, time and distance to the corroding surface ΔpH=f cNO2, t, z).
Open image in new window Fig. 2 Effect of NaBH4 concentrations on the hydrogen stream generation rate at different fuel solution flow rates and accelerator concentrations.
The tuning of accelerator and inhibitor concentrations was carried out at fixed concentrations of the brightener and leveller and at fixed cathode current density.
Soviet engineers irradiated them: two accelerators reduced the concentration of sulphur to a 20th of their original levels, and nitrogen oxides fourfold.
The total concentration of accelerator(s) is kept at 9-mmol phr (per 100 g of rubber).
Many different kinds of paleoclimatic, geological and archaeological records can be characterized by measuring their radionuclide concentrations using accelerator mass spectrometry (AMS).
