The phrase "ac absorption" is not correct in standard written English and lacks clarity.
It may be intended to refer to "AC absorption" in a specific context, such as in physics or engineering, but as it stands, it is ambiguous.
Example: "The study focused on AC absorption in various materials to determine their electrical properties."
Alternatives: "Alternating current absorption" or "AC energy absorption".
The aims of this study were to compare colonic AC absorption and AC kinetics in NI and HI participants.
In the present study AC absorption from the distal colon was estimated and the results show that AC absorption from the distal colon is similar in NI and HI participants.
In both simulations, the time-dependent photo-tautomerization rate was calculated by integrating the product of the AC absorption cross-section45, the 760 Torr experimental quantum yield (this work) and the time-dependent photon flux as a function of wavelength.
In earlier work we have studied AC absorption in human participants using the rectal infusion model.
Future studies need to look at AC absorption in NI and HI participants.
It is not known if AC absorption differs in NI compared to HI participants.
At a higher level, the combined cooling, heat and power (CCHP) model was introduced in [11, 12, 13] with the aim of supplementing the additional cooling demand of the system air conditioner (AC) or absorption chiller (ACh).
The proposed structure uses both air-conditioners (AC) and absorption chillers (ACh) simultaneously to meet the cooling demands of loads in residential areas and to enhance the flexibility of converting between different types of energy.
The radical scavenging activity was calculated as follows: DPPH radical scavenging activity = [1 − (Ai − As)/Ac] ×100, where Ac is the absorption of the negative control, Ai represents the absorption of the experiment group and As represents the absorption of the sample background.
In addition to preventing drug absorption, AC can disrupt drug recycling in an enterohepatic loop and results in "drug back diffusion" out of the body into the GI tract.
One of the main findings of this work is that the AC conductivity and absorption coefficient of Ge/Si heterostructures have been discovered to be significantly higher than those of the structure with the same amount of germanium not organized in an array of quantum dots.
