The phrase "active regeneration" is correct and usable in written English.
It can be used in contexts related to processes that involve rejuvenation or renewal, often in technical or scientific discussions.
Example: "The engine utilizes active regeneration to improve fuel efficiency and reduce emissions."
Alternatives: "dynamic renewal" or "proactive regeneration".
A heat map (Supplementary Fig. 1) was generated to summarize the most significant functions and indicates that the genes upregulated in regenerators were highly enriched with cell cycle, suggesting active regeneration.
There is little to support the presence of active regeneration in T2D, but there may be a process that is somehow activated and then arrested.
The simulation consists of the model of the magnetic field, parasitic heat transfer and active regeneration.
An innovative method for including the parasitic heat transfer in the active regeneration model without compromising the accuracy is used.
The model of the magnetic field and parasitic heat transfer are embedded in the 1D model of the active regeneration cycle.
Although the two set-ups are very different, basic results of the oxidation experiments obtained turn out to be quite comparable, in particular under active regeneration conditions.
The paper reports numerical investigation of room temperature, active magnetocaloric regeneration (AMR) refrigerators/heat pumps using microchannel regenerator.
We have designed and operated a rotating-magnet type AMR (active magnetic regeneration) refrigerator that uses water as a heat transfer fluid.
By using three mediators bearing different electrical charges we conclude that electrostatic interactions between the redox mediator and enzyme microenvironment play a key role in determining the rate of enzyme active site regeneration.
The purpose of this study was to test the hypothesis, with noninvasive multimodality imaging, that allogeneic mesenchymal stem cells (MSCs) produce and/or stimulate active cardiac regeneration in vivo after myocardial infarction (MI).
The surface network comprises parallel and sequential elementary steps describing the following chemical processes: 1] hydrocarbon dehydrogenation, 2] non-selective partial oxidation of hydrocarbon species, 3] catalyst dehydration, 4] gaseous oxygen adsorption and active centre regeneration, 5] catalyst poisoning by carbon oxides, and 6] carbon monoxide oxidation.
