The phrase "active equivalent" is correct and usable in written English.
It can be used in contexts where you are discussing something that serves a similar function or purpose as another item, particularly in technical or scientific discussions.
Example: "In this experiment, we will compare the effects of the drug to its active equivalent to determine efficacy."
Alternatives: "functional equivalent" or "operational equivalent".
Offshore, the active equivalent of the Shimanto belt is referred to as the Nankai wedge (Figure 1a).
In 2011 over 11 million patient records were in the GPRD (five million active), equivalent to 8.3% of the UK population.
We then proceeded to validate our findings for mRNAs at the level of proteins, which for the overwhelming majority of RNAs investigated in this study represent the biologically active equivalent.
For a particular intervention with both climate and health effects, rates must be specified for the costs of intervention (U.S. dollars), the impact on the global climate (tCO2; tons of carbon dioxide and other climate-active equivalents), the health effects (DALYs or QALYs) and the monetized health benefits (U.S. dollars), as discussed by Smith and Haigler (2008).
Those honey samples which showed antibacterial activity equivalent to or greater than manuka honey were considered therapeutically active honeys.
For most health outcomes, the report of 2008 Physical Activity Guidelines for Americans (2008 Guidelines) recommends a combination of active time equivalent to at least 150 minutes of moderate activity a week.
Segments failing to achieve a maximum active tension equivalent to a pressure of 100 mmHg were rejected [ 6].
For instance, in poultry for which many studies are available, He et al.[ 11] demonstrated that chicken lines with functionally less active heterophils (equivalent to mammalian neutrophils) were more susceptible to infections by Salmonella enteritidis than those with highly functional heterophils.
Whereas passive biomaterials often exhibit nonlinear and dissipative behavior, active tissue equivalents, such as ECTCs, also expend metabolic energy to perform mechanical work that presents additional challenges in quantifying their properties.
To address how the cohesin ATPase activity would be affected by these substitutions, we purified the S. pombe cohesin complex with the analogous mutations (Murayama and Uhlmann, 2014) and assayed the ATPase activity (a sum of the ATP hydrolysis by Smc1 and Smc3 active sites) for equivalent amounts of wild type and mutant cohesin complexes.
It will have a reconfigurable structure, either as a fast TOF subsystem with a ca. 10 cm2 equivalent active area, or as a more complex BPM TOF detector with beam tracking capabilities and a larger active area (16 cm2).
