The phrase "active utilization" is correct and usable in written English.
It can be used when discussing the effective and engaged use of resources, tools, or methods in various contexts, such as business, education, or technology.
Example: "The active utilization of available resources is crucial for maximizing productivity in our projects."
Alternatives: "effective use" or "engaged application".
Proper assessment of building façade illumination by natural daylight is a key factor in active utilization of renewable solar energy.
The isotopic composition of nitrate expelled from sponges in situ had lower δ15N values than nitrate from the ambient water column, suggesting active utilization of the nitrate product after it is released.
A recommended use of such architectural elements can be designed for renovation of buildings, along with the active utilization of solar energy in order to meet the increasingly stringent energy standards for buildings.
On the contrary, skeptics of the role of the IPR regime in ESTs transfer prefer an active utilization of the flexible mechanisms of the IPR regime and more interventionist actions by the climate change regime for effective IPR-sharing.
The database query included only those patients who had at least one mental health visit or hospitalization during calendar years 2005 2006, so that only patients with active utilization of the VA Medical Center services would be studied.
Conversely, high expression of replication-associated genes (such as cdc6 genes) contributes to active utilization of origins that may promote their conservation.
Higher pillars, on the other hand, result in higher areal capacity, and an optimum height is considered to be ca. 70 μm by balancing the active material utilization in the electrodes and the effective battery volumetric usage.
Its active material utilization and capacity retention rates are 76.0% and 64.4%, respectively.
However, the intrinsic low electronic conductivity of NaTi2(PO4)3 leads to inferior rate capability and poor active material utilization.
It had a high capacity of 132 mAh g−1 with an active material utilization of 57% at discharge current density of 0.9 A g−1.
However, for practical use there remains some key problems to be solved, such as low active material utilization and rapid capacity fading, especially at high areal sulfur loadings.
