The phrase "active solids" is correct and usable in written English.
It can be used in contexts related to chemistry, materials science, or environmental science, often referring to solids that are involved in a reaction or process.
Example: "The study focused on the behavior of active solids in the chemical reaction, highlighting their role in catalysis."
Alternatives: "reactive solids" or "functional solids".
The interaction may cause changes in the electronic or crystal structures of the active solid component.
All switches active (solid line), soft-only active (dotted line), medium-only active (dashed line), treble-only active (dash-dotted line), brilliant-only active (dash-dot-dot line).
This study provides interesting data about outcomes in elderly patients with active solid tumors admitted to the ICU, who comprised 14.3% of all elderly patients with an ICU admission over the study period (60.3% of these had metastatic disease).
Although Passive and active solid desiccant dehumidification have been increasingly investigated and applied in modern air-conditioning design, some discrepancies regarding the effectiveness and the psychrometric representation of the two processes can be found in the literature.
In order to design and control the release pattern of an active solid component, we investigated the release characteristics of core particles coated with multiple layers of fine permeable particles surrounding soluble particles dispersed in layers of impermeable wax.
These new types of catalysts (which have been used commercially) are adding to the ever-growing portfolio of highly active solid acid catalysts, which couple both economic and environmental drivers to improve organic transformations within the chemical industry.
An on-site active solid-phase microextraction (SPME) sampling technique coupled with gas chromatography-mass spectrometry (GC MS) for sampling and monitoring 16 polycyclic aromatic hydrocarbons (PAHs) and 8 organochlorine pesticides (OCPs) in seawater was developed.
It seems to be the case of the Co/SBA-15 solid, which showed to be the most active solid (XCO ∼63%) when the same mass of catalyst was used.
Among all of the solids investigated, C3 was the most selective toward the production of H2, reaching values of 78%, and the perovskite-like oxide precursor was the most active solid, with conversion of 91%.
