Sentence examples for substances and systems from inspiring English sources
The phrase "substances and systems" is correct and usable in written English.
It can be used in contexts discussing chemistry, biology, engineering, or any field that involves the interaction of materials and their organizational structures. Example: "In our research, we will explore the relationship between substances and systems to better understand their interactions."
Despite significant progress, there is still no comprehensive system in the United States that determines what substances and systems should be permitted into buildings and houses during construction, renovation, and maintenance, and whether construction methods effectively prevent naturally occurring toxic substances such as radon from accumulating to dangerous levels.
Later, the classification of toxic substances and containment systems is also presented in the chapter.
The Program will expand the pool of investigators capable of undertaking policy-relevant mental health and substance abuse services and systems research.
Many new substances and drug delivery systems specific to the inner ear are under development and in some cases are being evaluated in animal experiments and in clinical studies.
Barriers to Substance Use Treatment: Stigma and Systems Pervasive stigma also remains one of the biggest barriers in treatment; "people feel ashamed and feel they will be blamed or punished," Dr. Wakeman notes.
Semantic annotation of the PubChem Compound and Substance data systems works towards a machine-understandable knowledge representation, and helps pave the way to more automated and holistic data integration of scientific information.
The EC receives and gives signals, stores active substances of multiple systems, and regulates the passage of fluids, electrolytes, proteins and cells.
Two model set-ups are derived for the topsoil compartment, i.e. (1) a system with dilute solution of substance and (2) a system with the presence of a third phase of microdroplets.
Net primary production and residual concentration of biogenic limiting substances in systems with recycle with even number of links behaves similarly to that in without recycle ecosystems.
Such processes are being increasingly utilized because of simplicity, low cost, ease of controlling parameters and their high efficiency in degrading recalcitrant organic and inorganic substances in aqueous systems [9].
Developing such approaches requires a detailed mechanistic understanding of the ways in which xenobiotic substances perturb biological systems and lead to adverse outcomes.
