Sentence examples for materials under controlled from inspiring English sources

Some of the observational data of mineralogy are concerned with the behaviour of solutions in precipitating crystalline materials under controlled conditions in the laboratory.

Laboratory incubation studies with organic materials under controlled conditions have been used to quantify temperature-dependent utilization of cellulose, hemicelluloses, protein, starch, sugars, etc. (Howard and Howard 1979; Moore and Dalva 1986; Howard and Howard 1993).

Clinical evaluations confirmed reduced exposure to HPHC and excretion of mutagenic material under controlled clinical conditions.

Degradation of polymers is a process that alters the strength and color of polymeric material under controlled conditions.

The use of 14C-labeled material under controlled laboratory conditions enables determination of all residues and, by trapping evolved 14CO2, the establishment of a complete mass balance.

The process can be a natural process, in which desirable microorganisms grow preferentially, or a controlled process, in which isolated and characterized fermentative microorganisms (starter culture) are added to the raw material under controlled conditions (Tamang and Kailasapathy 2010).

The computer-based office simulation offers an authentic test format that has ecological validity (cf. Rausch et al. 2016; Seifried et al. 2016) and that can be used as stimulus material under controlled and standardized conditions.

Video appears to be feasible as a medium for teaching DBT skills material under controlled conditions; future research is needed to examine the effectiveness of video in more naturalistic settings.

To accomplish this goal, we developed a novel means of sampling at-risk feed material under controlled field conditions and conducted a swine bioassay to demonstrate transmission under controlled experimental conditions.

For the conditions represented in this study, these findings suggest that, despite the best modeling and field instrumentation practices, heat-based techniques for the assessment of diffuse groundwater recharge rates are likely not well suited for real field conditions, but could still represent a viable approach for applications carried out in engineered materials and under controlled conditions.

This work describes the design of a novel standardized reactor for accurate measurements of the efficiency of photocatalytic materials under well-controlled lighting conditions.