Sentence examples similar to material immersion from inspiring English sources
The phrase "material immersion" is correct and can be used in written English
The phrase can be used to describe becoming fully engaged and devoted to a particular material or topic. For example, "I've been doing a lot of material immersion lately in order to ensure that I understand the content thoroughly".
Table 1 Particle morphology of chitosan and alginate immersed in different solutions Material Solution Immersion time (hour) 0 0.5 1 2 Chitosan Gastric juice (pH 1.2) PBS (pH 7.81) Intestinal juice (pH 9.02) Alginate Gastric juice (pH 1.2) PBS (pH 7.81) Intestinal juice (pH 9.02) Pt@alginate bubbles Gastric juice (pH 1.2) PBS (pH 7.81) Intestinal juice (pH 9.02).
It takes advantage of the relationship the company has with authors to create location-based experiences that seamlessly tie real-world books and booksellers to digital content (add-ons to the authors' published material), an immersion that comes from high-quality authors and highly engaged readers.
Human brain samples (covered by the approval number 256/06 of the ethical committee of the University Medical Center Freiburg) were obtained from an 18 hours postmortem patient who did not suffer from a central nervous disease and material was immersion fixed in formalin for two weeks.
However, this approach provides modest information about the morphological and compositional changes that occur in the material during immersion.
In a preliminary study, the evolution of the Vickers microhardness was measured on both materials immersed in distilled water or Ringer's solution during 189 days after immersion.
Hydroxyapatite (HA) crystals were in situ formed on these material surfaces via immersion in 10 × simulated body fluid solution.
As we used a dry objective lens for the study, no immersion material was required for this measurement.
Experiments were performed with fixed specimens mounted under a coverslip with dH2O or methanol between the coverslip and the lens so that no interaction between the fluorophore and the immersion material could occur.
The purpose of this study was: - to determine the fluoride concentrations at the surfaces of glass-ionomer materials with respect to different storage media and different pH environments; - to examine the recharge ability of the materials after NaF immersion; and - to assess the morphological changes at the material surfaces using SEM/EDS.
The successful application of materials formed by immersion deposition of metals on PS strongly depends on technology repeatability.
We study an innovative experimental approach for the characterization of the elastic response of anisotropic composite materials by ultrasonic immersion tests.
