The phrase "a laboratory characterization of" is correct and usable in written English.
It can be used in scientific or technical contexts when describing the process of analyzing or defining the properties of a substance or phenomenon in a laboratory setting.
Example: "The study involved a laboratory characterization of the new material's thermal properties."
Alternatives: "a lab analysis of" or "a lab assessment of".
A detailed laboratory characterization of limestones employed for the reconstruction of Saint Nicholas Cathedral, a UNESCO World Heritage monument in southeastern Sicily, is presented herein with the purpose of achieving a complete knowledge on the behavior of such rocks under stress, whose engineering geological aspect had not been investigated before for scientific purposes.
A comprehensive laboratory characterization of volcanic rocks belonging to the 1669 lava flow of Mount Etna, recognized as one of the largest and most catastrophic event ever occurred, is presented herein with the aim of investigating on their peculiar mechanical attitude.
Strengths of our study are a large population-based cohort including a careful clinical and laboratory characterization of participants and the measurements of insulin sensitivity and insulin secretion using validated markers (25).
This paper describes the in-depth analysis of the concrete surrounding the spiral case of a hydroelectric turbine constructed in Brazil, with a comprehensive approach that includes: laboratory characterization of the concrete properties, numerical analyses to predict the temperature and stress fields, and the corresponding in-field monitoring.
This paper presents the development and laboratory characterization of a prototype slit nozzle virtual impactor that can be used to concentrate coarse particles.
The application herein reported is a holistic approach to the problem under study, encompassing extensive laboratory characterization of the materials (including a technique developed for continuous monitoring of concrete E-modulus sincastinging), in situ monitoring of temperatures and strains, and 3D thermo-mechanical simulation using the finite element method.
Modeling and laboratory characterization of supercritical systems (a) THMC modeling of supercritical systems (b) Geologic and geophysical modeling of the brittle ductile transition zone (c) Calibration of models using laboratory measurements of rock and fluid properties 6.
Mirzaei-Paiaman et al. (Energy Fuels 27:7360–7368, 2013) presented an index (referred to as MPMS) for laboratory characterization of wettability of native- or restored-state reservoir rock samples.
