Sentence examples for high-temperature transformation from inspiring English sources
The unusual characteristic of this new twinning, called B, is the fact that it has an intermediate size between the A and C twins that belong to the high-temperature transformation β′ → β″.
High-temperature transformations from β → γ′ → γ + γ′ occurred during extended exposure in both Pd- and Pt-modified coatings owing to Al depletion to substrate and surface oxide.
Due to pretreatment with alkali at high temperature, transformation of α-quartz to the tridymite phase of SiO2 occurred.
The material possesses a complex crystallographic structure and undergoes a unique, reversible, transformation at low temperatures and an irreversible high temperature transformation.
An open-air furnace has been designed to study in real time the high-temperature surface transformation of materials by Rutherford backscattering spectrometry (RBS) in external beam mode.
The casting behaviour, microstructure formation and resulting mechanical properties of materials that undergo a peritectic phase transition during solidification are largely determined by the kinetics of this high-temperature phase transformation during the production process.
As example in the present work the high-temperature phase transformation occurring around 1870 K between the R(15 × 3) and the R(15 × 12) carbon surface phases was followed and shown to be reversible in nature.
In this study, the heterostructured g-C3N4/CdS photocatalyst with above features was synthesized via a facile in situ high-temperature self-transformation method by using melamine-CdS composites as the precursor.
However, the design has never been applied to Ti TiBw in situ generated composites which require the consideration of new processing steps and the complication of a high-temperature in situ transformation to form TiBw. Two high-temperature powder consolidation methods were investigated (pressure-less sintering and current-activated pressure assisted sintering (CAPAS)).
The paper considers the influence of aging of high-temperature phase on subsequent martensitic transformation in Cu-Al-Mn alloy.
In contrast to porous NiO microspheres, porous Ni microspheres showed lower surface area and pore volume but larger pore size owing to phase transformation upon high-temperature reduction.
