Sentence examples for important for material from inspiring English sources

Past computational studies correctly predicted the anion diffusivity but not the cation diffusivity, which is important for material processing and stability.

Mesostructure and contact interface properties are important for material design and performance assessment of asphalt mixtures, which is sensitive to the crack.

Enhanced processing rates for all length scales due to microwave incidence would be important for material processing and current work on discrete material processing involving intermediate air layers with microwave incidence attempts to fill the gap.

This wave may be important for material processing because the power deposition into the plasma can occur due to upper hybrid resonance (UHR) and contribute to the plasma uniformity near the substrate.

In the design of tall buildings, the lateral system that resists wind and seismic loading usually dominates the structural engineering effort; therefore, optimal lateral system design is important for material efficiency.

Accurate measurement and prediction of pellet size distributions are critically important for material processing because they are essential for model predictive control, real-time optimization, planning, scheduling and decision support of material production.

Understanding magnetic degradation in interface regions is important for materials science and technologies.

Delamination resistance testing of fiber-reinforced polymer matrix laminates under fatigue loads is important for materials development and structural design.

Understanding spin order in interface regions is vitally important for materials science and relevant technologies1,2,3,4,5,6. Considering various non-artificial interfaces, which are inevitably produced during heat treatment of specimens, the antiphase boundary (APB) has been the subject of intensive research.

Because of the important applications of platinum alloys and related platinum-group-metals phases, complete phase diagrams for these systems are important for materials engineering.

Characterization of the growth behavior of small fatigue cracks is important for materials used in structurally demanding applications such as aircraft turbine discs and some automotive engine components.