Sentence examples for lightweight characteristics from inspiring English sources

Waste-glass fineness affects the lightweight characteristics of reservoir-sediment aggregates more significantly than do volatile organic compounds.

Through the test, it was found that the radiation spot shielding plate has comparable proton-shielding performance to aluminum but more lightweight characteristics than aluminum.

This paper deals with alternative multi-functional structures by using grid-stiffened composite panel with excellent bending stiffness and lightweight characteristics.

For this purpose, key design requirements were defined to build up composite housing with various functionalities as well as more lightweight characteristics as compared with aluminum alloy housing.

The standoff distance and casing design allow for a maximum resolution of less than 0.03°, outperforming most of the products currently available for nano and pico platforms; furthermore, the nature of the technology allows for reduced size and lightweight characteristics.

Composite sandwich structures with lattice truss cores have both lightweight characteristics and multifunctional potential, which attract a large number of studies on topological optimization, manufacture process and performance evaluation in recent years.

These results indicate that the C/SiC sandwich panel integrates high temperature resistance, lightweight characteristic and robust mechanical properties.

The high surface area, high conductivity, excellent chemical and thermodynamic stability, unique lightweight characteristic and superior optical, thermal and mechanical properties make graphene exactly excellent for applications in those electrochemical energy storage and conversion devices.

Kim et al. (2010) studied the semi-lightweight SCC characteristics using two types of coarse aggregates with different densities.

Highlighted applications include the design of alternative material structures, multi-layered partitions having enhanced vibro-acoustic characteristics, lightweight truss structures with multi-functional properties, and three-dimensional lattices.

Organic solar cells have emerged as potential energy conversion devices for several advantages, including flexibility, lightweight, semi-transparent characteristics, and ability to large-scale production at low temperature [1 3].