Sentence examples for material can result from inspiring English sources
Complete crystallization of SiNWs is essential to obtain a high effective lifetime, in particular, because the a-Si phase remaining in the material can result in a decrease in the bulk lifetime of SiNWs.
Here we present molecular dynamics simulations, which reveal that compositional variations between glass-glass interfaces and the volume material can result from surface segregation effects already present in the primary particles.
Firstly, contamination with modern genetic material can result in the generation of inauthentic DNA sequences [33].
Repeated exposure to significant quantities of fungal material can result in respiratory irritation or allergic sensitization in some individuals (Bush et al. 2006).
In acneic skin or skin prone to acne, an increase in keratinic material can result in the formation of microcomedones, and eventually, clinically evident comedones.
Ageing of bituminous materials can result in loss of the durability of a flexible pavement.
Interactions of moving dislocations with Frank loops in quenched or irradiated materials can result in either coalescence or intersection reactions.
The educated use of recycled materials can result in reduced cost potentials and may enhance performance; however, not all recycled materials are well suited for concrete construction applications.
Dr. Dan Miller, Novartis, shared examples of how understanding and controlling molecular mobility in amorphous materials can result in the development of room temperature stable powders for pulmonary drug delivery.
In this case, degradation of the superconductor surface on the length scale of the order of several nanometers which is typical for these materials can result in crucial modifications in related transport characteristics.
Our study shows how careful design and modification of materials can result in highly efficient photocatalysts, which give considerable opportunities of the transition metal dichalcogenides (TMDs) beyond just MoS2 to develop highly efficient and economic catalysts.
