To accomplish this optimization, greater understanding of the relationship between liquid fuel and bioproduct properties and plant chemistries is needed.
Young engineers can be encouraged in this by greater understanding of ecology and sustainability in their academic and professional formation.
In this regard, greater understanding of the changing biology of E2F1 especially in the context of cancer-specific mutations is warranted to ensure that E2F1 activity can be leveraged for the benefit of melanoma patients.
This led to greater understanding of internal body clocks and cycles, now recognized as the scientific field of human chronobiology.
This study provided greater understanding of oil mist behavior.
Through this research a greater understanding of drug-propellant interactions has evolved.
This requires a greater understanding of formal and informal governance mechanisms and their relative impact on the Fulani.
This has allowed greater understanding of the flow structures, which will underpin optimal design and scale-up.
This will allow greater understanding of what contexts different interventions are most suited to, and which components are key to, improving psychological well-being and quality of life.
This study provides greater understanding of the degradation and resorption process of DCP based grafts, allowing us to prepare bone replacement materials with more predictable resorption profiles.
