Sentence examples for precursor designs from inspiring English sources

This study explores the potential capabilities of large-area thin-film solar cells by controlling the defect formation using various CZTSSe precursor designs, and by improving the characteristic uniformity within the thin-film solar cells.

Developments in these fields depend on careful precursor design.

Their precursor design needs careful balancing between volatility, thermal stability and reactivity the key properties of ALD precursors.

Starting from the precursor design, we present a novel synthesis strategy of porous carbons that much enhances the pore interconnectivity.

The results indicate that there is greater freedom for precursor design and process optimisation than previously recognised.

The energetic data are correlated with electronic properties and steric demand, allowing recommendations for precursor design to be made.

The review mainly covers three state-of-the-art strategies (temperature triggering, precursor design, and substrate engineering) for improving the controllability over 2D heterostructures.

Precursor design and their reactivity with surfaces, as well as their reactions with different co-reactants, are important factors in the deposition of metals.

In addition, precursor design and screening require consideration of the ALD reaction mechanism in order to predict the true reactivity of the precursor with the surface, namely the surface reactivity of the precursor, which reflects the essence of ALD technology.

Precursor design method was applied and a membrane structured carbon precursor which proved to be the key factor for the synthesis process was obtained by calcining β-cyclodextrin in air.

Since the underlying precursor chemistry is one of the main parameters that dictate these processes, there is still scope for further exploratory research, in terms of precursor design and development that suits the demands of advanced technologies.