Sentence examples for high air stability from inspiring English sources

Therefore, this organic-inorganic double HTL is a promising interlayer material for high performance PSCs with high air stability.

The relatively high air stability of SPhos is obviously a pivotal factor here.[ 15] By contrast, the use of palladium acetate alone, in the absence of a phosphine co-ligand, led to selective arylation at C3, giving 3 a in good yield.

AcTH (10), DCCH-AcTH (3), and DCN-AcTH (8) are predicted to be good candidates for hole transport materials because they possess large hole mobilities, high air-stability, and low hole injection barriers.

Tailor-made NFAs of polymer or small molecule (SM) can typically exhibit tunable optical and electrochemical properties, high solubility, air stability, and favorable intermolecular interactions leading to compact packing and good nano-phase segregation in the active blend.

Although thermal stability of solar absorbers is typically examined under vacuum, high temperature air stability is required for practical applications in concentration solar power (CSP) technologies: solar tower systems receivers operate in air and, on the other hand, air stability is highly preferred in parabolic trough collector systems due to occasionally undesired losses of vacuum conditions.

Hence, this kind of molecule is a promising candidate for p-type organic field-effect transistors (OFETs) with high mobility and air stability.

Moreover, silanes usually allow the reduction to occur under milder reaction conditions and with higher chemoselectivity in comparison to other methods.[ 10] Of the many available silanes, polymethylhydrosiloxane (PMHS) is an attractive option as it demonstrates high air and moisture stability.

Metal oxide-based electron transporting layers (ETLs) and hole transporting layers (HTLs) have attracted tremendous attention in PSCs, because of their excellent air stability, high electron mobility, and optical transparency.

The cyclic voltammetry investigation displayed that the highest occupied molecular orbital (HOMO) energy level of 8TPDC8 was −5.28 eV, which promised good air stability and high open circuit voltage (Voc) for photovoltaic application.

The resulting copolymers possessed relatively low HOMO energy levels, promising good air stability and high open circuit voltage (Voc) for photovoltaic application.

Na1.56Fe1.22P2O7 demonstrated superior discharge capacity due to higher porosity, structural disordering and air stability.