However, YBCO deposited on polycrystalline substrates exhibited high angle grain boundaries (GBs) between the grains, which acted as Josephson coupled weak-links behavior, drastically reducing the current carry capacity, i.e., J c smaller than 1 MA/cm2 [4, 5].
After P450 enzymatic O-dealkylation, the cyanohydrin metabolite of the four new substrates rearranges to a fluorescent aromatic aldehyde with a larger Stokes shift, and the new substrates exhibit higher specific activities than that of the commercial substrate 7-ethoxyresorufin (ER).
Comparison of the mevastatin sensitivity and kinetics of membrane targeting of Rab23, Rab23 prenylation motif mutants and H-Ras revealed that these parameters are strongly dependent upon the prenyl transferase with Rab geranylgeranyl transferase substrates exhibiting higher sensitivity and requiring greater time to recover from mevastatin inhibition than farnesyl transferase substrates.
All coatings on glass substrate exhibited higher absorption of ultraviolet (UV) light compared to visible light, while coatings on aluminum substrate generally had low reflectance (< 50%) of UV light, moderate reflectance (< 80%) of visible light and high reflectance (up to 100%) of infrared light.
The as-prepared substrates exhibit high and reproducible SERS with an enhancement factor of ∼1.4 × 106, estimated using 4-mercaptobenzoic acid (4-MBA) as a model adsorbate.
The ferroelectric sandwiched structures grown on fused quartz substrates exhibit high optical transmittance (~70%) with an energy band gap 2.62 eV.
The OLEDs fabricated on these substrates exhibit high performance with a maximum efficacy of 33 cd/A measured at a luminance of 1000 cd/m2, and a peak luminance of over 30,000 cd/m2.
The free-standing graphene transferred onto SiO2/Si substrate exhibited high field effect mobility value.
The optimized solar absorbing coating deposited on stainless steel substrate exhibited high absorptance (α=0.948) and low emittance (ε=0.050) at 80 °C.
The outcome of this study revealed that gold and silver thin film nanoislands coated on the porous glass substrate exhibited high-performance enhancement in terms of optical, sensitivity, resistivity and surface morphology characteristics towards ozone sensing than the gold and silver thin film nanoislands coated on a non-porous glass plate.
