APDs are preferred over positive-intrinsic-negative (PIN) diodes due to their high internal gain characteristics and improved SNR capability[2].
Lubricant additives are compounds or mixtures when incorporated in base lubricating fluid, supplement its natural characteristics and improve their field service performance in existing applications.
The addition of nanoparticles to the conventional quenching fluid results in anomalous change in thermo-physical properties of the fluid, enhanced critical heat flux during boiling heat transfer, improved wetting characteristics and improved metallurgical and mechanical properties.
The incorporation of the CeO2 TiO2 mixed oxide into the galvanic bath yielded coatings with effective barrier protection, better corrosion resistance, good antifouling characteristics and improved surface quality.
In order to adjust Ti5Si3 characteristics and improve the mechanical properties of the composites, effects of sintering parameters on microstructure and tensile properties were systematically investigated.
In order to study the characteristics and improve the design of bypass two-circuit cycle RFs, a dynamic model is developed in this paper.
A combination of this baseline data was analysed to better understand client characteristics and improve local decision-making to better tailor the service to client needs and has been published elsewhere (Munro et al. 2017, under review).
The QDSC exhibits photovoltaic effect, hysteresis in C V characteristics and improved EQE performance in short wavelength as compared with a reference c-Si cell with same structure, but without QD layer.
Test results showed that adding Nano TiO2 and Nano SiO2 boost the bitumen rheological characteristics and improve toughness and viscosity by an average of 30% and 109%, respectively, while reduce penetration grade.
The interaction between metal surface and cell/tissue is important for the biocompatibility of metallic implants, and surface modification has been studied extensively to alter its surface characteristics, and improve biocompatibility.
