Thus material quality, the specific epitaxial design as well as the device topology will directly influence device performance, reliability and mode of degradation.
They are particularly crucial in electronics thermal management since excessive junction-to-ambient thermal resistances can cause elevated temperatures which can negatively influence device performance and reliability.
It is of great importance for numerous MEMS applications to have a precise knowledge of the thermal properties as they can influence device's final performance.
Participants explored how to involve patients throughout the life cycle of a medical device, including discussions of how patients can influence device design, assist in the planning and implementation of clinical trials, and provide input to affect regulatory decisions.
To control the lateral density of NW and NT arrays, since it can influence device performance, is one of the most important challenges.
In here, a double diode model is used that allows a more realistic account for the carrier recombination in the absorber layer, which strongly influences device characteristics under low illumination intensity [20], particularly prevalent in the case of thin film materials [21].
Physicians and registered nurses (RNs) were interviewed to explore factors that influence device incident recognition, reporting and resolution.
Nguyen and co-workers, for example, uncovered that different terminal groups on DPP-based molecular semiconductors can significantly affect their phase separation characteristics when mixed with fullerene derivatives to form bulk-heterojunction active layers in solar cells, ultimately influencing device characteristics.
Polisena et al. conducted a systematic review on factors that influence device-related incident recognition, reporting and resolution of device-related incidents, as well as interventions or strategies to improve the recognition, reporting and resolution of device-related incidents.
Our study objectives were to i) explore factors that influence device-related incident recognition, reporting and resolution and ii) describe barriers and existing and/or recommended initiatives to improve the recognition, reporting and resolution of device-related incidents with a particular focus on potential roles of physicians and nurses.
HTMs and electron transporting materials (ETMs) are important constituents in PSCs as they selectively transport charges within the device, influence photovoltaic parameters, determine device stability and also influence its cost.
