Sentence examples for compromising the requirements from inspiring English sources

Special attention is paid to the excitonic mechanism of photogeneration in these devices that requires a sophisticated nanostructural engineering of fullerene-based photovoltaic materials and devices compromising the requirements of thin photo-active layers with an effective light absorption, photogeneration, and transport of free carriers.

This paper describes the monolithic integration of vertical micro-mirror onto a central portion of a novel micro-bridge without compromising the requirements of bi-stability, bi-directionality, large initial out-of-plane deflection and low operational voltage for optical switching application.

In order to emulate medical team structure, without compromising the requirement for student groups to make their own decisions, one member of each group is randomly chosen to be the 'registrar' (leader of the junior doctor team in the Australian system) while the others play the role of 'interns'interns

The architecture of nano/micro-fiber-combined scaffolds elicited and guided the 3D distribution of ECs without compromising the structural requirements for bone regeneration.

The aim of any engineering design is to minimize the total cost of the structure without compromising the functional requirements while maximizing the utility of the structure to the users in particular and to the society in general.

Results from the case studies show that the system is capable of generating sound MIs that could help product designers in making designs easier to manufacture, while not compromising the functional requirements of their designs.

If a new follow-up questionnaire is to be designed, it should be made as short as possible without compromising the data collection requirements of the trial.

The current reconstruction rectifies this, mostly by filling in gaps but also by inclusion of an appropriately annotated "biomass" reaction, without compromising the strict evidence requirements of its predecessor.

In this paper, we develop fast data compression and regeneration schemes for two-dimensional microstructures that can reduce storage requirements without compromising the accuracy of computed values, such as stress fields used in analysis.

A hybrid kinetic Monte Carlo (kMC) algorithm is utilized to reduce computational requirements without compromising the accuracy of established chemical models that account for interactions amongst physisorbed radicals, and the microscopic model fidelity is established though calibration with experimentally obtained growth rates and surface morphology data.

The topological map provided by the TGA concept in the proposed dance representation model offers new perspectives for further manipulation of the dance gesture structure demanded by different motion retargeting requirements, without compromising the spatiotemporal structure of the original dance style.