Sentence examples for behaviour of these devices from inspiring English sources
The importance of micromixers for microreaction technology demands some well-founded knowledge on the mixing behaviour of these devices.
The complexity of the dynamic response of offshore marine structures requires advanced simulations tools for the accurate assessment of the seakeeping behaviour of these devices.
A number of methods currently exist to characterise the non-linear electrical behaviour of these devices, with the single-diode, five-parameter model extensively used.
Accurate modelling of the behaviour of these devices is of great importance, as the integrity of isolated structures relies heavily on their response.
As a result, these devices exhibit some quite different switching characteristics, and it is still unclear what the long-term life and degradation behaviour of these devices will be.
Due to the high number of differently oriented cameras required in ITER, the main goal of this study is to map the thermal behaviour of these devices under typical loads and, identifying the underlying principles to provide universal guidelines and starting points for future designs, in order to prevent one by one optimization of each separate camera.
The basis of the feasibility study reported in this paper is that all active devices exhibit non-linear behaviour and the behaviour of those devices will change as they age.
The technological choices of materials and components that ensure a stable hysteretic behaviour of the devices are discussed.
This curve is an essential tool for describing the behaviour of this devices that, although characterised by poorer mechanical performance under cyclic actions, have the potential to be utilised as dissipative components, for instance in Y-shaped steel bracings adopted for retrofitting reinforced concrete structures in medium-to-low seismic intensity area.
