Sentence examples for measurements capable from inspiring English sources

Diagnostic methods that encompass the diverse etiologies of asthmatic responses and incorporate robust exposure measurements capable of capturing different temporal patterns of complex chemical mixtures are needed.

Protein measurements capable of providing quantitative information on current ongoing lung tissue matrix destruction would be invaluable assets in monitoring progression of disease in the context of the CT scans measuring emphysema and the functional tests.

Optical heterodyne detection is used for coherent Doppler lidar measurements capable of detecting very weak light scattered in the atmosphere and monitoring wind speeds with high accuracy.

Attractive experiments include solution kinetic measurements capable of identifying induced fit and conformational selection (e.g. [ 48]), as well as studies of the intrinsic flexibility of TCR CDR loops and peptides bound to MHC molecules (e.g. [ 33, 100]).

With such an approach, signal level measurements will be provided by heterogeneous measurement capable devices.

Based on these requirements, we report on the development of new inductive microsensors for angle measurement capable for integration e.g. into rotary joints of high-performance parallel robots.

We conclude that the difference between the two platforms is not due to different sensitivity, since both the microarray and qPCR measurements are capable of measuring miR-296 and miR-494 accurately above a spike-in concentration threshold.

If a capacitance is connected parallel to the input terminal of the antenna, which not only makes the measurement system capable of measuring high electromagnetic pulse field but also can lower the low terminal frequency of the measurement system.

Although ventilatory measurements are capable of assessing the functional status of the respiratory pumping apparatus, such measurements are generally not capable of assessing the status of the other functional component of the respiratory system, namely, the gas exchange unit or lung.

Growth in the application of sensors to monitoring operational structures has occurred due in large part to the rapid transformation of sensors into high-performance measurement devices capable of measuring the behavior of structures at global and local scales.

The aim of this paper is to utilize the computer vision technology to develop a non-contact and rapid measurement system capable of measuring and inspecting most of spur gear parameters with an appropriate accuracy.