Sentence examples for optimal instruments from inspiring English sources

Then we propose a convex optimization approach for learning the optimal instruments.

Our summit of cities and local governments in Paris at the Hôtel de Ville will be an opportunity for local leaders to strengthen their commitments, share experiences, learn from each other and deliver optimal instruments to reduce the carbon footprint on urban areas, and allow, to the benefit of all, a healthier, more sustainable and more prosperous way of living.

The challenge for investigators is ensuring that optimal instruments are selected.

So far there is no general agreement on the optimal instruments for evaluating recovery and outcome following ambulatory surgery [ 10, 16].

However, D'Haens et al notes that there has been "considerable heterogeneity and confusion regarding the optimal instruments (activity indices) and end points for assessing the efficacy of medical therapies for UC" and that "an 'optimal' scoring index for UC is still to be developed" [ 9].

For optimum resolution in C3-corrected microscopes it is well established that a small negative value of C3, offset by positive values of C5 and defocus C1 results in the most optimal instrument resolution, and optimization of the CTF has been the subject of several studies.

Therefore, a subjective scale is at present the optimal instrument to meet this need.

The optimal instrument parameters of the mass spectrometer were as follows: Curtain gas, 15 psi; collision gas, 5 psi; ionSpray voltage, 5500 V; temperature, 350°C; ion source gas1, 40 psi; ion source gas2, 60 psi.

This study can be outlined as gathering user-centered data using two different research methods and then analyzing and integrating the collected data to come up with an optimal instrument panel design.

Based on this model, the optimal instrument parameters were found at low extractor voltage (17 V), medium capillary voltage (3 kV), medium cone voltage (48 V), high RF voltage (0.9 V), and medium HM Res1 (2.5).

The motivation of this work is to introduce these novel human-portable instruments by discussing the fundamental theory of their operation, investigating and analyzing the principal considerations for optimal instrument design, and evaluating the capability of each of the four fabricated spectrometers to meet the application needs.