Sentence examples for measures for the system from inspiring English sources

Both the State Senate and the State Assembly have held hearings and approved oversight measures for the system in response to a series of articles in The New York Times in June about the system.

Assuming the finiteness of the set of ergodic measures for the system (X,G), we establish that each non-regular indecomposable character χ G→C is uniquely determined by the formula χ(g)="μ1(Fix(g))α1⋯μk(Fix(g))αk, where μ1,…,μk are G-ergodic measures, Fix(g)="{x∈X gx="x}, and α1,…,αk∈{0,1,…}.

In the present work, new experimental data have been measured for the system (propane + carbon dioxide + water) under conditions of three-phase equilibria.

A mass resolution of 140 (m/z = 84) and a limit of detection of approximately 1 ppbv have been measured for the system.

In this work, isothermal (gas + liquid) equilibrium (GLE) data were measured for the system SO2 + N2 + N,N-dimethylformamide (DMF) + Ethylene Glycol (EG) at T = 308.15 K and p = 122.66 kPa.

The outage probability is a measure for the system performance and the possibility of the system to fall in outage.

In order to use this measure for the system design, expressions are derived that involve overall relay amplification factor also.

Voltage, current, and power information measured for the system with a tracking system, and the system without a tracking system, is given in Table 3.

However, adding the line 3 (from bus 2 to bus 3) is the most effective measures for increasing the system reliability.

The proton spin lattice relaxation times in the laboratory frame, T1(H), and in the rotating frame, T1ρ(H), and spin spin relaxation times, T2(H), were carefully measured for the systems.

A parsimonious model of a complex system has to capture a necessary and sufficient model of the entire system, while minimizing the number of interacting components, from the measured data for the system.