Sentence examples for corresponding gauge from inspiring English sources
The phrase "corresponding gauge" is correct and usable in written English.
It can be used in contexts where you are referring to a gauge that corresponds to a specific measurement or standard. Example: "To ensure accuracy, please select the corresponding gauge for the pressure measurement required."
Britain's economy may grow again soon: its manufacturing PMI rose to 45.4 and the corresponding gauge for service industries shot up to 51.7, above the 50 mark for the first time in a year.The unemployment rate in the euro area rose to 9.2% in April from 8.9% in March.
The experimental results show that the measurement sensitivity can reach 6.9 mV/MPa, and the corresponding gauge factor is approximately 5167.
The D-Link can only be used when its corresponding gauge is filled completely, and can be activated by pressing right on the directional pad to access the D-Link menu, followed by selecting the chosen ally.
You must only use ammunition of the corresponding gauge in a shotgun.
As a result, the power conversion coefficiency (PCE) η was dramatically enhanced by ~218%, corresponding to a gauge factor /δεxx~1817.
The initial surface for droplet etching is Al x Ga 1−x As (x =0.35) grown on (001) GaAs wafers at T=600 °C and an As 4 flux corresponding to a flux gauge reading of about P As=1×10−5 Torr.
On every point p such that ||∇I(p)||>0, the gradient and isophote form a local reference frame (p,g,t) corresponding to first-order gauge coordinates (see Fig. 1).
This distribution was used as the standard by which each method's accuracy is gauged, and corresponding significance levels for all other methods were estimated using this distribution.
I tried to gauge the place corresponding to F4, on the top right part of the head.
In Table 2, values of e ij corresponding to the optimal strain gauge layout (r1 = 0.189 and r2 = 0.402 mm) are shown.
In one spatial dimension and the traceless-transverse (TT) gauge a perturbation corresponding to a gravitational wave moving in a transverse direction can be written as, h_{munu}= begin{pmatrix} 0&0 0&h_(t) end{pmatrix}, where (h_(t)) is typically modelled as a sinusoidal function (h_(t)=epsilonsinOmega t), and ϵ and Ω are the amplitude and frequency of the spacetime ripple, respectively.
