The phrase "achieved for the device" is correct and usable in written English.
It can be used when discussing results or outcomes that have been obtained specifically for a device, often in a technical or engineering context.
Example: "The performance metrics were successfully achieved for the device, demonstrating its efficiency under various conditions."
Alternatives: "obtained for the device" or "accomplished for the device".
The best performance was achieved for the device with Tcap = 600°C, pB = 12 × 1011cm−2, and d = 5 nm in a photovoltaic regime.
A specific energy density as high as 24 W h kg−1, with a corresponding power density of 468 W kg−1 was achieved for the device.
The high ultraviolet signal-to-noise ratio of 3 orders of magnitude with short response time less than 200 ms can be achieved for the device.
With 50-ns, pulse reset voltage of 2.4 V was achieved for the device with 4 nmTiO2 layer (in Figure 5c), which is only about half of the voltage required by the device without TiO2 buffer layer.
As for the mirror states, the same variation tendency for the modified devices is observed, with the highest reflectance over 80% achieved for the device by repeating the dip-coating process for five times (Additional file 1: Figure S4f).
As for the mirror states, same variation tendency for the three devices are observed, with the lowest transmittance of 5% achieved for the device by repeating the dip-coating process for five times (Fig. 8f).
An improved charge storage characteristic with enhanced retention time has been achieved for the devices using VARIOT oxide floating gate.
The stabilities of the four current states with 1 × 10−1, 1 × 10−4, 1 × 10−6, and 1 × 10−8 A achieved for the devices by using different erasing voltages were maintained for retention cycles larger than 1 × 104 s under a continuous reading test.
An improved uncertainty of 2.1% is achieved for the SOI device operating in ambient air in a measured range of 0 50 kV/m.
A short-circuit current density of 11.6 mandm2 and correspondingly, a broad external quantum efficiency profile were achieved for the nanorod device.
Video image systems performance is usually affected by temperature and lightning conditions, and, as it can be seen in Fig. 4, the results achieved for the tested device seems to confirm this assumption.
