The phrase "are suitable for low" is not complete and lacks context, making it unclear in written English.
It could be used in contexts discussing suitability or appropriateness for something that is low in quantity, quality, or intensity.
Example: "These materials are suitable for low temperatures, ensuring they perform well even in cold conditions."
Alternatives: "appropriate for low" or "fit for low".
This phenomenon reveals that the Ag2Te nanowires are suitable for low magnetic field sensor.
Thus, they are suitable for low load bearing biomedical application or soft tissue engineering scaffold.
It was found that the I-V of Ag2Te nanowires is more sensitive at low magnetic field, which reveals that the Ag2Te nanowires are suitable for low magnetic field sensor.
Intrinsically anisotropic crystal structure of ZnO hexagonal wurzite (P63mc) are suitable for low temperature synthesis of the mesoporous films which rapidly collect photogenerated electrons from surrounding dye molecules and minimize the carrier recombination [4 8].
Results show that the modified pseudo single-phase coupling model is suitable for calculating the pressure and temperature distribution in high gas-liquid ratio wells, while Hagedorn-Brown's method and Hasan's method are suitable for low gas-liquid ratio wells.
In this paper, we introduce two new linear parallel interference cancellation (LPIC) detectors that are suitable for low to medium signal-to-noise ratio ill-conditioned communication systems and do not require knowledge of the noise variance but perform close to the linear minimum mean square error detector, which needs such information.
This section surveys the most relevant link quality-based routing metrics that are suitable for low-power wireless networks.
Compressed domain audio frequency estimators that directly use the modified discrete cosine transform (MDCT) coefficients are suitable for low-complexity audio applications.
In addition, both the wearable device and the receivers use low-cost components that are suitable for low-cost consumer electronics.
In recent years, low-complexity frequency estimators, which are suitable for low-cost applications, have been proposed in addition to so-called high-resolution (or even super-resolution) frequency estimation techniques such as Pisarenko [2], MUSIC [3] and ESPRIT [4].
