The phrase "avoiding the needs of" is correct and usable in written English.
It can be used when discussing the act of neglecting or not addressing someone's requirements or necessities.
Example: "The organization has been criticized for avoiding the needs of its most vulnerable members."
Alternatives: "neglecting the needs of" or "overlooking the needs of".
The chemical analysis of the composite confirmed a high sulfur content of 61 wt%, which was possible due to the formation of self-standing film and avoiding the needs of using a polymer binder.
This also verifies the importance of step 10 of Algorithm 2. With very close performance to SDPFN-MSMRS A1 and SDPFN-MSMRS B1, respectively, SDPFN-MSMRS A2 and SDPFN-MSMRS B2 are quite computationally effective due to avoiding the needs of additional bisection algorithms.
This approach has the main advantages of a reliable preservation of the polarization state of the light inside the FDML laser and a simplification of the fiber-based connection between the FDML laser and the buffer stage, by avoiding the needs of inserting additional polarization control elements, e.g. polarization paddles, between the two devices.
The hope of the scientists and those running the experiment is that the trees will prove capable of naturally and inexpensively ridding the site of its toxic waste, avoiding the need of the traditional and much more costly cleanup of the site.
The hot channel between the target and pipe acts as local furnace, avoiding the need of external furnace.
The nucleation process was improved by stopping the flow prior to the measurement, thus avoiding the need of sulphate addition.
AIChE Journal, 48, 582], avoiding the need of solving extremely large and non-linear discrete optimization problems.
For temperatures below ca. 750 K, a level lower than 20 ppm (on dry basis) can be reached, thus avoiding the need of a purification stage.
So, non-EPI sequences can be used alone in pre-second-look patients as a screening tool avoiding the need of delayed post-gadolinium T1-weighted sequences.
The intramedullary distal locking mechanism in the Seidel nail uses interference fit, avoiding the need of a screw traversing soft tissue and the risk of neurovascular injury.
Magnetic nanoparticles (MNPs) can be considered as supports for catalysts immobilization since they greatly improve their reutilization avoiding the need of energy and time consuming centrifugation steps.
