The phrase "a much higher power" is correct and usable in written English.
It can be used when referring to a force or entity that is significantly more powerful than others, often in a spiritual or philosophical context.
Example: "In times of crisis, many people turn to a much higher power for guidance and strength."
Alternatives: "a significantly greater force" or "a far superior authority".
Second, Saldanha had actually picked a fight with a much higher power in Brazil: Pelé.
The fabricated hybrid electromagnetic triboelectric harvester exhibits a much higher power density than recently reported in similar works.
He fears the wrath that will descend on him - from the government definitely, and possibly from a much higher power - if he swings open the final door.
The formed membrane electrode assembly (MEA) with the added water retention layers is tested in a passive DMFC and the results show that this MEA design yields a much higher power density than the MEA without water retention layers does.
The presence of traps can not only reduce the magnitude of space-charge-limited currents but also distort the shape of the I-V curve from an ideal square law to a much higher power dependence on voltage [28].
Looking back at it now after some re-testing, it seems quite blatant as to what Huawei and seemingly Honor had been doing: the newer devices come with a benchmark detection mechanism that enables a much higher power limit for the SoC with far more generous thermal headroom.
For all cases, clear images were obtained using NBI with or without magnification using a GIF H260Z (Olympus, Tokyo, Japan) or in some cases using a GIF Y0002 (Olympus) for a much higher-power magnification (maximum of 380-fold magnification).
Therefore, the specific QTL identified in the initial GWA can be replicated unless a much larger sample with much higher power is used.
Compared to biomass which has to compete with food crops for using the land area, EGS plants have a limited surface footprint and they provide much higher power density.
As a result, 1 wt.% Nafion®/MMT nanocomposite membranes delivered much higher power density than unmodified Nafion® membrane at concentrated methanol feed up to 10 M.
One of the used dyes in DSSC devices, TPA5a, carrying a methoxy group in triphenylamine part of the structure, gave much higher power conversion efficiency (PCE) value of 4.31% as compared to the other derivatives.
