Exact(51)
The exposure depth decreases with increasing the resonant angle.
The trap depth decreases from 0.56 eV to 0.29 eV with increasing Ga content.
The higher depth decreases the land requirement as well as capital cost.
Results indicate that gas temperature decreases as well depth decreases from down hole to flow head.
With increasing loading rate at the same load value, indentation depth decreases, and the critical fracture load of shale increases.
It was observed that mud invasion depth decreases with increasing overbalance pressure until it reaches a critical pressure.
Similar(9)
As the trap depth decreased, the optical trapping force increased.
Intake rate, bite mass, and bite area increased, whereas bite depth decreased as RF decreased.
Also, for a given penetration depth, decreasing the probe size significantly increases the storage modulus.
Relative to shoot dry weight, taproot depth decreased with increasing water availability.
The exhaustion time increased with increase of bed depth, decrease of flow rate and influent concentration.
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