The phrase "adjusted the dynamic" is correct and usable in written English.
It can be used when discussing changes made to a situation, relationship, or system that affect how elements interact with each other.
Example: "The team adjusted the dynamic of their collaboration to improve communication and efficiency."
Alternatives: "modified the interaction" or "changed the relationship".
To test this possibility, we artificially adjusted the dynamic range of cones so that the variation over time in cone output was similar for all cone classes and equaled that of the SWS1 cone that exhibited the largest variation.
We also artificially adjusted the dynamic range of cones such that the variation in cone output over time was similar for all cone classes, but now, equaled to that of the Rh2a cone that exhibited the smallest variation.
Characteristic parameters were obtained by adjusting the dynamic surface tension measurements to kinetic models found in the literature.
Impedance control is used to adjust the dynamic relationship between the position of a manipulator and the applied forces when it interacts with the environment.
The fitting of the equivalent contact model used the results of a transient multi-level finite difference EHD algorithm to adjust the dynamic parameters.
This tunable capability can be employed for the applications which require different measurement ranges of forces, without the need of adjusting the dynamic ranges of the sensor readout circuitry.
Besides, the additional parameter, K u, can be used to adjust the dynamic response of reactive power control.
The native application resolves some of the wireless networks limitations such as low-bandwidth and unreliability, understands the user definitions, and reads some mobile devices context in order to adjust the dynamic content downloaded from the Web Service.
Adjusting the dynamic range of cones would also potentially allow generation of flicker-free opponent channel output.
This expansion of capacity allows adaptation to the experimental needs by either adjusting the dynamic range or the number of samples.
For the characterization of the surface morphology and roughness in nanometer scale was used a NANOSURF AFM NANITE B S200 equipment, adjusted in the dynamic force mode (constant height).
