The phrase "accommodate the characteristics" is correct and usable in written English.
You can use it when discussing the need to adjust or adapt something to fit specific traits or features.
Example: "The new software was designed to accommodate the characteristics of various user preferences."
Alternatives: "adapt to the features" or "adjust to the traits".
"There certainly are things that are done to accommodate the characteristics of the player," Coach Tom Coughlin said.
However, the equation is modified in Eq. (5) to accommodate the characteristics of a request i. Regarding this ith request with a service time of ci seconds, the Reactive Auto-scaler (RA) checks it against the following condition: {mathbf{BP}}_{mathbf{i}}>0 (4).
To this end, the measure FST as defined by Nei [26] was adapted to accommodate the characteristics of the data, namely reads of pools, ascertainment bias against rare variants and sequencing errors.
The temperature steps were adapted to accommodate the characteristic loss of magnetisation at low temperatures seen in the Curie balance results and the use of half-size samples allowed secondary experiments to be carried out where necessary.
The verifiability criterion thus imposed a standard that was too strong to accommodate the characteristic claims of science and was not justifiable.
In part because the Volt has been engineered to accommodate the specific characteristics of the LG Chem batteries, Jamieson says, GM will continue to use LG Chem batteries for the Volt.
These two models are not only able to quantify the relationship between shear rate and shear stress accurately, but also accommodate the physical characteristics of the fluids.
This "theory experiment mismatch" raises the question whether there is a need for new mathematical models to accommodate the particular characteristics of experimental evolution.
These two models seem to be able not only to describe the relationship between shear rate and shear stress accurately but also able to accommodate the physical characteristics of the fluids.
This chapter focuses on how generators are represented in these models, and, in particular, how wind generators may be represented in models that are not generally designed to accommodate the specific characteristics of wind generators.
A state space control algorithm has been developed to ensure that human initiated movements are recognised, and calibration methods have been implemented to accommodate the different characteristics of each wearer's hands.
