The phrase "adjusted strength" is correct and usable in written English.
It can be used in contexts where you are referring to a modified or recalibrated level of strength, such as in fitness, engineering, or materials science.
Example: "After the modifications, we measured the adjusted strength of the material to ensure it met safety standards."
Alternatives: "modified strength" or "revised strength".
We used hierarchical clustering to divide the adjusted strength matrix into meaningful clusters using angle cosine as the distance metric.
We thought that the adjusted strength matrix might be used to enhance typical gene expression clustering techniques.
The assigned quantitative values of the adjusted strength are able to be used to obtain more biologically meaningful clusters than by using target genes' expression.
According to the assumptions of NCA, the target gene expression is controlled by an adjusted strength matrix and the transcription factor activities.
This required the integration of our calculated transcription factor activities, transcription factor regulatory influences on each gene, clustering on the adjusted strength, and the gene expression data.
Therefore, in order to enable clustering of the regulatory influences, we generated an adjusted strength matrix which is constant regardless of strength and activity.
During experiments, we manipulate orientation angles and rates of graphene nanoplatelets via adjusting strengths of magnetic fields, and confirm such nanoplatelets' behaviors by means of laser-light-transmittance variations of the graphene colloid.
Early physiotherapy can decrease contracture progression; adjusted medical strength training for milder SMA forms can positively influence especially hypermobile joints.
We adjusted the strengths of rod and cone flashes until they elicited similar amplitude responses in ON RGCs (with resulting flash strengths within a factor of two of those used for probing rod-cone interactions in Figure 1).
Adjusting flash strength (and dividing the response by the flash strength to measure gain) allowed us to probe a ∼10,000-fold range of backgrounds.
Flexural strength correlated to P-wave attenuation, while a combination of S-wave attenuation and moduli was needed to adjust compressive strength.
