The phrase "transform the characteristics" is correct and usable in written English.
It can be used when discussing changes or modifications to specific traits or features of an object, concept, or system.
Example: "The new software update aims to transform the characteristics of the user interface for a more intuitive experience."
Alternatives: "alter the traits" or "change the features."
The technique involves modeling each characteristic using response surface designs and then transforming the characteristics into a single performance measure.
The usage of industrially produced fertilizers, chemicals and pesticides has gradually transformed the characteristics of agriculture during the past 5-decades across India and the world.
Natural macro-phenomena, and their changes and variations, may be considered, to a certain extent, predictable, but the more technology is able to transform the molecular characteristics of natural processes, the more the final outcome is unpredictable.
The microstructures of the flow field in the hydrodynamic boundary layer, which are responsible for heat transfer, optical path length modulation, and divergence of the seeding radiation, transform the output characteristics of dye laser.
Firms are therefore in need of business models that transform the specific characteristics of sustainable technologies into new ways to create economic value and overcome the barriers that stand in the way of their market penetration.
He also faulted the film for portraying Jobs as a precocious visionary who evangelised about technology's ability to transform the world, a characteristic which came later.
As the thermal error transfer function can be deduced using Laplace transform, the thermal error characteristic of the machine tool can be studied with both time domain and frequency domain methods.
Wavelet transform has the characteristics of multi-resolution analysis, and the received signal is divided into low-frequency part and high-frequency part using the wavelet decomposition.
The scaling transforms the loss characteristics from the two dimensional surfaces to the one dimensional curves.
Power spectra produced using the two-dimensional discrete Fourier transform and the two-dimensional continuous wavelet transform identify the characteristic spatial frequencies of deep-seated landslide morphologic features such as hummocky topography, scarps, and displaced blocks of material.
