The phrase "achieve properties" is correct and usable in written English.
It can be used in contexts related to science, engineering, or technology, where one is discussing the attainment of specific characteristics or features of a material or system.
Example: "Through careful experimentation, we were able to achieve properties that enhance the material's durability and flexibility."
Alternatives: "attain characteristics" or "obtain features".
The enzyme being glutaminase free in nature paved the way for its improvement to achieve properties similar to or near to the commercially available L-ASNases.
During recent decades, research on biological systems such as abalone shell and fish armor has revealed that these biological systems employ carefully arranged hierarchical multilayered structures to achieve properties of high strength, high ductility and light weight.
The strength and shrinkage results lead to conclude that as much as 40% of RAP could be incorporated into the formulation of PCC (mix F40) and achieve properties that are acceptable for the construction of rigid pavements.
The strength and shrinkage results lead to conclude that as much as 40% of RAP could be incorporated into the formulation of PCC and achieve properties that are acceptable for the construction of rigid pavements.
The phases are combined to achieve properties that cannot be attained by the individual constituents.
The primary objective is to highlight the modification mechanisms of the achieved properties using tensile tests, hardness measurements and microstructural observations performed on a HPDC casting parts.
The achieved properties show significant improvement over existing 3-degrees-of-freedom compliant mechanisms that can deflect more than 0.5 mm and 0.5°.
Many kinds of functional materials like polymers and nanoparticles can be incorporated for achieving properties corresponding to each type of materials and integrated functionalities [18].
We achieve these properties by making reasonable restrictions on feedback loops in interface compositions.
Several of these are often added simultaneously to achieve specific properties.
Seventy-five years later, I.B.M. physicists working in Switzerland discovered a ceramic material that could achieve similar properties at temperatures of about minus 400 degrees.
