The phrase "a highly efficient technique" is correct and usable in written English.
You can use it when describing a method or approach that achieves maximum productivity or effectiveness with minimal waste or effort.
Example: "The researchers developed a highly efficient technique for data analysis that significantly reduced processing time."
Alternatives: "an extremely effective method" or "a very productive approach."
Microwave heating is a highly efficient technique for various thermal processes.
The use of MIPs is a highly efficient technique for selectivity and specificity by mimicking the geometric constraints imposed by enzymes.
One such method is the immersion cooling by pool boiling heat transfer, which is a highly efficient technique when compared with conventional cooling techniques.
Semiconductor-based photocatalysis has been widely employed as a highly efficient technique to overcome these issues [1 3].
Computational results indicate that the present finite element method is a highly efficient technique in these sorts of variational problems involving inequalities.
Among various physicochemical processes, adsorption is a highly efficient technique which has gained considerable attention for treating phenolic compounds from aqueous streams because of initial cost, flexibility and simplicity of design, ease of operation and insensitivity to toxic pollutants (Aksu 2005).
Electrospinning is a simple and highly efficient technique to produce long and extremely fine polymer fiber using an electrostatically repulsive force and an electric field between two electrodes to apply a high voltage to a polymer solution or melt [21, 22].
Therefore, the present results demonstrated that MILT-MHD is a potential, green and highly efficient technique for the extraction of volatile fractions from aromatic plant materials in the fragrance and flavor industries.
The microplastic embossing method is a low-cost and highly efficient technique, which was developed to the fabrication of plastic microlens [29, 35, 36, 37].
In conclusion, MSIP is proved to be a simple, cost-saving and highly efficient technique for the comprehensive study of PPIs.
In this respect, it is of particular significance to propose highly efficient technique to trap both lead and strontium ions from the contaminated wastewaters.
