The phrase "advanced experimental techniques" is correct and usable in written English.
It can be used in contexts related to scientific research, technology, or any field that involves sophisticated methods of experimentation.
Example: "The research team employed advanced experimental techniques to gather more accurate data on the effects of the new drug."
Alternatives: "sophisticated experimental methods" or "cutting-edge experimental approaches".
However, the formation of GNS even with existing advanced experimental techniques could be very challenging.
Finally, a brief discussion on advanced experimental techniques, which reflect the recent progress in experimental fluid dynamics, will be presented.
Advanced experimental techniques such as attosecond optical spectroscopy5,8,9, high-harmonic orbital tomography1,10 or laser-induced electron self-diffraction11 have enabled the direct observation of electron dynamics in atoms.
Advanced experimental techniques employing X-Ray CT give both microstructures and mechanical responses of a range of geopolymer concretes with varying densities.
The combination of advanced experimental techniques with atomic-level simulations should provide the insight necessary for the optimal design of next-generation fuel cells.
Therefore, a methodology is proposed which combines established as well as advanced experimental techniques, involving non-destructive testing for pre-classification of the sandstone's quality, mineralogical analysis and investigation of mechanical properties under dry and saturated conditions.
Based on these principles, the Degree in Mechanical Engineering at Rovira i Virgili University uses unique teaching methods that bolster the students' aptitudes and abilities, applying advanced experimental and practical teaching techniques.
Softcomputing techniques for advanced experimental design have been used.
Using advanced experimental tools such as XPS and microscopy techniques to characterize CNTs, C-O functional groups have been identified as the active sites for the enhanced catalytic activity.
The objective of this part of the program is to provide a better understanding of physical phenomena behind the properties and behavior of advanced materials, but the program's administrators also value the development of experimental techniques and methodologies.
Graduate students in this track gain an advanced understanding of basic molecular and cellular biology, biochemistry, genetics, and cellular signaling concepts and experimental techniques and apply this knowledge to immunology problems.
