Advanced Experimental Methods

In addition to their widespread use in research and development in fluid dynamics, laser-based techniques ° are also suited to experiments in industrial ventilation. The use of these advanced experimental methods is reasonable when their advantages in comparison with traditional measurement techniques counterbalance the significantly higher expenses of instrumentation. 

Another area where advanced experimental methods typically have to be associated with efficient numerical simulation procedures is when solid-state NMR is used to extract information about molecular motion. Over the years, a large variety of different... 

Since cluster ions and neutral clusters may have different geometrical structures, it was important to develop advanced experimental methods that offer new information on neutral silicon clusters. 

Advanced experimental methods (e.g. inelastic neutron scattering and hyper-Raman scattering) have been applied effectively to studies of ferroelectrics, and several new concepts (e.g. soft modes of lattice vibrations and the dipole glass) have been introduced to understand the nature of ferroelectrics. Ferroelectric crystals have been widely used in capacitors and piezoelectric devices. Steady developments in crystal growth and in the preparation of ceramics and ceramic thin... 

An increasing number of processes occurring at a faster than diffusion rate are being revealed, while advanced experimental methods become available. Advanced studies have afforded a much greater detail of the time evolution of electron transfer and proton transfer processes, but also some isomerization reactions occur at a rate... 

Evaluation of Molecular Structures Stark Effect and Zeeman Effect Nuclear Quadrupole Hyperfine Structure Advanced Experimental Methods... 

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