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these insights into the design of new glassy materials with extraordinary properties. We also outline important questions regarding the nature of β- relaxations and highlight some emerging research directions ...
defect clusters [5–9] Non-equilibrium phase formation such as amorphization [10–13] Irradiation-induced diffusion and segregation [14,15] Recoil implantation of foreign atoms [16–18] Open in new tab Table ...
evidencing structural heterogeneity and interconversion kinetics, (16) many individual experiments are required to achieve a statistically relevant description of the relaxation kinetics of sub-populations ...
in new tabDownload slide Schematic sketch of the spin-dependent exciton formation process, where kSL is the spin-lattice relaxation rate, usually much faster than both kS and kT. Once kS > kT, the spin ...
FUNCTIONAL THEORY Numerical simulation has long emerged as the third cornerstone of modern scientific investigations, along with experiment and analytical theory . In materials science, the analytical theory ...
distribution. (D) Change in cell traction forces relaxed into the ECM substrate. Fig. 2 Open in new tabDownload slide Incision of stress fibers in living cells using a laser nanoscissor (reprinted from ref. 22 ...
, the bonding energy of the electrons to the nucleus will be exceeded, which results in an ionization processes due to multiphoton-, avalanche- or tunnel-ionization [13]. The plasma persists for some picoseconds ...
wall in the frequency domain. Relaxation * or creep* tests are also possible by keeping the load or indentation depth constant and measuring the subsequent changes in indentation depth or force ...
was performed at 6500 Hz. The number of scans was 10,000–20,000 with a relaxation time of 1.0 s. Whole cell wall gel-NMR sample preparation and solution-state 2D HSQC NMR experiments The whole-plant cell wall gel ...
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