Crossflow instability plays a crucial role in inducing transition in three-dimensional (3D) boundary layer.
The applied resonant MW radiation induces transitions between energy levels of the NS and NV0 centres, which indirectly affects the NV− centre via cross-relaxation.
The absorbed radiation falls in the microwave spectral region and induces transitions in the spin states of the electrons.
Dynamic free-surface deformations do not induce transitions to oscillatory convection even at large Reynolds numbers.
The measurement of electrical resistance as a function of temperature was used to follow the evolution of thermally induced transitions.
Magnetic field-induced transitions (metamagnetic transitions) play an important role in defining functionality of various classes of magnetic materials.
Differential Scanning Calorimetry (DSC) is a straightforward methodology to characterize the energetics of thermally-induced transitions of DNA and other biological macromolecules.
Thus, a new hyphenated form of DMA is now available that permits the thermally induced transitions of particle water dispersions to be characterised.
It is demonstrated that swelling of the micelle core due to the water content is the driving force that induces transitions of morphology.
The present communication attributes the theoretical interpretation of temperature induced transitions in collagen mimics in terms of stereochemistry, as explained by the modified Zimm and Bragg model.
DSC is developed to investigate thermally induced transitions, especially the conformational transitions of proteins [163].
