Scanning Acoustic Microscopy: Principle and Application in Material Testing of Antique and Contemporary SamplesScanning acoustic microscopy (SAM) has proved to be an essential tool in materials science. Ultrasonic waves between 10 MHz and 2 GHz can be used for imaging boundary structures and elastic-...
Principle and application of the constant strain rate tensile test with in situ scanning electron microscopy for evaluation of the adhesion of filmsadhesionconstant strain rate tensile test with in situ SEMscratch testTiN filmsBased on the theory of mechanics of materials, a constant strain rate ...
Basic principle of atomic force microscopy KPFM is primarily based on the instrumentation of an AFM system. AFM operates in contact, intermediate (tapping), and non-contact modes. In contact mode operation, the AFM tip touches the sample surface, and the tip–sample repulsive force deflects the...
Fig. 1: Principle of space gating. a Schematic of the imaging principle. Conventional confocal imaging method relies on the ballistic waves shown as green lines. When optical inhomogeneity is introduced, the intensity of the ballistic wave exponentially decreases with depth, and the multiply scattered...
to transfer this technique to clinical application because the axial length of the rabbit eye and the human is very similar (i.e., axial length = 18 mm for the rabbit eye vs. 23 mm for the human eye), whereas the rat and mouse axial length is 6 and 3 mm, respectively....
9.1. Schematic of the confocal principle in epifluorescence scanning mode. Application Confocal microscopy is widely used to examine surface and near-surface features in biomaterials such as bone [12], dentin and enamel [13], imaging cells on substrates, topography of substrates, and porous structur...
Webb, Time-resolved fluorescence imaging and background rejection by two-photon excitation in laser scanning microscopy, SPIE 1640:379 (1992)... S Quentmeier,S Denicke,KH Gericke 被引量: 0发表: 0年 TWO-PHOTON LASER SCANNING FLUORESCENCE MICROSCOPY AND ITS APPLICATIONS The principle of two-photo...
We demonstrate in aproof-of-principle exp... HP Paudel,J Taranto,J Mertz,... 被引量: 0发表: 2015年 Axial range of conjugate adaptive optics in two-photon microscopy We describe an adaptive optics technique for two-photon microscopy in which the deformable mirror used for aberration ...
and structure of the particle droplets. The principle of the imaging involves the combination of bright field visualization with corresponding magnification, especially for small-sized particles. This property also helps to perform the diffraction and estimation of selected areas of ananoemulsionand their...
In this direction, as a proof-of-principle demonstration for dynamic aberration correction, we showed that DL-AO can respond to sudden wavefront changes and compensating for randomly induced wavefront distortions, while monitoring single-molecule blinking frames continuously in an autonomous manner (Fig...