Sentence examples for microscopic techniques in from inspiring English sources

In his memoir "On the Microscopical Structure of Crystals," in the Quarterly Journal of the Geological Society of London (1858), he championed the use of microscopic techniques in geology.

The unique structure and morphology of the resulting Au@TiO2 samples were investigated by using various spectroscopic and microscopic techniques in detail.

The usefulness of the different microscopic techniques in providing complementary morphological information and the potential of electron tomography as a new tool for constructing 3D-models of polymer blends are highlighted.

These unexpected findings, which cannot be deduced from macroscopic electrochemical characterizations, expand the inherent explanations for performance deterioration of Si-anode material based lithium ion batteries (LIBs) and emphasize the vital value of microscopic techniques in revealing the correlation between macroscopic electrode structure and the overall electrochemical performance.

More recently, using a transgenic mouse line (Grm6-GFP) in which ON-bipolar cells express green fluorescent protein (GFP) under the control of the promoter of the gene Grm6, which encodes mGluR6 [39], Wong et al. [40] have provided a preliminary report using light microscopic techniques in which they describe ectopic terminal-like structures of ON-bipolars in the OFF substratum of the IPL.

Using biochemical, epifluorescence and electron microscopic techniques in a U937 model system, we investigated the effect of anti-allergic drugs di-sodium cromoglycate and sodium nedocromil on the trafficking and release of the anti-inflammatory protein Annexin-A1 (Anx-A1) when this was triggered by glucocorticoid (GC) treatment.

PCR for both genes has failed to amplify some positive samples with the microscopic technique in this study.

The microscopic technique in tapping mode was used to confirm that there was no tendency to aggregation or adhesion among obtained nanocapsules.

Advances in microscopes and microscopic techniques continue to be introduced to study cells, molecules, and even atoms.

Scanning and transmission electron microscopic techniques are not in routine use, but have been useful in some abnormal cases and in research.

In the above examples the simulation approaches [ 41],[ 42] range from non-spatial deterministic population-based modeling (ODEs in [ 31],[ 33],[ 34],[ 39]), discrete stochastic ([ 32],[ 35]), via mesoscopic (PDEs in [ 34]) to microscopic techniques (individuals with Brownian motion in [ 38], Browian dynamics in [ 36],[ 37]).