Journal: Sensors (Basel, Switzerland)

Article Title: py2DIC: A New Free and Open Source Software for Displacement and Strain Measurements in the Field of Experimental Mechanics †

doi: 10.3390/s19183832

Figure Lengend Snippet: u displacements (px) for the “plate hole” sample from SEM DIC challenge obtained from DIC technique. ( a ) py2DIC raw results ( b ) py2DIC smoothed results using Gaussian filter ( c ) Ncorr results ( d ) Vic-2D results ( e ) DICe results.

Article Snippet: DICe [ ] is an open source DIC software developed by the Sandia National Laboratories, capable of computing full-field displacements and strains from a sequence of digital images.

Techniques:

Journal: Sensors (Basel, Switzerland)

Article Title: py2DIC: A New Free and Open Source Software for Displacement and Strain Measurements in the Field of Experimental Mechanics †

doi: 10.3390/s19183832

Figure Lengend Snippet: v displacements (px) for the “plate hole” sample from SEM DIC challenge obtained from DIC technique. ( a ) py2DIC raw results ( b ) py2DIC smoothed results using Gaussian filter ( c ) Ncorr results ( d ) Vic-2D results ( e ) DICe results.

Article Snippet: DICe [ ] is an open source DIC software developed by the Sandia National Laboratories, capable of computing full-field displacements and strains from a sequence of digital images.

Techniques:

Journal: Sensors (Basel, Switzerland)

Article Title: py2DIC: A New Free and Open Source Software for Displacement and Strain Measurements in the Field of Experimental Mechanics †

doi: 10.3390/s19183832

Figure Lengend Snippet: E x y Green Lagrangian strains for the “plate hole” sample from SEM DIC challenge obtained from DIC technique. ( a ) py2DIC results using Gaussian filter ( b ) py2DIC results using spline filter ( c ) Ncorr results ( d ) DICe results.

Article Snippet: DICe [ ] is an open source DIC software developed by the Sandia National Laboratories, capable of computing full-field displacements and strains from a sequence of digital images.

Techniques:

Journal: Sensors (Basel, Switzerland)

Article Title: py2DIC: A New Free and Open Source Software for Displacement and Strain Measurements in the Field of Experimental Mechanics †

doi: 10.3390/s19183832

Figure Lengend Snippet: E y y Green Lagrangian strains for the “plate hole” sample from SEM DIC challenge obtained from DIC technique. ( a ) py2DIC results using Gaussian filter ( b ) py2DIC results using spline filter ( c ) Ncorr results ( d ) DICe results.

Article Snippet: DICe [ ] is an open source DIC software developed by the Sandia National Laboratories, capable of computing full-field displacements and strains from a sequence of digital images.

Techniques:

Journal: Sensors (Basel, Switzerland)

Article Title: py2DIC: A New Free and Open Source Software for Displacement and Strain Measurements in the Field of Experimental Mechanics †

doi: 10.3390/s19183832

Figure Lengend Snippet: u displacements (mm) for the tensile test of GFRP sample obtained from DIC technique. ( a ) py2DIC raw results ( b ) py2DIC smoothed results using Gaussian filter ( c ) Ncorr results ( d ) Vic-2D results ( e ) DICe results .

Article Snippet: DICe [ ] is an open source DIC software developed by the Sandia National Laboratories, capable of computing full-field displacements and strains from a sequence of digital images.

Techniques:

Journal: Sensors (Basel, Switzerland)

Article Title: py2DIC: A New Free and Open Source Software for Displacement and Strain Measurements in the Field of Experimental Mechanics †

doi: 10.3390/s19183832

Figure Lengend Snippet: v displacements (mm) for the tensile test of GFRP sample obtained from DIC technique. ( a ) py2DIC raw results ( b ) py2DIC smoothed results using Gaussian filter ( c ) Ncorr results ( d ) Vic-2D results ( e ) DICe results .

Article Snippet: DICe [ ] is an open source DIC software developed by the Sandia National Laboratories, capable of computing full-field displacements and strains from a sequence of digital images.

Techniques:

Journal: Plant Methods

Article Title: An optimised clearing protocol for the quantitative assessment of sub-epidermal ovule tissues within whole cereal pistils

doi: 10.1186/s13007-017-0217-z

Figure Lengend Snippet: Schematic representation of the steps involved in visualising the internal structures of ovules within cleared cereal pistils. a Plants were examined to identify tillers containing developing spikes. b , c Individual florets were removed from spikes to identify those at anthesis stage, achieved via observation of pollen on fingernails after anther squashing. c , d Whole pistils and anthers were gently removed and placed in fixative, followed by dehydration in an ethanol series and clearing in Hoyer’s solution. e Pistils were transferred to glass slides and covered with glass coverslips. f Samples were examined using DIC microscopy and Zeiss ZEN software

Article Snippet: Fig. 1 Schematic representation of the steps involved in visualising the internal structures of ovules within cleared cereal pistils. a Plants were examined to identify tillers containing developing spikes. b , c Individual florets were removed from spikes to identify those at anthesis stage, achieved via observation of pollen on fingernails after anther squashing. c , d Whole pistils and anthers were gently removed and placed in fixative, followed by dehydration in an ethanol series and clearing in Hoyer’s solution. e Pistils were transferred to glass slides and covered with glass coverslips. f Samples were examined using DIC microscopy and Zeiss ZEN software

Techniques: Microscopy, Software

Journal: Plant Methods

Article Title: An optimised clearing protocol for the quantitative assessment of sub-epidermal ovule tissues within whole cereal pistils

doi: 10.1186/s13007-017-0217-z

Figure Lengend Snippet: Ovule morphology after clearing. Ovule images are presented as composites, generated by merging optical sections. The method worked equally well for barley ( a ) and wheat ( b ) pistils at various stages. Pre-anthesis ovules are shown. c Measurement of traits at anthesis, including ovule area (OV_A), embryo sac area (ES_A), ovule and embryo sac transverse and longitudinal dimensions (OV_L, OV_T, ES_L, ES_T), integument width (INT_W), antipodal number ( marked with crosses ) and antipodal cluster area (ANT_A), using Zeiss ZEN software. The ovule area is indicated with a dashed red and white line , while the embryo sac area is indicated by a dashed black and white line . NUC = nucellus. Small ( d ) and large ( e ) mature barley ovules after clearing imaged at ×10 magnification without dissection from the pistil. Bar 100 μm

Article Snippet: Fig. 1 Schematic representation of the steps involved in visualising the internal structures of ovules within cleared cereal pistils. a Plants were examined to identify tillers containing developing spikes. b , c Individual florets were removed from spikes to identify those at anthesis stage, achieved via observation of pollen on fingernails after anther squashing. c , d Whole pistils and anthers were gently removed and placed in fixative, followed by dehydration in an ethanol series and clearing in Hoyer’s solution. e Pistils were transferred to glass slides and covered with glass coverslips. f Samples were examined using DIC microscopy and Zeiss ZEN software

Techniques: Generated, Software, Dissection