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electron backscatter diffraction ebsd detector  (JEOL)


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    Structured Review

    JEOL electron backscatter diffraction ebsd detector
    Electron Backscatter Diffraction Ebsd Detector, supplied by JEOL, used in various techniques. Bioz Stars score: 98/100, based on 2335 PubMed citations. ZERO BIAS - scores, article reviews, protocol conditions and more
    https://www.bioz.com/product/electron+backscatter+diffraction+detector/JSM-IT800+Scanning+Electron+Microscope/pm42002558-62-10-4
    Average 98 stars, based on 2335 article reviews
    electron backscatter diffraction ebsd detector - by Bioz Stars, 2026-09
    98/100 stars

    Images

    Related Articles

    Microscopy:

    Article Title: Bioactive 3D-Printed valve scaffold promoting valvular regeneration via immunomodulation and endothelialization
    Article Snippet: sample surface) and return to the venous circulation. After 2 h of circulation, the sample was carefully retrieved, and its blood-contacting surface was examined macroscopically and by SEM (JSM-IT800, JEOL Company) observation. Anesthetized New Zealand White rabbits were administered heparin for anticoagulation. The carotid artery was surgically exposed, and a segment was isolated by applying vascu

    Spectroscopy:

    Article Title: Bioactive 3D-Printed valve scaffold promoting valvular regeneration via immunomodulation and endothelialization
    Article Snippet: sample surface) and return to the venous circulation. After 2 h of circulation, the sample was carefully retrieved, and its blood-contacting surface was examined macroscopically and by SEM (JSM-IT800, JEOL Company) observation. Anesthetized New Zealand White rabbits were administered heparin for anticoagulation. The carotid artery was surgically exposed, and a segment was isolated by applying vascu

    X-ray Spectroscopy:

    Article Title: Bioactive 3D-Printed valve scaffold promoting valvular regeneration via immunomodulation and endothelialization
    Article Snippet: sample surface) and return to the venous circulation. After 2 h of circulation, the sample was carefully retrieved, and its blood-contacting surface was examined macroscopically and by SEM (JSM-IT800, JEOL Company) observation. Anesthetized New Zealand White rabbits were administered heparin for anticoagulation. The carotid artery was surgically exposed, and a segment was isolated by applying vascu

    Electron Microscopy:

    Article Title: Bioactive 3D-Printed valve scaffold promoting valvular regeneration via immunomodulation and endothelialization
    Article Snippet: sample surface) and return to the venous circulation. After 2 h of circulation, the sample was carefully retrieved, and its blood-contacting surface was examined macroscopically and by SEM (JSM-IT800, JEOL Company) observation. Anesthetized New Zealand White rabbits were administered heparin for anticoagulation. The carotid artery was surgically exposed, and a segment was isolated by applying vascu

    Control:

    Article Title: Bioactive 3D-Printed valve scaffold promoting valvular regeneration via immunomodulation and endothelialization
    Article Snippet: sample surface) and return to the venous circulation. After 2 h of circulation, the sample was carefully retrieved, and its blood-contacting surface was examined macroscopically and by SEM (JSM-IT800, JEOL Company) observation. Anesthetized New Zealand White rabbits were administered heparin for anticoagulation. The carotid artery was surgically exposed, and a segment was isolated by applying vascu

    Pore Size:

    Article Title: Bioactive 3D-Printed valve scaffold promoting valvular regeneration via immunomodulation and endothelialization
    Article Snippet: sample surface) and return to the venous circulation. After 2 h of circulation, the sample was carefully retrieved, and its blood-contacting surface was examined macroscopically and by SEM (JSM-IT800, JEOL Company) observation. Anesthetized New Zealand White rabbits were administered heparin for anticoagulation. The carotid artery was surgically exposed, and a segment was isolated by applying vascu

    Pyrolysis:

    Article Title: Bioactive 3D-Printed valve scaffold promoting valvular regeneration via immunomodulation and endothelialization
    Article Snippet: sample surface) and return to the venous circulation. After 2 h of circulation, the sample was carefully retrieved, and its blood-contacting surface was examined macroscopically and by SEM (JSM-IT800, JEOL Company) observation. Anesthetized New Zealand White rabbits were administered heparin for anticoagulation. The carotid artery was surgically exposed, and a segment was isolated by applying vascu

    Binding Assay:

    Article Title: Bioactive 3D-Printed valve scaffold promoting valvular regeneration via immunomodulation and endothelialization
    Article Snippet: sample surface) and return to the venous circulation. After 2 h of circulation, the sample was carefully retrieved, and its blood-contacting surface was examined macroscopically and by SEM (JSM-IT800, JEOL Company) observation. Anesthetized New Zealand White rabbits were administered heparin for anticoagulation. The carotid artery was surgically exposed, and a segment was isolated by applying vascu

    Food & Beverages:

    Article Title: Bioactive 3D-Printed valve scaffold promoting valvular regeneration via immunomodulation and endothelialization
    Article Snippet: sample surface) and return to the venous circulation. After 2 h of circulation, the sample was carefully retrieved, and its blood-contacting surface was examined macroscopically and by SEM (JSM-IT800, JEOL Company) observation. Anesthetized New Zealand White rabbits were administered heparin for anticoagulation. The carotid artery was surgically exposed, and a segment was isolated by applying vascu

    Imaging:

    Article Title: Bioactive 3D-Printed valve scaffold promoting valvular regeneration via immunomodulation and endothelialization
    Article Snippet: sample surface) and return to the venous circulation. After 2 h of circulation, the sample was carefully retrieved, and its blood-contacting surface was examined macroscopically and by SEM (JSM-IT800, JEOL Company) observation. Anesthetized New Zealand White rabbits were administered heparin for anticoagulation. The carotid artery was surgically exposed, and a segment was isolated by applying vascu

    Mass Spectrometry:

    Article Title: Bioactive 3D-Printed valve scaffold promoting valvular regeneration via immunomodulation and endothelialization
    Article Snippet: sample surface) and return to the venous circulation. After 2 h of circulation, the sample was carefully retrieved, and its blood-contacting surface was examined macroscopically and by SEM (JSM-IT800, JEOL Company) observation. Anesthetized New Zealand White rabbits were administered heparin for anticoagulation. The carotid artery was surgically exposed, and a segment was isolated by applying vascu

    Clinical Proteomics:

    Article Title: Bioactive 3D-Printed valve scaffold promoting valvular regeneration via immunomodulation and endothelialization
    Article Snippet: sample surface) and return to the venous circulation. After 2 h of circulation, the sample was carefully retrieved, and its blood-contacting surface was examined macroscopically and by SEM (JSM-IT800, JEOL Company) observation. Anesthetized New Zealand White rabbits were administered heparin for anticoagulation. The carotid artery was surgically exposed, and a segment was isolated by applying vascu

    Indirect Immunoperoxidase Assay:

    Article Title: Bioactive 3D-Printed valve scaffold promoting valvular regeneration via immunomodulation and endothelialization
    Article Snippet: sample surface) and return to the venous circulation. After 2 h of circulation, the sample was carefully retrieved, and its blood-contacting surface was examined macroscopically and by SEM (JSM-IT800, JEOL Company) observation. Anesthetized New Zealand White rabbits were administered heparin for anticoagulation. The carotid artery was surgically exposed, and a segment was isolated by applying vascu



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    Image Search Results


    EBSD microstructures of Cr-Ni-Mo-V steel at different tempering temperatures: ( a ) 425 °C; ( b ) 475 °C; ( c ) 525 °C; ( d ) 575 °C; ( e ) 625 °C; ( f ) proportion of HAGBs.

    Journal: Materials

    Article Title: Effect of Tempering Temperature on Microstructural Evolution and Mechanical Properties of Cr-Ni-Mo-V Steel for Pressure Vessel Applications

    doi: 10.3390/ma19091679

    Figure Lengend Snippet: EBSD microstructures of Cr-Ni-Mo-V steel at different tempering temperatures: ( a ) 425 °C; ( b ) 475 °C; ( c ) 525 °C; ( d ) 575 °C; ( e ) 625 °C; ( f ) proportion of HAGBs.

    Article Snippet: For orientation and grain boundary analysis, specimens were electropolished in a 5% perchloric acid–ethanol solution at 15 V for 50 s. The crystal orientation and grain boundary distribution of the experimental steel were analyzed by means of an electron backscatter diffraction (EBSD) detector (EDAX Velocity Super) (EDAX LLC, Mahwah, NJ, USA), and the data acquisition step was 0.2 μm.

    Techniques: