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square glass capillaries vitrocom hollow square 8250 − 100  (VitroCom Inc)

 
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    Structured Review

    VitroCom Inc square glass capillaries vitrocom hollow square 8250 − 100
    a) - e) OpUS transmitter fabrication process; a) stripped and cleaved optical fibre, b) optical fibre inserted in square glass <t>capillary,</t> c) optical fibre and capillary polished to a 45 °angle, d) silver mirror applied to polished surface, e) OpUS-generating composite coating applied to capillary surface. f) - g) Stereo-microscope images of lateral transmitter tip showing polished 45 °surface from f) the side-view (with scale bar) and g) the bottom view. h) Transmitted ultrasound time-series measured at 1.5 mm. i) Corresponding ultrasound power spectrum.
    Square Glass Capillaries Vitrocom Hollow Square 8250 − 100, supplied by VitroCom Inc, used in various techniques. Bioz Stars score: 90/100, based on 1 PubMed citations. ZERO BIAS - scores, article reviews, protocol conditions and more
    https://www.bioz.com/product/squared+capillary+vitrocom+hollow+square+capillary/pmc10549740-37-1-13?v=VitroCom+Inc
    Average 90 stars, based on 1 article reviews
    square glass capillaries vitrocom hollow square 8250 − 100 - by Bioz Stars, 2026-06
    90/100 stars

    Images

    1) Product Images from "All-optical ultrasound catheter for rapid B-mode oesophageal imaging"

    Article Title: All-optical ultrasound catheter for rapid B-mode oesophageal imaging

    Journal: Biomedical Optics Express

    doi: 10.1364/BOE.494878

    a) - e) OpUS transmitter fabrication process; a) stripped and cleaved optical fibre, b) optical fibre inserted in square glass capillary, c) optical fibre and capillary polished to a 45 °angle, d) silver mirror applied to polished surface, e) OpUS-generating composite coating applied to capillary surface. f) - g) Stereo-microscope images of lateral transmitter tip showing polished 45 °surface from f) the side-view (with scale bar) and g) the bottom view. h) Transmitted ultrasound time-series measured at 1.5 mm. i) Corresponding ultrasound power spectrum.
    Figure Legend Snippet: a) - e) OpUS transmitter fabrication process; a) stripped and cleaved optical fibre, b) optical fibre inserted in square glass capillary, c) optical fibre and capillary polished to a 45 °angle, d) silver mirror applied to polished surface, e) OpUS-generating composite coating applied to capillary surface. f) - g) Stereo-microscope images of lateral transmitter tip showing polished 45 °surface from f) the side-view (with scale bar) and g) the bottom view. h) Transmitted ultrasound time-series measured at 1.5 mm. i) Corresponding ultrasound power spectrum.

    Techniques Used: Microscopy



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    Image Search Results


    a) - e) OpUS transmitter fabrication process; a) stripped and cleaved optical fibre, b) optical fibre inserted in square glass capillary, c) optical fibre and capillary polished to a 45 °angle, d) silver mirror applied to polished surface, e) OpUS-generating composite coating applied to capillary surface. f) - g) Stereo-microscope images of lateral transmitter tip showing polished 45 °surface from f) the side-view (with scale bar) and g) the bottom view. h) Transmitted ultrasound time-series measured at 1.5 mm. i) Corresponding ultrasound power spectrum.

    Journal: Biomedical Optics Express

    Article Title: All-optical ultrasound catheter for rapid B-mode oesophageal imaging

    doi: 10.1364/BOE.494878

    Figure Lengend Snippet: a) - e) OpUS transmitter fabrication process; a) stripped and cleaved optical fibre, b) optical fibre inserted in square glass capillary, c) optical fibre and capillary polished to a 45 °angle, d) silver mirror applied to polished surface, e) OpUS-generating composite coating applied to capillary surface. f) - g) Stereo-microscope images of lateral transmitter tip showing polished 45 °surface from f) the side-view (with scale bar) and g) the bottom view. h) Transmitted ultrasound time-series measured at 1.5 mm. i) Corresponding ultrasound power spectrum.

    Article Snippet: Subsequently, square glass capillaries (OD: 0.5 x 0.5 mm, wall thickness: 0.1 mm, Vitrocom Hollow Square 8250 − 100 , CM Scientific, Germany) were cut to length ( ca.

    Techniques: Microscopy