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mass flow meter and controller cs200c  (Sevenstar Electronics)

 
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    Structured Review

    Sevenstar Electronics mass flow meter and controller cs200c
    ( A to I ) Snapshots of three frames from a gas leak detection video sequence (movie S4), with the GCD color-map superimposed onto visible light images (A, D, and G) and IR thermal images (B, E, and H), respectively. (C), (F), and (I) are the pixel-by-pixel estimates of the flow velocities (blue arrows) superimposed onto a GCD image. The concentric squares indicate boundaries at which the gas flow is evaluated. The detection distance is 1.2 m and the temperature difference between the gas and background (hotplate) Δ T is 78.3 K. Three frames are at the time when the actual leak rates are 0.2 (A to C), 0.4 (D to F), and 0.6 sccm (G to I), respectively. ( J ) The time-resolved leak-rate estimate (red line) from the video sequence, compared with the ground-truth (blue line) from the mass flow <t>controller.</t> ( K ) The time-resolved relative error (difference between estimated leak rate and ground-truth) (blue line). The horizontal red dashed line indicates the overall mean relative error of 35.6%. Results at Δ T of 38.3 K, the distance of 2.5 and 5 m, and lower leak rates are shown in figs. S24 to S28 and movies S5 to S9. All results are summarized in .
    Mass Flow Meter And Controller Cs200c, supplied by Sevenstar Electronics, 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/mass+flow+meter+and+controller+cs200c/mass+flow+controller+cs200/pmc11225786-169-13-14
    Average 90 stars, based on 1 article reviews
    mass flow meter and controller cs200c - by Bioz Stars, 2026-09
    90/100 stars

    Images

    1) Product Images from "Single 5-centimeter-aperture metalens enabled intelligent lightweight mid-infrared thermographic camera"

    Article Title: Single 5-centimeter-aperture metalens enabled intelligent lightweight mid-infrared thermographic camera

    Journal: Science Advances

    doi: 10.1126/sciadv.ado4847

    ( A to I ) Snapshots of three frames from a gas leak detection video sequence (movie S4), with the GCD color-map superimposed onto visible light images (A, D, and G) and IR thermal images (B, E, and H), respectively. (C), (F), and (I) are the pixel-by-pixel estimates of the flow velocities (blue arrows) superimposed onto a GCD image. The concentric squares indicate boundaries at which the gas flow is evaluated. The detection distance is 1.2 m and the temperature difference between the gas and background (hotplate) Δ T is 78.3 K. Three frames are at the time when the actual leak rates are 0.2 (A to C), 0.4 (D to F), and 0.6 sccm (G to I), respectively. ( J ) The time-resolved leak-rate estimate (red line) from the video sequence, compared with the ground-truth (blue line) from the mass flow controller. ( K ) The time-resolved relative error (difference between estimated leak rate and ground-truth) (blue line). The horizontal red dashed line indicates the overall mean relative error of 35.6%. Results at Δ T of 38.3 K, the distance of 2.5 and 5 m, and lower leak rates are shown in figs. S24 to S28 and movies S5 to S9. All results are summarized in .
    Figure Legend Snippet: ( A to I ) Snapshots of three frames from a gas leak detection video sequence (movie S4), with the GCD color-map superimposed onto visible light images (A, D, and G) and IR thermal images (B, E, and H), respectively. (C), (F), and (I) are the pixel-by-pixel estimates of the flow velocities (blue arrows) superimposed onto a GCD image. The concentric squares indicate boundaries at which the gas flow is evaluated. The detection distance is 1.2 m and the temperature difference between the gas and background (hotplate) Δ T is 78.3 K. Three frames are at the time when the actual leak rates are 0.2 (A to C), 0.4 (D to F), and 0.6 sccm (G to I), respectively. ( J ) The time-resolved leak-rate estimate (red line) from the video sequence, compared with the ground-truth (blue line) from the mass flow controller. ( K ) The time-resolved relative error (difference between estimated leak rate and ground-truth) (blue line). The horizontal red dashed line indicates the overall mean relative error of 35.6%. Results at Δ T of 38.3 K, the distance of 2.5 and 5 m, and lower leak rates are shown in figs. S24 to S28 and movies S5 to S9. All results are summarized in .

    Techniques Used: Sequencing



    Similar Products

    mass flow meter and controller cs200c  (Sevenstar Electronics)
    90
    Sevenstar Electronics mass flow meter and controller cs200c
    ( A to I ) Snapshots of three frames from a gas leak detection video sequence (movie S4), with the GCD color-map superimposed onto visible light images (A, D, and G) and IR thermal images (B, E, and H), respectively. (C), (F), and (I) are the pixel-by-pixel estimates of the flow velocities (blue arrows) superimposed onto a GCD image. The concentric squares indicate boundaries at which the gas flow is evaluated. The detection distance is 1.2 m and the temperature difference between the gas and background (hotplate) Δ T is 78.3 K. Three frames are at the time when the actual leak rates are 0.2 (A to C), 0.4 (D to F), and 0.6 sccm (G to I), respectively. ( J ) The time-resolved leak-rate estimate (red line) from the video sequence, compared with the ground-truth (blue line) from the mass flow <t>controller.</t> ( K ) The time-resolved relative error (difference between estimated leak rate and ground-truth) (blue line). The horizontal red dashed line indicates the overall mean relative error of 35.6%. Results at Δ T of 38.3 K, the distance of 2.5 and 5 m, and lower leak rates are shown in figs. S24 to S28 and movies S5 to S9. All results are summarized in .
    Mass Flow Meter And Controller Cs200c, supplied by Sevenstar Electronics, 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/mass+flow+meter+and+controller+cs200c/mass+flow+controller+cs200/pmc11225786-169-13-14
    Average 90 stars, based on 1 article reviews
    mass flow meter and controller cs200c - by Bioz Stars, 2026-09
    90/100 stars
    		  Buy from Supplier

    Image Search Results


    ( A to I ) Snapshots of three frames from a gas leak detection video sequence (movie S4), with the GCD color-map superimposed onto visible light images (A, D, and G) and IR thermal images (B, E, and H), respectively. (C), (F), and (I) are the pixel-by-pixel estimates of the flow velocities (blue arrows) superimposed onto a GCD image. The concentric squares indicate boundaries at which the gas flow is evaluated. The detection distance is 1.2 m and the temperature difference between the gas and background (hotplate) Δ T is 78.3 K. Three frames are at the time when the actual leak rates are 0.2 (A to C), 0.4 (D to F), and 0.6 sccm (G to I), respectively. ( J ) The time-resolved leak-rate estimate (red line) from the video sequence, compared with the ground-truth (blue line) from the mass flow controller. ( K ) The time-resolved relative error (difference between estimated leak rate and ground-truth) (blue line). The horizontal red dashed line indicates the overall mean relative error of 35.6%. Results at Δ T of 38.3 K, the distance of 2.5 and 5 m, and lower leak rates are shown in figs. S24 to S28 and movies S5 to S9. All results are summarized in .

    Journal: Science Advances

    Article Title: Single 5-centimeter-aperture metalens enabled intelligent lightweight mid-infrared thermographic camera

    doi: 10.1126/sciadv.ado4847

    Figure Lengend Snippet: ( A to I ) Snapshots of three frames from a gas leak detection video sequence (movie S4), with the GCD color-map superimposed onto visible light images (A, D, and G) and IR thermal images (B, E, and H), respectively. (C), (F), and (I) are the pixel-by-pixel estimates of the flow velocities (blue arrows) superimposed onto a GCD image. The concentric squares indicate boundaries at which the gas flow is evaluated. The detection distance is 1.2 m and the temperature difference between the gas and background (hotplate) Δ T is 78.3 K. Three frames are at the time when the actual leak rates are 0.2 (A to C), 0.4 (D to F), and 0.6 sccm (G to I), respectively. ( J ) The time-resolved leak-rate estimate (red line) from the video sequence, compared with the ground-truth (blue line) from the mass flow controller. ( K ) The time-resolved relative error (difference between estimated leak rate and ground-truth) (blue line). The horizontal red dashed line indicates the overall mean relative error of 35.6%. Results at Δ T of 38.3 K, the distance of 2.5 and 5 m, and lower leak rates are shown in figs. S24 to S28 and movies S5 to S9. All results are summarized in .

    Article Snippet: The gas flow rate was precisely controlled by a mass flow meter and controller (Sevenstar, CS200C).

    Techniques: Sequencing