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mathcad plus 6.0 software  (MathSoft Inc)

 
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    MathSoft Inc mathcad plus 6.0 software
    Simulation of diurnal trends of total direct light on a horizontal surface (DIR-HO, red line), total direct light normal to a surface (DIR-N, squares), total direct light on a vertical surface (DIR-V, violet broken line), total diffuse light on a vertical surface (DIF-H, green line), total direct and diffuse light on a vertical surface (TOT-H, dark green) on a 35° NE-SW oriented row calculated on 20 July (DOY 201) by <t>Mathcad</t> <t>PLUS</t> <t>6·0</t> software (Mathsoft Inc., Cambridge, MA, USA). Parameters used in the multiple non-linear regression model were total canopy light interception (TCLI) and DIR-V.
    Mathcad Plus 6.0 Software, supplied by MathSoft 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/result/mathcad plus 6.0 software/product/MathSoft Inc
    Average 90 stars, based on 1 article reviews
    mathcad plus 6.0 software - by Bioz Stars, 2026-03
    90/100 stars

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    1) Product Images from "A sensorless, Big Data based approach for phenology and meteorological drought forecasting in vineyards"

    Article Title: A sensorless, Big Data based approach for phenology and meteorological drought forecasting in vineyards

    Journal: Scientific Reports

    doi: 10.1038/s41598-023-44019-4

    Simulation of diurnal trends of total direct light on a horizontal surface (DIR-HO, red line), total direct light normal to a surface (DIR-N, squares), total direct light on a vertical surface (DIR-V, violet broken line), total diffuse light on a vertical surface (DIF-H, green line), total direct and diffuse light on a vertical surface (TOT-H, dark green) on a 35° NE-SW oriented row calculated on 20 July (DOY 201) by Mathcad PLUS 6·0 software (Mathsoft Inc., Cambridge, MA, USA). Parameters used in the multiple non-linear regression model were total canopy light interception (TCLI) and DIR-V.
    Figure Legend Snippet: Simulation of diurnal trends of total direct light on a horizontal surface (DIR-HO, red line), total direct light normal to a surface (DIR-N, squares), total direct light on a vertical surface (DIR-V, violet broken line), total diffuse light on a vertical surface (DIF-H, green line), total direct and diffuse light on a vertical surface (TOT-H, dark green) on a 35° NE-SW oriented row calculated on 20 July (DOY 201) by Mathcad PLUS 6·0 software (Mathsoft Inc., Cambridge, MA, USA). Parameters used in the multiple non-linear regression model were total canopy light interception (TCLI) and DIR-V.

    Techniques Used: Software



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    Image Search Results


    Simulation of diurnal trends of total direct light on a horizontal surface (DIR-HO, red line), total direct light normal to a surface (DIR-N, squares), total direct light on a vertical surface (DIR-V, violet broken line), total diffuse light on a vertical surface (DIF-H, green line), total direct and diffuse light on a vertical surface (TOT-H, dark green) on a 35° NE-SW oriented row calculated on 20 July (DOY 201) by Mathcad PLUS 6·0 software (Mathsoft Inc., Cambridge, MA, USA). Parameters used in the multiple non-linear regression model were total canopy light interception (TCLI) and DIR-V.

    Journal: Scientific Reports

    Article Title: A sensorless, Big Data based approach for phenology and meteorological drought forecasting in vineyards

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    Figure Lengend Snippet: Simulation of diurnal trends of total direct light on a horizontal surface (DIR-HO, red line), total direct light normal to a surface (DIR-N, squares), total direct light on a vertical surface (DIR-V, violet broken line), total diffuse light on a vertical surface (DIF-H, green line), total direct and diffuse light on a vertical surface (TOT-H, dark green) on a 35° NE-SW oriented row calculated on 20 July (DOY 201) by Mathcad PLUS 6·0 software (Mathsoft Inc., Cambridge, MA, USA). Parameters used in the multiple non-linear regression model were total canopy light interception (TCLI) and DIR-V.

    Article Snippet: Figure 2 Simulation of diurnal trends of total direct light on a horizontal surface (DIR-HO, red line), total direct light normal to a surface (DIR-N, squares), total direct light on a vertical surface (DIR-V, violet broken line), total diffuse light on a vertical surface (DIF-H, green line), total direct and diffuse light on a vertical surface (TOT-H, dark green) on a 35° NE-SW oriented row calculated on 20 July (DOY 201) by Mathcad PLUS 6·0 software (Mathsoft Inc., Cambridge, MA, USA).

    Techniques: Software