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Đang hiển thị 41 - 60 kết quả của 233 cho tìm kiếm 'far is (((((remote. OR evolveddsssdss.) OR resolved.) OR involves.) OR involved.) OR removed.)', thời gian truy vấn: 0.13s Tinh chỉnh kết quả
  1. 41
    Random intercept linear mixed effects model results on target orientation.

    Random intercept linear mixed effects model results on target orientation. Bằng Tiffany C. Wu (21696219)

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  2. 42
    Roll, pitch, and yaw rotation axes.

    Roll, pitch, and yaw rotation axes. Bằng Tiffany C. Wu (21696219)

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  3. 43
    Layouts used in the experiment.

    Layouts used in the experiment. Bằng Tiffany C. Wu (21696219)

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  4. 44
    The five different orientations that target objects were placed in.

    The five different orientations that target objects were placed in. Bằng Tiffany C. Wu (21696219)

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  5. 45
    Random intercept linear mixed effects model results on target present not visible data.

    Random intercept linear mixed effects model results on target present not visible data. Bằng Tiffany C. Wu (21696219)

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  6. 46
    Supplementary Material for: The effect of far infrared treatment on changes in biomarkers in the arteriovenous fistula

    Supplementary Material for: The effect of far infrared treatment on changes in biomarkers in the arteriovenous fistula Bằng figshare admin karger (2628495)

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    “…The mechanism is proposed to involve anti-inflammatory and vasodilatory effects in the arteriovenous fistula. …”
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  7. 47
    Summary of the different themes arising from focus group discussions (FGDs) with people living with hepatitis B virus infection (PLWHB) and healthcare workers (HCWs) caring for PLWHB at Kilifi County Referral Hospital (KCRH) in Kilifi, Kenya. HBV – hepatitis B virus.

    Summary of the different themes arising from focus group discussions (FGDs) with people living with hepatitis B virus infection (PLWHB) and healthcare workers (HCWs) caring for PLW... Bằng Louise O. Downs (14526438)

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  8. 48
    A) Ingoing and B) outgoing hubs at Triângulo Mineiro/ Alto Paranaíba region in 2022. The dark red points are the nodes receiving or sending animals far away and dark green are nodes receiving or sending animals to far livestock properties, however closer than the dark red points. The transparency of the points is the value of Malahanabis distance, and the size is the strength of the movements (number of transported animals). The blue points are the sending (outgoing movements) and the receiver (incoming movements) nodes. The grey lines are the movements, where the linewidth is the number of animals transported divided by 100. The darker the line the more the movements.

    A) Ingoing and B) outgoing hubs at Triângulo Mineiro/ Alto Paranaíba region in 2022. The dark red points are the nodes receiving or sending animals far away and dark green are node... Bằng Anna Cecília Trolesi Reis Borges Costa (16473235)

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  9. 49
    Conversion Mechanism of Front-Side Marangoni Convection to Droplet Motion in Continuously Moving Self-Propelled 1‑Hexanol Droplet on an Aqueous Solution

    Conversion Mechanism of Front-Side Marangoni Convection to Droplet Motion in Continuously Moving Self-Propelled 1‑Hexanol Droplet on an Aqueous Solution Bằng Tomonori Nomoto (5158805)

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  10. 50
    Conversion Mechanism of Front-Side Marangoni Convection to Droplet Motion in Continuously Moving Self-Propelled 1‑Hexanol Droplet on an Aqueous Solution

    Conversion Mechanism of Front-Side Marangoni Convection to Droplet Motion in Continuously Moving Self-Propelled 1‑Hexanol Droplet on an Aqueous Solution Bằng Tomonori Nomoto (5158805)

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  11. 51
    Conversion Mechanism of Front-Side Marangoni Convection to Droplet Motion in Continuously Moving Self-Propelled 1‑Hexanol Droplet on an Aqueous Solution

    Conversion Mechanism of Front-Side Marangoni Convection to Droplet Motion in Continuously Moving Self-Propelled 1‑Hexanol Droplet on an Aqueous Solution Bằng Tomonori Nomoto (5158805)

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  12. 52
    Conversion Mechanism of Front-Side Marangoni Convection to Droplet Motion in Continuously Moving Self-Propelled 1‑Hexanol Droplet on an Aqueous Solution

    Conversion Mechanism of Front-Side Marangoni Convection to Droplet Motion in Continuously Moving Self-Propelled 1‑Hexanol Droplet on an Aqueous Solution Bằng Tomonori Nomoto (5158805)

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  13. 53
    Conversion Mechanism of Front-Side Marangoni Convection to Droplet Motion in Continuously Moving Self-Propelled 1‑Hexanol Droplet on an Aqueous Solution

    Conversion Mechanism of Front-Side Marangoni Convection to Droplet Motion in Continuously Moving Self-Propelled 1‑Hexanol Droplet on an Aqueous Solution Bằng Tomonori Nomoto (5158805)

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  14. 54
    Conversion Mechanism of Front-Side Marangoni Convection to Droplet Motion in Continuously Moving Self-Propelled 1‑Hexanol Droplet on an Aqueous Solution

    Conversion Mechanism of Front-Side Marangoni Convection to Droplet Motion in Continuously Moving Self-Propelled 1‑Hexanol Droplet on an Aqueous Solution Bằng Tomonori Nomoto (5158805)

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  15. 55
    FAR1 as a ferroptosis-related biomarker and potential therapeutic target in acute kidney injury: integrated bioinformatics and experimental validation

    FAR1 as a ferroptosis-related biomarker and potential therapeutic target in acute kidney injury: integrated bioinformatics and experimental validation Bằng Hao Duan (8386146)

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    “…<p>Emerging evidence underscores the critical involvement of ferroptosis in the pathophysiology of AKI. …”
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  16. 56
    HD17O recommended line list

    HD17O recommended line list Bằng Semen Mikhailenko (5241511)

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  17. 57
    Molecular Dynamics Datasets for "The far extracellular CUB domain of the adhesion GPCRADGRG6/GPR126 is a key regulator of receptor signaling"

    Molecular Dynamics Datasets for "The far extracellular CUB domain of the adhesion GPCRADGRG6/GPR126 is a key regulator of receptor signaling" Bằng Sumit Bandekar (21102824)

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  18. 58
    Upcycling of Polyethylene Terephthalate Waste into Closed-Loop Recyclable Carbon Fiber-Reinforced Polymer Composites with High Performance

    Upcycling of Polyethylene Terephthalate Waste into Closed-Loop Recyclable Carbon Fiber-Reinforced Polymer Composites with High Performance Bằng Saipeng Feng (22141784)

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  19. 59
    Upcycling of Polyethylene Terephthalate Waste into Closed-Loop Recyclable Carbon Fiber-Reinforced Polymer Composites with High Performance

    Upcycling of Polyethylene Terephthalate Waste into Closed-Loop Recyclable Carbon Fiber-Reinforced Polymer Composites with High Performance Bằng Saipeng Feng (22141784)

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  20. 60
    Upcycling of Polyethylene Terephthalate Waste into Closed-Loop Recyclable Carbon Fiber-Reinforced Polymer Composites with High Performance

    Upcycling of Polyethylene Terephthalate Waste into Closed-Loop Recyclable Carbon Fiber-Reinforced Polymer Composites with High Performance Bằng Saipeng Feng (22141784)

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