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Showing 101 - 120 results of 3,463 for search '(( ((decrease heat) OR (release heat)) resistance ) OR ( decrease plant resistance ))*', query time: 0.87s Refine Results
  1. 101
    Metallographic organization of 17-4PH-xTiC coatings.

    Metallographic organization of 17-4PH-xTiC coatings. by Dian Yu Luo (22656111)

    Published 2025
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  2. 102
    Macroscopic morphology of 17-4PH-xTiC coatings.

    Macroscopic morphology of 17-4PH-xTiC coatings. by Dian Yu Luo (22656111)

    Published 2025
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  3. 103
    Hardness distribution of 17-4PH-xTiC coatings cross section.

    Hardness distribution of 17-4PH-xTiC coatings cross section. by Dian Yu Luo (22656111)

    Published 2025
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  4. 104
    (a) The installation method of blade holder, (b) Blades in operation, (c) The blade after 120h of wheat harvesting.

    (a) The installation method of blade holder, (b) Blades in operation, (c) The blade after 120h of wheat harvesting. by Dian Yu Luo (22656111)

    Published 2025
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  5. 105
    SEM morphology of power: (a)17−4PH; (b)TiC.

    SEM morphology of power: (a)17−4PH; (b)TiC. by Dian Yu Luo (22656111)

    Published 2025
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  6. 106
    SEM morphology of 17-4PH-xTiC coatings.

    SEM morphology of 17-4PH-xTiC coatings. by Dian Yu Luo (22656111)

    Published 2025
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  7. 107
    SEM morphology and EDS surface-scanning energy spectra of 17-4PH-xTiC coated abrasion marks: (a) 10%TiC; (b) 20%TiC; (c) 30%TiC; (d) 40%TiC.

    SEM morphology and EDS surface-scanning energy spectra of 17-4PH-xTiC coated abrasion marks: (a) 10%TiC; (b) 20%TiC; (c) 30%TiC; (d) 40%TiC. by Dian Yu Luo (22656111)

    Published 2025
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  8. 108
    Comparison of wear quality of different blades after field tests.

    Comparison of wear quality of different blades after field tests. by Dian Yu Luo (22656111)

    Published 2025
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  9. 109
    Schematic of experimental equipment and process.

    Schematic of experimental equipment and process. by Dian Yu Luo (22656111)

    Published 2025
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  10. 110
    Wear quality of 17-4PH-xTiC coatings after friction wear tests.

    Wear quality of 17-4PH-xTiC coatings after friction wear tests. by Dian Yu Luo (22656111)

    Published 2025
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  11. 111
    SEM morphology and EDS surface-scanning energy spectra of the cross-sectional organization of 17-4PH-xTiC coatings.

    SEM morphology and EDS surface-scanning energy spectra of the cross-sectional organization of 17-4PH-xTiC coatings. by Dian Yu Luo (22656111)

    Published 2025
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  12. 112
    Unmolten particles in the coating.

    Unmolten particles in the coating. by Dian Yu Luo (22656111)

    Published 2025
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  13. 113
    Abrasion morphology of 65Mn substrate and 17-4PH-xTiC coatings.

    Abrasion morphology of 65Mn substrate and 17-4PH-xTiC coatings. by Dian Yu Luo (22656111)

    Published 2025
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  14. 114
    XRD patterns of 17-4PH-xTiC coatings.

    XRD patterns of 17-4PH-xTiC coatings. by Dian Yu Luo (22656111)

    Published 2025
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  15. 115
    Friction coefficient curve of 17-4PH-xTiC coatings.

    Friction coefficient curve of 17-4PH-xTiC coatings. by Dian Yu Luo (22656111)

    Published 2025
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  16. 116
    The influence of Cu content on high temperature corrosion behavior of heat - resistant molten salt steel

    The influence of Cu content on high temperature corrosion behavior of heat - resistant molten salt steel by Hong Li (20183)

    Published 2019
    “…The structure of the oxide film consists of various protective oxide films; with increasing of Cu content, the high-temperature corrosion resistance of heat-resistant steel was improved and the thickness of the corrosion layer was decreased which led to improving the bonding strength between the inner layer and the matrix. …”
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  17. 117
    Image_1_The Mechanism of Heat Stress Resistance During Spermatogenesis in Turpan Black Sheep.TIF

    Image_1_The Mechanism of Heat Stress Resistance During Spermatogenesis in Turpan Black Sheep.TIF by Yukun Song (1468750)

    Published 2022
    “…There was no significant difference in testicular histomorphology between the two after heat stress treatment. However, Suffolk sheep showed a significantly decreased number of spermatocytes after heat stress treatment (p < 0.05). …”
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  18. 118
    Image_3_The Mechanism of Heat Stress Resistance During Spermatogenesis in Turpan Black Sheep.TIF

    Image_3_The Mechanism of Heat Stress Resistance During Spermatogenesis in Turpan Black Sheep.TIF by Yukun Song (1468750)

    Published 2022
    “…There was no significant difference in testicular histomorphology between the two after heat stress treatment. However, Suffolk sheep showed a significantly decreased number of spermatocytes after heat stress treatment (p < 0.05). …”
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  19. 119
    Image_2_The Mechanism of Heat Stress Resistance During Spermatogenesis in Turpan Black Sheep.TIF

    Image_2_The Mechanism of Heat Stress Resistance During Spermatogenesis in Turpan Black Sheep.TIF by Yukun Song (1468750)

    Published 2022
    “…There was no significant difference in testicular histomorphology between the two after heat stress treatment. However, Suffolk sheep showed a significantly decreased number of spermatocytes after heat stress treatment (p < 0.05). …”
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  20. 120
    Model verification of different soil resistivity.

    Model verification of different soil resistivity. by Chundong Wang (1665493)

    Published 2025
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