NSTL国家科技图书文献中心

1. Experimental and numerical investigation of bonding strength in laser cladding: Fe-based cladding layer with varying WC contents coating on AISI H13 substrate NSTL国家科技图书文献中心

Deng, Chenyun | Chen, Wei ... - 《Optics & Laser Technology》 - 2025,187 - 共17页

摘要：To better investigate the bonding strength* of* | coating on AISI H13 substrate, this study | experimental mold for bonding strength. Secondly, a large | specimen for bonding strength. Finally, bonding strength | powder coating on H13 substrate* without WC addition*

关键词： Laser cladding | Bonding strength | Varying WC contents | Shear strength | Fractographic analysis

2. Investigate the adhesion behavior and mechanisms of salty ice on bitumen surface based on the ice heterogeneous nucleation kinetics and quasi-liquid layer theory NSTL国家科技图书文献中心

Yao, Yujin | Liu, Wenchang ... - 《Cold regions science and technology》 - 2025,231(Mar.) - 1.1～1.13 - 共13页

摘要： evolution of ice-adhesion strength* (IAS) of NaCl and* | Understanding the freezing and adhesion | properties of de-icing salt solutions is crucial for | optimizing de-icing strategies in infrastructure and | minimizing damage to the environment and road materials

关键词： Ice-adhesion strength | de-icing salt | Bitumen surfaces | Heterogeneous nucleation kinetics | Quasi-liquid layer | NUMERICAL-ANALYSIS | WATER | TEMPERATURE | TRANSITION | SUBSTRATE...

3. Cold-spray repair of CuCrZr crystallizers: Effect of substrate pretreatment NSTL国家科技图书文献中心

Wang, Bo | Yu, Min ... - 《Surface Engineering》 - 2025,41(1) - 128～140 - 共13页

摘要： between the repair coating and the substrate* plays a* | coating/substrate* interfaces were prepared through* | polishing and grit-blasting the CuCrZr substrate* surface* | . Effect of substrate* pretreatment on microstructure and* | backscatter diffraction, adhesive shear strength* and thermal*

关键词： cold spraying | CuCrZr crystallizers | substrate pretreatment | shear adhesive strength | heat conductivity

4. Effect of Li_2CO_3 on the preparation and performance of lightweight building ceramsite from oil-based drilling cutting pyrolysis residues NSTL国家科技图书文献中心

Hongjuan Wang | Jing Li ... - 《CERAMICS INTERNATIONAL》 - 2025,51(10) - 13237～13252 - 共16页

摘要：, while enhance substrate* strength and facilitate the* | , 1 h water absorption, compressive strength* and* | In order to achieve promising performance and | ensure a high utilization rate of oil-based drilling | cuttings py-rolysis residues (ODCPRs) for fabricating the

关键词： Shale gas oil-based drilling cuttings | Lightweight building ceramsite | Li_2CO_3 additives | High-temperature phase evolution

5. Failure of vinyl coatings under alternating hydraulic pressure NSTL国家科技图书文献中心

An, Gezheng | Liang, Xingxin ... - 《Surface Engineering》 - 2025,41(1) - 25～34 - 共10页

摘要： strength of the coating increases with substrate | To investigate the effects of substrate | bonding strength* between the vinyl anti-corrosion* | coating and the substrate, several coated samples were | prepared using 304 stainless steel substrate* to carry out*

关键词： coating | bond strength | alternating pressure | vacuum treatment | roughness

6. Effect of laser textured surface on the adhesion of supersonic plasma sprayed Al_2O_3-20wt%TiO_2 coating NSTL国家科技图书文献中心

Peng Wang | Dongwei Wang ... - 《CERAMICS INTERNATIONAL》 - 2025,51(3) - 4083～4091 - 共9页

摘要： substrate had a significant effect on bonding strength | methods that alter the substrate* surface, laser surface* | concave convex shapes on the substrate* surface* | textured surfaces on the bonding strength* of coatings* | results revealed that the bonding strength* of coating on*

关键词： Adhesion | Laser surface texture | Supersonic plasma spraying | Contact area | Element diffusion

7. Comparative Study of Different Bonding Agents for Substrate-Overlay Concrete NSTL国家科技图书文献中心

Upasana Sar | Aminul Islam Laskar - 《Journal of Structural Design and Construction Practice》 - 2025,30(1) - 4024090.1～4024090.15 - 共15页

摘要： between substrate* and overlay concrete were either* | between substrate* and overlay concrete. Therefore, in* | GGBS based AAM as bonding agent between substrate* and* | surface preparation to substrate* concrete viz. smooth* | agents to examine the effect of substrate* surface*

关键词： Substrate | Overlay | Bonding agent | Surface preparation | Alkali activated material (AAM)

8. Influence of Substrate Location on Mechanical Behaviour of Glass Fibre Composite Materials with Embedded Printed Electronics NSTL国家科技图书文献中心

Trinta, Remi | Brocail, Julien ... - 《Applied composite materials》 - 2025,32(1) - 1～20 - 共20页

摘要：) substrate* used for printed electronic applications, with* | substrate location within the laminate. Fracture profiles | that embedding the PET substrate* did not affect the* | ultimate strength* of the laminate, while the bending and* | SBS tests indicated that the substrate* integration*

关键词： Instrumented composite material | GFRP | Printed electronic substrate | Mechanical properties | Mechanical testing | Damage mechanics | Resin transfer moulding (RTM)

9. Acid-base properties of polydimethylsiloxane based adhesives and their influence on adhesion to polymer surfaces NSTL国家科技图书文献中心

Renken, Raul | Kohler, Theresia ... - 《International Journal of Adhesion & Adhesives》 - 2025,140 - 共10页

摘要： tensile lap shear strength* measurements on HDPE, PET* | containing AMMO showed a higher shear strength* on all* | . The IEP leading to maximum shear strength* depends on* | potential as well as the surface energy of the substrate | of the maximum shear strength* measured on each*

关键词： Silicones | Acid-base properties | Surfaces | Zeta potential | Contact angle | Adhesion

10. Evolution of Cold-Sprayed Copper Deposit Mechanical Properties as Function of Substrate Geometry and Heat Treatment Parameters NSTL国家科技图书文献中心

Dominique,Poirier | Bruno,Guerreiro ... - 《Journal of Thermal Spray Technology》 - 2025,34(1) - 186～201 - 共16页

摘要： investigates the effect of substrate* characteristics, a* | deposit heat treatment. Substrate* material, shape and* | size were varied, resulting in a range of substrate | -sprayed deposit strength* was rather optimized at an* | intermediate substrate* size and temperature where partial*

摘要：To better investigate the bonding strength* of* | coating on AISI H13 substrate, this study | experimental mold for bonding strength. Secondly, a large | specimen for bonding strength. Finally, bonding strength | powder coating on H13 substrate* without WC addition*

关键词： Laser cladding | Bonding strength | Varying WC contents | Shear strength | Fractographic analysis

摘要： evolution of ice-adhesion strength* (IAS) of NaCl and* | Understanding the freezing and adhesion | properties of de-icing salt solutions is crucial for | optimizing de-icing strategies in infrastructure and | minimizing damage to the environment and road materials

关键词： Ice-adhesion strength | de-icing salt | Bitumen surfaces | Heterogeneous nucleation kinetics | Quasi-liquid layer | NUMERICAL-ANALYSIS | WATER | TEMPERATURE | TRANSITION | SUBSTRATE...

关键词： cold spraying | CuCrZr crystallizers | substrate pretreatment | shear adhesive strength | heat conductivity

摘要：, while enhance substrate* strength and facilitate the* | , 1 h water absorption, compressive strength* and* | In order to achieve promising performance and | ensure a high utilization rate of oil-based drilling | cuttings py-rolysis residues (ODCPRs) for fabricating the

关键词： Shale gas oil-based drilling cuttings | Lightweight building ceramsite | Li_2CO_3 additives | High-temperature phase evolution

摘要： strength of the coating increases with substrate | To investigate the effects of substrate | bonding strength* between the vinyl anti-corrosion* | coating and the substrate, several coated samples were | prepared using 304 stainless steel substrate* to carry out*

关键词： coating | bond strength | alternating pressure | vacuum treatment | roughness

摘要： substrate had a significant effect on bonding strength | methods that alter the substrate* surface, laser surface* | concave convex shapes on the substrate* surface* | textured surfaces on the bonding strength* of coatings* | results revealed that the bonding strength* of coating on*

关键词： Adhesion | Laser surface texture | Supersonic plasma spraying | Contact area | Element diffusion

摘要： between substrate* and overlay concrete were either* | between substrate* and overlay concrete. Therefore, in* | GGBS based AAM as bonding agent between substrate* and* | surface preparation to substrate* concrete viz. smooth* | agents to examine the effect of substrate* surface*

关键词： Substrate | Overlay | Bonding agent | Surface preparation | Alkali activated material (AAM)

关键词： Instrumented composite material | GFRP | Printed electronic substrate | Mechanical properties | Mechanical testing | Damage mechanics | Resin transfer moulding (RTM)

摘要： tensile lap shear strength* measurements on HDPE, PET* | containing AMMO showed a higher shear strength* on all* | . The IEP leading to maximum shear strength* depends on* | potential as well as the surface energy of the substrate | of the maximum shear strength* measured on each*

关键词： Silicones | Acid-base properties | Surfaces | Zeta potential | Contact angle | Adhesion

摘要： investigates the effect of substrate* characteristics, a* | deposit heat treatment. Substrate* material, shape and* | size were varied, resulting in a range of substrate | -sprayed deposit strength* was rather optimized at an* | intermediate substrate* size and temperature where partial*

关键词： cold spray | copper | mechanical properties

4008-161-200 800-990-8900

国家科技图书文献中心

摘要：To better investigate the bonding strength of | coating on AISI H13 substrate, this study | experimental mold for bonding strength. Secondly, a large | specimen for bonding strength. Finally, bonding strength | powder coating on H13 substrate without WC addition

关键词： Laser cladding | Bonding strength | Varying WC contents | Shear strength | Fractographic analysis

摘要： evolution of ice-adhesion strength (IAS) of NaCl and | Understanding the freezing and adhesion | properties of de-icing salt solutions is crucial for | optimizing de-icing strategies in infrastructure and | minimizing damage to the environment and road materials

关键词： Ice-adhesion strength | de-icing salt | Bitumen surfaces | Heterogeneous nucleation kinetics | Quasi-liquid layer | NUMERICAL-ANALYSIS | WATER | TEMPERATURE | TRANSITION | SUBSTRATE...

摘要： between the repair coating and the substrate plays a | coating/substrate interfaces were prepared through | polishing and grit-blasting the CuCrZr substrate surface | . Effect of substrate pretreatment on microstructure and | backscatter diffraction, adhesive shear strength and thermal

关键词： cold spraying | CuCrZr crystallizers | substrate pretreatment | shear adhesive strength | heat conductivity

摘要：, while enhance substrate strength and facilitate the | , 1 h water absorption, compressive strength and | In order to achieve promising performance and | ensure a high utilization rate of oil-based drilling | cuttings py-rolysis residues (ODCPRs) for fabricating the

关键词： Shale gas oil-based drilling cuttings | Lightweight building ceramsite | Li_2CO_3 additives | High-temperature phase evolution

摘要： strength of the coating increases with substrate | To investigate the effects of substrate | bonding strength between the vinyl anti-corrosion | coating and the substrate, several coated samples were | prepared using 304 stainless steel substrate to carry out

关键词： coating | bond strength | alternating pressure | vacuum treatment | roughness

摘要： substrate had a significant effect on bonding strength | methods that alter the substrate surface, laser surface | concave convex shapes on the substrate surface | textured surfaces on the bonding strength of coatings | results revealed that the bonding strength of coating on

关键词： Adhesion | Laser surface texture | Supersonic plasma spraying | Contact area | Element diffusion

摘要： between substrate and overlay concrete were either | between substrate and overlay concrete. Therefore, in | GGBS based AAM as bonding agent between substrate and | surface preparation to substrate concrete viz. smooth | agents to examine the effect of substrate surface

关键词： Substrate | Overlay | Bonding agent | Surface preparation | Alkali activated material (AAM)

摘要：) substrate used for printed electronic applications, with | substrate location within the laminate. Fracture profiles | that embedding the PET substrate did not affect the | ultimate strength of the laminate, while the bending and | SBS tests indicated that the substrate integration

关键词： Instrumented composite material | GFRP | Printed electronic substrate | Mechanical properties | Mechanical testing | Damage mechanics | Resin transfer moulding (RTM)

摘要： tensile lap shear strength measurements on HDPE, PET | containing AMMO showed a higher shear strength on all | . The IEP leading to maximum shear strength depends on | potential as well as the surface energy of the substrate | of the maximum shear strength measured on each

关键词： Silicones | Acid-base properties | Surfaces | Zeta potential | Contact angle | Adhesion

摘要： investigates the effect of substrate characteristics, a | deposit heat treatment. Substrate material, shape and | size were varied, resulting in a range of substrate | -sprayed deposit strength was rather optimized at an | intermediate substrate size and temperature where partial

关键词： cold spray | copper | mechanical properties

4008-161-200 800-990-8900

国家科技图书文献中心

摘要：To better investigate the bonding strength* of* | coating on AISI H13 substrate, this study | experimental mold for bonding strength. Secondly, a large | specimen for bonding strength. Finally, bonding strength | powder coating on H13 substrate* without WC addition*

摘要： evolution of ice-adhesion strength* (IAS) of NaCl and* | Understanding the freezing and adhesion | properties of de-icing salt solutions is crucial for | optimizing de-icing strategies in infrastructure and | minimizing damage to the environment and road materials

摘要：, while enhance substrate* strength and facilitate the* | , 1 h water absorption, compressive strength* and* | In order to achieve promising performance and | ensure a high utilization rate of oil-based drilling | cuttings py-rolysis residues (ODCPRs) for fabricating the

摘要： strength of the coating increases with substrate | To investigate the effects of substrate | bonding strength* between the vinyl anti-corrosion* | coating and the substrate, several coated samples were | prepared using 304 stainless steel substrate* to carry out*

摘要： substrate had a significant effect on bonding strength | methods that alter the substrate* surface, laser surface* | concave convex shapes on the substrate* surface* | textured surfaces on the bonding strength* of coatings* | results revealed that the bonding strength* of coating on*

摘要： between substrate* and overlay concrete were either* | between substrate* and overlay concrete. Therefore, in* | GGBS based AAM as bonding agent between substrate* and* | surface preparation to substrate* concrete viz. smooth* | agents to examine the effect of substrate* surface*

摘要： tensile lap shear strength* measurements on HDPE, PET* | containing AMMO showed a higher shear strength* on all* | . The IEP leading to maximum shear strength* depends on* | potential as well as the surface energy of the substrate | of the maximum shear strength* measured on each*

摘要： investigates the effect of substrate* characteristics, a* | deposit heat treatment. Substrate* material, shape and* | size were varied, resulting in a range of substrate | -sprayed deposit strength* was rather optimized at an* | intermediate substrate* size and temperature where partial*