The mutualistic interaction between truffle‐like ectomycorrhizal (ECM) fungi and mycophagous mammals is fundamental to forest health, supporting fungal dispersal, soil structure, nutrient cycling, and plant community dynamics worldwide. However, climate change may disrupt this mutualism in unprecedented ways by altering truffle‐like ECM sporing body ...
Emily McIntyre +4 more
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Evaluation of Somatropin Release from Chitosan and Methylcellulose Hydrogels: Influence of Hydrogel Composition and Phosvitin on the Release Profile. [PDF]
Siemiradzka W, Mizgała W.
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Effect and Mechanism Analysis of Process Parameters and Penetration State on Pore Defects of 1060/2A12 Dissimilar Aluminum Alloy Electron Beam Welding Joints. [PDF]
Ma G +6 more
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Reversible Joining Technology for Polyolefins Using Electromagnetic Energy and Homologous Hot-Melt Adhesives Containing Metallic and Ferrite Additives. [PDF]
Ciobanu RC +5 more
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Fixed Effect Versus Random Effects Models in Meta-analysis: As Simple as It Gets. [PDF]
Andrade C.
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Effect of Stirring Needle Length on the Microstructures and Properties of A380/6061 Dissimilar Aluminium Alloy FSW Joints. [PDF]
Hu X, Luo Z, Liu S, Ren Y, Long W.
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Cold bonding of aluminium to copper by deformation-enhanced diffusion. [PDF]
Vullum PE +3 more
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Solid state welding of dissimilar materials
Santos Vilaca da Silva, Pedro
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Joining of dissimilar materials
SPIE Proceedings, 2003The combination of dissimilar materials is a challenging goal for the development of parts with locally optimized properties. The main goal of these developments are weight reduction, optimization of properties or the tailoring of the properties for specific applications in combination with an efficient joining technology.
Gerd Sepold, Michael Kreimeyer
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Welding of dissimilar materials
Materials at High Temperatures, 2010In fossil fuel fired power plants, appropriate materials are required which correspond to the different temperature and oxidizing conditions in the boiler and in the super-heater sections. Pipe steels with (T/P22; T/P23; T/P24) must be welded with 9–12%Cr steels (T/P91; T/P92).
Russel Fuchs, Herbert Heuser, Bernd Hahn
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