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A successful candidate must exhibit a number of additional attributes not least of which are compatibility to Cu while selectively removing copper oxides (CuOx), and be fully compatible with porous ULK and barrier materials.
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Acknowledgements This work has been supported by Science and Technology Planning Project of Zhejiang Province, P.R.China (2006C21052).
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APT and FIB experiment was performed at the Materials Characterization Facility of Nanjing University of Science and Technology.
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The connection process of dissimilar materials such as aluminum and copper uses the brazing method to form a permanent joint [3].
Using the above- equation relationships, the lap length (X) was estimated for different tensile strength of the base materials.Table 1 showed the mechanical properties of materials.
At the same time, the filler materials can not quickly fill the pre-welding gap, leading to the filler materials lack of penetration, appearing large area of the bonding interface.
(3) The shear strength of the joints was influenced both by the lab length and the interactions between the filler material and base materials at the bonded interfaces
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Theoretical Part Criteria for the impervious screen reliability and technical efficiency of channels, reservoirs and storage ponds with the use of modern polymer and geocomposite materials have been developed based on domestic and foreign experience generalization in the composite materials and studies of efficiency use [1, 3, 7].
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Moreover, environmental responsive materials have often been introduced for optimizing the convenience and efficiency of the materials in application.
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The Duncan-Change model is a nonlinear elastic model which was widely accepted by the geotechnical community in approximating the constitutive response of geo-materials.
Previous experimental research using triaxial tests The triaxial test is one of widely-used tests for discovering the constitutive law in geo-materials.
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