Add to ORKGA new method for the production of metal-ceramics composites is co-sintering of a common produced green body. Detailed analysis of the interfaces is a precondition to understand the materials behavior and to align the process parameters for a reliable product. FIB-based target preparation enables a subsequent TEM observation. In addition to imaging preferred in STEM mode the elemental analysis using EDX and EELS leads to a comprehensive description of the interfaces
Model ceramic matrix composites have been manufactured in a wide range of materials using the precip...
A detailed electron microscopic examination of the interface between Ti and SiC is concentrated on. ...
Transmission electron microscopy (TEM) is a powerful diagnostic tool for the determination of struct...
Tape casting with subsequent cosintering can be used for manufacturing metal -ceramic composites wit...
Recently introduced FIB/SEM analysis in microscopy seems to provide a high-resolution characterizati...
Cemented carbides with sub-micron grain size have increased the need to restrict grain growth during...
The composite formation of steel and ceramics is especially for medical applications of great intere...
A survey is presented of the principles underlying the design of model interface microstructures whi...
Ceramic/metal bounds are used in a variety of dental applications, because this way combines the str...
A titanium-aluminium composite (TAC) has been produced using a novel vacuum cast process [1, 2] that...
In the development and evaluation of high-performance ceramic materials characterisation of microstr...
International audienceAs part of development of a new assembly technology to achieve bonding for an ...
The results of TEM analyses of materials are critically dependent on the quality of the sample prep...
In this study, 316L and 17-4PH feedstocks were made to manufacture ferromagnetic / nonmagnetic mater...
International audienceSintering of green samples of alumina produced by ice-templating was followed ...
Model ceramic matrix composites have been manufactured in a wide range of materials using the precip...
A detailed electron microscopic examination of the interface between Ti and SiC is concentrated on. ...
Transmission electron microscopy (TEM) is a powerful diagnostic tool for the determination of struct...
Tape casting with subsequent cosintering can be used for manufacturing metal -ceramic composites wit...
Recently introduced FIB/SEM analysis in microscopy seems to provide a high-resolution characterizati...
Cemented carbides with sub-micron grain size have increased the need to restrict grain growth during...
The composite formation of steel and ceramics is especially for medical applications of great intere...
A survey is presented of the principles underlying the design of model interface microstructures whi...
Ceramic/metal bounds are used in a variety of dental applications, because this way combines the str...
A titanium-aluminium composite (TAC) has been produced using a novel vacuum cast process [1, 2] that...
In the development and evaluation of high-performance ceramic materials characterisation of microstr...
International audienceAs part of development of a new assembly technology to achieve bonding for an ...
The results of TEM analyses of materials are critically dependent on the quality of the sample prep...
In this study, 316L and 17-4PH feedstocks were made to manufacture ferromagnetic / nonmagnetic mater...
International audienceSintering of green samples of alumina produced by ice-templating was followed ...
Model ceramic matrix composites have been manufactured in a wide range of materials using the precip...
A detailed electron microscopic examination of the interface between Ti and SiC is concentrated on. ...
Transmission electron microscopy (TEM) is a powerful diagnostic tool for the determination of struct...