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Sintering microwave

An alternative method which permits the microwave sintering of low-electrical-conductivity materials is secondary microwave processing. In this method. Fig. 3.20, a highly efficient microwave absorber (a susceptor) is used to heat a cavity where the sample being processed is placed (Pope, 1991). This method should allow microwave processing of a wide range of ferrites. [Pg.75]

Gerdes, T., Willert-Porada, M., (1994), Microwave sintering of metal-ceramic and ceramic-ceramic composites , Mat. Res. Sco. Symp. Proc. 347, 531. [Pg.593]

Perelaer J, Gans BJ, and Schubert US. (2006) Ink-jet printing and microwave sintering of conductive silver tracks. Adv Mater 18 2101-2104. [Pg.253]

J. D. Katz and R. D. Blake, Microwave sintering of multiple alumina and composite components, American Ceramic Society Bulletin, 70, 1304-1308 (1991)... [Pg.588]

J. D. Katz, Microwave sintering of ceramics. Annual Review of Materials Science, 22, 153-170 (1992)... [Pg.588]

The primary interest in microwave sintering of ceramics has been in the promise of microstructural engineering of particular materials. For example, microwave sintering of SrO- and MgO-doped LaGaOs... [Pg.1692]

Microwave sintering, joining, and thermal etching are three high-temperature processes for which there have been claims that microwave energy can densify, join, or etch at lower temperatures and/or shorter times than are required to produce the same results by conventional heating. Regardless of the presence... [Pg.1696]

Figure 3 Typical microwave sintering profile for a AbOa-steel FGM sintered with microwaves of 2.45 GHz frequency. Temperature readings are taken at the metal side of the FGM. Figure 3 Typical microwave sintering profile for a AbOa-steel FGM sintered with microwaves of 2.45 GHz frequency. Temperature readings are taken at the metal side of the FGM.
Figure 4 Thermal gradient developed upon microwave sintering of an AbOa-steel FGM... Figure 4 Thermal gradient developed upon microwave sintering of an AbOa-steel FGM...
Figure 5 Compositional gradient in a microwave sintered 8Y-ZrO2-NiCr8020 sample as compared to the green part (top). Figure 5 Compositional gradient in a microwave sintered 8Y-ZrO2-NiCr8020 sample as compared to the green part (top).
Figure 6 3PB-SENB-experiments on 8Y-ZrO2-NiCr8020 microwave sintered specimen... Figure 6 3PB-SENB-experiments on 8Y-ZrO2-NiCr8020 microwave sintered specimen...
Figure 7 Preliminary testing of the oxydation resistance of dense, microwave sintered TBC... Figure 7 Preliminary testing of the oxydation resistance of dense, microwave sintered TBC...
T. Gerdes, M. Willert-Porada, Microwave Sintering of Metal-Ceramic and Ceramic-Ceramic Composites", MRSProc. Vol. ML, S. 531-537 (1994)... [Pg.354]

Hot isoslalic pressing Liquid phase sintering Microwave sintering... [Pg.45]

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