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You searched on: Topic Area: Ceramics

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Displaying records 931 to 940 of 1000 records.
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931. Interfacial Dewetting in Silicon Nitride Containing Aligned Grains
Topic: Ceramics
Published: Date unknown
Authors: B Hockey, D S Park, H D Kim, S W Lee
Abstract: It is generally believed that liquid phase sintering of silicon nitride invariably results in a continuous intergranular phase such that individual grains are separated by a glassy interphase, typically as thin as I nm. To the contrary, results pres ...

932. Investigation of the Subcritical Crack Growth Process in Glass by Atomic Force Microscopy
Topic: Ceramics
Published: Date unknown
Authors: Jean-Pierre Guin, Sheldon Martin Wiederhorn
Abstract: To investigate the possibility of cavity formation in silica glass during subcritical crack growth, the topography of fracture surfaces formed in water at a crack velocity of 8.10-11 m/s was mapped using an atomic force microscope. The objective of t ...

933. Large Negative Poisson's Ratio for SrTiO3 Thin Films Grown on Si(001
Topic: Ceramics
Published: Date unknown
Authors: F S Aguirre-Tostado, A Herrera-Gomez, Joseph C Woicik, R Droopad, Z Yu, D G Schlom, E Karapetrova, P Pianetta, C S Hellberg
Abstract: The driving force of the semiconductor industry to integrate thin transition-metal oxides with Si transistor technology has led to the development of SrTiO3 thin-film growth on Si(001). As SrTiO3 represents a large class of oxides with the perovskit ...

934. Lateral Force Microscope Calibration Using a Modified AFM Cantilever
Topic: Ceramics
Published: Date unknown
Author: Mark Reitsma
Abstract: A proof-of-concept study is presented for a new force transducer and associated calibration method that provides a path for quantitative friction measurements using a Lateral Force Microscope. The transducer design is an Atomic Force Microscope (AFM) ...

935. Layer Perfection in Ultrathin, MOVPE-Grown InAs Layers Buried in GaAs(001) Studied by X-Ray Standing Wave and Photoluminescence Spectroscopy
Topic: Ceramics
Published: Date unknown
Authors: J A Gupta, Joseph C Woicik, S P Watkins, D A Harrison, E D Crozier, B A Karlin
Abstract: Using the In-L fluorescence produced by normal-incidence X-ray standing waves, we have measured the layer perfection and positions for ML = 1 and 1/2 (where ML = # of mono layers) InAs quantum wells buried in GaAs(001). Growth temperature effects we ...

936. Lifetime Prediction for Silicon Nitride
Topic: Ceramics
Published: Date unknown
Author: Sheldon Martin Wiederhorn
Abstract: This paper reviews lifetime prediction methodologies for high-temperature structural ceramics. The methodologies consider failure from subcritical crack growth at low temperatures, 800 C to 1000 C, and creep, or creep-rupture at high temperatures. ...

937. Low Temperature Compaction of Nanosize Powders
Topic: Ceramics
Published: Date unknown
Authors: E J Gonzalez, Gasper J. Piermarini
Abstract: In recent years there has been a strong interest in the processing of nanosize ceramic powders because of the potential of sintering them at low temperatures and also because ceramic pieces made of nanosize gram structures may exhibit superior mechan ...

938. Low-Thermal-Conductivity Plasma-Sprayed Thermal Barrier Coatings With Engineered Microstructures
Topic: Ceramics
Published: Date unknown
Authors: Amol Jadhav, N P Padture, Eric Jordan, Maurice Gell, Pilar Miranzo, Lin-Sien H Lum
Abstract: The solution precursor plasma spray (SPPS) process has been used to deposit ZrO2-7wt%Y2O3 (7YSZ) thermal barrier coatings (TBCs) that contain alternate layers of low and high porosities (layered-SPPS). The thermal conductivity of the layered-SPPS coa ...

939. Material Properties of a Sintered {alpha}-SiC
Topic: Ceramics
Published: Date unknown
Author: R G Munro
Abstract: A self-consistent, single-valued representation of the major physical, mechanical, and thermal properties of a sintered {Alpha}-SiC is presented. This comprehensive set of properties is achieved by focusing on a narrowly defined material specificati ...

940. Materials Design for Biomechanical Layer Structures
Topic: Ceramics
Published: Date unknown
Authors: Brian Ronald Lawn, Antonia Pajares, P Miranda, Y N Deng
Abstract: A survey of recent advances in the analysis of ceramic-based layer structures for biomechanial applications is presented. Data on model layer systems, facilitating development of explicit fracture mechanics relations for predicting critical loads to ...

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