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You searched on: Topic Area: Ceramics Sorted by: title

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1. 1997 NIST Ceramics Division Technical Activities
Series: NIST Interagency/Internal Report (NISTIR)
Report Number: 6063
Topic: Ceramics
Published: 1/1/1998
Author: Stephen Weil Freiman
Abstract: The 1997 NIST Ceramics Division Report is organized in the form of programs, emphasizing a desire to develop more extensive collaborations among both Division and Materials Science and Engineering laboratory personnel, and to conduct focussed activit ...

2. A Bayesian/Maximum Entropy Method for the Certification of a Nanocrystallite-Size NIST Standard Reference Material
Topic: Ceramics
Published: 7/1/2004
Authors: N G Armstrong, W Kalceff, James P Cline, John E Bonevich
Abstract: A Bayesian/Maximum Entropy (MaxEnt) method for determining crystallite size distribution and morphology from size-broadened x-ray line profiles is presented. This method will be used in certifying a nanocrystallite-size standard reference material ( ...

3. A Combinatorial Study of Metal Gate/HfO2 MOSCAPS
Topic: Ceramics
Published: 9/1/2006
Authors: Martin L Green, K S Chang, Ichiro Takeuchi, T Chikyow

4. A Combinatorial Study of Metal Gate/HfO2-MOSCAPS
Topic: Ceramics
Published: Date unknown
Authors: Martin L Green, Kao-Shuo Chang, Ichiro Takeuchi, T Chikyow
Abstract: Combinatorial methodology is a rapid technique for surveying new gate dielectrics and gate metal electrodes for the very complex advanced CMOS gate stack. Here, we report on a typical metal gate electrode alloy system, the Ni-Ti-Pt ternary. We have ...

5. A High-Throughput Thermoelectric Power-Factor Screening Tool for Rapid Construction of Thermoelectric Property Diagrams
Topic: Ceramics
Published: 1/23/2007
Authors: Makoto Otani, Nathan Lowhorn, Peter K. Schenck, Winnie K Wong-Ng, Martin L Green, K Itaka, H Koinuma
Abstract: We have developed a high throughput screening tool that maps out thermoelectric power factors of combinatorial composition-spread film libraries. The screening tool allows us to measure the electrical conductivity and Seebeck coefficient of over 1000 ...

6. A High-throughput Screening System for Thermoelectric Material Exploration Based on Combinatorial Film Approach
Topic: Ceramics
Published: 5/7/2009
Authors: Makoto Otani, Evan L. Thomas, Winnie K Wong-Ng, Peter K. Schenck, Nathan Lowhorn, Martin L Green, Hiroyuki Ohguchi
Abstract: A high-throughput system that consists of a combinatorial tool (a sputtering deposition tool and a pulsed laser deposition tool) and two property screening devices, developed at NIST, was used for thermoelectric material exploration. The thermoelectr ...

7. A Model System for Interfacial Reactions in LTCC Materials
Topic: Ceramics
Published: 4/1/2003
Authors: Lawrence P. Cook, Winnie K Wong-Ng, Peter K. Schenck, Mark D Vaudin, J Suh
Abstract: Over the past decade, ceramic packaging materials have continued to increase in both chemical and structural complexity. At processing temperatures of 800 C to 900 C, the possibilities for interactions at interfaces between dissimilar materials ar ...

8. A Nanocomposite Poly(Methyl-Methacrylate) Bone Cement
Topic: Ceramics
Published: 7/1/2000
Authors: A H Gomoll, A Bellare, W Fitz, T S Thornhill, R D Scott, P R Jemian, Gabrielle Gibbs Long
Abstract: Poly(methyl methacrylate) (PMMA) based orthopaedic bone cements contain 1-3 micro {mu} size radiopacifier particles. Incomplete dispersion of these particles leads to the presence of 50-200 micro {mu} size agglomerates. These large defects are site ...

9. A New High Precision Procedure for AFM Probe Spring Constant Measurement Using a Microfabricated Calibrated Reference Cantilever Array (CRCA)
Topic: Ceramics
Published: 9/1/2006
Authors: M G Reitsma, Richard Swift Gates

10. A New Octahedral Tilt System in the Perovskite Phase Ca^d3^Nb^d2^O^d8^
Topic: Ceramics
Published: 4/1/2003
Authors: L M Cranswick, W G Mumme, I E Grey, Robert S. Roth, P Bordet
Abstract: The perovskite-related phase Ca^d3^Nb^d2^O^d8^, when grown as single crystals from a calcium vanadate flux, incorporates a smallamount of vanadium from the flux to form the composition Ca^d3^Nb^d2-x^V^dx^O^d8^ with x = 0.025 . The crystals have pseud ...

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