The American Ceramic Society Bulletin
Emerging Ceramics & Glass Technology


2003

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January

Technical, Economic Assessment of Efforts to Advance Glassmelting Practices
Business and technical leaders in the glass industry must develop a common view of the forces that must drive the industry in the future and increase cooperation on the highest priority challenges if glass is to survive as a vital industry of the future in the United States.
C. Philip Ross and Gabe L. Tincher

March

Industrial Vacuum Cleaning Systems

Melt Viscosities of Silicate Glasses
Glass & Optical Materials Division's George W. Morey Award paper.
R.H. Doremus

May

Industrial Vacuum Cleaning Systems

Energizing Students to Become the Engineers of Tomorrow
Aimée F. Zerla

State-of-the-Art Glassmelting Furnaces
Designers and suppliers of glassmelting equipment must be prepared to accept more-detailed specifications and demands for guaranteed performance.
Matthias Lindig and Bernd Baunach

June

Photonics: A Light Introduction
Photonics is to light what electronics is to electricity. Light can be manipulated in many more ways than electrons.
Alexis G. Clare

Modified Zeolite Increases Chemical Resistance of Bottle Glass
An industrial residual can be used to treat a zeolite to provide aluminum oxide for producing glass containers.
R. Jordán-Hernández, C. Díaz and M.E. Zayas

July

Development and Commercialization of the Next Generation Oxy-Fuel Burner

September

Measuring Surface Tension of Glass
Mariano Paganelli
Expert System Solutions s.r.l., Modena, Italy

The heating microscope is a new instrument that makes easy and reliable measurements of surface tension on molten material at high temperature. View Article


Recent Advances in LAS-Glass-Ceramics
Wolfgang Pannhorst
Schott Glas, Mainz, Germany

Raman spectroscopy is an effective tool to quantitatively describe the nucleation of model compositions of LAS low-expansion glass-ceramics that continue to form the dominant composition family for glass-ceramics products, including cooktop panels, telescope mirror substrates and microlithographics and beamers. View Article

Photolithographic Fabrication of Waveguides in Sputtered Films of GeAsSe Glass
D.A. Turnbull, J.S. Sanghera, V.Q. Nguyen and I.D. Aggarwal
Naval Research Lab, Washington

Fabricated and characterized Ge5As34Se61 glass waveguides had measured losses of 6.9 to 11.2 dB/cm that did not appear to be strongly dependent on the waveguide width but on scattering from microcracks at the glass/substrate interface. View Article


Recycling of Waste Glass in Eco-Cement
Konstantin Sobolev
Instituto de Ingenieria Civil, Universidad Autónoma de Nuevo León; Monterrey, Mexico

Evaluation of the effect of various groups of waste glass on the properties of Eco-cement is important for the development and realization of this alternative way of waste-glass recycling. View Article


Glass-Ceramics Made from Anodizing Plant Industrial Waste
C. Díaz and S. Salgado
School of Chemical and Engineering, Autonomous University of Baja California, Mexico
R. Jordán
Caribe Glass Factory, Ciudad de la Habana, Cuba
E. Cruz
Center of Advanced Materials Research, Complejo Industrial Chihuahua, Chih, Mexico
M.E. Zayas
Center of Physicals Research, University of Sonora, Hermosillo, Mexico

It is possible to obtain glass-ceramic materials of commercial compositions from residues of anodizing plants. View Article


October

Review of TCLP Extraction on Glassware
R.N. White

Ceram Research was contracted by the Society of Glass and Ceramic Decorators to conduct a full investigation with trials as appropriate on decorated glassware with the purpose of producing a recommended analytical procedure in accordance with the specified TCLP methodology to improve the applicability of the method. View Article

Looking Clearly to the Future Through Glass
Carlo G. Pantano

Glass Plays Critical Role in the Telecommunications Revolution
Thomas P. Seward III

November

Glass—The Engine Block of the Biotechnology Revolution
A.H. Goldstein
Center for Biosurfaces, Alfred University, Alfred, N.Y.

Glass is integral in DNA purification, gene sequencing and genomics and will become integral to biomaterials and biophotonics.