Government of the United States of America, As Represented by the Secretary of Commerce

Mettler-toledo Ag

Wolfgang Haller

Uday V Deshmukh

Philippe Ehrismann

Othmar Hayoz

Thomas Allenspach

David Merino

The method and apparatus serve to treat a multi-walled glass body, in particular a glass body () with a glass membrane () for a chemical sensor or measuring probe, wherein a portion of at least one wall or of an interior tube () is to be fused, and wherein the fusing can have the purpose of closing off a first chamber (). A glass element () which serves to absorb radiation energy is inserted in the vicinity of the portion () of either the wall or of the interior tube () that is to be fused. The glass element () is exposed to the radiation energy of at least one energy radiator (), whereby the glass element () and the portion () of either the wall or the interior tube () are fused together.

Method and apparatus for treating glass bodies, as well as a glass body and measuring probe

A polymer electrolyte for an electrochemical half-cell, such as a reference half-cell, contains a polymer which can be produced by polymerization of N-acryloyl-amino-ethoxy-ethanol or by co-polymerization of N-acryloyl-amino-ethoxy-ethanol with at least one further monomer component.

Polymer electrolyte, half-cell for electrochemical measurements, as well as the use thereof

A process for the production of fiber-reinforced ceramic matrix composites s disclosed. The process consists of making a slurry of the ceramic matrix composite material in an ultraviolet curing resin, and coating the fiber with the slurry in a continuous process whereby a continuous coating of ceramic matrix material is applied to the fiber. The coated fiber is then employed to reinforce ceramic matrix composites. The continuous coating of ceramic matrix material on the surface of the fibers provide improved properties in the composite.

Process for the preparation of fiber-reinforced ceramic matrix composites

A process for the production of fiber-reinforced ceramic matrix composites s disclosed. The process consists of making a slurry of the ceramic matrix composite material in an ultraviolet curing resin, and coating the fiber with the slurry in a continuous process whereby a continuous coating of ceramic matrix material is applied to the fiber. The coated fiber is then employed to reinforce ceramic matrix composites. The continuous coating of ceramic matrix on the surface of the the fibers provide improved properties in the composite.

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Chevy Chase, MD, United States of America

Wolfgang Haller