David R Morse

7829489, Nov 9, 2010

Aug 31, 2007

11/897905

Nicholas Francis Borrelli - Elmira NY, US
Kathryn L Goetschius - Wellsville NY, US
David Lathrop Morse - Corning NY, US
Charlene Marie Smith - Corning NY, US

Corning Incorporated - Corning NY

C03C 4/00
C03C 14/00
C03C 3/095
C03C 3/085

501 13, 501 32, 501 34, 501 38, 501 39, 65 332

The present invention describes a composition, method and article for a photomachinable glass having a coefficient of thermal expansion from less than 6×10/ C. in the temperature range of 0 C. to 300 C. The photomachinable glass composition is a low expansion glass having an amorphous glass phase and crystalline phases selected from the group consisting of spudomene and lithium disilicate.

7875102, Jan 25, 2011

Apr 2, 2008

12/080350

Kishor Purushottam Gadkaree - Big Flats NY, US
David Lathrop Morse - Corning NY, US

Corning Incorporated - Corning NY

B01D 53/06

95107, 95116, 95134, 422177, 422178, 428593

A method for managing the use of flow-through monolithic sorbents for the sorption of a trace contaminant from a fluid stream, which comprises: providing two or more flow-through monolithic sorbents having a trace contaminant sorbed thereon, wherein the flow-through monolithic sorbents are positioned in an initial series to allow for passing a fluid stream from an upstream inlet end of the series to a downstream outlet end of the series; removing an inlet end portion of the flow-through monolithic sorbents from the inlet end position of the series; moving a downstream portion of the flow-through monolithic sorbents from a downstream position in the series to the inlet end position of the series; and placing a replacement flow-through monolithic sorbent portion in a downstream position of the series.

20060122050, Jun 8, 2006

Dec 7, 2004

11/007431

Nicholas Borrelli - Elmira NY, US
Robert Morena - Lindley NY, US
David Morse - Corning NY, US

C03C 3/11
C03C 3/091

501056000, 501066000, 065032300, 065032500

The invention is directed to a birefringent glass having a RO—AlO—BO—SiObase composition, where RO represents alkali metal oxides, and a precipitated silver halide phase with a volume fraction of at least 0.001. The birefringent glass composition of the invention can be used to produce monolithic zero-order wave plates having a thickness less than 2 mm. These wave plates can be used to introduce a phase shift between polarized components of light transmitted through the glass.

20120034435, Feb 9, 2012

Aug 3, 2011

13/197312

Nicholas Francis Borrelli - Elmira NY, US
David Lathrop Morse - Corning NY, US
Wageesha Senaratne - Horseheads NY, US
Florence Verrier - Corning NY, US
Ying Wei - Painted Post NY, US

B32B 17/10
C03C 3/04
C03C 3/083
C03C 3/095
C03C 17/30
C03C 3/093
C03C 3/085
C03C 3/087
B32B 7/02
C03C 21/00
C03C 3/00
C03C 3/091

428210, 501 11, 501 53, 501 68, 501 64, 428341, 428336, 65 3014

The disclosure is directed to a chemically strengthened glass having antimicrobial properties and to a method of making such glass. In particular, the disclosure is directed to a chemically strengthened glass with antimicrobial properties and with a low surface energy coating on the glass that does not interfere with the antimicrobial properties of the glass. The antimicrobial has an Ag ion concentration on the surface in the range of greater than zero to 0.047 μg/cm. The glass has particular applications as antimicrobial shelving, table tops and other applications in hospitals, laboratories and other institutions handling biological substances, where color in the glass is not a consideration.

45140537, Apr 30, 1985

Aug 4, 1983

6/520178

Nicholas F. Borrelli - Elmira NY
David L. Morse - Corning NY
Paul A. Sachenik - Corning NY

Corning Glass Works - Corning NY

G02B 518
G02B 300

3501622

An integral optical device is disclosed that is composed of a photosensitive glass having an optical pattern developed therein by a refractive index change due to formation of colloidal metal particles and/or crystalline microphases nucleated by such particles. In a specific embodiment the pattern is composed of at least one transparent lens system having a radial gradient refractive index distribution of prescribed nature.

46842225, Aug 4, 1987

May 30, 1984

6/615254

Nicholas F. Borrelli - Elmira NY
David L. Morse - Corning NY

Corning Glass Works - Corning NY

G02B 1308

350420

Anamorphic lenses or lens arrays are formed in photosensitively crystallizable glass by selective exposure of the glass surface and thermal treatment to cause the crystallization of the glass surrounding the lenses. The lenses, which have elongated cross-sections in the plane of the exposed glass surface and raised curved surfaces resulting from the densification of the surround material, exhibit different surface curvatures over their major and minor transverse axes and thus anamorphic light-focusing properties.

44888643, Dec 18, 1984

Aug 4, 1983

6/520457

Nicholas F. Borrelli - Elmira NY
Thomas H. Elmer - Corning NY
David L. Morse - Corning NY
Paul A. Sachenik - Corning NY

Corning Glass Works - Corning NY

G03C 168

430 13

There is disclosed an improved integral optical device of the type produced by creating optical patterns in porous glass bodies, especially patterns involving gradient refractive index distributions. The optical strength of an element, such as a lens, in such an optical pattern is increased by treatment with a polymerizable, organo functional silicone fluid while the matrix glass is sealed.

44798199, Oct 30, 1984

Sep 29, 1982

6/427732

Nicholas F. Borelli - Elmira NY
Frank Coppola - Horseheads NY
David L. Morse - Corning NY
Daniel A. Nolan - Corning NY
Thomas P. Seward - Corning NY

Corning Glass Works - Corning NY

C03C 326
C03C 2300
C03B 1900

65 3011

The instant invention is directed to the preparation of glass articles exhibiting excellent polarization in the infrared portion of the spectrum from glasses characterized as containing silver halide particles therein selected from the group of AgCl, AgBr, AgI. The inventive method comprises four general steps: (a) a batch for a glass containing silver and at least one halide selected from the group of chloride, bromide, and iodide is melted and the melt shaped into a glass body of a desired geometry; (b) the glass body is subjected to a heat treatment at least above the strain point but not in excess of 50. degree. C. above the softening point of the glass for a period of time adequate to cause the generation of AgCl and/or AgBr and/or AgI particles therein, said particles ranging in size between 200-5000. ANG. ; (c) the glass body is elongated under stress at temperatures above the annealing point, but below that where said glass exhibits a viscosity of about 10. sup. 8 poises, such that the particles are elongated to an aspect ratio of at least 5:1; and (d) the elongated glass body is exposed to a reducing environment at temperatures between 250. degree. C.