Joseph W Malmendier

44419058, Apr 10, 1984

Jan 27, 1983

6/461684

Joseph W. Malmendier - Big Flats NY
Carol F. Pride - Big Flats NY
Randy L. Rhoads - Horseheads NY
Robert J. Schlaufman - Elmira NY
Robert D. Shoup - Corning NY

Corning Glass Works - Corning NY

C03B 1910

65 213

A method is disclosed for producing low density, ceramic bodies in the nature of hollow or solid beads which may be used as such or bonded into a unitary mass. The bodies are composed of ion-exchanged, synthetic mica crystals wherein large cations, such as K. sup. +, have been exchanged for lithium and/or sodium ions from the mica. The method involves forming a gel by dissolution of a synthetic mica in a polar liquid, releasing droplets of the gel into a fluid to form shaped bodies, effecting the indicated ion exchange, and drying the beads thus formed.

43280226, May 4, 1982

Jun 23, 1980

6/162246

John A. Bonk - Big Flats NY
Joseph W. Malmendier - Corning NY

Corning Glass Works - Corning NY

C03B 2320

65 43

A composite article is disclosed which embodies a thermally sensitive component enclosed within borosilicate glass bodies having a coefficient of thermal expansion in the range of 30 to 40. times. 10. sup. -7 /. degree. C. The bodies are joined by an intermediate layer of sealing material which is a fused mixture of a sealing glass containing an infra-red absorbing oxide and a mill additive having a low coefficient of thermal expansion. There is further disclosed a method of forming the seal between the glass bodies by application of infra-red radiation to the sealing material.

42387043, Dec 9, 1980

Feb 12, 1979

6/011513

John A. Bonk - Big Flats NY
Joseph W. Malmendier - Corning NY

Corning Glass Works - Corning NY

C03C 308
H01J 524

313113

A composite article is disclosed which embodies a thermally sensitive component enclosed within borosilicate glass bodies having a coefficient of thermal expansion in the range of 30 to 40. times. 10. sup. -7 /. degree. C. The bodies are joined by an intermediate layer of sealing material which is a fused mixture of a sealing glass containing an infra-red absorbing oxide and a mill additive having a low coefficient of thermal expansion. There is further disclosed a method of forming the seal between the glass bodies by application of infra-red radiation to the sealing material.

39516695, Apr 20, 1976

Nov 18, 1974

5/524676

Joseph W. Malmendier - Corning NY
Francis W. Martin - Painted Post NY
Brian P. Tyndell - Beaver Dams NY

Corning Glass Works - Corning NY

C03C 322
C03C 1200

106 396

This invention relates to sealing mixtures consisting essentially of a sealing glass having a low sealing temperature and a high coefficient of thermal expansion, and a glass-ceramic additive that imparts a lower effective coefficient of expansion to the sealing mixture with a minimum effect on glass flow at the sealing temperature. It further concerns the use of this mixture to produce fusion seals between elements, particularly elements in electrical and electronic components.