Search Results - "Epstein G"

Spectrum and energy levels of triply ionized yttrium (Y IV)

Authors: Epstein, G. L. Reader, J.

Source: Journal of the Optical Society of America; April 1982, Vol. 72, p476-492, 17p

Cold read-out electronics for a spaceborne infrared camera.

Authors: Stefanovitch, D. Epstein, G. Puget, P.

Source: Cryogenics; 1992, Vol. 32 Issue 4, p403-408, 6p

Spectrum and energy levels of triply ionized lanthanum (La IV)

Authors: Epstein, G. L. Reader, J.

Source: Journal of the Optical Society of America; April 1979, Vol. 69, p511-520, 10p

Resonance lines and energy levels of Cs III Ba IV, and La V.

Authors: Epstein, G. L. Reader, J.

Source: Journal of the Optical Society of America; June 1976, Vol. 66, p590-598, 9p

Resonance lines of Cs II, Ba III, and La IV.

Authors: Reader, J. Epstein, G. L.

Source: Journal of the Optical Society of America; June 1975, Vol. 65, p638-641, 4p

Single function shifting counters.

Authors: Bailey, J. S. Epstein, G.

Source: Journal of the ACM; July 1962, Vol. 9, p375-378, 4p

Spectrum of doubly ionized yttrium (Y III)

Authors: Epstein, G. L. Reader, J.

Source: Journal of the Optical Society of America; March 1975, Vol. 65, p310-314, 5p

Zeeman effect and revised analysis of singly ionized rubidium (Rb II)

Authors: Reader, J. Epstein, G.

Source: Journal of the Optical Society of America; September 1973, Vol. 63, p1153-1167, 15p

Analysis of the spectrum of doubly ionized rubidium (Rb III)

Authors: Reader, J. Epstein, G. L.

Source: Journal of the Optical Society of America; December 1972, Vol. 62, p1467-1476, 10p

Analysis of the spectrum of quadruply ionized yttrium (Y v)

Authors: Reader, J. Epstein, G. L.

Source: Journal of the Optical Society of America; May 1972, Vol. 62, p619-622, 4p

Transistorizing communication equipment.

Authors: Epstein, G. S.

Source: Electronics (1930).; May 1952, Vol. 25, p98-102, 5p

New heat resistant adhesives for metal bonding.

Authors: Epstein, G.

Source: Materials & Methods; January 1955, Vol. 41, p107-110, 4p

Plastics for rocket motor nozzles.

Authors: Epstein, G. King, H. A.

Source: Industrial & Engineering Chemistry (1923); September 1960, Vol. 52, p764-767, 4p

Nondestructive testing methods for composites, reinforced plastics.

Authors: Epstein, G. Rowand, R. R.

Source: Materials Engineering; October 1969, Vol. 70, p59-62, 4p

Plastics stand heat, grow in missile use.

Authors: Epstein, G.

Source: Aviation Week; April 1 1957, Vol. 66, p71-73, 3p

Emergent Feedbacks Between Progressive Serpentinization, Interface Weakening, and Subduction Rates.

Authors: Stoner, R. K. Holt, A. F. Epstein, G. S. et al.

Source: Geochemistry, Geophysics, Geosystems: G3. Nov2025, Vol. 26 Issue 11, p1-23. 23p.

Crazing of filament-wound composites.

Authors: Epstein, G. Bandaruk, W.

Source: Plastics Technology; August 1963, Vol. 9, p38-41, 4p

Where nonmetallic composites are used.

Authors: Epstein, G.

Source: Metal Progress; March 1967, Vol. 91, p105-108, 4p

Adhesives and adhesive bonding of metals and plastics.

Authors: Epstein, G.

Source: Machine Design; November 1954, Vol. 26, p217-220, 4p

Adhesives for space systems.

Authors: Epstein, G.

Source: Adhesives Age; July 1972, Vol. 15, p27-31, 5p