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Year 2000 Computer Problem: Selected Internet Addresses (open access)

Year 2000 Computer Problem: Selected Internet Addresses

The Year 2000 computer problem, also called "Y2K" or the "millennium bug," describes a situation created over the last 30 years in the computer industry. Generally speaking, it means that some computers will not recognize the year 2000 as a valid date. This report is an annotated list of government (local, state, federal, and international), industry, small business, media, and grass-roots Internet sites which address various aspects of the Year 2000 computer problem.
Date: June 18, 1999
Creator: Tehan, Rita
Object Type: Report
System: The UNT Digital Library
The Yellow Jacket (Brownwood, Tex.), Vol. 89, No. 16, Ed. 1, Thursday, February 18, 1999 (open access)

The Yellow Jacket (Brownwood, Tex.), Vol. 89, No. 16, Ed. 1, Thursday, February 18, 1999

Weekly student newspaper from Howard Payne University in Brownwood, Texas that includes local, state and campus news along with advertising.
Date: February 18, 1999
Creator: unknown
Object Type: Newspaper
System: The Portal to Texas History
The Yellow Jacket (Brownwood, Tex.), Vol. 90, No. 12, Ed. 1, Thursday, November 18, 1999 (open access)

The Yellow Jacket (Brownwood, Tex.), Vol. 90, No. 12, Ed. 1, Thursday, November 18, 1999

Weekly student newspaper from Howard Payne University in Brownwood, Texas that includes local, state and campus news along with advertising.
Date: November 18, 1999
Creator: unknown
Object Type: Newspaper
System: The Portal to Texas History
YIELDS OF IONS AND EXCITED STATES IN NONPOLAR LIQUIDS EXPOSED TO X-RAYS OF 1 TO 30 KEV ENERGY (open access)

YIELDS OF IONS AND EXCITED STATES IN NONPOLAR LIQUIDS EXPOSED TO X-RAYS OF 1 TO 30 KEV ENERGY

When x-rays from a synchrotron source are absorbed in a liquid, the x-ray energy (E{sub x}) is converted by the photoelectric effect into the kinetic energy of the electrons released. For hydrocarbons, absorption by the K-electrons of carbon dominates. Thus the energy of the photoelectron (E{sub pe}) is E{sub x}-E{sub b}, where E{sub b} is the K-shell binding energy of carbon. Additional electrons with energy equal to E{sub b} is released in the Auger process that fills the hole in the K-shell. These energetic electrons will produce many ionizations, excitations and products. The consequences of the high density of ionizations and excitations along the track of the photoelectron and special effects near the K-edge are examined here.
Date: August 18, 1999
Creator: Holroyd, Richard A.
Object Type: Article
System: The UNT Digital Library