(Table 1) Calcium carbonate and <2 µm fractions of bulk sample and insoluble residue at DSDP Hole 92-597

Particles of red brown to yellow brown semiopaque oxides (RSO) dominate the insoluble residue fraction of the sediments at Site 597. Unlike the X-ray amorphous particles in the Bauer Deep sediments, these particles are composed of mainly goethite; the amount of X-ray amorphous ferric hydroxide and poorly crystalline ferromanganese oxyhydroxides is generally small relative to the amount of goethite. A qualitative goethite crystallinity index was established. The variations observed in the crystallinity of goethite with increasing depth and changes in lithology suggest that aging and long-term exposure to seawater in a high water/sediment regime influence and increase the rate of recrystallization of the Fe-oxyhydroxides of the RSO particles. The percentage of organic carbon is low in these sediments; it varies primarily between 0.2 and 0.4 wt.%. Phillipsite is present throughout the sediment column and is more concentrated in the youngest clay layer and in the oldest basal sediments.

Recommended practice, symbols, terms, units, and uncertainty analysis for radiometric sensor calibration /

"September 1998."

An algorithm for the solution of a quadratic equation using continued fractions /

Thesis (M. S.)--University of Illinois at Urbana-Champaign, 1972.

Further negative results regarding the use of continued fractions for digital computer arithmetic /

Mode of access: Internet.

On a negative result regarding the use of continued fractions for digital computer arithmetic /

Includes bibliographical references.

The status of investigations into the use of continued fractions for computer hardware /

Bibliography: p. 29.

A method for solving polynomial equations by continued fractions.

Bibliography: p. 16.

Application of continued fractions for fast evaluation of certain functions on a digital computer.

Bibliography: p. 23.

Radiometric analysis of uranium content in ores /

"Contract Number AT(49-6)-1159."

Airborne radiometric surveying in Grand, San Juan, Emery, and Wayne Counties, Utah and Montrose County, Colorado /

"October 3, 1953."

Report of radiometric reconnaissance in Virginia, North Carolina, eastern Tennessee, and parts of South Carolina, Georgia, and Alabama.

"Contract Number AT (49-1) 860 - Mod. # 1-4."

Airborne radiometric survey in the Lemitar-Ladron area, New Mexico /

Three areas of Tertiary sedimentary and igneous rocks in northwestern Socorro County, New Mexico, were covered by an airborne radiometric survey in April 1955. The survey failed to reveal any new areas of anomalous radioactivity.

Summary of the airborne radiometric survey of the Southern California Project, southeastern California and southwestern Arizona /

"Salt Lake Branch Office, AEC, Grand Junction Operations Office, Salt Lake City, Utah."

Summary of airborne radiometric surveying in the Circle Cliffs Upward, Garfield County, Utah /

"Exploration Division, Grand Junction Operations Office, Grand Junction, CO."

Summary of airborne radiometric surveying in the Kaiparowits plateau area, Kane County, Utah/

"Grand Junction Operations Office, Grand Junction, CO."