Report presenting petrographic descriptions of eight rock samples collected at or near the Tusas Mountain Granite and Maquinita Granodorite areas surveyed for the National Uranium Resource Evaluation (NURE) survey, listing the rock name, percentage of mineral components, and features of each rock.

Report presenting petrographic descriptions of eleven rock samples collected at or near the Venado Creek area surveyed for the National Uranium Resource Evaluation (NURE) survey, listing the rock name, percentage of mineral components, and features of each rock.

Report presenting petrographic descriptions of five rock samples collected at or near the Pedad claims area surveyed for the National Uranium Resource Evaluation (NURE) survey, listing the rock name, percentage of mineral components, and features of each rock.

Charts providing petrographic descriptions of rock samples obtained in the Waterloo Gulch drainage, listing the rock name, percentage of mineral components, and features of each rock.

Report describing the petrography of seven rhyolite specimens and one basalt specimen from China Hat, China Cap, and North Cone areas surveyed for the National Uranium Resource Evaluation (NURE) survey.

Narrative report documenting ecological characterization to determine socioeconomic and natural features influencing the Texas Gulf coast region, as part of a larger land-use planning project.

The following appendix contains petrographic photomicrographs of uranium anomalies in Waterloo Gulch, Colorado.

The following appendix contains petrographic photomicrographs of uranium anomalies in Tusas Mountain, New Mexico.

The following appendix contains petrographic photomicrographs of uranium anomalies in Costilla Massif, New Mexico.

"Petrographic photomicrographs and index to color microfiche"

"Petrographic Photomicrographs and Index to color microfiche"

A report with the purpose of cartographically rendering those known biological resources of the Texas coastal areas which might influence coastal land-use decisions.

A report with the purpose of cartographically rendering those know aspects of the natural and cultural features of the Texas costal areas which might influence land decisions.

This report contains the individual reports of subsequent field investigations conducted in five areas that contain anomalously high contents of uranium, based upon radiometric and geochemical surveys and geologic investigations data made by HSSR/ARR and/or other geologic data.

From introduction: This report will outline the progress of a continuing study of the diving behavior of the Hawaiian monk seal to define the foraging patterns of seals by sex and various age classes.

From introduction: Simple, precise expressions for lunar diameter, average brightness temperature, flux density, and shape factor are presented. An analysis of the relationship between these parameters and corresponding errors are included. For broadbeam (HPBW>d) antennas, results show that flux density and shape factor can be determined with errors less than 13 percent and 0.4 percent respectively at frequencies below 10 GHz. Extension of the analysis to higher frequencies is indicated.

From introduction: The feasibility of using a near-field array for electromagnetic susceptibility testing is studied. The basic objective is to control the element weightings such that a plane wave is generated within the test volume. The basic theory is developed for arbitrary array geometries, and numerical results are obtained for finite planar arrays. A general near-field array synthesis technique is developed, and the technique minimizes the mean square error in the test volume while constraining the array excitations. The constraint prevents large excitations and is useful in minimizing the fields outside the test volume. The basic idea looks promising, but some practical considerations, such as bandwidth and angular scanning limitations, require further theoretical and experimental investigation.

The magnetically confined kinetic-energy storage ring (MCKESR) is a new, fundamental type of energy-storage device. Energy is stored as kinetic energy in mass circulated at high velocity around a circular loop. The constraining force necessary to keep the circulating ring from flying apart is provided by radial, inwardly directed forced exerted along the perimeter of the loop by magnetic fields. The magnets and ring are contained in a tunnel, which may be buried in the ground. Levitational support against gravity is also provided by magnetic fields. Energy insertion or extraction is similar to that for a synchronous motor.

Quarterly report discussing fuel cell research and development work at Argonne National Laboratory (ANL). This report describes efforts on development of molten carbonate fuel cells directed toward seeking alternative cathode materials to NiO. Based on an investigation of the thermodynamically stable phases formed under cathode conditions with a number of transition metal oxides, synthesis of prospective alternative cathode materials and doping of these materials to promote electronic conductivity is under way.