EAGLE project

Eiki S., The Status of the EAGLE Project, Advanced Clean Coal Technology International Symposium 2006, Sep. 5, Tokyo, Japan, 2006. 

R D on Hydrogen Purification from Gasified Coal (EAGLE). The objectives of the EAGLE project are development of an optimum coal gasifier for fuel cells and establishment of a gas clean-up system for purification of coal gas to the acceptable level for utilization for MCFC and SOFC. The budget allocations for 2000-2003 total 4.6 billion the 2003 allocation is 1,000 million. Work is sponsored by METI and the Electric Power Development Co., Ltd. 

Konishi, K., et al., November 2007. The results of a wall failure in-pile experiment under the EAGLE project. Nuclear Engineering and Design 237 (22), 2165—2174. 

Project reports, Eagle-Picher Co., Joplin, Miss., 1988—1991. 

Successful completion of this project was only possible through the professional and personal support of our friends and neighbors, particularly in University Hills at UCI as well as in our Fawnskin mountain hamlet (population 360 and elevation 6500 ft), especially Doris Layne and Linda Neuman. Regular visits to our home in Fawnskin by a variety of wildlife of the nonhuman type, including eagles, coyotes, bear, quail, and wild turkeys, provided much sanity and perspective during the writing of this book. 

Following the experiences at the Rocky Mountain Arsenal during Project Eagle, an experimental facility to test multiple destruction technologies was constructed at Tooele Army Depot in Utah as the Army began to consider destruction of obsolete unitary munitions.In 1982, after substantial internal and external review of the test results from the Tooele facility, incineration was selected for future destruction of chemical weapons. Johnston Atoll, over 800 miles south-west of the Hawaiian islands, was chosen as the site for the first full-scale incinerator facility. 

Frank Foy Axtell received the engineering degree from the Indiana State University, Terre Haute IN in 1891, and was then employed as rodman on a survey of Missomi River. He became recorder in 1892 for a siffvey of Mississippi River at St. Louis MO, advancing to draftsman in 1894. In 1895 he went to Eagle Pass TX on an irrigation project. 

Niwa H et al (2007) Safety implications of the eagle experimental results for the fact project. In International conference on nuclear power of Republic Kazakhstan. Kurchatov, Republic of Kazakhstan Nobelprize.org (2009) http //nobelprize.org/nobel prizes/ peace/laureates/2009/... 

Most of the heavier-than-air cloud field experiments have focused on the dispersion of gaseous clouds. However, some experiments have been conducted with two-phase effects, e.g., the Desert Tortoise, Eagle, Goldfish series (Koopman et al., 1989) and FLADIS field experiments (Nielsen et al., 1997). In particular, the Desert Tortoise series was designed to study the dispersion of two-phase ammonia clouds. It was reported that two-phase effects had a dominating influence on the temperature and spreading behavior of the cloud and the extent of the heavy cloud dispersion regime (Koopman et al., 1986). Recently, available field data sets have been reviewed within the SMEDIS (Scientific Model Evaluation of Dense Gas Dispersion Models) project (Daish et al., 1998 Carissimo et al., 1999). 

Niwa, H., 2007. Safety imphcations of the EAGLE experimental results for the FaCT project. In Proceedings of International Conference on Nuclear Power of Republic Kazakhstan, September 3—5, 2007, Kurchatov (Kazakhstan). 

Fig ure4.15 (a) Eagle Richer NZS/5.0 (5Ah) nickel-zinc battery at 27°C (Courtesy of Eagle Richer) (b)Projected effect of discharge temperature on a Yardney nickel-zinc cell of 300A h capacity (Courtesy of Yatdney)... 

A full specification of the Model 802123 battery is given in Table 56.22 para. Eagle Pichers Projected electrical performance of various types of Catalyst... 

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