Annual report on the survey of low-level radioactive waste generators in Illinois for ...

Latest issue consulted: 1985.

Directory of RCRA hazardous waste generators, treatment, storage, and disposal facilities : based on a summary of 1982 reports.

Generator 82 annual report; alphabetic list of hazardous waste generators -- Facility 82 annual report; alphabetic list of hazardous waste facilities.

Illinois small quantity generators' manual : how to comply effectively with federal and state regulations /

"Printed November 1988."

Operator's and organizational maintenance manual for signal generators AN/URM-52 (NSN 6625-00-556-8107), AN/URM-52A (NSN 6625-00-592-5742), AN/URM-52B (NSN 6625-00-965-1501).

"January 1977."

Organizational, direct support, and general support maintenance repair parts and special tools lists (including depot maintenance repair parts and special tools) : generators, pulse, AN/PPM-1 (FSN 6625-503-0661) and AN/PPM-1A (FSN 6625-585-3621).

"March 1975."

Field and depot maintenance manual : motor generators PU-20/C, PU-20A/C, PU-20B/C, PU-20C/C, and PU-33/C.

"12 July 1960."

Direct support and general support maintenance repair parts and special tools lists (including depot maintenance repair parts and special tools) for motor-generators PU-543/A and PU-543C/A, (NSN 6125-00-938-6539).

Includes index.

Organizational maintenance manual : motor generators PU-20/C, PU-20A/C, PU-20B/C, PU-20C/C, and PU-33/C.

"May 1960."

Operator, organizational, DS, GS, and depot maintenance manual : signal generators SG-71/FCC, SG-71A/FCC, SG-71B/FCC, and SG-71C/FCC.

Includes index.

Operator's, organizational, direct support, and general support maintenance manual : signal generators SG-299/U (NSN 6625-00-624-3516), SG-299A/U (NSN 6625-00-897-0060) ... and SG-299E/U.

"June 1975."

Organizational, field, and depot maintenance manual : signal generators AN/USM-44 and AN/USM-44A.

Includes index.

Information on disposal practices of generators of small quantities of hazardous wastes : report /

"GAO/RCED-83-200."

Radioisotope renography: a kidney function test performed with radioisotope-labeled agents.

Includes bibliography.

Development of an integrated reverse osmosis-greenhouse system driven by solar photovoltaic generators

The development of a system that integrates reverse osmosis (RO) with a horticultural greenhouse has been advanced through laboratory experiments. In this concept, intended for the inland desalination of brackish groundwater in dry areas, the RO concentrate will be reduced in volume by passing it through the evaporative cooling pads of the greenhouse. The system will be powered by solar photovoltaics (PV). Using a solar array simulator, we have verified that the RO can operate with varying power input and recovery rates to meet the water demands for irrigation and cooling of a greenhouse in north-west India. Cooling requires ventilation by a fan which has also been built, tested and optimised with a PV module outdoors. Results from the experiments with these two subsystems (RO and fan) are compared to theoretical predictions to reach conclusions about energy usage, sizing and cost. For example, the optimal sizing for the RO system is 0.12–1.3 m2 of PV module per m2 of membrane, depending on feed salinity. For the fan, the PV module area equals that of the fan aperture. The fan consumes <30 J of electrical energy per m3 of air moved which is 3 times less than that of standard fans. The specific energy consumption of the RO, at 1–2.3 kWh ?m-3, is comparable to that reported by others. Now that the subsystems have been verifi ed, the next step will be to integrate and test the whole system in the field.

Experiences on Application Generators

The National Institute for Statistics is the organism responsible for acquiring economical data for governmental statistics purposes. Lisbon agreements establish a framework in which this acquisition process shall be available through Internet, so each survey should be considered as a little software project to be developed and maintained. Considering the great amount of different surveys and all changes produced per year on each make impossible this task. An application generator has been developed to automate this task, taking as a start point the Word or PDF template of a survey, and going through a graphical form designer as all human effort, all HTML, Java classes and Oracle database resources are generated and sent from backoffice to frontoffice servers, reducing the team to carry out the whole set of electronic surveys to two people from non I.T. staff.