Resumes
Resumes
Anthony Delany Phones & Addresses
-
Eldorado Springs, CO
Publications
Us Patents
Radiometer Including A Cleaning System
View pageUS Patent:
8182613, May 22, 2012
Filed:
Aug 4, 2009
Appl. No.:
12/534967
Inventors:
Steven Semmer - Westminster CO, US
David Richter - Stanford CA, US
Steve Oncley - Boulder CO, US
Anthony Delany - Eldorado Springs CO, US
Karl T. Schwenz - Berthoud CO, US
David Richter - Stanford CA, US
Steve Oncley - Boulder CO, US
Anthony Delany - Eldorado Springs CO, US
Karl T. Schwenz - Berthoud CO, US
Assignee:
University Corporation for Atmospheric Research - Boulder CO
International Classification:
B08B 3/02
B08B 3/04
B08B 3/08
B08B 11/00
G01J 5/04
B08B 3/04
B08B 3/08
B08B 11/00
G01J 5/04
US Classification:
134 34, 134 42, 134198, 2503381, 250526, 356 51, 356 72
Abstract:
A radiometer is provided. The radiometer includes a sensor and a radiation transparent dome. The radiation transparent dome surrounds the sensor. The radiometer also includes one or more fluid nozzles. The one or more fluid nozzles are adapted to apply a fluid on the radiation transparent dome in order to clean the surface of the radiation transparent dome.
Portable Intelligent Whole Air Sampling System
View pageUS Patent:
55535089, Sep 10, 1996
Filed:
Mar 24, 1995
Appl. No.:
8/410339
Inventors:
Walter F. Dabberdt - Boulder CO
Kenneth D. Norris - Boulder CO
Steven R. Semmer - Westminster CO
Anthony C. Delany - Eldorado Springs CO
Jack R. Fox - Broomfield CO
Kenneth D. Norris - Boulder CO
Steven R. Semmer - Westminster CO
Anthony C. Delany - Eldorado Springs CO
Jack R. Fox - Broomfield CO
Assignee:
University Corporation For Atmospheric Research - Boulder CO
International Classification:
G01N 126
US Classification:
73 6302
Abstract:
The portable intelligent whole air sampling system performs in situ air sampling over multiple time periods at individually programmable times, rates and volumes. The system contains multiple independent disposable syringes that collectively provide a large sampling capacity for a large number of samples over an extended period. In addition, the unit/sampler features a battery powered system for portability, operational ability in a wide variety of environmental conditions, an internal time stamping feature to record time and date of events, and microprocessor controlled program features for flexible sampling options. The removable cassette/carousel provides sample portability to a sample extraction device that functions opposite the field sample intake device. Sampling system mechanical components include a removable syringe cassette/carousel, a motorized carousel drive, a motorized plunger extractor, and a motorized syringe selection fork. With the programmable microprocessor and three motor syringe selection and/or operation mechanisms, any number of syringes can be precisely operated during the sampling period by rotating a carousel to any available syringe.
Device For Determining The Ozone Concentration In Air
View pageUS Patent:
59230371, Jul 13, 1999
Filed:
Nov 17, 1997
Appl. No.:
8/971579
Inventors:
Rainer Stager - Munich, DE
Gerd Uhlemann - Germering, DE
Reinhold Busen - Greifenberg, DE
Hans Gusten - Speyer, DE
Anthony Delany - Eldorado Springs CO
Gerd Uhlemann - Germering, DE
Reinhold Busen - Greifenberg, DE
Hans Gusten - Speyer, DE
Anthony Delany - Eldorado Springs CO
Assignee:
Deutsche Forschungsanstalt fur Luft-und Raumfahrt E.V. - Koln
International Classification:
G01N 2176
US Classification:
250361C
Abstract:
In a device for determining the ozone concentration by utilizing the surface chemiluminescence effect having a fan (13), a chemiluminescence element (8), a photomultiplier (6), a temperature sensor (16), and control electronics (12), an airflow generated by a fan (13) passes via a suction pipe (7) and an adjoining light trap system (17) through a venturi-shaped channel structure (2) along a metal block (9) in which a temperature sensor (16) is housed. The device is calibrated with respect to the temperature dependence of the reaction of a chemiluminescence disc (8) attached to the bottom of the metal block by determining the output voltage of a photomultiplier (6) in dependence on the temperature at a predetermined ozone concentration in the measured air. Also integrated into the metal block (9) is a light-emitting diode (LED 15) which is switched in a predetermined switching cycle as a reference light intensity and sends a light to the photomultiplier (6) via an opening (3) in the metal block (9), thus periodically overriding the actual ozone measurement process and resulting in a periodic calibration of the temperature dependence of the output voltage of the photomultiplier (6).