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Ronald G Pirich

from Islip, NY
Age ~77
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Also known as:
Ron Dr Pirich, Ronald G Pirch, Ron Gary Pirich, Ron G Pirich, Gary Pirich Ronald
Phone and address:
14 Charles Cir, Islip Manor, NY 11751
(631) 581-6080
Related to:
George W Lamparter, 89Concetta J Sassano, 92Louis M Sassano, 58Christopher R Pirich, 37Jennifer B Sassano, 60Donna Marie Pirich, 66Josephine R Sassano, 88Michael J Pirich, 33Chris Pirich, 46Michael J Sassano, 93
Connected to:
George E Pirics, 72Debra J Piriczky, 70Robert E Piriczki, 78Alex H Pirie, 98Alexandra E Pirie, 51Allan Pirie, 63Brandon C Pirie, 39Christine M Pirie, 52Jerry Pirie, 50Strewn S Pirie, 53

Ronald Pirich Phones & Addresses

  • 14 Charles Cir, Islip, NY 11751 (631) 581-6080
  • Woodbury, NY
  • Bay Shore, NY
  • 14 Charles Cir, Islip, NY 11751

Work

Company: Farmingdale state college Sep 2016 Position: Adjunct professor of physics

Education

School / High School: University of Cincinnati 1976 to 1977 Specialities: Physics

Skills

Data Analysis • Government • Technical Integration/Systems Engineering • Sae As 3 Sensors Committee • Conference Chair

Emails

r***[email protected]

Industries

Program Development

Resumes

Resumes

Ronald Pirich Photo 1

Adjunct Professor Of Physics

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Location:
Islip, NY
Industry:
Program Development
Work:
Farmingdale State College
Adjunct Professor of Physics
St. Joseph's College
Adjunct Professor of Physics and Chemistry
Long Island Forum For Technology
Senior Research Advisor
Northrop Grumman Corporation Aug 1977 - Aug 2012
Technical Fellow
Education:
University of Cincinnati 1976 - 1977
Binghamton University 1965 - 1976
Doctorates, Master of Arts, Bachelors, Masters, Doctor of Philosophy, Bachelor of Arts, Mathematics, Physics
Skills:
Data Analysis
Government
Technical Integration/Systems Engineering
Sae As 3 Sensors Committee
Conference Chair

Publications

Us Patents

Sintered Glass Bead Filter With Active Microbial Destruction

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US Patent:
6783740, Aug 31, 2004
Filed:
Sep 30, 2002
Appl. No.:
10/261268
Inventors:
Mary W. Colby - West Hartford CT
Andre E. Berghmans - Bethpagen NY
Donald DiMarzio - Northport NY
Ronald Pirich - Islip NY
Assignee:
Northrop Grumman Corporation - Los Angeles CA
International Classification:
B01J 1908
US Classification:
4221863, 422121, 422 24
Abstract:
A microbicidal filter system having superior drop pressure and low complexity is provided, as well as a method for producing the same. The system comprises a plurality of glass beads having pores formed therebetween for the flow of air therethrough. The sintered glass beads are coated in a transition metal oxide and water. An ultraviolet light source is used to cause a photocatalytic reaction between the transition metal oxide and water. Free hydroxyl radicals with microbicidal properties are produced. Urethane foam may be inserted between the glass beads before sintering in order to cause a bimodal pore size distribution, and particulates disposed on the glass beads may be added to alter surface activity.

Multiferroic Nanoscale Thin Film Materials, Method Of Its Facile Syntheses And Magnetoelectric Coupling At Room Temperature

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US Patent:
8591987, Nov 26, 2013
Filed:
May 10, 2010
Appl. No.:
12/777175
Inventors:
Ronald Pirich - Islip NY, US
Kai Su - White Plains NY, US
I-Wei Chu - Staten Island NY, US
Assignee:
Northrop Grumman Systems Corporation - Falls Church VA
International Classification:
B05D 5/12
B05D 3/12
B05D 3/14
US Classification:
427240, 427532, 427547, 427598, 4273762, 427425
Abstract:
Methods of producing a multiferroic thin film material. The method includes the steps of providing a multiferroic precursor solution, subjecting the precursor solution to spin casting to produce a spin cast film, and heating the spin cast film. The precursor solution may include Bi(NO). 5HO and Fe(NO). 9HO in ethylene glycol to produce a bismuth ferrite film. Further, the thin film may be utilized in varied technological areas, including memory devices for information storage.

Self-Decontaminating Or Self-Cleaning Coating For Protection Against Hazardous Bio-Pathogens And Toxic Chemical Agents

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US Patent:
20040224145, Nov 11, 2004
Filed:
May 5, 2003
Appl. No.:
10/429687
Inventors:
John Weir - Huntington NY, US
Donald DiMarzio - Northport NY, US
Ronald Pirich - Islip NY, US
International Classification:
B32B005/16
US Classification:
428/323000, 428/421000
Abstract:
A self-cleaning self-decontaminating coating capable of producing hydroxyl radicals, in the presence of UV radiation and moisture, in sufficient amounts to destroy organic contaiminants no the coating surface.

Self-Decontaminating Inorganic Coatings Containing Semiconductor Metal Oxide Nanoparticles

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US Patent:
20100003498, Jan 7, 2010
Filed:
Feb 20, 2008
Appl. No.:
12/034412
Inventors:
John Douglas Weir - Huntington NY, US
Ronald Gary Pirich - Islip NY, US
Donald DiMarzio - Northport NY, US
Dennis J. Leyble - Great River NY, US
Steven Chu - Ronkonkoma NY, US
Assignee:
Northrop Grumman Corporation - Los Angeles CA
International Classification:
B32B 5/16
C09D 1/00
US Classification:
428323, 428336, 1062864, 1062866, 1062861, 1062865, 428335, 428334, 428332
Abstract:
UV resistant inorganic coatings which exhibit photochemical activity that destroys toxic biological and chemical agents are disclosed. The inorganic coatings include semiconductor metal oxide nanoparticles that are photo-chemically active dispersed in an inorganic binder. In one embodiment, anatase titanium dioxide nanoparticles are dispersed in a silicon dioxide or silicate binder. Applications may include spacecraft, aircraft, ships, military vehicles, high value equipment and buildings such as subway stations, hospitals, railroad stations and stadiums.

Self-Cleaning Coating For Protection Against Hazardous Biopathogens And Toxic Chemical Agents Utilizing Both Super Hydrophobic Effects And Suitable Oxide Interfaces

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US Patent:
20110220855, Sep 15, 2011
Filed:
Mar 12, 2010
Appl. No.:
12/722737
Inventors:
John D. Weir - Huntington NY, US
Ronald G. Pirich - Islip NY, US
Dennis J. Leyble - Babylon NY, US
Leonard G. Chorosinski - Ellicott City MD, US
Steven Chu - Ronkonkoma NY, US
International Classification:
H01B 1/20
B82Y 30/00
US Classification:
25251933, 977773
Abstract:
A dual action self-cleaning and self-decontaminating coating consisting of a superhydrophobic aspect capable of cleaning the surface by having water droplets moving along the surface remove contaminants and a photochemically active aspect capable of disinfecting the surface by producing hydroxyl radicals in the presence of UV radiation and moisture.

Thermally Controlled Sputtering Of High Anisotropy Magnetic Material

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US Patent:
44849958, Nov 27, 1984
Filed:
Feb 7, 1984
Appl. No.:
6/577752
Inventors:
Ronald G. Pirich - Bay Shore NY
David J. Larson - Huntington Station NY
Assignee:
Grumman Aerospace Corporation - Bethpage NY
International Classification:
C23C 1500
US Classification:
204192M
Abstract:
A substrate coating of a ferromagnetic alloy of a rare earth-transition element mixture is prepared by a hollow cathode sputtering deposition method to produce near single domain films on various substrates.

Directional Solidification And Densification Of Permanent Magnets Having Single Domain Size Mnbi Particles

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US Patent:
47847034, Nov 15, 1988
Filed:
Mar 9, 1987
Appl. No.:
7/023967
Inventors:
Ronald G. Pirich - Woodbury NY
David J. Larson - Huntington Station NY
Assignee:
Grumman Aerospace Corporation - Bethpage NY
International Classification:
H01F 102
US Classification:
148101
Abstract:
Directional solidification of Bi and Mn compositions to produce magnetic single domain size MnBi particles with aligned morphologies followed by post heat treating and densification.

Method For Producing A Self Decontaminating Surface

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US Patent:
62353519, May 22, 2001
Filed:
Jan 22, 1999
Appl. No.:
9/235969
Inventors:
Donald DiMarzio - Northport NY
Ronald G. Pirich - Islip NY
John F. Klein - Port Washington NY
Assignee:
Northrop Grumman Corporation - Los Angeles CA
International Classification:
C23C 410
A62D 300
US Classification:
427453
Abstract:
A method for producing a self decontaminating surface to decontaminate chemical and biological contaminants that are deposited on the surface and decontaminatable through reaction with free hydroxyl radicals. The method first includes determination of a surface to be treated and which is exposable to ultraviolet light. Second, a coating of nanoparticles of a transition metal oxide, non-limitedly exemplified by anatase titanium dioxide, is applied to the chosen surface. Application of the coating is accomplished by spraying heated nanoparticles or clusters thereof from a feed stock onto the surface to form a nanoparticle coating, with the nanoparticles being at a temperature of at least about 750. degree. C. upon exit from a spray apparatus and of a size between about 5 nm and 100 nm. Finally, the treated surface is exposed to ultraviolet light and water moisture, either naturally from the environment or artifically, to thereby catalytically form free hydroxyl radicals that thereafter react with the contaminants to render them generally harmless.
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Ronald G Pirich from Islip, NY, age ~77 Get Report