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Richard H Arons, 822714 Jarlath St, Chicago, IL 60645

Richard Arons Phones & Addresses

2714 Jarlath St, Chicago, IL 60645    773-2745577   

2718 Jarlath St, Chicago, IL 60645   

Forest Park, IL   

Mentions for Richard H Arons

Richard Arons resumes & CV records

Resumes

Richard Arons Photo 18

Richard Arons

Location:
Chicago, IL
Industry:
Mental Health Care
Work:
Village of Hillside 1986 - 2009
Police Counselor
Village of Hillside 1999 - 2009
Director of Crisis and Social Services
Education:
Chicago State University 1977 - 1980
Master of Science, Masters, Psychology
Skills:
Psychotherapy, Mental Health, Emergency Management, Group Therapy
Richard Arons Photo 19

President At Marble & Granite Care Professionals Inc.

Location:
Greater Chicago Area
Industry:
Building Materials
Richard Arons Photo 20

Richard Arons

Publications & IP owners

Us Patents

Method For Preparing Corrosion-Resistant Ceramic Shapes

US Patent:
4404154, Sep 13, 1983
Filed:
Nov 30, 1981
Appl. No.:
6/326088
Inventors:
Richard M. Arons - Wheaton IL
Joseph T. Dusek - Downers Grove IL
International Classification:
C04B 3324
US Classification:
264 62
Abstract:
Ceramic shapes having impermeable tungsten coatings can be used for containing highly corrosive molten alloys and salts. The shapes are prepared by coating damp green ceramic shapes containing a small amount of yttria with a tungsten coating slip which has been adjusted to match the shrinkage rate of the green ceramic and which will fire to a theoretical density of at least 80% to provide a impermeable coating.

Porous Electrode Preparation Method

US Patent:
4410607, Oct 18, 1983
Filed:
Sep 17, 1981
Appl. No.:
6/303325
Inventors:
Richard M. Arons - Wheaton IL
Joseph T. Dusek - Downers Grove IL
International Classification:
H01M 486
US Classification:
429 40
Abstract:
A porous sintered plaque is provided with a bimodal porosity that is especially well suited for use as an electrode within a molten carbonate fuel cell. The coarse porosity is sufficient for admitting gases into contact with the reaction surfaces while the fine porosity is wetted with and retains molten electrolyte on the reaction sites. The electrode structure is prepared by providing a very fine powder of such as nickel oxide and blending the powder with a suitable decomposable binder to form a solid mass. The mass is comminuted into agglomerate size particles substantially larger than the fine oxide particles and formed into a cohesive compact for subsequent sintering. Sintering is carried out at sufficient conditions to bind the agglomerates together into a porous structure having both coarse and fine porosity. Where lithiated nickel oxide cathodes are prepared, the sintering conditions can be moderate enough to retain substantial quantities of lithium within the electrode for adequate conductivity.

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