Carey Stanton Reed

Business Address: Home Address:

Penn State Altoona 991 Scotia Rd.

**** ******* **** **** *******, PA 16870

Altoona, PA 16601-3760 814-***-****

814-***-****

abpmb2@r.postjobfree.com

EDUCATION PENNSYLVANIA STATE UNIV. UNIV. PARK, PA

Ph.D. in Chemistry Aug. 1991 - Dec. 1996

Areas of Specialization: Polymer, Organic, and Inorganic Chemistry

HIRAM COLLEGE HIRAM, OH

B.A. in Chemistry and Mathematics Sept. 1987 - June 1991

ACS Certification in Chemistry

TEACHING Jan. 1997- current Assistant Professor of Chemistry

EXPERIENCE Penn State Altoona

-Chem 6-Problem Solving in Chemistry

-Chem 12- Chemical Principles I

-Chem 13-Chemical Principles II

-Chem 14-Experimental Chem I

-Chem 15-Experimental Chem II

-Chem 34-Fundamentals of Organic Chemistry I

-Chem 35-Fundamentals of Organic Chemistry II

-Chem 36-Laboratory in Organic Chemistry

-Chem 38-Organic Chemistry I

-Chem 39-Organic Chemistry II

1991 -1992 Teaching Assistant, Penn State Univ.

-Chem 14-Experimental Chem I

-Chem 36-Laboratory in Organic Chemistry

1987-1991 Teaching Assistant, Hiram College

RESEARCH The synthesis and investigation of novel polymer and small molecule

EXPERIENCE systems with an inorganic backbone which have either organic or

inorganic side groups. The chemical and physical properties of these

polymers depend largely on the choice and relative ratios of the side

groups. This versatility in properties results in potential applications

such as composite, solid electrolyte, liquid crystalline, and flame

retardant materials.

C.S. Reed, pg. 2

The research performed included the following:

- the synthesis and characterization of calcium hydroxyapatite and

polyphosphazene composite materials.

- the in situ polymerization of tetraethyl orthosilicate within a

polyphosphazene matrix.

- the synthesis and characterization of polyphosphazenes as solid

state electrolyte materials.

- the synthesis and investigation of the liquid crystalline properties

of cholesterol containing polyphosphazenes.

- thermal stability and flame retardant studies of polyphosphazenes.

(Current area of major interest)

TECHNICAL The characterization of materials was performed using and interpreting:

EXPERIENCE - Nuclear Magnetic Resonance Spectroscopy

- Gel Permeation Chromatography

- Differential Scanning Calorimetry

- Thermal Gravametric Analysis

- Infrared Spectroscopy

- Mass Spectral Analysis

- Compression Testing

- Dynamic Mechanical Analysis

- Scanning Electron Microscopy

- Optical Microscopy

- Powder X-Ray Diffraction

PATENT Allcock, H.R., Coleman, M.M., Reed, C.S., Guigley, K.S. U.S. Patent

5,965,627. (Oct. 12, 1999) Blends of polyurethane and

polyphosphazene and their use as flame-retardant foamed

compositions.

PUBLICATIONS TenHuisen, K.S.; Brown, P.W.; Reed, C.S.; Allcock, H.R. J. Mater.

Sci.: Mater. Med., 1996, 7, 673. "Low Temperature Synthesis of a Self-

Assembling Composite: Hydroxyapatite - Poly[bis(sodium

carboxylatophenoxy)phosphazene]."

Reed, C.S.; TenHuisen, K.S.; Brown, P.W.; Allcock, H.R. Chem.

Mater., 1996, 8, 440. "Thermal Stability and Compressive Strength of

Calcium Deficient Hydroxyapatite - Poly[bis(carboxylatophenoxy)-

phosphazene] Composites."

Allcock, H.R.; Kuharchik, S.E.; Reed, C.S.; Napierala, M.E

Macromolecules., 1996, 29, 3384. "Synthesis of polyphosphazenes

with Long Etheric Side Groups: Potential Solid Electrolyte Materials."

C.S. Reed, pg. 3

Allcock, H.R.; Napierala, M.E.; Olmeijer, D.L.; Cameron, C.G.;

Kuharcik, S.E.; Reed, C.S.; O'Connor, S.J.M. Proc. Intern. Symp. Solid

Polym. Electrolytes, Uppsala, Sweden. August 1996. "New

Macromolecules for Solid Polymeric Electrolytes."

Allcock, H.R.; Napierala, M.E.; Olmeijer, D.L.; Cameron, C.G.;

Kurarcik, S.E.: Reed, C.S.; O Connor, S.J.M. Electrochimica ACTA,

1998, 43: (10-11), 1145-1150. New Macromolecules for Solid

Polymeric Electrolytes.

Allcock, H.R., Coleman, M.M., Taylor, J.P., Guigley, K.S., Reed, C.S.

Proc. Intern. Aircraft Fire & Cabin Safety Research Conference; Fire:

Advanced Materials Conference, Atlantic City, NJ. 1998. Tailoring

Polyphosphazenes for Aircraft Fire-Resistant Applications.

Bernheim, K.A., Reed, C.S., Allcock, H.R. Journal of Investigative

Medicine., 1999, 47, 42A. Synthetic Bone: A

Polyphosphazene/Hydroxyapatite Composite.

Reed, C.S.; Taylor, J.P.; Guigley, K.S.; Kully, K.S.; Bernheim, K.A.;

Coleman, M.M.; Painter, P.C.; Allcock, H.R. Polym. Eng. Sci. 2000,

40: (2), 465-472. "Polyurethane/Poly[bis-

(carboxylatophenoxy)phosphazene] Blends and Their Potential as

Flame-Retardant Materials."

Flarend, R.; Hasan, M.E.; Reed, C.S. Proc. 9th International Conference

on Accelerator Mass Spectrometry, Nagoyo, Japan. September 2002.

Aluminum Nitride as a Novel Aluminum-26 Target Material for

Accelerator Mass Spectrometry.

PRESENTATIONS/POSTERS (*indicates presenter)

Allcock, H.R.*; Napierala, M.E.; Olmeijer, D.L.; Cameron, C.G.;

Kuharcik, S.E.; Reed, C.S.; O'Connor, S.J.M. Fifth Intern. Symp. Solid

Polym. Electrolytes, Uppsala, Sweden, August 1996. New

Macromolecules for Solid Polymeric Electrolytes.

Reed, C.S.*; Allcock, H.R.; TenHuisen, K.S.; Brown, P.W.

Perspectives on Industrial Research Conference, Cincinnati, OH.

November 1996. "Calcium Hydroxyapatite-Poly[bis(sodium

carboxylatophenoxy) phosphazene] Composites.

C.S. Reed, pg. 4

Allcock, H.R.*, Coleman, M.M., Taylor, J.P., Guigley, K.S., Reed, C.S.

Intern. Aircraft Fire & Cabin Safety Research Conference; Fire:

Advanced Materials Conference, Atlantic City, NJ. 1998. Tailoring

Polyphosphazenes for Aircraft Fire-Resistant Applications.

Bernheim, K.A.*, Reed, C.S., Allcock, H.R. Western Regional Meeting

of the American Federation for Medical Reseach, Carmel, CA. January

1999. Synthetic Bone: A Polyphosphazene/Hydroxyapatite

Composite.

Flarend, R.*; Reed, C.S. 9th International Conference on Accelerator

Mass Spectrometry, Nagoyo, Japan. September 2002. Aluminum

Nitride as a Novel Aluminum-26 Target Material for Accelerator Mass

Spectrometry.

OTHER PROJECTS

Reed, C.S.; TenHuisen, K.S.; Brown, P.W.; Allcock, H.R. Manuscript in

preparation. "Solution Precipitation of Calcium Hydroxyapatite -

Poly[bis(methoxyethoxyethoxy)phosphazene] Composite."

Allcock, H.R.; Reed, C.S.; Taylor, J.P.; Bernheim, K.A. Manuscript in

preparation. "The Thermal Rearrangement of Alkyloxy Phosphazenes."

Allcock, H.R.; Reed, C.S. Thesis Chapter. "Synthesis of Novel

Composites of Polyphosphazenes and Silica."

Allcock, H.R.; Reed, C.S.; Bernheim, K.A. Thesis Chapter.

"Synthesis of Novel Composites of Poly[bis(methoxyethoxyethoxy)-

phosphazene] and Silica."

Allcock, H.R.; Reed, C.S.; Kim, Y.B. Thesis Chapter.

"Polyphosphazenes Containing p-Hydroxyphenoxy Groups: A Route

to the Attachment of Bulky Substitutents."

SIGNIFICANT 2001 - current Faculty Senate member

PROFESSIONAL 2005 - current Faculty Senate Academic Affairs Committee

SERVICE 2001 - 2005 Faculty Senate Curricular Affairs Committee

1997 - current Penn State Altoona Judicial Board

2003 - 2005 Applied Chemistry Minor Committee

2003 - 2004 Applied Science BS Degree Committee

2001 - 2004 General Chemistry Laboratory Coordinator

C.S. Reed, pg. 5

SOCIETIES Polymer Division of the American Chemical Society

Polymer Science and Materials Engineering Division of the American

Chemical Society.

AWARDS Miles. Inc. Fellowship. Pennsylvania State University, University Park,

PA, August 1991 - May 1992.

Lubrizol Foundation. Hiram College, Hiram,OH, Sept. 1990 - June

1991

Paul Fall Scholarship. Hiram College, Hiram, OH, Sept. 1989 - June

1991

Garfield Scholarship. Hiram College, Hiram, OH, Sept. 1987 - June

1991

REFERENCES Available upon request.

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