ROBERT D. PIKE
Garrett-Robb-Guy Professor Chemistry Department
The College of William and Mary
PO Box 8795
Williamsburg, VA 23187-8795

office phone : 757-221-2555
department fax: 757-221-2715
email: rdpike@wm.edu

Ph.D. Brown University 1991; Research advisor: Dwight A. Sweigart
Postdoctoral fellow, Brown University; Advisor: Aaron Wold

I am an inorganic chemist. Inorganic chemistry is the study of compounds based on elements other than carbon. Strange as it may seem, many inorganic compounds (including virtually all of the ones we study) have carbon-based groups in them. The distinction between inorganic and organic compounds is sometimes a matter of taste, but if there's at least one metal atom in a compound, it's inorganic to me. Inorganic compounds are found in the earth (minerals, metal ores, metals, clays), in the water (dissolved salts) and air around us, in living things (salts, metal-containing proteins, such as hemoglobin, bone), and in countless consumer products (metals, semiconductors, concrete, glass). My specific research interests are in the fields of inorganic polymers, organometallics, and X-ray crystallography.

RESEARCH INTERESTS

Inorganic Polymers. We are interested in producing new inorganic polymers which have metal atoms within the backbone of the polymer chain. Depending on their chemical construction, these polymeric networks may be chain-like (one dimensional), sheet-like (two dimensional), or fully networked (three dimensional). Metal-organic networks have potential applications as luminescent materials for displays and sensors, as porous materials for separations work, and as catalysts for use in organic reactions. 

X-ray Crystallography. The repeating pattern of atoms that exists in a crystalline substance contains a wealth of information. Crystals are composed of nanometer-scale repeat units, called unit cells. When a tiny crystal is bathed in an X-ray beam, the X-rays diffract off of the layers of atoms present in the crystal. The pattern of diffracted X-ray spots can be reconstructed to yield a map of the positions of atoms in the unit cell. The pictures at the top of this page are "photos" of molecules solved by X-ray crystallography in our laboratory.
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SCHOOL OUTREACH PROGRAM: CRYSTALS!

We have a new in-school science education program aimed at local 5th grade classes. The program is called "Crystals!" It is a hands-on program that involves growing and examining crystals. The physical, chemical, and mathematical properties of crystals are explored. The program involves two 2-hour in-class visits by myself and several of my W&M students. If you are interested in the program, please the Crystals! web site .
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X-RAY CRYSTALLOGRAPHY CENTER

Our group is active in solving X-ray crystallographic structures for chemists at other primarily undergraduate Colleges and Universities. If you would like to know more about this program please the X-ray Crystallography Center web site .
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RESEARCH GROUP

I typically work with 4 to 7 research students at a time. Many of these students spend at least one summer in my laboratory.

 

My summer 2009 research group: Front Row: Matt Dembo ('11), John McCarthy ('10), James Jones ('10). Back Row: Robin Carey (High School Chemistry Teacher, West Point, VA), Me.

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TEACHING

Courses:  I teach a number of courses for the William & Mary Department of Chemistry.  The links below allow access to course syllabi.  To access all web-based course materials, go to Blackboard (you must be a William & Mary student to login to Blackboard).

• Chemistry 103 General Chemistry I (last taught Fall 2007)
• Chemistry 305 Inorganic Chemistry (last taught Spring 2006)
• Chemistry 356 Quantitative and Inorganic Laboratory Methods (last taught Spring 2005)
• Chemistry 309 Instrumental Analysis (last taught, Fall 1999)
• Chemistry 402 Advanced Inorganic Chemistry (last taught, Spring 2009)

Photos and Description of Our Undergraduate Experiment in Metal-Organic Network Chemistry

Pikisms  These are some in-class quotations, ranging from humorous to embarrassing, culled from my Chemistry 103 lectures by Laurie McManus ('04). Disclaimer: There are a few misquotes, resulting in scientifically incorrect statements. Enjoy...

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                        Rachel: Desperately seeking squirrels and in repose.

SELECTED RECENT PUBLICATIONS (W&M student names underlined)

(Click here to see my complete publication list 1993 to present. )

A. Saxena, E. C. Dugan, J. Liaw, M. D. Dembo, and R. D. Pike, "Copper(I) Complexes of Hetercyclic Thiourea Ligands", Polyhedron 2009, in press.

A. G. Zestos, C. L. Grinnell, L. J. Vinh, R. D. Pike, and W. H. Starnes, Jr. "Metal-Exchanged Clay and Zeolite Additives as Smoke Suppressants and Fire Retardants for Poly(vinyl chloride)" Journal of Vinyl and Additive Technology 2009, 15, 87.

R. D. Pike, T. J. Brewster and C. A. Bayse, “Photoluminescence of 1-D Copper(I) Cyanide Chains: A Theoretical Description”, Inorganic Chemistry 2009, 48, 174.

J. E. Kuperstock, A. N. Ley and R. D. Pike, “Piperazinium Chlorocuprates(I)”, Journal of Chemical Crystallography 2009, 39, 131.

M. J. Lim, C. A. Murray, T. A. Tronic, K. E. deKrafft , A. N. Ley, J. C. deButts, R. D. Pike, H. Lu and H. H. Patterson, “Copper(I) Cyanide Networks: Synthesis, Structure, and Luminescence Behavior, Part 2. Piperazine Ligands and Hexamethylenetetramine”, Inorganic Chemistry 2008, 47, 6931.

S. Pagola, R. D. Pike, K. E. deKrafft, T. A. Tronic, “[CuCN(mu-PyzNH ₂] Three Dimensional Network from Laboratory Powder Diffraction Data”, Acta Crystallographica, Section C 2008, 64, m132.

W.-K. Ho, J. K. Walker, S. V. Orski, T. W. Fuller, A. G. Zestos, C. L. Grinnell, R. D. Pike and W. H. Starnes, Jr., “A New Synergistic Effect in the Smoke Suppression of Plasticized Poly(vinyl chloride) by Mixed-Metal Cu(II) Oxides”, Journal of Vinyl and Additive Technology 2008, 14, 16.

A. Saxena and R. D. Pike, “Hydrogen-Bonding Networks in Heterocyclic Thioureas”, Journal of Chemical Crystallography 2007, 37, 755.

T. A. Tronic, K. E. deKrafft, M. J. Lim , A. N. Ley and R. D. Pike, “Copper(I) Cyanide Networks: Synthesis, Luminescence Behavior and Thermal Analysis, Part 1. Diimine Ligands”, Inorganic Chemistry 2007, 46, 8897.

S. B. Kim, S. Lotz, S. Sun, Y. K. Chung, R. D. Pike and D. A. Sweigart, “The Synthesis and Application of Manganese Tricarbonyl Transfer (MMT) Agents”, Inorganic Syntheses, accepted.

R. D. Pike, K. E. deKrafft, A. N. Ley and Tristan A. Tronic “Threaded Structure and Blue Luminescence of (CuCN)₂₀(Piperazine) ₇”, Chemical Communications 2007, 3732.

E. C. Dugan and R. D. Pike, “1,2,3,4-Tetrahydroquinoxaline”, Acta Crystallographica Section E 2007, o2772 .

R. D. Pike, M. J. Lim, E. A. L. Willcox and T. A. Tronic , “Nickel(II) and Cobalt(II) Nitrate and Chloride Networks with 2-Aminopyrimidine”, Journal of Chemical Crystallography 2006, 36, 781.

A. B. Wiles and R. D. Pike, “Copper(I) Chloride Carbonyl Polymers”, Organometallics 2006, 25, 3283.

R. D. Pike, A. B. Wiles a nd T. A. Tronic, “bis(Thiophene-2-carboxaldehyde thiosemicarbazonato)diacetonitriledicopper(I) Tetrafluoroborate”, Acta Crystallographica Section E 2006, 62, m347.

A. B. Wiles, D. Bozzuto, C. L. Cahill and R. D. Pike, “Copper (I) and (II) Complexes of Melamine”, Polyhedron 2006 , 25, 776.

R. D. Pike, “Thallium: Organometallic Chemistry” In Encyclopedia of Inorganic Chemistry 2 ; R. B. King, Ed.; John Wiley and Sons: Chichester, U.K., 2005, vol. IX, pp. 5569–5581.

L. M. Nguyen, M. E. Dellinger , J. T. Lee, R. A. Quinlan , A. L. Rheingold, and R. D. Pike, “Convenient Synthesis of Copper(I) Thiolates and Related Compounds”, Inorganica Chimica Acta 2005, 358, 1331.

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