Welcome to the Center for Crystallographic Research. Formed in July of 2007, to support the research endeavors at Michigan State University, with resources for Single Crystal X-ray Diffraction (SCXRD), Powder X-ray Diffraction (PWXRD). The Faculty has acquired instrumentation from various sources which include Bruker and a Rigaku SCXRD instruments, a Bruker PWXRD. Please check out the links and information within these pages and I hope that they provide a useful tool to discover the great advantages that X-ray diffraction can have on the research performed here at
Michigan State University and surrounding academic institutions.
2021 the CENTER ADDED HIGH PRESSURE CRYSTALLOGRAPHIC TECHNIQUES TO ITS LIST OF RESEARCH OPTIONS.
Analytical services provided using x-ray diffraction. Single Crystal, Powder Diffraction and High Pressure Crystallography.
NEWS
July 20, 2026
Publication in conjunction with Grand Valley State University
Five imide derivatives of 4-aza¬tetra¬cyclo¬[5.3.2.02,6.08,10]dodec-11-ene-3,5-dione: hy¬dro-gen bonding and intermolecular interactions.
T. Meade. M. Fedewa, N. Owen, L.G.W. Fedewa, R.J. Staples, S.M. Biros Acta Cryst. C , 2026, C82.
Publication in conjunction with University of Idaho.
Nitroimine-encoded conformational locking: a molecular switch for planarity and stability.
J. Singh, R.J. Staples, J.M. Shreeve Material horizons, 2026, ASAP.
Publication in conjunction with University of Idaho.
Thermally robust tetrazine-based energetic materials via hydrogen-bond and coordination engineering for practical high temperature applications."
J. Singh, R.J. Staples, J.M. Shreeve Indust. chem. & materials, 2026, ASAP.
Publication in conjunction with University of Idaho.
Potassium trinitromethyl tetrazole (TNMT-K): a new member of the primary explosive family.
L. Sohan, R.J. Staples, J.M. Shreeve Mater. Horizons. , 2026, 13(11), 5668-5671.
Publication in conjunction with University of Idaho.
Pyrazine-bridged polynitro triazoles for high energy and practical stability.
." A.K. Yadav, R.J. Staples, J.M. Shreeve Mater. Chem. Frontiers Adv., 2026, 10, 1157-1154.
Publication in conjunction with University of Idaho
Our 2025 JMCA article has been selected by the Royal Society of Chemistry for inclusion in the Top 50 Most Popular Articles of 2025, based on citations, downloads, and reader engagement. Announcment. The successful determination of the crystal structure of compound 5 using electron diffraction from a powder sample clearly strengthened the manuscript.
Publication in conjunction with University of Idaho.
Concomitant polymorphism in oxime-bridged pyrazole-tetrazole energetic materials.
V. Thaltiri, R.J. Staples, J.M. Shreeve J. Mater. Chem. A., 2026, 14. 2695-2699.