Nanophases in the Environment, Agriculture, and Technology

NEAT (Nanophases in the Environment, Agriculture, and Technology) is a multidisciplinary research and education program which links the fundamental physics, chemistry, and engineering of small particles and nanomaterials to several challenging areas of investigation:

  • applications in ceramic, chemical, electronic, environmental, and agricultural technology
  • environmental transport and transformation and resulting roles in environmental pollution and remediation
  • interactions with the biosphere, especially microorganisms
  • effects on health

Faculty

Bill CaseyWilliam Casey
Distinguished Professor
whcasey@ucdavis.edu | 530-752-3211

Interest is in the reactions between water, rock and minerals. Many weathering phenomena involve reactions with water on mineral surfaces, something which can be mimicked in the laboratory by studying the aqueous chemistry of metal aquo clusters by heteronuclear NMR and MS. Other interests include crystal growth, general cluster chemistry, bio-inorganic chemistry, and chemistry from an environmental aspect.

Chip LesherCharles Lesher
Professor
celesher@ucdavis.edu | 530-752-9779

Experimental igneous petrology and geochemistry; phase equilibria and kinetics of silicate systems at elevated pressure and temperature; physical, transport and thermodynamic properties of silicate melts. Recent projects include (a) Laboratory: low to high pressure phase equilibria studies of basaltic systems; trace element partitioning; chemical and self diffusion studies of silicate melts; solution properties of silicate liquids from thermal diffusion. (b) Field: magmatic evolution of the North Atlantic Ocean basin and the evolution of the Iceland hot spot; petrologic studies of early Tertiary volcanic and plutonic rocks of East Greenland.

Isabel MontanezIsabel Montañez
Distinguished Professor
ipmontanez@ucdavis.edu | 530-754-7823

Research interests are in the sedimentary record of coupled physical and chemical variation in paleo-oceans, global biogeochemical cycling in marine and terrestrial records, and carbonate fluid-rock interaction in sedimentary basins using stratigraphy, petrography and geochemistry, including stable and radiogenic isotopes and trace elements. Research in the laboratory broadly focuses on development of quantitative paleoclimate proxies, and their application to intervals of time characterized by major and/or abrupt climate change including past periods of icehouse-to-greenhouse transitions through to the last deglaciation.

Alexandra NavrotskyAlexandra Navrotsky
Distinguished Professor
anavrotsky@ucdavis.edu | 530-752-3292

Research interests have centered about relating microscopic features of structure and bonding to macroscopic thermodynamic behavior in minerals, ceramics, and other complex materials. She has made contributions to mineral thermodynamics; mantle mineralogy and high pressure phase transitions; silicate melt and glass thermodynamics; order-disorder in spinels; framework silicates; and other oxides; ceramic processing; oxide superconductors; and the general problem of structure-energy-property systematics. The main technical area of her laboratory is high temperature reaction calorimetry.

Qing-zhu YinQing-zhu Yin
Professor
qyin@ucdavis.edu | 530-752-0934

Using extinct radioactivity and general isotopic anomalies in the early solar system recorded in primitive meteorites as a tool to study the time scales and site of nucleosynthesis, the time of formation of the solar system and planetary differentiation. Isotope and trace element geochemistry with applications to crust-mantle evolution. Heavy metal stable isotope fractionation in low temperature environments on planetary surfaces or in biological systems using newly emerging high precision mass spectrometry techniques. The development of associated experimental techniques involving high precision mass spectrometry and ultra-clean sample processing in Class-100 clean laboratories for isotope analyses.

Faculty Emeriti

Jim RustadJames R. Rustad
Professor Emeritus
jrrustad@ucdavis.edu

Interfacial and mineral surface geochemistry; mineralogy; mineral physics. Research is focused on computational chemical models of interfacial structure as well as surface charging, sorption, dissolution, and precipitation phenomena at oxide-water interfaces.
 

Peter SchiffmanPeter Schiffman
Professor Emeritus and Research Geologist Emeritus
pschiffman@ucdavis.edu

Interests are in alteration petrology and mineralogy of active and fossil hydrothermal systems in terrestrial and submarine settings

 

Scientists and Academic Federation

Gordon MooreGordon Moore
Assistant Adjunct Professor
gomo@ucdavis.edu | 530-752-5829

Experimental, igneous and volcanic petrology. Research involves using high pressure and temperature apparatus to investigate the nature of volcanic eruptions and their igneous products.
 

Peter ThyPeter Thy
Project Scientist
pthy@ucdavis.edu | 530-752-1802

Igneous petrology of gabbros and basalts. Detailed petrographic, mineralogical and chemical studies to understand petrogenesis and crystallization. Current research includes gabbroic intrusions and plateau basalts of the North Atlantic province (Skaergaard intrusion, East Greenland, Iceland). Ocean gabbros and crustal formation (Indian Ocean). Ophiolites (Cyprus and Turkey). Formation of ash and slag in biomass-fueled power plants.

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