美国加利福尼亚州立理工大学波莫纳分校：化学系
【简介】
Cal Poly Pomona Chemistry Faculty
Analytical Chemistry
Dr. Frederick Bet-Pera
Dr. George Gutnikov
Dr. Nelson Scott

Biochemistry
Dr. Lisa Alex
Dr. Charles Bowen
Dr. Michael Keith
Dr. Dennis Livesay
Dr. Patrick Mobley

Chemical Education
Dr. Ruth Bowen
Dr. Barbara Burke
Dr. Joe Casalnuovo
Dr. Edward Walton

Inorganic Chemistry
Dr. Barbara Burke
Dr. Joe Casalnuovo
Dr. Edward Walton

Organic Chemistry
Dr. Philip Beauchamp
Dr. David Brown
Dr. Vasu Dev
Dr. Francis Flores
Dr. Keith Howard
Dr. Douglas Klumpp
Dr. Ernest Simpson
Dr. Laurie Starkey

Physical Chemistry
Dr. Samir Anz
Dr. Herb Fynewever
Dr. Elisheva Goldstein
Dr. David Haner
Dr. Mary Luo
Dr. Charles Millner

3801 West Temple Avenue, Pomona, CA 91768
Bldg 4, Rm 2-515, (909) 869-3653, FAX 869-4344
Dr. Keith Howard, Department Chair

美国加利福尼亚圣芭芭拉大学：化学工程系
【简介】
Research areas:
1.Biomaterials and Bioengineering
Bioengineering research at UCSB aims at understanding the properties of biological materials and processes at three levels: macroscopic, microscopic and molecular, with the further aim of using this knowledge to improve or create new biomaterials and bioprocesses such as drug delivery systems, artificial tissues, and biocompatible materials and surfaces. The research is mainly experimental involving a synthesis of characterization methods including optical, electron and scanning probe microscopies, ultrasound, nuclear magnetic resonance spectroscopy and imaging, and various force measuring techniques. In addition, UCSB researchers are developing new biologically relevant materials using combinatorial chemistry and biomimetic self-assembly. Work on this scale requires the active collaboration between research groups within the department, the college, and campus including the Materials Research Laboratory. There are also strong collaborations with various biomedical and pharmaceutical companies around the world.

associated faculty
Jacob Israelachvili
Eric McFarland
Samir Mitragotri
Matt Tirrell
Patrick Daugherty
Joseph Zasadzinski

2. Catalysis, kenetics, and reaction engineering
Departmental faculty have several active research projects spanning basic experimental and theoretical studies of reaction mechanisms, surface science, and catalytic materials to engineering of reactor systems. Reacting systems important for microelectronics, energy production, environmental cleanup, and chemical production are under study using a variety of tools and experimental systems including: nuclear magnetic resonance, infrared spectroscopy, scanning electron microscopy, computational physics, and ultra high vacuum. Collaborations with colleagues in the Departments of Chemistry, Physics, and the Materials Research Laboratory provide opportunities for a variety of interdisciplinary studies.

associated faculty
Eray Aydil
Brad Chmelka
Eric McFarland
Robert Rinker

3. Electronic and photonic materials
Research in electronic and photonic materials covers a wide range of applied and fundamental topics, including semiconductor processing, thin film deposition, plasma processing, etching, surface chemistry, photonic bandgap materials, magnetic, optical, and electronic properties of surfaces and thin films, structure and reliability of electronic materials, and computational materials science. Experimental and theoretical approaches are coordinated in order to elucidate processing-structure relations for a wide range materials. The theoretical and computational research program combines a hierarchy of methods, ranging from ab initio calculations to molecular and continuum simulations. The experimental research program uses state-of-the-art experimental tools for fundamental and applied studies of industrial processes and reactors. A wide range of facilities are available, including infrared spectroscopies, ultrahigh vacuum surface characterization tools, electron energy loss and Auger s pectroscopies, spectroscopic ellipsometry, atomic force and scanning tunneling microscopies, laser light scattering, and many others.

associated faculty
Eray Aydil
Eric McFarland
Dave Pine

4. Fluids, transport, and safety
Research in fluid mechanics and transport phenomena is one of the strongest features of the Department. In fluid mechanics there are major research efforts in fundamental computational and experimental studies of turbulent flows, high-speed and high temperature multiphase flow phenomena, and viscous flows of polymeric liquids and particulate dispersions. In mass transfer there are research efforts in acid gas treatment, the evolution of microstructural features in heterogeneous solid materials, and the morphology of surfaces and interfaces in metallic and semiconductor thin films. Theoretical research in these areas involves the development of macroscale, microscale and atomistic models, as well as numerical algorithms, for large-scale computational studies of the basic phenomena. Experimental research uses the newest and most sophisticated methodologies, including laser and high-speed video-based methods for flow diagnostics, rheological and rheo-optical characterization tools for co mplex fluids, and infrared imaging and X-ray radiography for high-speed multi-phase flow systems.

associated faculty
Sanjoy Banerjee
Glenn Fredrickson
Gary Leal
Orville Sandall
Theo Theofanous

5. Inorganic, ceramic, and structural materials
Research activities in the areas of inorganic, ceramic, and structural materials are broadly distributed among new synthesis, characterization, and processing strategies for novel applications. Areas of current interest include (1) zeolites, mesoporous, and macroporous solids for catalytic, separation, optoelectronic applications, (2) combinatorial synthesis and screening techniques for new materials discovery, (3) ceramic processing methods for epitaxially grown films and high-performance monoliths, (4) heterogeneous composites with tunable structural properties, (5) radiation damage and prevention in fusion and fission reactor materials, etc. Strong research collaborations exist among these groups, with other UCSB researchers, with numerous industrial partners, and with numerous top international laboratories and institutions. In particular, close intra- and interdepartmental collaborations are on-going in these research areas among groups in Chemical Engineering, Materials, Chemist ry, Physics, Mechanical Engineering, and Biology, especially via the interdisciplinary UCSB Materials Research Laboratory (MRL).

associated faculty
Brad Chmelka
Fred Lange
Gene Lucas
Eric McFarland
Dave Pine

6. Polymers and complex fluids
The polymers and complex fluids group is one of the largest and most interactive in our department. Research is carried out on systems that span the range from polymer melts and solutions, to colloids, microemulsions, micelles, vesicles, and more exotic complex fluid aggregates. Theoretical and experimental studies are closely aligned and the group utilizes an impressive array of modern characterization tools including: nuclear magnetic resonance and secondary ion mass spectroscopy, light and x-ray scattering, dynamical mechanical spectroscopy, surface forces apparatus, and electron and atomic force microscopy. Extensive interdisciplinary activity in the area is fostered by the Materials Research Laboratory (MRL), which links researchers from UCSBs Chemical Engineering, Materials, Chemistry, Biology, and Physics Departments, as well as industrial researchers through the MRL Macromolecular Outreach Program.

associated faculty
Brad Chmelka
Glenn Fredrickson
Jacob Israelachvili
Ed Kramer
Gary Leal
Dave Pine
Matt Tirrell
Joseph Zasadzinski

7. Process control and computation
Process control and monitoring play a critical role in the safe and profitable operation of industrial processes. Process control research at UCSB covers a broad range of theoretical and experimental activities that emphasize model-based control, and statistically-based identification and monitoring techniques. Many research projects are sponsored by industrial companies who are members of the UCSB Process Control Consortium. Interdisciplinary activities in process control and control engineering are facilitated by the UCSB Center for Control Engineering and Computation, which includes faculty members in four academic departments.

associated faculty
Duncan Mellichamp
Dale Seborg

美国加利福尼亚大学欧文分校：化学系
【简介】
The Department of Chemistry at the University of California, Irvine (UCI) offers degrees in Chemistry at all levels. Graduate degree programs in Analytical, Atmospheric, Inorganic, Organic, and Physical Chemistry are offered.

Faculty Research Interests:
Analytical
Traditionally, research in the area of Analytical Chemistry involves the development of new methods for determining the identities and concentrations of the chemical species present in mixtures. The problems addressed are extremely diverse. At UCI, state-of-the-art research in the area mass spectrometry (MS), which is just one modern instrumental method of analysis, includes MS analyses of biomolecules (McIver), atmospheric aerosols (Finlayson-Pitts), atmospheric gases (Blake), adsorbed organic molecules on metal surfaces (Hemminger).

Blake
Cicerone
Farmer
Finlayson-Pitts
Fleischer
Ge
Hemminger
Janda
Miller
Penner
Rentzepis
Rowland
Shaka
Shea

Atmospheric
Research in the area of Atmospheric Chemistry encompasses laboratory, field and modeling studies of chemical processes important in both the lower and upper atmosphere. Current areas of interest represented in the Department of Chemistry include trace gas measurements in clean and polluted environments (Rowland, Cicerone, Blake), laboratory studies of the kinetics and mechanisms of atmospheric reactions (Finlayson-Pitts, Hemminger) and modeling of atmospheric systems (Cicerone). There are close collaborations with faculty in the Department of Earth System Science and many of the Atmospheric Chemistry faculty hold joint appointments in the two departments.

Education
Professors and Lecturers in Chemical Education seek to develop new approaches for teaching chemistry both in the classroom, and in the laboratory, at all levels. Specializing in Chemical Education at UCI are Professors Arasasingham, Miller, and Taagepera, and Lecturers Rogers and Kim. The UCI Chemistry Department in cooperation with the UCI Department of Education offers a two-year program leading to the Master of Science in Chemistry and a California Single Subject Teaching Credential in Chemistry.

Inorganic
Inorganic Chemistry is an exceptionally diverse field that encompasses all of the elements in the periodic table. Areas of interest to inorganic chemists at UCI include the synthesis and characterization of new types of inorganic compounds, the preparation of inorganic materials with potentially useful properties, and the exploration of the role of metal ions in biological processes and catalysis.

Doedens
Doherty
Evans
Farmer
Feher
Fleischer
Heyduk
Heyduk

Organic
The Organic Chemistry program at UCI is a world leader in the total synthesis of natural products and the development of new methods for synthesizing organic compounds. It is widely recognized for its excellence, and its emphasis on the synthesis and study of molecules relevant to life processes and new materials provides many exciting research opportunities, ranging from the creation and evaluation of new organic polymers and peptidomimetic compounds to the synthesis of proteins and promising new pharmaceuticals. Faculty engaged in these endeavors include Professors Chamberlin, Feher, Freeman, Guan, Moore, Nowick, Overman, Rychnovsky, Shea, Van Vranken, Weiss, and Woerpel.

Physical
Physical Chemistry and Chemical Physics. Every chemical process observed in the laboratory proceeds in accordance with a compact set of physical laws and principles. Understanding Chemistry in the context of these laws is the domain of physical chemists and chemical physicists. At UCI, every major area of Physical Chemistry and Chemical Physics is represented among twenty of the faculty: Professors Apkarian, Blake, Bondebey, Brant, Finlayson-Pitts, Gerber, Grayce, Hemminger, Ho, Janda, Mandelshtam, Martens, McIver, Penner, Rentzepis, Rowland, Shaka, Tobias, and Wolfsberg.

Address:
Department of Chemistry
516 Rowland Hall
University of California at Irvine
Irvine, California, 92697-2025

Department FAX: 1-949-824-8571
Department phone: 1-949-824-4097

美国加利福尼亚大学欧文分校：化学工程与材料科学系(ChEMS)
【简介】
Since its inception in 1987, the Department of Chemical Engineering and Materials Science has established itself as a leader in the field of Chemical Engineering and Material Science. Their faculty have received National Young Investigator, CAREER, and PECASE Awards from the National Science Foundation and ONR. Research funding exceeds $2.1 million annually, and comes from federal sources (NIH, NSF, ONR, ARO, DOE, NASA, EPA), state government sources (BioSTAR , Regional Water Quality Control Board), local government sources (Orange County, Cities of Huntington Beach, Costa Mesa, Fountain Valley, Newport Beach), private foundations (Whitaker Foundation, National Water Research Institute, Water Environment Research Foundation, American Water Works Research Foundation), and private companies (Alcoa, Boeing, EPRI, Fluor Daniel, Ford, Hewlett Foundation, Hitachi, Corp., Metrolaser, Praxair, Rockwell, Sandia, Toshiba, Toyota).

美国加利福尼亚大学洛杉矶分校：化学与生物化学系
【简介】
The UCLA Chemistry & Biochemistry Department has a tradition of excellence and is ranked among the best in the country, as evidenced by the quality of its programs, the caliber of its faculty, and the excellence of its students. The Department is a leader in cutting-edge research and innovative educational programs.

The Department offers undergraduate majors in chemistry, biochemistry, and general chemistry leading to Bachelor of Science degrees. The chemistry and biochemistry majors are designed to prepare students for graduate studies in each field, for entry into professional schools in the health sciences, and for careers in industries and businesses that depend on chemically and biochemically based technology.

Graduate programs leading to Master of Science and Doctor of Philosophy degrees in Chemistry and Biochemistry are offered in the fields of Biochemistry, Inorganic, Organic, and Physical Chemistry. Since modern research cuts across traditional disciplinary boundaries, UCLA also offers interdisciplinary programs in a variety of fields including bioinorganic, bioorganic, biophysical, materials, molecular biology, and solid state chemistry.

Leading the Department's research and teaching activities are 45 full-time professors and 10 research-active emeriti. The Department has a select, high caliber student body of more than 1500 students. There are nearly 1200 undergraduate students with more than 900 being biochemistry majors, over 250 graduate students working towards doctorate degrees, and more than 50 postdoctoral scholars pursuing advanced research training.

The Department is housed in Young Hall, the Molecular Biology Institute Building, and the newly completed Molecular Sciences Building. The latter contains ultra-modern facilities for synthetic chemistry and also houses a state-of-the-art instrumentation facility. The J. D. McCullough X-ray Laboratory is equipped with eight single crystal and powder X-ray diffractometers, the Consortium of Magnetic Resonance Laboratories has eight high-field NMR spectrometers ranging from 200 to 600 MHz, and the Center for Molecular and Biomedical Mass Spectrometry operates seven mass spectrometers. The Chemistry Library has over 62,000 volumes and receives more than 700 journals in chemistry, biochemistry, and related fields. Among the Departmental facilities and services provided are electronics, glassblowing, and computer shops and an extensive network of computers and workstations for research and teaching. The Department's research and teaching operations are supported by an outstanding group of m ore than 40 technical and nontechnical support staff.

The faculty's commitment to excellence extends well beyond the classrooms and laboratories. Development of new chemistry educational curricula employing the latest in multimedia and distance education technology is being developed in the UCLA Science Challenge with nearly $4 million in federal and private funding. The Bridges and the Minority Scientist Development Programs assist underrepresented students from UCLA and community colleges pursuing careers in biomedical research. The editorships of the American Chemical Society journals Accounts of Chemical Research and the Journal of Inorganic Chemistry are housed in the Department. These and other service activities extend the reach and impact of their faculty.

The total Departmental budget for the current fiscal year exceeds $20 million. This includes more than $12 million in contracts and research grants and over $10 million from the State of California to support teaching activities. The Department's endowments and gifts exceed $5 million.

One measure of the caliber of the faculty is the national and international distinctions they have received. Faculty members of the Department have been the recipients of numerous awards and honors for their outstanding scientific, scholarly achievements including:

Nobel Prize in Chemistry (3)
President's National Medal of Science
Guggenheim Fellowships (15)
National Academy of Sciences Membership (5)
American Association for the Advancement of Science Fellow (9)
American Physical Society Fellow (5)
Alexander von Humboldt US Senior Scientist Award (6)
NSF Presidential Young Investigator Award (10)
NSF Young Investigator Award (6)
NSF Faculty Early Career Development Award (5)
Alfred P. Sloan Research Fellowship (18)
Camille and Henry Dreyfus Teacher-Scholar Award (10)
Searle Scholar (3)
Smithsonian Institution's Computerworld Award in Education and Academia
David and Lucile Packard Fellowship in Science and Engineering (2)
Wolf Prize
Coblentz Award
Agnes Fay Morgan Award
Leonard Medal
Rothschild Prize
Royal Soceity of Chemistry/Lennard-Jones Medal
National Academy of Sciences Award in Chemical Science
Texas Instrument Founders Prize
Union Carbide Innovation Recognition Award (2)
Exxon Faculty Fellow in Solid State Chemistry (2)
Polyhedron Medal and Prize
Ralph F. Hirshmann Award in Peptide Chemistry
International Academy of Quantum Molecular Science Medal
Israel Prize, Exact Sciences
Jane Coffin Childs Fellow in Molecular Biology
Havinga Foundation Medal
American Chemical Society Awards
Cope Award (1)
Cope Scholar Award (3)
Baekeland Award
Tolman Award, Southern California (9)
Willard Gibbs Medal (2)
Inorganic Chemistry Award (2)
Colloid and Surface Chemistry Award
Kendall Award in Colloid and Surface Chemistry
Joel Hildebrand Award (3)

Department of Chemistry and Biochemistry,
607 Charles E. Young Drive East,
Box 951569, Los Angeles, CA 90095-1569
Email: www@chem.ucla.edu