101. Discoveries And Breakthroughs Inside Science (DBIS) Produced by the American Institute of physics and partner scientific societies, twelve news stories are distributed each month to television stations across the country. DBIS news stories zero in on scientific research and developments that benefit our daily lives. The 90second stories fall into three major areas earth and atmospheric sciences, medical advances, and physical sciences and engineering. http://aip.org/dbis/

advanced search Earth and Atmospheric Science The latest research and developments: earthquake forecasting, storm tracking, more... CLICK HERE TO SELECT Plant Power Contrails and Climate Gauging Earthquake Damage Did You Feel It? Space Lasers Medical Science Advances Cutting-edge research from physical scientists is making a major impact at the doctor's office. CLICK HERE TO SELECT Fighting the Flu A New Way Highlighting Tumors Painless Tonsillectomy New Down Syndrome Screening Increasing In-Vitro Success Targeting Tumors in 4D Getting X-Ray Results Fast Physical Science and Engineering From search-and-rescue robots to safer seatbelts, the latest technology in action. CLICK HERE TO SELECT Crash-Avoidance Technology Inconsistent TV Audio Sound Cooling Cloudy Glasses

102. Physics And Chemistry Of The Earth Threepart journal, with Part B covering hydrology and water resources and Part C covering solar, planetary, and atmospheric science. Tables of contents and indices, and on-line articles for subscribers. http://www.elsevier.com/wps/find/journaldescription.cws_home/413/description

Home Site map Regional Sites Advanced Product Search ... Physics and Chemistry of the Earth Journal information Product description Editorial board Audience Abstracting/indexing For Authors Guide for authors Subscription information Bibliographic and ordering information Conditions of sale Dispatch dates Journal related information Most downloaded articles Other journals in same subject area Related publications About Elsevier ... Select your view PHYSICS AND CHEMISTRY OF THE EARTH As of 2002, incorporating Physics and Chemistry of the Earth, Parts A, B and C Editors-in-Chief N. Balling, G.M. Ganssen, H.-P. Plag, H.H.G. Savenije, S. Tinti See editorial board for all editors information Volumes / Issues (Tables of Contents, Abstracts, Full Text), including Articles in Press Special Issues Guide for Authors Most downloaded articles Related Links: New Books in Geophysics Encyclopedia of Earth Systems Science (4 Volume Set) Click here 2004 ISI Impact Factor: 0.577 Description Physics and Chemistry of the Earth is an international interdisciplinary journal for the rapid publication of collections of refereed communications in separate thematic issues, either stemming from scientific meetings, or, especially compiled for the occasion. There is no restriction on the length of articles published in the journal. Physics and Chemistry of the Earth incorporates the separate Parts A, B and C

103. SpringerLink - Publication www.springerlink.com/link.asp?id=103391 physics Oxford University Live Weather Getting here Contact University of Oxford atmospheric, Oceanic and Planetary physics http://www.springerlink.com/openurl.asp?genre=journal&issn=0177-7971

104. Institute Of Plasma Physics, ASCR Research on tokamaks, plasma heating, plasma turbulence, electron beam plasma interaction, plasma chemistry, plasma decomposition or synthesis, pulsed capillary discharge, pulsed corona discharge, arc discharge, plasma spraying, atmospheric pressure non-equilibrium plasmas. http://www.cas.cz/en/UFP.html

Institute of Plasma Physics, ASCR Phone: Fax: Address: Za Slovankou 3 182 00 Prague 8 Czech Republic E-mail: ufp@cas.cz WWW: http://www.ipp.cas.cz The Institute was founded in 1959 as the Institute of Vacuum Electronics of the Czechoslovak Academy of Sciences and renamed in 1964 to reflect changes in the field of plasma physics research. Since 1999 the Institute has been coordinating Czech participation in the S+T programme in fusion of EURATOM (Association EURATOM/IPP.CR). The Institute conducts research in the following fields: Non-inductive current drive and heating in tokamaks by lower hybrid wavesEdge plasma turbulence in tokamaks Plasma diagnostics High current capillary discharge Generation of shock waves by a plasma discharge in water Generation of chemically active non-equilibrium plasma in gases at atmospheric pressure and in liquids Generation of equilibrium water-stabilised arc discharges Interaction of plasma with other states of matter as a basis for plasma spraying Plasma decomposition and/or plasma synthesis Materials research connected with plasma technologies Generation of hot dense plasma by a sub-nanosecond iodine laser Laser plasma as a source of intense coherent and non-coherent x-ray radiation and of multicharged ions Back to home page Last update March 5, 2003 (

105. Dalhousie Physics And Atmospheric Science Departmental information regarding programs of study, seminars, and careers. Also includes information for high school and firstyear students. http://fizz.phys.dal.ca/

Main Page High School Undergraduate Graduate Research ... Dalhousie University The Physics and Atmospheric Science Department The Physics and Atmospheric Science Department provides excellent undergraduate teaching programmes as well as advanced instruction and training at the graduate and research levels. High school students who are interested in studying physics or atmospheric science are refered to our high school page The research done by our undergrad and grad students and faculty is world class and covers many topics. Our research focuses on, but is by no means limited to, the understanding of materials, the study of the atmosphere, and the application of physics in medicine and biology. For what is happening in the department, refer to the News Section where current events are listed, past events are in photos and prize winners are listed. We are located in Halifax, which is the largest city in Atlantic Canada. For more information about Dalhousie University click here . Halifax offers an outstanding quality of life. For more information about Halifax and the Atlantic Region or Living in Halifax , click here.

106. Orbiter - A Free Space Flight Simulator A realistic 3D flight simulator that uses proper physics for the modelling of planetary motion, gravitational fields, free space, and atmospheric flight. http://www.medphys.ucl.ac.uk/~martins/orbit/orbit.html

Home Download FAQ Manual Gallery ... Bug Tracker Orbiter is free - but if you like it, you can appreciate the work that has gone into creating it by making a donation. Cheers! About ORBITER ORBITER is a free flight simulator that goes beyond the confines of Earth's atmosphere. Launch the Space Shuttle from Kennedy Space Center to deploy a satellite, rendezvous with the International Space Station or take the futuristic Delta-glider for a tour through the solar system - the choice is yours. But make no mistake - ORBITER is not a space shooter. The emphasis is firmly on realism, and the learning curve can be steep. Be prepared to invest some time and effort to brush up on your orbital mechanics background. A good starting point is JPL's Space Flight Learners' Workbook For discussion with other Orbiter users, have a look at the Orbiter forum . More information and resources for users and developers can be found under the Orbiter Wikipedia entry and the OrbiterWiki site, both maintained by the Orbiter community. News February 16, 2005: ORBITER 2005 Edition: Patch 2 released

107. International Association For The Physical Sciences Of The Oceans IAPSO has the prime goal of promoting the study of scientific problems relating to the oceans and the interactions taking places at the sea floor, coastal, and atmospheric boundaries insofar as such research is conducted by the use of mathematics, physics, and chemistry. http://www.olympus.net/IAPSO/

The International Association for the Physical Sciences of the Oceans IAG/ IAPSO/ IABO Joint Assembly, Cairns, Australia, August 22-26, 2005 First Circular PDF (600 KB) The International Association for the Physical Sciences of the Oceans (IAPSO) is one of seven Associations of the International Union of Geodesy and Geophysics (IUGG) which, in turn, is one of the Unions of the International Council for Science (ICSU) . IAPSO participates in ICSU's Scientific Committee on Oceanic Research (SCOR). IAPSO interacts with UNESCO's Intergovernmental Oceanographic Commission (IOC). This homepage provides information on IAPSO and its activities. It also provides an index to homepages on oceanographic resources, and indexes for other organizations and other World Wide Web Links . Comments may be directed to the IAPSO Secretary General Information on IAPSO IAPSO Strategies The Prince Albert I Medal ... IAMAS/IAPSO Joint Assembly, 1997 IUGG General Assembly, 1999 IAPSO Program and Symposia Abstracts IAPSO/IABO Joint Assembly, October 2001 Joint Assembly Abstracts 2003 IUGG General Assembly, Sapporo, Japan ... Other World Wide Web Links Page designed and maintained by Wind's Eye Design, Inc.

108. NCAR Redirect Access to NCAR strategic plan, research reports and discussion of program areas. Operated by the University Corporation for atmospheric Research under a cooperative agreement with the National Science Foundation. Mission includes atmospheric science, space/solar physics, societal impact of climate, supercomputer center. http://www.ncar.ucar.edu/ncar/

109. Branches Access to the seven branch science libraries (biology, chemistry, computer science, geoscience, marine and atmospheric sciences, engineering, and math/physics/astronomy) and to general databases and Internet resources. http://sunysb.edu/library/collections/list.html

Home Branches and Collections Call numbers and floor plans Suggest a purchase BRANCHES and COLLECTIONS LIST Branches Chemistry Library Computer Science Library Marine and Atmospheric Science Information Center (MASIC) ... Geosciences Collection Collections Archives, Manuscripts Biology Engineering Geosciences Collection ... Video Collection Stony Brook University Libraries Frank Melville Jr. Memorial Library, Stony Brook, NY 11794-3300 631.632.7100 (t), 631.632.7116 (fax) Comments or questions: Library Webmaster

110. Oxford University: AOPP: Dept: Index: University of Oxford atmospheric, Oceanic and Planetary physics We are an important centre for theoretical atmospheric and oceanic modelling. http://www-atm.physics.ox.ac.uk/main/dept/

HOME Oxford Physics Oxford University Live Weather ... .net University of Oxford Atmospheric, Oceanic and Planetary Physics The sub-department's research focuses on the study of physical processes in the atmospheres and oceans of the Earth and other planets, using experimental and theoretical techniques. We have about 70 members, including 10 permanent academic or research staff, about 20 post-doctoral researchers and senior visitors, and about 30 graduate students. Our main area of experimental work is the development of space instruments for infrared remote sensing of the structure and composition of planetary atmospheres, especially the Earth's stratosphere and mesosphere. Nine of these instruments are already in space: seven in Earth orbit, one orbiting Venus, one orbiting Jupiter, and another on the way to Saturn. Two unsuccessful attempts in 1992 and 1999 to orbit Mars and study its present and past climate are to be followed in 2005 by a new instrument on the NASA Mars Reconnaissance Orbiter. Several new space experiments are under development, including Earth-orbiting remote sensors to form part of the NASA Earth Observing System, which is investigating global change, and new missions to Venus, Mars and Mercury. Extensive overseas and domestic collaborations are involved, with industrial and scientific centres in Europe and the USA. We are an important centre for theoretical atmospheric and oceanic modelling. Our climate dynamics group studies the large-scale behaviour of the atmosphere-ocean system and its response to external drivers such as the increases in greenhouse gas levels responsible for anthropogenic climate change. Other modelling of the Earth's atmosphere focuses on large-scale dynamical and chemical-transport processes relevant to climate, and on the interpretation of our satellite data. We also use dynamical models of other planets, including Mars and Jupiter, to interpret existing data and help plan new observational missions. We also investigate fundamental geophysical fluid dynamics by means of laboratory experiments on rotating, stratified fluids, and also study the chaotic behaviour of a wide variety of physical systems using experimental and theoretical techniques.

111. NorthWest Research Associates, Inc. Contractresearch firm conducting in-depth investigations in the physical sciences and providing consulting services to government and industry. Expertise ranges from atmospheric, ocean, and sea ice sciences, to fundamental geophysical fluid dynamics and space physics. We also produce instrumentation for the geosciences. http://www.nwra.com/

NWRA is a scientific research group , owned and operated by its Principal Investigators, with expertise in the geophysical and related sciences. NWRA Mission Statement: To provide a supportive environment in which scientists and engineers can achieve excellence in basic and applied research. Sun and Heliosphere Ionosphere Mesosphere Stratosphere ... Instruments and Software An Argus Beach Monitoring Station was installed at the mouth of the Columbia River, between the States of Washington and Oregon, to study the changes in the environment that can affect boater safety and the integrity of Cape Disappointment State Park and the north jetty. (more) New at NWRA.com: Laboratory Services web page . NWRA offers flexible and adaptive workspace for a wide variety of atmospheric and oceanographic physics experiments in its 2,250 sq ft fluid dynamics laboratory. Landing in Alien Terrain: The Astrobiology Magazine reports on a recent meeting held in Barrow, Alaska. (more) NWRA Offices Bellevue, WA

112. The Atmospheric Dynamics Group Centre for atmospheric Science / Department of Applied Mathematics and Theoretical physics (DAMTP); atmospheric Dynamics Group. Members, courses, research, seminars, publications, web resources. http://www.atm.damtp.cam.ac.uk/

Centre for Atmospheric Science Atmospheric Dynamics Group Department of Applied Mathematics and Theoretical Physics (DAMTP) University of Cambridge Welcome to the Atmospheric Dynamics Group home page. The Atmospheric Dynamics Group is a research group in the Department of Applied Mathematics and Theoretical Physics (DAMTP) at the University of Cambridge . Together with the group for Atmospheric Chemistry in the Chemistry Department, it forms the Centre for Atmospheric Science We are interested in the fluid dynamical problems involved in understanding our chemical-climatic environment. These problems are intrinsically nonlinear and concern fluid motions on a vast range of timescales and spatial scales. We try to attack the problems from as many angles as possible, using numerical and analytical modelling and sophisticated combinations thereof and making use, where appropriate, of the wealth of observational data available today. Typical problems range from the fine-scale mixing of, for example, aircraft emissions or of pollutants in the ocean to the entire problem of the global atmospheric circulation and its chemical and radiative consequences, including questions about `stratosphere-troposphere exchange'. Related oceanographical work in the Department can be found here Go back to Atmosphere-Ocean-Climate front page Information Information about our group Group Members Portrait Gallery Courses and opportunities How to find us Information about the Centre The Centre for Atmospheric Science What is the Centre for Atmospheric Science Lucidity principles

113. Physical Oceanography Group Physical Oceanography in the atmospheric, Oceanic and Planetary physics Group. http://www.atm.ox.ac.uk/group/ocean/

Atmospheric, Oceanic and Planetary Physics Department of Physics Physical Oceanography Research in physical oceanography Our primary research interests are in describing the state of the global ocean in space and time and understanding the dynamic and thermodynamic processes that maintain this state. Ultimately, we are motivated to understand the ocean's role in Earth's climate and the physical analogies between the ocean and other planetary atmospheres. Coupled ocean-atmosphere modelling A variety of models are used for studying the interaction between the atmosphere and oceans. This interaction is strongest in the tropical regions, particularly over the Pacific ocean, where it gives rise to `El Nino' conditions and leads to climate variability on time-scales of a few months to a few years. The ultimate object of our work is to test the predictability of the tropical ocean-atmosphere system. Our models range from fully comprehensive models of the atmosphere and ocean to models of intermediate complexity that retain only the essential physics. In addition, models are being used to understand the nature of the decadal variability of the wind-driven and thermohaline circulations of the ocean and their climate manifestations. Much of the work is carried out in collaboration with other major modelling centres. General circulation of the ocean Understanding the key mechanisms controlling the rate at which the ocean interior is refreshed by surface water is a critical issue facing oceanographers interested in climate. A blend of methods is used to approach this problem, including numerical models of the oceanic circulation on parallel computers, observations of dissolved transient tracers (CFCs and radiosotopes) from research cruises and non-linear statistical techniques. The combination leads to improved knowledge of the general ciruculation of the ocean and exchange with the atmosphere and hence enhanced understanding of the ocean's role in shaping the Earth's climate.

114. Homepage For The School Of Chemistry, Physics And Earth Sciences, Science And En School of Chemistry, physics Earth Sciences. Oceanographic and atmospheric science research. http://www.scieng.flinders.edu.au/cpes/index.html

School links for Current Students Future Students Business and Industry Members of the School Faculty links for Current Students Future Students Business and Industry About the School The School of Chemistry, Physics and Earth Sciences has a proud tradition of excellence in research and teaching. Flinders University physics is known for outstanding contributions to the fields of atomic, molecular, plasma and nuclear physics. The high reputation enjoyed by its chemistry staff is based on leading research in molecular synthesis, molecular dynamics, physical organic chemistry and surface science. Flinders meteorologists were instrumental in establishing Airborne Research Australia , one of the world's leading facilities for atmospheric measurements. Its oceanographers designed and initiated the National Tidal Centre , now located with the Bureau of Meteorology Today's teaching and research programmes benefit from this tradition while responding to new developments and needs. Nanotechnology has become one of the foci within the chemistry and physics groups. The chemistry group also has strong links with Forensic Science , South Australia, and is developing leading research programs in forensic and analytical chemistry. The School's hydrology group is associated with

115. Geophysical Institute, University Of Alaska Fairbanks Research institute for atmospheric sciences, space physics, ice and permafrost, remote sensing, seismology, tectonics, and volcanology. http://www.gi.alaska.edu/

Welcome Research Groups Facilities People ... Job Opportunities Search the GI: Advanced Search Earthquake Information Aurora Forecast Alaska Science Forum ... What's New? document.write ('') document.write ('') document.write ('') document.write ('') For questions or further information contact the: Phone: (907)474-7558 Geophysical Institute Information Office Fax: (907)474-7125 903 Koyukuk Drive, Univ. of Alaska, Fairbanks , AK 99775-7320 This page was last modified Spring 2005 by GI Web Coordinator

116. NUI, Galway Atmospheric Science Research Group http://macehead.physics.nuigalway.ie/

117. University Of Cambridge: Centre For Atmospheric Science A joint venture between the Departments of Chemistry and Applied Mathematics and Theoretical physics in the University of Cambridge. http://www.atm.ch.cam.ac.uk/

Centre for Atmospheric Science The Centre for Atmospheric Science is a joint venture between the Departments of Chemistry, Applied Mathematics and Theoretical Physics and Geography at the University of Cambridge, UK. The following websites are hosted by this server: Atmospheric Chemistry Modelling Support Unit (NCAS-ACMSU, UGAMP) Centre for Atmospheric Science European Ozone Research Coordinating Unit ... NERC UTLS thematic programme Go to: Atmospheric Chemistry Modelling Support Unit (NCAS-ACMSU) UGAMP Conferences UGAMP Newsletter Centre for Atmospheric Science Ozone Hole Tour About CAS CAS Seminars Contact information Stratospheric Chemistry Modelling Group Tropospheric Chemistry Modelling Group Halocarbon Measurement Group Aviation Impact Research Group Vacancies University home Chemistry home Applied Maths. Home Geography home Information provided by Dr Glenn Carver. Email: webwizard@atm.ch.cam.ac.uk Server logs

118. Bob's Introduction To Lidar An introduction to atmospheric lidar for high school students. Lidar can be considered like radar but using light instead of radio waves. http://pcl.physics.uwo.ca/pclhtml/introlidar/introlidarf.html

Exploring the Atmosphere With Lidars Professor R. Sica Department of Physics and Astronomy The University of Western Ontario London, Ontario, Canada N6A 3K7 1. What's a Lidar? A lidar is similar to the more familiar radar, and can be thought of as a laser radar. In a radar , radio waves are transmitted into the atmosphere, which scatters some of the power back to the radar's receiver. A lidar also transmits and receives electromagnetic radiation, but at a higher frequency. Lidars operate in the ultraviolet visible and infrared region of the electromagnetic spectrum. Different types of physical processes in the atmosphere are related to different types of light scattering. Choosing different types of scattering processes allows atmospheric composition, temperature and wind to be measured. Lidar is an acronym which stands for LI ght D etection A nd R anging (radar is also an acronym). A simplified block diagram of a lidar contains a transmitter, receiver and detector system. The lidar's transmitter is a laser, while its receiver is an optical telescope. The basic operation of a laser is described here.

119. Atmospheric-Pressure Plasma Treatment Of Nonwovens Using Surface Dielectric Barr Extensive technical paper presenting the results of research into a method of hydrophilization, grafting and metal plating of polypropylene nonwovens for hygiene disposables, by using novel types of atmosphericpressure low-temperature plasma sources. Authors M. Simor and others. http://ftp.fi.muni.cz/pub/muni.cz/physics/texts/DCSD/Articles/TANDEC/TANDEC2002.

120. MTU Physics - Academics - Graduate Programs - RA In Atmospheric Physics Academics in the Department of physics at Michigan Tech. http://www.phy.mtu.edu/GRAD_AD/atmos_ad.html

Physics Home Academics Research People ... Site Map Academics Course Web Pages Resources for Instruction Undergraduate Programs Graduate Programs Graduate Programs - Research Assistantships Current Financial Aid Current Opportunities Miles Fellowship Atmospheric Physics Return to Financial Aid Overview Professors Cantrell, Kostinski, and Shaw Research Assistantships are currently available in atmospheric physics . Highly qualified, self-motivated students are encouraged to apply. Research work can be experimental, computational, theoretical, or some combination of all three based on the desire and interests of the student. Projects with current funding include: Laboratory studies of heterogeneous nucleation of ice ( Cantrell Theoretical and computational studies of stochastic processes in clouds ( Kostinski Radar meteorology ( Kostinski Laboratory studies of the kinetics of cloud particle formation and growth ( Shaw Laboratory studies of turbulence/cloud particle interaction ( Shaw See the individual faculty web pages for more details. For more information about this program, contact the faculty at: Department of Physics, MTU

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