1) We need to disentangle various baryonic processes (e.g. feedback and ram pressure stripping) Leftover subhalos Leftover field halos Leftover subhalos might be explained by, e.g., ram pressure

Source URL: www.kiss.caltech.edu

• Dark matter
• Large-scale structure of the cosmos
• Galaxy
• Matter
• Ram pressure
• Baryon
• Cuspy halo problem
• Physics
• Physical cosmology
• Particle physics

Для институтов Российской академии наук в 2011 году открыт доступ к следующим журналам издательства "Наука": 1 Агрохимия 2

Source URL: iki.cosmos.ru

Microsoft PowerPoint - 1_Abrahamson [Compatibility Mode]

Source URL: www.cosmos-eq.org

• Economic model
• Geotechnical engineering

Bibliography for R. Brent Tully: 1972-present [1] Inclination Corrections to the Optical Luminosities and Diameters of Galaxies[removed]Tully, R.B. Mon.Not. R.Ast.Soc., 159: 35P-40P. [2] The Kinematics and Dynamics of M51

Source URL: www.ifa.hawaii.edu

• Large-scale structure of the cosmos
• R. Brent Tully
• Virgo Supercluster
• Pisces-Cetus Supercluster Complex
• Spiral galaxy
• Cosmic distance ladder
• Galaxy
• José Gabriel Funes
• George Coyne
• Astronomy
• Physical cosmology
• Extragalactic astronomy

3. New Operational Systems 3.1 USGS Instrumentation of Bridges and Dams M. Çelebi U.S. Geological Survey The acquisition of structural response data during earthquakes is essential to confirm and develop methodologies

Source URL: www.cosmos-eq.org

• Engineering
• Geodesy
• Measuring instruments
• Bridge
• Accelerograph
• Global Positioning System
• Mississippi River
• Seismology
• Triaxial Earthquake and Shock Simulator
• Technology
• Civil engineering
• Structural engineering

Strong-motion Observation Networks of NIED: K-NET and KiK-net Hiroyuki Fujiwara, Shin Aoi, Takashi Kunugi, Shigeki Adachi National Research Institute for Earth Science and Disaster Prevention 3-1 Tennodai Tsukuba Ibaraki

Source URL: www.cosmos-eq.org

• Earthquakes in Japan
• Seismic scales
• Seismometer
• Seismic wave
• Accelerograph
• Japan Meteorological Agency seismic intensity scale
• Great Hanshin earthquake
• Earthquake
• Japan Meteorological Agency
• Seismology
• Mechanics
• Measuring instruments

RECENT ADVANCES IN GREECE ON STRONG-MOTION NETWORKING AND DATA PROCESSING A. Skarlatoudis1, B. Margaris2 & C. Papazachos1 1. Geophysical Laboratory Aristotle University of Thessaloniki 2. ITSAK: Institute Engineering Sei

Source URL: www.cosmos-eq.org

• Measuring instruments
• Earthquake engineering
• Earthquakes
• Seismometer
• Nicolas Ambraseys
• Seismotectonics
• Earthquake
• Strong ground motion
• Seismic hazard
• Seismology
• Geology
• Mechanics

4.1 NATIONAL PERSPECTIVES ON SEISMIC RISK S. P. NISHENKO Pacific Gas & Electric Co. SUMMARY The ability to compare risk across states and regions of the United States is critical to the National Earthquake Hazards Reduct

Source URL: www.cosmos-eq.org

• Mechanics
• Structural analysis
• Seismic hazard
• Seismic risk
• Peak ground acceleration
• Spectral acceleration
• Earthquake
• HAZUS
• Seismic analysis
• Earthquake engineering
• Civil engineering
• Seismology

1.3 CURRENT PRACTICE AND GUIDELINES FOR USGS INSTRUMENTATION OF BUILDINGS INCLUDING FEDERAL BUILDINGS M. ÇELEBI U.S. Geological Survey

Source URL: www.cosmos-eq.org

• Mechanics
• Exploration of North America
• San Mateo County
• California
• United States Geological Survey
• Imperial Valley earthquake
• Earthquake
• Accelerograph
• Civil engineering
• Seismology
• Earthquake engineering

2. Future Needs and Priorities for Building Instrumentation 2.1 MEASUREMENTS FOR PERFORMANCE-BASED ENGINEERING

Source URL: www.cosmos-eq.org

• Structural engineering
• Structural analysis
• Earthquakes
• Seismic analysis
• Peak ground acceleration
• Seismic hazard
• Seismic risk
• Strong ground motion
• Simulation
• Civil engineering
• Seismology
• Earthquake engineering