PPT-Study of avalanche fluctuations and energy resolution with an

InGridTimePix detector D ATTIÉ 1 M CAMPBELL 2 M CHEFDEVILLE 3 P COLAS 1 E DELAGNES 1 K FUJII 4 IGIOMATARIS 1 H VAN DER GRAAF 5 . Travel Advice Likelihood of Avalanches Avalanche Size and Distribution Avoid all avalanche terrain Very dangerous avalanche conditions Travel in avalanche terrain not recommended Dangerous avalanche conditions Careful snowpack evaluation cautious ro by Nick Ludolph. Winter Ecology – Spring 2010. Mountain Research Station, University of Colorado, Boulder. Introduction. Initial Research Idea – Repeat Photography. Why it did not work. My Next Idea – Transects. NATURAL DISASTERS. AVALANCHE. avalanche. An . avalanche is a rapid flow of snow down a hill or mountainside. Although avalanches can occur on any slope given the right conditions, certain times of the year and certain locations are naturally more dangerous than others. Wintertime, particularly from December to April, is when most avalanches tend to . InGrid-TimePix. . detector. D. ATTIÉ. 1). , M. CAMPBELL. 2 ). , M. CHEFDEVILLE. 3). , P. COLAS. 1). , E. DELAGNES. 1). , K. . FUJII. 4. ). . , . I.GIOMATARIS. 1. ). , H. VAN DER . GRAAF. 5. ) . Outline. What and who . is . Desertec?. Power Plants . Overview. Solar . irradiation in EUMENA. Concentrating solar power (CSP) Power Plant. Energy . Transportation. Advantages and Problems of Desertec. Ned Bair . US Army Corps of Engineers Cold Regions Research and Engineering Laboratory. Earth Research Institute, UC - Santa Barbara. AVPRO. 9-10AM 2/27/14. 1. Campbell. , C.: Spatial variability of slab stability and fracture properties in avalanche starting zones, M.Sc., University of . Avalanches. . Facts. About 150 people die from avalanches per year in Europe and North America.. Avalanches can reach 80mph in 5 seconds.. Most avalanches occur on slopes with angles between 30 and 45 degrees.. Ned Bair . US Army Corps of Engineers Cold Regions Research and Engineering Laboratory. Earth Research Institute, UC - Santa Barbara. AVPRO. 9-10AM 2/27/14. 1. Campbell. , C.: Spatial variability of slab stability and fracture properties in avalanche starting zones, M.Sc., University of . Blair Stanley. November 18, 2008. Outline. Introduction. Objective. Methods. Progress to Date. Preliminary Results and Conclusions. To Do. Introduction. Dams alter hydrogeology. Storage of water, sediment, and nutrients. US Army Corps of Engineers Cold Regions Research and Engineering Laboratory. Earth Research Institute, UC - Santa Barbara. AVPRO. 9-10AM 2/27/14. Fracture . mechanics. Snow as a material. Sigrist. , C., 2006: Measurement of fracture mechanical properties of snow and application to dry snow slab avalanche release, doi:10.3929/ethz-a-005282374. Christiana . Athanasiou. , MIT. 4. work with: Krishna . Rajagopal. (MIT). . Misha. . Stephanov. (University of Illinois). . Outline. Introduction. Critical Contribution to Particle Multiplicity Fluctuations. 02/24/15. Outline. Review of Solid State Physics. Band Theory. The PN Junction. I-V Characteristics of a Diode. Breakdown and the Avalanche Mechanism. Avalanche Photodiodes. Linear Mode . vs. Geiger Mode. by Nick Ludolph. Winter Ecology – Spring 2010. Mountain Research Station, University of Colorado, Boulder. Introduction. Initial Research Idea – Repeat Photography. Why it did not work. My Next Idea – Transects. frommeter Digital Elevation M such as relative elevation slope angle and slope curvatureto explore the relationships between PTLs and terrain For a robust statistical analysis we employed several dif