'Thermal inertia' presentation slideshows

Dynamic Earth

Dynamic Earth. Class 16 2 March 2006. The Flow of the Continents (Chapter 5) Building Mountains: New Zealand and Tibet. Deformation of the Continental Crust. Deformation of continental crust. Since continents are not destroyed by subduction, we look here for the ancient history of Earth.

1.11k views • 73 slides

Fire Dynamics II

Fire Dynamics II. Lecture # 10 Pre-flashover Fire Jim Mehaffey 82.583. Pre-flashover Fire Outline Develop a model to predict: Upper layer temperature (function of time) required for flashover Time to flashover. Predicting Pre-flashover Fire Temperatures

868 views • 52 slides

Hedging the Risk of Uncertain Energy Costs The Road Map to innovative and emerging technologies

667 views • 50 slides

Homework #4

Homework #4. Due on Thursday August 4 after class (2005) Chapter 11, p 300, Discussion 14 What is the cause of Io's volcanic activity? Chapter 11, p 300, Discussion 19 What might be the consequences of the discovery of life on Europa?

715 views • 49 slides

22.033 Final Design Presentation

22.033 Final Design Presentation. Vasek Dostal Knut Gezelius Jack Horng John Koser Joe Palaia Eugene Shwageraus And Pete Yarsky With the Help of Kalina Galabova Nilchiani Roshanak Dr. Kadak. Outline. Mission plan Space power system Surface power system Conclusions Future Work.

557 views • 42 slides

Note on Posted Slides

Note on Posted Slides. These are the slides that I intended to show in class on Thu . Feb. 13, 2014. They contain important ideas and questions from your reading. Due to time constraints, I was probably not able to show all the slides during class.

501 views • 38 slides

Construction Methods using Spray Foam

1.02k views • 34 slides

575 views • 30 slides

Thermal Response of Climate System

380 views • 28 slides

Modeling Surface Energy Balance Using the MEP Method

Modeling Surface Energy Balance Using the MEP Method. Jingfeng Wang 1 and Rafael L. Bras 1,2 1 University of California at Irvine 2 Georgia Institute of Technology 5 th Interagency Surface Dynamics Working Group Meeting 1 - 3 March 2011

431 views • 23 slides

Fluvial Deposits in Margaritifer Basin

Fluvial Deposits in Margaritifer Basin. Kevin K. Williams and John A. Grant Center for Earth and Planetary Studies, Smithsonian Institution Corey M. Fortezzo Department of Geology, Northern Arizona University. Fluvial Deposits in Margaritifer Basin. Noachian through Amazonian terrains

434 views • 21 slides

350 views • 18 slides

Robin Fergason Philip Christensen MSL Landing Site Selection Workshop May 31, 2006

Determining surface characteristics at candidate MSL landing sites using THEMIS high-resolution orbital thermal inertia data. Robin Fergason Philip Christensen MSL Landing Site Selection Workshop May 31, 2006. Thermal Inertia Background. Used to infer a particle size of the surface layer

314 views • 18 slides

Aspects of Atmosphere-Ocean Circulation

Aspects of Atmosphere-Ocean Circulation. Brian Hoskins Director, Grantham Institute for Climate Change, Imperial College London Professor of Meteorology, University of Reading. Some Basic numbers. mass of10m of ocean = mass of atmosphere. 0 < ? A < 1.3. 1020 < ? O < 1040.

269 views • 17 slides

LEADER/ELECTRA Safety Workshop: Petten 27-28 February 2013

280 views • 16 slides

WOD : FETTER (FET ur ) v./n. to restrain; to hamper; a shackle

211 views • 12 slides

East Melas Chasma: Insight into Valles Marineris

S. East Melas Chasma: Insight into Valles Marineris. Matt Chojnacki & Brian Hynek Laboratory for Atmospheric and Space Physics @ the University of Colorado. Hebes Chasma. Ganges Chasma. Ophir Chasma. Candor Chasma. Melas Chasma. Corprates Chasma. EMC Landing Site Motivation.

269 views • 10 slides

Oyama layered deposits Long/lat: from 340.00E, 24.00N to 340.50E, 23.20N

HRSC mosaic with HRSC nadir & color images and HRSC DTM height contour lines (every 100 m). Oyama layered deposits Long/lat: from 340.00E, 24.00N to 340.50E, 23.20N

151 views • 5 slides

Falcons

Falcons. Slide 1/3. 60% Savings On Electricity and Heating Bills:-

180 views • 5 slides

Remote Sensing and Soil Thermal Properties:

Remote Sensing and Soil Thermal Properties:. Conductivity, Heat Capacity, and Electromagnetics! OH MY!. Eric Russell 4/9/2010 Agron 577: Soil Physics. Outline. What is remote sensing? Microwave remote sensing Very basic electromagnetics

180 views • 0 slides