'Water interface' presentation slideshows

Oscillations and waves

663 views • 40 slides

Phenomena Related to Refraction

658 views • 37 slides

Modeling tools

Modeling tools. What is GMS?. Groundwater Modeling System Computer program for building groundwater models and managing groundwater data Development partially sponsored by the U.S. Army Corps of Engineers (Waterways Experiment Station). Main Features and Capabilities.

535 views • 33 slides

Ch. 36 Resource Acquisition and Transport in Vascular Plants

Ch. 36 Resource Acquisition and Transport in Vascular Plants. 36.1 Adaptations for acquiring resources. Leaves typically function in gathering sunlight and CO ? . Stems serve as supporting structures for leaves and as conduits for the long-distance transport of water and nutrients.

620 views • 28 slides

Bridge, W. Rep. Georgia

Bridge, W. Rep. Georgia. Bridge, Detail of Railing. H 2 O Polar Covalence. H. H. H 2 O Bent Geometry. H. H. O. C. H. H. Methane: Replace C with O and 2xH with 2xElectron Pairs and you have Water !. H 2 O Hydrogen Bonding. H 2 O Properties from H Bonds.

358 views • 25 slides

Project Coordination Activities

494 views • 21 slides

Numerical Simulation of Atmospheric Loadings of Mercury from a Coal Fired Power Plant to Lake Erie

Numerical Simulation of Atmospheric Loadings of Mercury from a Coal Fired Power Plant to Lake Erie. S. M. Daggupaty, C. M. Banic and P. Blanchard. Air Quality Research Division, Science and Technology Branch Environment Canada. Presented at 11th Conference on Atmospheric Chemistry

320 views • 18 slides

Sediments! ?

Sediments! ?. January 19, 2009. Wentworth Scale of Grain Size. Boulder Cobble Pebble Granule Sand Silt Clay. Benthic Sediments by the Numbers. Cover 75% of seafloor Oozes = >30% biogenous material Siliceous (14% of ocean surface area) Calcareous (48% of ocean surface area)

496 views • 17 slides

Absorbate -Induced Restructuring of Interfacial Water

Absorbate -Induced Restructuring of Interfacial Water. Jeffrey G. Catalano Spring 2013 ACS National Meeting. Acknowledgements. Collaborators. Paul Fenter (ANL) Changyong Park (ANL) Zhan Zhang (ANL ) Kevin Rosso (PNNL) Yun Luo (Wash U; now at GIA) Karyn Blake (Wash U ).

423 views • 16 slides

Contents

Electrokinetic properties of colloid: Electrical Double Layer Kausar Ahmad Kulliyyah of Pharmacy. Contents. Electrical double layer theories Repulsive effect of electrical double layer Potential energy of interaction. Helmholtz double layer.

552 views • 14 slides