C6.1 Wenner array. C6.1 Wenner array C6.1 Wenner array.

Slides:



Advertisements
Similar presentations
From Word Embeddings To Document Distances
Advertisements

THỰC TIỄN KINH DOANH TRONG CỘNG ĐỒNG KINH TẾ ASEAN –
Electronics for Pedestrians – Passive Components –
Front End Electronics for SOI Monolithic Pixel Sensor
Solving Rubik's Cube By: Etai Nativ.
HERMESでのHard Exclusive生成過程による 核子内クォーク全角運動量についての研究
Hui Wang†*, Canturk Isci‡, Lavanya Subramanian*,
Interpretations of the Derivative Gottfried Wilhelm Leibniz
On Robust Neighbor Discovery in Mobile Wireless Networks
You NEED your book!!! Frequency Distribution
Fairness-oriented Scheduling Support for Multicore Systems
Online Social Networks and Media
The Latent Power of Absurd Ideas (aka Robust Query Processing)
Quantum Algorithms and Cryptography
Chp9: ODE’s Numerical Solns
Liang Shang, Henan Normal University IHEP
On-Shell Methods in Quantum Field Theory
Elementary Particle Physics
Method to promote adhesion of DLC thin film on silicon substrate
Electric and Thermal Utilities
The French Forest Sector Model 2.0 (FFSM++)
TAX Support for R&D and Innovation – OECD DATA AND RESEARCH EVIDENCE
Introduction and Kinematics
absolute value |2| = 2 |-4| = 4 |0| =
Shared Memory Programming with OpenMP
C H A P T E R 17 Waves and Sound
Examples and NXT Mindstorms Kit
P48 Telescope Drive Upgrade Preliminary Design Review October 21, 2015
Presented by Jiaxing Tan
Introduction to statistics and SPSS
DC/DC Converters for Automotive Applications; Systems Training
Single wavelength / channel optical communication
Push factors and capital flows to EMs: Why knowing your lender matters more than fundamentals
Assessing Reading Ningtyas Orilina A, M.Pd.
Waves & Sound.
The Human Disaster: Key Findings 50% to 100% increase in death rates for older male workers in the years immediately following a job loss Increased.
S Sensors and Measurement Methods
Royal Institute of Technology (KTH)
Chapter 10. Cluster Analysis: Basic Concepts and Methods
PHysics of music Lecture 2:.
MEC-E5005 Fluid Power Dynamics L (5 cr)
Waves Test Review How do you find the amplitude of a pendulum?
INSTRUCTOR © 2017, John R. Fanchi
Optical Properties ISSUES TO ADDRESS...
Lecture 26.
Economics of vertical cities 三维城市的经济学分析
Gluonium content of the h'
PROBLEM Using primers Inability of the weldable primer produced today to allow: Good Quality Welding Durable corrosion protection Without health hazards.
Lecture 2 Estimating the population mean
Recognition IV: Object Detection through Deep Learning and R-CNNs
Price Elasticity of Demand (PED)
Economic Growth and the Wealth of Nations
The Economics and Computer Science of a Radio Spectrum Reallocation
Introduction to Demand Side Management Programs
Substance that produces hydrogen ions H+ in aqueous solution.
Important Terms computers interconnected by communication network
Healthcare Spending and Utilization in Public and Private Medicare
Chapter 14 Graph Algorithms
Lecture 1: Deep Neural Networks and Backpropagation Training
Secret from Muscle: Enabling Secure Paring with Electromyography
Topics In Social Computing (67810)
P1: A revision guide Here’s all you need to know about P1… This may help you with your exam questions  Any questions…ask your Physics teacher.
Examining the Returns to Public Investment in Science
Ints and Floating Point CSE 351 Winter 2017
Chapter 35: The Nature of Light and the Principles of Ray Optics
ENZYMES- action and inhibition
Sol-gel rare-earth-doped glasses for solar cells
C H A P T E R 10 Market Power: Monopoly and Monopsony CHAPTER OUTLINE
History and Philosophy of the Black Hole Information Paradox
Resistivity modeling.
Presentation transcript:

C6.1 Wenner array

C6.1 Wenner array

C6.1 Wenner array

C6.1 Wenner array

C6.1 Wenner array

C6.1 Wenner array

C6.1 Wenner array

C6.1 Wenner array

C6.1 Wenner array

C6.1 Wenner array

C6.1 Wenner array

C6.1 Wenner array

C6.2 Wenner pseudosections of some simple 2-D resistivity models Forward modelling Example 1

C6.2 Wenner pseudosections of some simple 2-D resistivity models Forward modelling Example 1

C6.2 Wenner pseudosections of some simple 2-D resistivity models Forward modelling Example 2

C6.2 Wenner pseudosections of some simple 2-D resistivity models Forward modelling Example 3

C6.2 Wenner pseudosections of some simple 2-D resistivity models Forward modelling Example 4

C6.2 Wenner pseudosections of some simple 2-D resistivity models Inversion Example 1 Figure courtesy of M.H. Loke

C6.2 Wenner pseudosections of some simple 2-D resistivity models Inversion Example 2 Figure courtesy of M.H. Loke

C6.2 Wenner pseudosections of some simple 2-D resistivity models Inversion Example 3 Figure courtesy of M.H. Loke

C6.3 Dipole-dipole array

C6.3 Dipole-dipole array

C6.3 Dipole-dipole array

C6.3 Dipole-dipole array

C6.3 Dipole-dipole array

C6.3 Dipole-dipole array

C6.3 Dipole-dipole array

C6.3 Dipole-dipole array

C6.3 Dipole-dipole array

C6.3 Dipole-dipole array

C6.3 Dipole-dipole array

C6.3 Dipole-dipole array

C6.3 Dipole-dipole array

C6.3 Dipole-dipole array

C6.3 Dipole-dipole array

C6.3 Dipole-dipole array

C6.3 Dipole-dipole array

C6.3 Dipole-dipole array

C6.3 Dipole-dipole array

C6.3 Dipole-dipole array

C6.3 Dipole-dipole array

C6.3 Dipole-dipole array

C6.3 Dipole-dipole array

C6.3 Dipole-dipole array

C6.3 Dipole-dipole array