Dominik J. Bell, Stefan Leutenegger, K. Magnus Hammar,

Slides:



Advertisements
Similar presentations
Electricity How do motors work?. Motors A motor takes advantage of electromagnetism If you have two magnets the north end of one will attract the south.
Advertisements

Unit IIA Magnetism Reference: Ch Essential Question: How is magnetism different from electricity?
Electro Motive Force The purpose of my experiment is to demonstrate the existence of the Electro Motive Force using a Homopolar Motor.
Novel Extrusion System for the Encapsulation of Drug Delivering Bio-Medical Micro-Robots Presentation BY: Malcolm T. Gibson The University of Arizona Advanced.
Physics 12 Direct Current Motors. Joke of the day: An object at rest stays at rest and an object in motion stays in motion with the same speed and in.
Electromagnetism Physics 100 Chapt 15 Michael Faraday.
Vex 1.0 © 2005 Carnegie Mellon Robotics Academy Inc. Electromagnetic Solenoid This lesson will explain the purpose behind an Electromagnetic Solenoid and.
Electricity and magnetism
 Know that magnetism is the force of attraction or repulsion of magnetic materials. Surrounding a magnet is a magnetic field that applies a force, a.
Electric Motors. How to build an Electric Motor mY mY.
Earth and Electromagnetic Induction: April Earth as a Magnet: All matter is made of atoms. Electrons are negatively charged particles of atoms.
II. Uses of Magnetic Fields (p ) Electromagnet Speaker Motor
Unit 8 Magnetism `.
III. Producing Electric Current
Magnetic Fields and Induced EMFs. Electromagnetic Induction  Just as a magnetic field can be formed by a current in a circuit, a current can be produced.
 In 1820 Danish science Hans Christian Oersted accidentally discovered that electric current produces a magnetic field.  He set up compasses around.
Quick Practice In what direction is the magnetic force on the wire?
Do now! Can you continue with the ‘Draw the sentences’ from last lesson? This is to be FINISHED FOR HOMEWORK. Due next Friday 16th September.
Battery Paper Clip Coiled wire, resting in curve of paper clip End of wire with one side stripped of coating (not to scale) Disk Magnet Side View Front.
Electromagnetic Induction. Current can be created in a wire by a magnetic field British scientist Michael Faraday and American scientist Joseph Henry.
5th Grade Science Ch. 4 Vocabulary. Vocabulary in 5 th Grade Science Ch. 4 InsulatorElectric Field Electric ChargeResistance Parallel CircuitConductor.
The Motor Principle An electromagnet that interacts with another magnet can create a directed force (as discovered by Faraday as the first motor).
1.If a magnet is moved into a coil of wire a current is induced in the wire. 2.If the magnet is moved out of the coil the direction of the current is reversed.
Electricity and Magnetism Magnetism is the force of attraction or repulsion of magnetic materials.  Magnets are surrounded by a magnetic field that applies.
Magnetism #2 Induced EMF Ch.20. Faraday’s Law of Induction We now know that a current carrying wire will produce its own magnetic field with the lines.
Introduction to the Electric Motor. Electric Motors are based on Magnets, Electromagnets and The Law of Magnetic Poles.
CH Review Changing the magnetic flux in a coil induces an emf around the coil. (As long as the coil is connected in a complete circuit, a current.
Practical Applications of Electro- magnetism © David Hoult 2009.
Magnetism and Electricity
Electromagnetism.  A moving charge creates a magnetic field  Electric current (I) is moving electrons, so a current-carrying wire creates a magnetic.
SeaPerch Electricity Part II: Electric Motors. SeaPerch and electricity.
Magnetism. What is Magnetism? magnetism is the force of attraction or repulsion of magnetic materials. Surrounding a magnet is a magnetic field that applies.
Energy Conversion Energy is all around you. You can hear energy as sound. You can see energy as light and you can feel energy as wind.
The effect of current on a magnet In 1819, Hans Christian Øersted placed a compass needle near a wire in a circuit. When a switch in the circuit was closed,
Chapter Twenty-Two: Electricity and Magnetism
                                                                  Electro Magnets.
E.Q. - How are magnetism & electricity interrelated?
Magnetism & Electricity.
Effects of Magnetic Fields and Producing Current
Electromagnetism.
Electromagnetism Sri. S.P.JANWADKAR Associate Professor & Head
Electromagnetism.
Introduction to Electromagnetism
Magnetism is the force of attraction or repulsion of magnetic materials. Surrounding a magnet is a magnetic field that applies a force, a push or pull,
Remember?.
Knowledge Organiser – Magnetism and Electromagnetism
Electric Currents from Magnetism
III. Producing Electric Current
Magnets, Magnetism & Electromagnetism
There is a magnetic field around a magnet
זכויות סוציאליות.
كار همراه با آسودگي و امنيت
Magnets 6.P.3A.4.
MAGNETISM AND ITS USES Electricity and Magnetism
قوانين برگزاري مناقصات و آيين نامه مالي و معاملاتي دانشگاه علوم پزشكي و خدمات بهداشتي ،درماني تهران
Revision Quiz Bowl on Electromagnetism
Name: _________________________
Chapter Twenty-Two: Electricity and Magnetism
Electromagnetic Force
Generating Electricity
Magnetism from Electricity 18.2
II. Uses of Magnetic Fields (p ) Electromagnet Speaker Motor
Electromagnetism.
Electromagnetic Machines
Nobuhiko Watari, Ronald G. Larson  Biophysical Journal 
AC current.
Presentation transcript:

Dominik J. Bell, Stefan Leutenegger, K. Magnus Hammar, Flagella-like Propulsion for Microrobots Using a Nanocoil and a Rotating Electromagnetic Field Dominik J. Bell, Stefan Leutenegger, K. Magnus Hammar, Lixin Dong, and Bradley J. Nelson Institute of Robotics and Intelligent Systems, ETH Zurich, CH-8092 Zurich, Switzerland First imitation of helical, bacterial flagella at the same size scale as natural flagella Bilayer nanocoil propeller with small Ni plate “head” attached to one end Rotation of nanocoil is induced by a rotating electromagnetic field using macro coils Rotation results in net axial force due to low Reynolds number flow