Deutsch
physikanten & co // Experiments // Steam Match

Steam Match

An Erlenmeyer flask with a little water in it is heated over a flame, until steam visibly rises out of the copper pipe connected to the flask. The spiral copper pipe is then intensely heated with a blowtorch, until the steam is no longer visible. An unlit match is held in front of the pipe opening, and it ignites.

How does it work?
When the steam flows through the spiral tube, it becomes strongly heated, so that it is closer to 300°C rather than 100°C. At this temperature the steam is hot enough to heat the match, so it can light itself.

Steam Match:
The Experiments

Exposed Roof Tiles
Exposed Roof Tiles
Truncated Flame
Truncated Flame
Balloon Scales
Balloon Scales
Dry Hand in Water
Dry Hand in Water
Petrol Organ
Petrol Organ
Cutting a broom
Cutting a broom
Boomwhackers
Boomwhackers
Chemical Screen
Chemical Screen
Chladni Figures
Chladni Figures
CO2 in 2 Minutes
CO2 in 2 Minutes
Cola Mentos Geyser
Cola Mentos Geyser
Floating Boat
Floating Boat
The Theremin
The Theremin
Imploding Oil Barrel
Imploding Oil Barrel
The simplest motor in the world
The simplest motor in the world
The Geyser
The Geyser
DIE HEXE ZAUBERT
DIE HEXE ZAUBERT
Igniting a Diesel-Air Mixture
Igniting a Diesel-Air Mixture
Can Explosion
Can Explosion
Filament Explosion
Filament Explosion
Egg Race
Egg Race
Electrostatic Levitation
Electrostatic Levitation
Strawberry Ice Cream with Liquid Nitrogen
Strawberry Ice Cream with Liquid Nitrogen
Exploding Hot Water Bottle
Exploding Hot Water Bottle
Faraday Cage
Faraday Cage
Colour Changing
Colour Changing
Fire-Tornado
Fire-Tornado
Liquid Oxygen
Liquid Oxygen
Appearing Gel Balls
Appearing Gel Balls
Melting Glass
Melting Glass
Gherkin traffic light
Gherkin traffic light
Gherkin Vacuum Motor
Gherkin Vacuum Motor
Gherkin Explosion
Gherkin Explosion
High and low voices
High and low voices
Concave Mirror Explosion
Concave Mirror Explosion
Hydrostatic Water Column
Hydrostatic Water Column
Hydrostatic Water Column XXL
Hydrostatic Water Column XXL
Inverted Flag
Inverted Flag
Catalyst
Catalyst
Candle Aquarium
Candle Aquarium
Candle Staircase
Candle Staircase
The Sound of Car Tires
The Sound of Car Tires
Oxyhydrogen gas box
Oxyhydrogen gas box
Gyroscope Suitcase
Gyroscope Suitcase
Laser-Bass
Laser-Bass
LEDs vs Light Bulbs
LEDs vs Light Bulbs
Illuminating Gherkin
Illuminating Gherkin
Light-Spectra
Light-Spectra
Corn Starch
Corn Starch
Methane Mamba
Methane Mamba
Methane Spiral
Methane Spiral
Fog Tornado
Fog Tornado
Polarizing Filter
Polarizing Filter
Reactive Aluminium
Reactive Aluminium
Giant Vortex Rings
Giant Vortex Rings
Rijke-Tube
Rijke-Tube
Tube Orchestra
Tube Orchestra
Rotating Air Column
Rotating Air Column
Rotating Water Tube
Rotating Water Tube
Rubens’ Flame Tube
Rubens’ Flame Tube
Saltwater Conduction
Saltwater Conduction
Blowing Plastic Bags
Blowing Plastic Bags
Floating Table Tennis Ball
Floating Table Tennis Ball
Pig Blood Magic
Pig Blood Magic
Strong Electromagnet
Strong Electromagnet
Stunning Statics
Stunning Statics
Nitrogen-Explosion
Nitrogen-Explosion
Nitrogen Fountain
Nitrogen Fountain
Nitrogen Dog
Nitrogen Dog
Nitrogen Cloud
Nitrogen Cloud
Human electric circuit
Human electric circuit
Disappearing Polystyrene
Disappearing Polystyrene
Super Absorbent Beaker
Super Absorbent Beaker
Super Absorbent Shell Game
Super Absorbent Shell Game
Tesla Transformer
Tesla Transformer
The Infinite Scale
The Infinite Scale
Walking on the ceiling
Walking on the ceiling
Vacuum Bazooka
Vacuum Bazooka
Van-de-Graaff-Generator
Van-de-Graaff-Generator
Van-de-Graaff-Motor
Van-de-Graaff-Motor
Video Feedback
Video Feedback
Business Card Lens
Business Card Lens
Tealight Wax-Explosion
Tealight Wax-Explosion
Thermal Imaging Camera Experiments
Thermal Imaging Camera Experiments
Heat Insulated Tornado
Heat Insulated Tornado
Water Parabola
Water Parabola
The Water Rocket
The Water Rocket
Water Scales
Water Scales
Steam Match
Steam Match
Whoosh-Bottle
Whoosh-Bottle
Eddy Current Brakes
Eddy Current Brakes
Time Delayed Reaction
Time Delayed Reaction

Experiments

Termine






Who are we, the Physikanten?

We, the Physikanten, are a team of scientists, actors and presenters. We have already enthralled more than 750,000 spectators with our spectacular physics and science shows. We have performed at company events, conferences and schools in Germany, Europe, in the middle and the far east. Physicist Marcus Weber and his team have created scientific programmes for TV (e.g. Galileo, Frag doch mal die Maus). The impact of our activities is regularly acknowledged; most recently in 2012 we were awarded a medal for scientific journalism, presented by the Deutsche Physikalische Gesellschaft.

Contact

Information
Marion Risse
Phone +49 2302-17856-10
info at physikanten de

Sales and Booking
Birte Jungebloed
Phone +49 2302-17856-14
jungebloed at physikanten de

Press Inquiries
Meike Klinck
presse at physikanten de
Phone +49 2302-17 856-13

Director and Development
Marcus Weber
m.weber at physikanten de
Phone +49 2302-17 856-11
Mobile +49 172-597 99 881

Contact us

Physikanten GmbH & Co. KG
Stockumer Str. 28
58453 Witten
Tel. 02302-17 856-10
Fax 02302-17 856-28

Büro
Mo - Fr   8:00 - 16:00
Marion Risse
risse at physikanten de
Tel. 02302-17 856-10



Facebook   |   FAQ   |   Impressum + Datenschutz   |   GTC   |   wissenschaft-live.de   |   klima-show.de   |   physikantenshop.de   |   http://physikanten.de/3543