User:Milton Beychok/Image Gallery4: Difference between revisions

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== 9 Images ==
== 10 Images ==


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|[[Image:De Laval nozzle 2.png|400px]]<BR><BR>'''Diagram of a de Laval nozzle showing how temperature, pressure and the velocity of gas flowing through the nozzle will vary from inlet to outlet'''||<BR><BR>[[Image:De Laval nozzle.png|400px]]<BR><BR>'''Diagram of a de Laval nozzle showing how the flow velocity increases from slow (green) to fast (red)'''  
|[[Image:De Laval nozzle 2.png|400px]]<BR><BR>'''Diagram of a de Laval nozzle showing how temperature, pressure and the velocity of gas flowing through the nozzle will vary from inlet to outlet'''||<BR><BR>[[Image:De Laval nozzle.png|400px]]<BR><BR>'''Diagram of a de Laval nozzle showing how the flow velocity increases from slow (green) to fast (red)'''  
|-
|-
|[[Image:Venturi Tube.png|400px]]<BR><BR>'''A classical venturi tube'''
|[[Image:Venturi Tube.png|400px]]<BR><BR>'''A classical venturi tube'''||[[Image:Friction (body at rest).png|400px]]<BR><BR>'''Frictional and other forces acting on a body at rest'''
|}
|}

Revision as of 11:33, 4 April 2010

10 Images

NIST Blue Logo.png

Logo of the National Institute of Standards and Technology
NIST Gaithersburg.jpg

NIST administration building in Gaithersburg
Samuel W. Stratton.jpg

Samuel W. Stratton
Flow in multi-tube heat exchanger.jpg

Liquid flow across the tubes of a heat exchanger in a nuclear power plant
Clean Air.jpg

Landscape with Clear Air and Clouds
Smouldering.jpg

Glowing embers of barbecue solid fuel
De Laval nozzle 2.png

Diagram of a de Laval nozzle showing how temperature, pressure and the velocity of gas flowing through the nozzle will vary from inlet to outlet


De Laval nozzle.png

Diagram of a de Laval nozzle showing how the flow velocity increases from slow (green) to fast (red)
Venturi Tube.png

A classical venturi tube
Friction (body at rest).png

Frictional and other forces acting on a body at rest