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Sound technical content, curated with aloha by
Ted Mooney, P.E. RET
Pine Beach, NJ

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Surface tension of aluminum

Q. I would like to ask what is the surface tension of Aluminum?

Stanley Tsai
optoelectronic company - Hsin-Chu County, Taiwan
2002

Hi Stanley. Sorry, I have no idea what the answer is, but I'd certainly expect it to be temperature dependent. What's the temperature?

Ted Mooney, P.E.
Striving to live Aloha
finishing.com - Pine Beach, New Jersey
2002

Thanks Ted:

What is the surface tension of Aluminum (solid phase with air) at room temperature.

Stanley Tsai
- Taiwan
2002

I had no idea that solid metals had the property of 'surface tension'. I guess you'll have to wait for somebody else to answer.

Ted Mooney, P.E.
Striving to live Aloha
finishing.com - Pine Beach, New Jersey
2002

"Properties of aluminum Alloys: Tensile, Creep, and Fatigue Data at High and Low Temperatures"
by J. Gilbert Kaufman

on AbeBooks

or Amazon

(affil links)

"Physics at Surfaces"

on AbeBooks

or Amazon

(affil links)

Q. We have a similar question as you showed. My project is to get the surface tension of aluminum/oil system at the room temperature.

According to the Young Equation G(s,v)=G(s,l)+G(l,v)cos(angle), which G express the surface tension. s express the solid,v express the vapor, l express the liquid. the G(l,v),which is the surface tension of oil(liquid and Air) G(s,l) expressed the surface tension of aluminum(solid) and oil(liquid). The G(s,v), which express the surface tension of aluminum(solid) and air. From the equation, the G(l,v) can be obtained from the pendant drop method, Angle can be obtained from sessile method. In order to obtained the G(s,l),the G(s,v) have to first to be known.

So the question I have is what is the G(s,v) at room temperature. If I get it, I can further calculate the surface tension of aluminum/oil.

Stanley Tsai
Taiwan - Hsin-Chu county
2002

So the surface tension of the oil is what you are concerned with? And the characteristics of the solid surface in contact with the oil are relatively unimportant?

Bill Reynolds [deceased]
consultant metallurgist - Ballarat, Victoria, Australia
We sadly relate the news that Bill passed away on Jan. 29, 2010.
2002

A. Hey, Stanley Tsai:

The surface energy of crystal aluminum at 300k is 1100 mJ/m^2 under vacuum. Normally, the metal oxide reduces the interfacial energy between aluminum and water. Actually, for the anodized aluminum (alumina),the value of interfacial energy is only 50 mJ/m^2. weidong

Weidong Guo
Dept. of Chem Engineering at the University of Alabama - Tuscaloosa, Alabama
2003

Q. But what is the surface energy for liquid aluminum with its vapor?

Wei Zheng
- Lubbock, Texas
2005

Q. Why can't we obtain Aluminum-Carbon alloy like Steel?

Nguyen Xuyen
metal/carbon composite - South Korea
2007

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