Melt spinning

Planar flow caster.

Category:

Science & Technology

Tags:

• MattMovie

[enzotherhino]

Hi. Would it be possible to use this video in a presentation from the University of Sheffield Materials Department to school teachers?

Thanks.

[Aanidaani]

@enzotherhino That would be fine with me.

[flamesholder]

Cool. What is the thickness of the obtained ribbon? I am not expert in material science, but can amorphous metal be for example sintered or welded? Or is gluing or mechanical bonding the only way to get thicker pieces?

[Aanidaani]

The thickness can be adjusted by varying the distance from the crucible to the wheel. It can range from tenths of millimeters to several millimeters. Amorphous metal can be bonded to other metals--the only difference is in its disordered structure.

[kyoshirooneechan]

Hello, I am doing a study on quasicrystals and would like to know if this method is the preferred method to obtaining a quasicrystalline structure in metals? If so, can you give me some more information on the mechanical properties and characteristics of the metals that can be produced into quasicrystals? Email is goodguy1405@yahoo.com Thanks

[maurojosejunior1]

Hi. Could you tell me how did you do your Crucible? Because here we also have a melt spiner, but our crucible doesn't work well, so can you send me an email telling how ir your crucible? Thanks.

[gastonmsanchez]

Hi

My name is Gaston from University of Buenos Aires, Argentina. I would like to contact people of the laboratory in which this machine is installed.

We work with nanocrystalline alloys obtained from metlspining and heat treatment.

Could you send me some contact detail?

Thanks in advance

Best regards,

Gaston