View source for 18423219. Systems and Methods for Creating Flexible and Rigid Pressure Vessels and Thermal and Fluid Devices Made from Amorphous Metals simplified abstract (California Institute of Technology)

=Systems and Methods for Creating Flexible and Rigid Pressure Vessels and Thermal and Fluid Devices Made from Amorphous Metals=


==Organization Name==

[[:Category:California Institute of Technology|California Institute of Technology]]


[[Category:California Institute of Technology]]

==Inventor(s)==

[[:Category:Douglas C. Hofmann of Altadena CA (US)|Douglas C. Hofmann of Altadena CA (US)]][[Category:Douglas C. Hofmann of Altadena CA (US)]]

[[:Category:Scott N. Roberts of Altadena CA (US)|Scott N. Roberts of Altadena CA (US)]][[Category:Scott N. Roberts of Altadena CA (US)]]

[[:Category:Benjamin I. Furst of Altadena CA (US)|Benjamin I. Furst of Altadena CA (US)]][[Category:Benjamin I. Furst of Altadena CA (US)]]

==Systems and Methods for Creating Flexible and Rigid Pressure Vessels and Thermal and Fluid Devices Made from Amorphous Metals - A simplified explanation of the abstract==


This abstract first appeared for US patent application 18423219 titled 'Systems and Methods for Creating Flexible and Rigid Pressure Vessels and Thermal and Fluid Devices Made from Amorphous Metals

The abstract describes amorphous metal thermal management devices that utilize the unique properties of amorphous metal to transfer heat away from components that generate heat in various applications. These devices feature rigid or flexible vapor chambers for dissipating heat and can cool a wide range of devices effectively and reliably.

* Amorphous metal thermal management devices utilize the unique properties of amorphous metal for heat transfer.
* These devices feature rigid or flexible vapor chambers for dissipating heat.
* They can cool a wide range of devices effectively and reliably.

Potential Applications:
- Cooling electronic components in smartphones, laptops, and other devices
- Cooling high-power LED lights
- Cooling batteries in electric vehicles

Problems Solved:
- Efficient heat dissipation in compact electronic devices
- Reliable cooling solutions for high-power components

Benefits:
- Effective heat transfer
- Reliable cooling performance
- Versatile applications in various devices

Commercial Applications:
Title: Amorphous Metal Thermal Management Devices for Efficient Heat Dissipation
This technology can be used in consumer electronics, automotive, and industrial applications to improve thermal management and increase device performance.

Questions about Amorphous Metal Thermal Management Devices:
1. How do amorphous metal thermal management devices compare to traditional cooling solutions?
   - Amorphous metal thermal management devices offer improved heat transfer efficiency and reliability compared to traditional cooling solutions.
2. What are the key advantages of using amorphous metal in thermal management devices?
   - Amorphous metal offers unique properties that make it highly effective for heat transfer, leading to improved cooling performance in various applications.


==Original Abstract Submitted==

Amorphous metal thermal management devices are described. The amorphous metal thermal management devices are advanced heat transfer systems that utilize the unique properties of amorphous metal to transfer heat away from components that generate heat in numerous applications. These devices feature either rigid or flexible vapor chambers, for dissipating heat and can be used to cool a wide range of devices. The resulting cooling solution is both effective and reliable.



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