[[abstract]]Thermal spreading is a technology of decreasing the hot spot for electronic cooling and other high heat flux applications, and is characterized by high heat transfer, uniformity of heat removal. Vapor chamber is one of the Thermal spreading technologies which depend on two phase heat pipe technology. This paper provides an introduction to vapor chamber for electronic cooling, high power LEDs, multi heat sources, communication devices, and bio technology applications, reviews the development of thermal spreading technology nowadays, and summarizes the data regarding effects of vapor chamber inside thermal module, future applications, and suggestion. Some models of multi heat sources cooling were also presented.[[conferencetype]]國...
A novel asymmetric vapor chamber is developed in this study. In this vapor chamber, nanostructure is...
The current study goes over a design methodology for thin, two-phase heat spreaders for space constr...
This paper presents recent advances in a number of novel, high-performance cooling techniques for em...
[[abstract]]The objective of this paper is to provide an effective and accurate analytical solution ...
Owing to their high reliability, simplicity of manufacture, passive operation, and effective heat tr...
Heatsinks are deployed within electronic devices to enable heat transfer from components such as mic...
In this chapter, we describe surface modification techniques for enhancing heat/mass transfer and ev...
Vapor chamber technologies offer an attractive approach for passive heat spreading in mobile electro...
Vapor chambers can offer a passive heat spreading solution for thermal management in electronics app...
Vapor chambers provide highly effective heat spreading to assist in the thermal management of elec- ...
[[abstract]]In recent years, with the increasing heat dissipation of electrical appliances, efficien...
Thin, low-profile phase change thermal spreaders can provide cooling solutions for some of today's m...
Abstract(#br)This study developed a vapor chamber (VC) with radial multi-artery reentrant microchann...
Vapor chamber is a new type of two-phase flow heat dissipation technology. It offers the benefits of...
AbstractVapor chamber is one of highly effective thermally spread techniques in electronic cooling. ...
A novel asymmetric vapor chamber is developed in this study. In this vapor chamber, nanostructure is...
The current study goes over a design methodology for thin, two-phase heat spreaders for space constr...
This paper presents recent advances in a number of novel, high-performance cooling techniques for em...
[[abstract]]The objective of this paper is to provide an effective and accurate analytical solution ...
Owing to their high reliability, simplicity of manufacture, passive operation, and effective heat tr...
Heatsinks are deployed within electronic devices to enable heat transfer from components such as mic...
In this chapter, we describe surface modification techniques for enhancing heat/mass transfer and ev...
Vapor chamber technologies offer an attractive approach for passive heat spreading in mobile electro...
Vapor chambers can offer a passive heat spreading solution for thermal management in electronics app...
Vapor chambers provide highly effective heat spreading to assist in the thermal management of elec- ...
[[abstract]]In recent years, with the increasing heat dissipation of electrical appliances, efficien...
Thin, low-profile phase change thermal spreaders can provide cooling solutions for some of today's m...
Abstract(#br)This study developed a vapor chamber (VC) with radial multi-artery reentrant microchann...
Vapor chamber is a new type of two-phase flow heat dissipation technology. It offers the benefits of...
AbstractVapor chamber is one of highly effective thermally spread techniques in electronic cooling. ...
A novel asymmetric vapor chamber is developed in this study. In this vapor chamber, nanostructure is...
The current study goes over a design methodology for thin, two-phase heat spreaders for space constr...
This paper presents recent advances in a number of novel, high-performance cooling techniques for em...