For thermal management, great attention is to be paid in handling the thermal effects as there is the increased size and performance in the devices. The challenge of heats in electronics not only demerits the efficiency but also wears out the electronics in the long run. Bulk osmotic evaporation is to bulge into these systems […]

With the development of technology, mobile phones are becoming increasingly powerful, but we also notice that their thickness and weight are also increasing. Currently, there are rumors that a well-known mobile phone manufacturer might be planning a brand new model that focuses on extreme thinness and lightness. According to related sources, the recently released iPad

The challenge of mobile phone cooling lies in striking a balance between the rapid generation and effective dissipation of internal heat, amidst the increase in processor performance, reduction in device size, and growing user demands. This balance needs to ensure device performance and stability while considering device size, user experience, and energy efficiency. This article

Abstract: With the advent and rapid evolution of fifth-generation mobile communication technology (5G), electronic devices, notably smartphones and tablets, are increasingly gravitating towards high performance, integration, and miniaturization. Consequently, they generate exceedingly high heat flux densities in extremely confined spaces. Vapor chambers, known for their efficient heat transfer capabilities characterized by low thermal resistance and

What is vapor chamber? Vapor chamber technology serves as a sophisticated thermal management solution similar to heat pipes, facilitating instantaneous heat transfer through the vaporization and condensation of a liquid. Unlike the commonly used graphite sheets in slim electronic devices, vapor chambers exhibit superior thermal conductivity, enabling rapid dissipation of heat. With the anticipated proliferation