Examples of material behaviors that are carefully monitored are sample weight, stiffness, melting temperature changes, and sample size. These changes are subsequently plotted as thermograms, and the ...

Differential thermal analysis is usually performed in a furnace, as this is the most efficient way to obtain a uniform temperature in the surrounding environment—especially with modern-day furnaces.

The Package Thermal Analysis Calculator (PTA) aids in the analysis of the thermal properties of integrated circuit packages. These include thermal resistance, power dissipation, and die, package, and ...

Within industrial production or research laboratories environment, thermo-analytical analyses are frequently used to provide precise data on nanomaterials, such as insinuating material composition and ...

Thermal analytical techniques are invaluable methods for characterizing the properties and structure of pharmaceutical materials. These techniques analyze the change in a specific property of the ...

Rohm’s free web-based simulator adds a thermal analysis function for circuit designs where heat is likely to become an issue. The Solution Simulator allows circuit and system designers in both the ...

Managing thermal and mechanical stress in multi-die assemblies will require a detailed knowledge of how and where a device will be used, how it will be packaged, and where stresses could cause ...

Driven by rapid advancement in mobile/server computing and automotive/communications, SoCs are experiencing a fast pace of functional integration along with technology scaling. Advanced low power ...

The IAEA is launching a new Coordinated Research Project (CRP) to establish improved calculational methodologies for analysis of reactor physics. The CRP, entitled “Development of Coupled Neutronic ...