CRYOGENIC TESTING USING THE TRANSIENT HOT-WIRE METHOD


Overview Cryogenic testing explores the behavior of materials at extremely low temperatures. When chemicals are exposed to ultra-cold temperatures the properties of those chemicals change. This provides an intriguing area of study for researchers. These studies have led to advances in gaining a better understanding of materials while also creating entirely new technologies and industries. [...]
           

HOMOGENEOUS AND HETEROGENEOUS FOR TRANSIENT & STEADY STATE METHODS

Overview When measuring homogeneous or heterogeneous materials, it is important to consider steady-state vs. transient testing methods and how this will influence the measurement of thermal conductivity. This webinar looks to further the conversation on this topic to explain why steady-state is the preferred method for heterogeneous materials: whereas transient methods result in a bias. [...]
           
TESTING AT HIGH TEMPERATURE WITH THE GHFM-01


 
Overview In this webinar, Dale Hume dives into testing materials at high temperatures with Thermtest’s new Guarded Heat Flow Meter-01. The advanced GHFM-01 is a primary measurement of thermal resistance—thermal conductivity for solids, such as metals, polymers, composites, and paste. Specifically, the calculation of thermal conductivity from the measurement of thermal resistance is the most [...]
 
           
CRYOGENIC TESTING USING THE TRANSIENT HOT-WIRE METHOD


 
Overview Cryogenic testing explores the behavior of materials at extremely low temperatures. When chemicals are exposed to ultra-cold temperatures the properties of those chemicals change. This provides an intriguing area of study for researchers. These studies have led to advances in gaining a better understanding of materials while also creating entirely new technologies and industries. [...] 
 





 

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