Measuring the Thermal Conductivity of Acetone and Heptane using MP-2 with THW-L3 sensor.
Measuring the Thermal Conductivity of Aerogel and Sodium Sulfate using MP-2 with THW-L3 sensor.
Measuring varying concentrations of aqueous sugar solutions at room temperature with the Thermtest THW-L3 sensor.
The three different ceramic samples were measured with the TPS-4 sensor on the MP-2 portable meter at room temperature.
Measuring the thermal conductivity of mullite ceramic and glass ceramic samples with TLS 150mm sensor at room temperature.
Measuring the thermal conductivity of deionized ultra-filtered (DIUF) water over various temperatures with THW-L3 sensor placed in a dry bath.
Measuring the thermal conductivity of the two types of foam insulation, EPS and EVA Foam.
Measuring the four concrete samples at room temperature with the TLS 50 mm needle
Measuring the thermal conductivity of various gasket materials: ethylene propylene diene monomer, polyurethane, neoprene, and styrene butadiene rubber.
Measuring the thermal effusivity of vehicle leather and cloth at four different temperature points using TPS-EFF sensor.
Measuring the Thermal Conductivity of Multi-Purpose Grease using MP-2 with THW-L3 sensor.
Measuring the thermal conductivity of polymer samples with TLS 150mm sensor at room temperature.
Measuring thermal conductivity of boron nitride suspension in ethylene glycol control over 75 minutes.
Measuring the Thermal Conductivity of PCM Fluid Sample AC-1200 using MP-2 with THW-L3 sensor.
Measuring the thermal effusivity of polyurethane rubbers and foam with the Thermtest TPS-EFF sensor.
Measuring the thermal conductivity of pure nickel anti-seize & lubricating compound using MP-2 with TLS 100mm needle.
Measuring Water and Ethylene Glycol mixtures with Salt using MP-2 with THW-L3 sensor.
Measuring the thermal conductivity of Silicone 120 Thermal Paste with TLS 50mm and TLS 100mm needles.
Measuring varying concentrations of SR-1 fluid at room temperature with the THW-L3 sensor
Thermal Conductivity, Thermal Diffusivity, and Volumetric Specific Heat of Nylon at Various Temperatures