Measuring the Thermal Conductivity of Acetone and Heptane using MP-2 with THW-L3 sensor.
Investigating the thermal properties of aerogel blankets – the lowest thermally conductive material known to all solids.
Measuring the Thermal Conductivity of Aerogel and Sodium Sulfate using MP-2 with THW-L3 sensor.
Thermal conductivity of Aerogel insulation of 9.58 mm thick from Aspen Aerogels was measured with the Thermtest HFM-25
Thermal Conductivity of Aerogel Tiles Measured by Steady-State vs. Transient Techniques
Measuring the thermal conductivity of ambient density powders with varying mean particle size.
Measuring varying concentrations of aqueous sugar solutions at room temperature with the Thermtest THW-L3 sensor.
Measuring the thermal properties of transmission oils, coolant fluid at different concentrations and windshield washer fluids with THW-L1S
Investigating the Thermal Conductivity and Viscosity of Carbon Black Heat Transfer Nanofluids
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.
Discovering the heat resistant and insulative nature of ceramics, through thermal conductivity testing.
A comparison of the experimental data of salt-water mixture using THW method.
Measuring the thermal conductivity of two compressible materials, pillow and a fibreglass sample.
A comparison of a volume measured via steady-state (GHFM) vs. transient (TPS) for heterogeneous materials
Thermal Resistance and Thermal Conductivity of Copy Paper and Airloy® X116 samples were measured using the MP-1 Transient Plane Source method.
Thermal Conductivity of Deionized Ultra-filtered (DIUF) Water with the THW-L2 Transient Hot Wire
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.
Thermal effusivity of multiple layers and force on a polyester cotton water repellent fabric and memory foam.
Measuring the thermal conductivity of homogeneous fiberglass and heterogeneous plasterboard.
Testing Homogeneity of Fibrous Glass Board (NIST 1450D) with HFM-25 portable heat flow meter.
Thermal conductivity measurements of the coconut oil and chocolate chips phase change materials.
Measuring the four concrete samples at room temperature with the TLS 50 mm needle
Thermal conductivity and thermal diffusivity values of four viscous fluids: glycerol, 10W-30 oil, transmission fluid and water
The thermal conductivity, thermal diffusivity and volumetric specific heat of both fresh and used engine oil samples
Determining the thermal conductivity of animal fur for its comparison to an animal friendly faux-fur.
Measuring the thermal conductivity of various gasket materials: ethylene propylene diene monomer, polyurethane, neoprene, and styrene butadiene rubber.
Investigating the heat resistance of fibrous glass boards at various temperatures.
Does thickness have an effect on the insulative capabilities of extruded polystyrene?
Thermal Conductivity measurements of the Isopropanol sample showing all the measurement runs, first 20°C to -110°C and -110°C to 20°C.
Measuring the thermal effusivity of vehicle leather and cloth at four different temperature points using TPS-EFF sensor.
Testing Thermal effusivity of Memory Foam with a compression force of 1lb and 2lb
liquids in sample bags were measured for thermal effusance using a TPS-EFF meter and compared to their corresponding value in the materials database
Measuring the Thermal Conductivity of Multi-Purpose Grease using MP-2 with THW-L3 sensor.
A comparison of apparent thermal effusivity values of natural wood and synthetic wood flooring samples.
In this experiment, the thermal conductivity of reference materials NIST 1450C, 1450D and 1450E was measured with the HFM-25.
Measuring the thermal conductivity of polymer samples with TLS 150mm sensor at room temperature.
Measuring the thermal conductivity of Paraffin Wax Phase Change Materials (PCM) using THW-L1
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.
The thermal conductivity measurements of PCM sample AC-1200, a microencapsulated phase-change material used in bedding textiles.
Accurately measure the thermal conductivity of polymers from solid-state, through a melt, and into the liquid state.
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.
An experiment on pure water and 6 saline water mixture samples were measured for their thermal conductivity values using THW-L2.
A comparison of thermal effusivity values of sand with a touch time of 10 seconds and the value obtained from the Thermtest Materials Database.
Measuring the thermal conductivity of Silicone 120 Thermal Paste with TLS 50mm and TLS 100mm needles.
Evaluating the thermal conductivity of varying soil moisture for applications in construction and agriculture fields.
Measures the thermal properties of soil at different densities with Thermtest TLS 100mm sensor at room temperature, tested with a current of 200mA.
Thermal conductivities of four commonly used solvents that have similar physical properties.
Measuring varying concentrations of SR-1 fluid at room temperature with the THW-L3 sensor
Experimental results for the effect of increasing temperature on thermal conductivity & resistance for Stainless Steel (AISI 304)
Thermal Resistance & Thermal Conductivity of Leather, Synthetic Leather, and Insulating Fabric
Testing the Thermal Effusivity of mattress foam using TPS-EFF at different compression levels.
Thermal Effusivity of fabric for bulletproof vests at different moisture levels.
Measuring Thermal Effusivity vs Moisture with TPS-EFF – Comparing the Performance of Two Different Fabrics
Thermal Conductivity, Thermal Diffusivity, and Volumetric Specific Heat of Nylon at Various Temperatures
Measuring the thermal conductivity and thermal resistance of thin silicone rubber sheets samples.
A comparison of thermal effusivity measurement of various materials using TPS-EFF and MTPS instrument
Investigating the Thermal Conductivity of Batt Insulation using the Thermtest Heat Flow Meter
Thermal Conductivity Measurements of Water under back pressure of 3 bars and comparison data as calculated in the REFPROP database.