A non-steady-state probe measurement method to determine heat conductivity, heat capacity as well as moisture in solids and bulk materials

Measurement of the Thermal Properties of Innovative Highly-Insulating Non-Structural Concretes

“…The concrete samples were assessed using the following material parameters: specific gravity, specific heat capacity, specific volumetric heat capacity, thermal conductivity, specific temperature diffusivity and heat storage capacity [1][2][3][4][5][6][7]. Bulk density -density ρ is defined as the mass m of the unit volume V of substance (Eq.…”

“…The samples made of the proposed innovative highly-insulating concrete types are based on aerated concrete and a hydraulic binder with an admixture of waste aluminosilicate (see Table 2). The exact composition and preparation of the investigated samples of new concretes are given in the publication [7]. Transfer Phenomena in Fluid and Heat Flows VII As a comparative sample, the ytong block was selected (see Table 1), the material parameters are tabulated by the manufacturer, dry and room temperature: density of 900 kg•m -3 ; thermal conductivity of 0.160 W•m -1 •K -1 , specific heat capacity of 1000 J•kg -1 •K -1 .…”

Research of Thermal Insulation Control for Underwater Storage of High Pour Point Crude Oil

“…Moreover, besides advantages of small size, fast response and resistance to vibration, NTC thermistor also has characteristics of high resistance, large slope of the temperature curve and so on. Thus, it is preferable for high-precision temperature measurement sensors [1,4]. Japan Shibaura PSB-7 type thermistor was selected in this design, and its temperature-resistance characteristic curve is shown in Figure 3.…”