... the thermalconductivity of some materials used in Colombia at the field of refrigeration and air conditioning ...The thermal balance is used as a tool on a calorimeter, specially designed and ...
... and thermalconductivity on velocity profile, temperature profile and concentration profiles are investigated by solving the governing transformed ordinary differential equations with the help of ...
... and butyl-acrylate (BA). Three different copolymers were prepared, varying the compositions of VP and BA, following a simple radical polymerization process using an UV initiator. The samples a good foaming behavior and ...
... and thermalconductivity of structural plywood ...average thermalconductivity value (0,168 W/mK), while that of Scots pine was lowest (0,145 ...W/mK). Thermalconductivity of ...
... The thermalconductivity and extinction coefficient of the different materials has been measured and the results obtained have been correlated with the materials ...the thermalconductivity ...
... same thermal conductance value while it gets soaked, taking for granted that the choice is an insulating material with waterproof skin such as extruded polystyrene with λ = ...the thermal ...
... the thermal prop- erties and heat transfer capabilities of fl uids, the industrial applicability of nano fl uids in heat transfer systems is limited by the increase of the viscosity of the fl uid (which increases the ...
... This waste is chemically constituted by mullite and a number of other oxides, it has a reported thermalconductivity of 0.47 W/mK at a temperature of 900 °C [11], also has a high melting point and is main ...
... The whole structure is protected by polystyrene foam blocks to avoid excessive side heat loss. The time to bring the equipment to stable equilibrium takes a minimum of two hours, depending from the initial state of the ...
... The thermalconductivity of concrete is assessed for the lower (LL) and upper limits (UL) set out in EN 1994-1-2 (2005), because although this code suggests the upper limit (UL) for composite structures, ...
... lower thermal diffusivity to provide sufficient protection from severe temperature changes (Kawasaki and Kawai ...superior thermalconductivity properties compared to other building materials due to ...
... its thermalconductivity, resulting in an increment of the ability of heating ...high thermalconductivity and therefore high modified ability of heating factor were obtained for ethanol due ...
... the thermal properties, biocompatibility, and antimicrobial activity of PMMA bone ...and thermalconductivity were determined using differential scanning calorimetry ...
... the thermal transport limitations of the multilayer structure, so that it provides a realistic picture of the temperature distribution around the local heat source ...the thermalconductivity (and ...
... The temperature reached by the NW under the laser beam excitation is the consequence of the reduced thermal conductivity, the poor heat dissipation, and the dif- ferent laser energy ab[r] ...
... As aforementioned, WHP pulp is comprised of the aerenchyma tissue cells, which are rich in cellulose, hemicellulose, and polyholosides, which are very hydrophilic macromolecules [53,65]. As a result, pulp WHP board had a ...
... The thermal transmittance of technical elements can be calculated according to the method provided by the standard EN ISO ...as thermalconductivity are reported, or to tabulated values collected in ...
... the thermalconductivity in 48%, from ...the thermalconductivity with a 100% replacement ratio of fine expanded clay (L H Nguyen et ...the thermalconductivity is related with ...
... the thermalconductivity. More details of similar calculations can be found elsewhere. 122 For DFT calculations, the generalized gradient approximation (GGA) of Perdew, Burke, and Ernzerhof (PBE) are used ...