It showed that the design of the reactor front face could be drastically improved to lower thermal losses.
Compared with a bulk quartz substrate sensor, performance of the sensor fabricated by abrasive sand blasting is greatly improved with a lower thermal mass.
Moreover, compared to the other lightweight concretes with the same density, the ULFRC developed in this study has improved mechanical properties and lower thermal conductivity, therefore it can be utilized as a new material for the production of floating structures, insulating elements or even for load bearing applications.
The results have also shown that replacing the cork by expanded polystyrene (EPS), having lower thermal conductivity, would not improve significantly the overall thermal resistance.
Membranes with lower thermal conductivities and higher porosities improve the performance of single-membrane designs while thinner membranes improve the performance of air-gap designs.
The resulting copolymers exhibit improved solubility in organic solvents; however, they show lower thermal stabilities than their linear analogues.
Compared with vertical placed miniature looped heat pipe with wick structure flat evaporator (MFLHP) in literature, the ULHP can start under lower heat flux with lower temperature and lower thermal resistance, which showed an improved performance of ULHP than traditional MFLHP.
Superlattice nanowires have the potential to improve the performance of thermoelectronics [6 9], small sizes have lower thermal conductivity [8, 9], and they can be made at a high density, thus providing improved performance.
The incorporation of PDMS segments in block polymer improved thermal stability of PMMA, whereas phosphorylated PMMA displayed a lower thermal stability.
The up to seven times lower thermal conductivity, as compared with the reference material, provides an evidence of greatly improved thermal insulating capabilities.
