The model is adopted to evaluate system performance under Shanghai summer condition with high temperature as well as high humidity ratio.
The fcc-metastable phase transforms into a mixture of Zr2Cu and Zr6NiAl2 crystalline phases at rather high temperature, as high as 993 K.
The overall data provided better understanding of these factors which usually affect enzyme activity/stability at high temperature as well as suggested approaches to bioengineer these industrially important enzymes to enhance their thermostability.
The chapter additionally highlights the processes/techniques for brazing and equipments together with the novel innovation in this topic and the new trends in brazing at high temperature as well.
However, very little information is available on the behaviour of FRP materials at high temperature, as would be experienced during fire, and this is a primary factor limiting the widespread application FRP-wraps in buildings, parking garages, and industrial structures.
The transformation of Eu III) to Eu II) was confirmed in a fluoride eutectic, LiF-NaF-KF (46.5-11.5-42.0 mol%, FLiNaK) molten salt during a treatment of high temperature as high as 1023 K.
The central hollow structure was suggested to result from gaseous P2O5 and H2O decomposed from Ca10(PO4)6(OH)2 under high temperature, as well as the volume contraction of molten HA particle during cooling.
The CNT network heater can heat samples up to extremely high temperature, as high as >2000 °C, while minimizing the spatial drift of the samples induced by the heating.
The fcc-metastable phase transforms into a mixture of Zr5Ni4Al and Zr6NiAl2 crystalline phases at rather a high temperature, as high as 901 K with a heat change of transformation of −24.4 J/g.
This translates to lower C inputs and higher turnover rates due to high temperature as well as SOC erosion.
Furthermore, the criteria for possible replacement dielectrics require that those materials are chemically stable on silicon substrates at high temperature as well.
