The results of Differential thermal analysis (DTA) and thermo-gravimetric analysis (TG) indicate that the crystal water in MKP·6H2O were lost at the temperature of 125 °C.
All the characteristic IR bands were simultaneously and completely lost at 300, 350, 350, 400 and 400 °C for thin-layer nitrophenyl, thick-layer nitrophenyl, methoxyphenyl, fluorophenyl, and phenyl, respectively, which strongly indicates that the entire organic film is lost at these temperatures.
It can be inferred that the addition of high fiber dosage (6 kg/m3) helped to recover the stiffness lost at all temperature exposures (Fig. 12b) when compared to specimen with no fibers.
Approximately 25% of furrows in shits2 embryos are lost at the restrictive temperature in patches across each embryo (Fig. 4C).
Light sensitivity and temperature requirements often interact, the light requirement being entirely lost at certain temperatures.
Fisher and Radzihovsky say that while it may be generally true that quantum properties are lost at high temperatures, certain quantum phenomena endure.
Slow pyrolysis at a temperature of 400 °C was utilized to generate a biochar sample that still retained some oxygen functionality (which is generally lost at higher temperatures), while ensuring that full pyrolysis occurred, instead of torrefaction which happens at lower (~ 300 °C) temperatures (Shankar Tumuluru et al. 2011).
We show that the quadrudplex structure of TBA is lost at higher temperatures but is restored in the presence of stabilizing K+ ions.
Moreover, when the enzyme was incubated for 30 min at various temperatures in the standard buffer at pH 7.2, no activity was lost at temperatures below 60°C, while half of the activity was lost at 65°C (Figure 3).
Large fractions of volatile elements (e.g., K, Zn, and Cl) were lost at extremely high temperatures (up to ~1800 °C 32, and the vapor would enrich 37Cl through preferentially losing 35Cl to space (Rayleigh distillation).
