All these samples show clear hysteresis loops and saturation magnetizations (MS) at room temperature characterized by a vibrating sample magnetometer in a Quantum Design Physical Property Measurement System.
Four distinct diffusivity regions are identified, where diffusivity may increase or decrease with the decreasing temperature, characterized by the different activation energies.
Rather, a robust log-linear relationship between ecotype ratio and temperature characterized this stabilized coexistence: for every 2.5°C increase in temperature, the eMIT9312 eMED4 ratio increased by an order of magnitude.
At room temperature, the sample is in a superparamagnetic state (below their Neel temperature), characterized, for instance, by reversible sigmoid magnetization curves.
The Kondo temperature, characterizing the energy scale of the electron correlations, appeared to be shifted from about 1 K at low temperature to about 800 K at high temperature when the rattling modes are activated.
It was found that an increased droplet's impact velocity actually lowered the surface temperatures characterizing the specific impact regime.
The enthalpy loss (Δha), normalized to the mobile amorphous content, has allowed to differentiate PLLA samples crystallized at different temperatures, because the samples crystallized at lower temperatures, characterized by a slightly constrained mobile amorphous fraction, exhibit a smaller enthalpy loss.
The temperatures characterizing these positive thermal anomalies in the basin increase to up to 185 °C, while the anomaly south of Munich and the one on the eastern border of the German Molasse Basin connect to form a narrow high-temperature bridge.
High temperatures characterize the aerobic composting process and serve as signs of vigorous microbial activities.
Recent boreal winters have exhibited a large-scale seesaw temperature pattern characterized by an unusually warm Arctic and cold continents.
