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We hypothesize that the transition to contractile behavior at lower temperature is primarily due to an increase in the intrinsic crosslinking activity in the system.
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The heat capacity shows 1D behavior for T > 40 K, and 2D or 3D behavior at lower temperatures.
This is true both for the semiconducting behavior at lower temperatures up to a temperature of 1040 K and the drastic impedance decrease finally leading to values in the low-ohm range at higher temperatures.
Below a critical size of ~10 nm, as a consequence of the enhanced nickel vacancies, the Ni2+ O2− Ni2+ superexchange interaction breaks down and the particles exhibit paramagnetic behavior at room temperature and superparamagnetic properties at lower temperature [11, 12].
An excellent rectifying behavior was observed at lower temperatures with an on/off ratio of 240 at 5 V and at 80 K.
The peak at lower temperature corresponds to the relaxation of inter-grain species, a relaxation that seems to deviate from Arrhenius behavior at higher temperatures.
The tendency for long-range order increases at lower temperature.
With lower resistance, the sensor can operate at lower temperature.
The guideline could be as follows: when B22 is lower at a lower temperature (indicating a lower solubility at lower temperature), a lower screening temperature, e.g., 277K, is preferred; when B22 is higher at a lower temperature (indicating a lower solubility at higher temperature), a higher screening temperature is preferred, depending on the crystallization method and the protein.
In these experiments we found that recovery is temperature dependent and is slower at lower temperature.
High mortality at lower temperature has some implications.
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