Temperature adaptations

CBL unit Tl graphing calculator link cable AC adapter temperature probe nickel coin... 

Jankowski, H.D. and Korn, H. (1965). The influence of the adaptation temperature on the mitochondria content of fish muscle. Naturwissenschaften 52,642-643. 

T. Clark-Pringle and J.F. MacGregor. Nonlinear adaptive temperature of multi-product semibatch polimerization reactors. Computers and Chemical Engineering, 21 1395-1405, 1997. 

To optimize the capacity factors, the temperature may be adapted. Temperature is the most commonly used primary parameter in GC. Alternatively, the film thickness (in GLC) or the surface area of the stationary phase (in GSC) may be used to change the capacity... 

Figure 7.21. Homeoviscous adaptation of brain synaptosomal membranes. (A) Effects of measurement temperature on the physical states of synaptosomal membranes of differently adapted vertebrates, as determined by fluorescence anisotropy using l,6-diphenyl-l,3,5-hexatriene (DPH) as the probe. (B) DPH anisotropy at each species adaptation temperature. The horizontal lines enclose species where essentially complete homeoviscous adaptation was found. (Figure modified after Logue et al., 2000.)...

Among differently adapted species of fishes and invertebrates, the ABT of mitochondrial respiration varies regularly with adaptation temperature (figure 7.23, lower panel). The animals that were compared included deep-sea invertebrates from both warm (hydrothermal vent) and cold habitats plus several shallow occurring marine invertebrates and fishes adapted to widely different temperatures, including the Antarctic fish Trematomus ber-nacchii (boxed + symbol Dahlhoff et al., 1991 Weinstein and Somero, 1998). Also... 

Figure 7.23. Effects of temperature on mitochondrial function. (Upper panel). Arrhenius plot illustrating the slope discontinuity ( break ) that commonly occurs at a high temperature of measurement, the Arrhenius break temperature (ABT). Data are for mitochondria of the hydrothermal vent tubeworm Riftia pachyptila (after Dahlhoff et al., 1991). (Lower panel) Arrhenius break temperatures for mitochondrial respiration of diverse invertebrates and fishes. The open square is for mitochondrial respiration of the Antarctic nototheniid fish Trematomus bernacchii and is not included in the regression analysis. A line of identify (ABT = adaptation temperature) is also shown (see text for analysis). (Data from Dahlhoff and Somero, 1993b Dahlhoff et ah, 1991 Weinstein and Somero, 1998.)...

Adaptive Temperature Jump. The size of a temperature jump is restricted only by the requirement that the initial conditions for solving the characteristic packet equations (provided by the higher-temperature characteristic packet) be within the attractor region of the lower temperature solution. This will be so until temperature is lowered below a branchpoint when one solution will trap the solver. As long as we have not jumped to a temperature too far below the branchpoint, we can find the other solution by looking for the missing probability mass that is present in the parent but not in the child... 

D. Tyner, M. Soroush, M. C. Grady, Adaptive temperature control of multi product jacketed reactors , Ind. End. Chem. Res., 1999, 38, 4337. 

Flow defeets Melt temperature too low Increase die and adapter temperatures... 

Evidently, the possibility to make a choice of appropriate detection technique makes possible to adapt temperature programmed techniques for many different applications. From all presented examples, it becomes evident that these methods can be of big help in the field of investigations related to environment protection. 

Martinelli E, Polese D, Catini A, D Amico A, Di Natale C (2012) Self-adapted temperature modulation in metal-oxide semiconductor gas sensors. Sens Actual B 161 534-541... 

---