Range difference

Delta Temperature (Range) Difference between entering and leaving water temperatures. 

Temperature can destroy the piezoelectric properties of the probe, although techniques for cooling probes (delay blocks), and development of temperature-resistant piezoelectric materials, are extending the temperature range. Differences of up to 5% in thickness can occur between hot and cold readings. 

Products of the Pigment Red 49 range differ considerably in their commercial importance, depending on the region in which they are marketed. Although of little... 

Thus, not only will the pumps needed to achieve these pressures in the various vacuum ranges differ, but also different vacuum gauges will be required. A clear arrangement of pumps and measurement instruments for the individual pressure ranges is shown in Figures 9.16 and 9.16a in Chapter 9. 

Miller, L. (1991). Arctiid moth clicks can degrade the accuracy of range difference discrimination in echolocating big brown bats, Eptesicus fuscus. Journal of Comparative Physiology A 168 571-579. 

Through the temperature profile, which is controlled by the initiator feed and the split of fresh ethylene, the properties of the polymers can be varied in a wide range. Different peroxides, e.g., f-butylperoxy neodecanoate together with t-butylperoxy 2-ethylhexanoate, or t-butylperoxy perbenzoate, or di(t-butyl)peroxidc are required when the zones are run at different temperatures. 

In the literature, QPPRs are represented with varying details about the model derivation process. Statistical parameters, training and evaluation set information, and specification of the applicability range differ from publication to publication. Although guidelines for the application of QPPRs and QSPRs have been proposed [26], they are not always followed consistently. In this book, QPPRs are presented in the following form ... 

Range. Difference between cooling tower hot water and cold water (A70F0C). 

To work in this optimum range, different kinds of approaches were proposed depending on the analyte and on the electrode surface. 

Schwetz et al. 1973), and hamsters (Henck et al. 1981) following gavage doses in com oil or com oikacetone vehicle. Doses that produced death were in the g/kg range. Differences in the susceptibility to the lethality of 2,3,7,8-TCDD were observed not only among different species, but also among different strains... 

Very large statistics - all available atomic and ionic lines, different frequency ranges, different redshifts (epoch/distances). 

The three quartile values indicate the figures that appear 25, 50 and 75 per cent of the way up the list of data when it has been ranked. The second quartile is synonymous with the median and can act as an indicator of central tendency. The interquartile range (difference between first and third quartile) is an indicator of dispersion. The median and interquartile range are robust statistics, which means that they are more resistant to the effects of occasional extreme values than the mean and SD. The robustness of the median can be abused to hide the existence of aberrant data. 

For the system C02-limonene, the available data for the liquid phase refer to a pressure range different from that of C02-linalool. In particular, we have considered measurements by Matos et al. [II], which were taken at 45 and 50 °C, respectively. In order to investigate a larger pressure range, a temperature of 60 °C was studied. Some results of the liquid phase composition are summarized in table 2. The same results are presented also in figure 3, where it can be seen that an increase of temperature has a strong effect on the amount of C02 that solubilizes into the liquid phase. Particularly, this effect is more pronounced from 50 to 60 °C than from 45 to 50 °C. 

Using these techniques great precision can be achieved with a Schering bridge over all of its working range. Differences in 5 as small as 300 nrad may be resolved (Astin, 1936). 

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