Susanne
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doc#119 ideal gas is compressed and kept at constant temperature , the work done in compressing it is completely
doc#118 surrounding the anode holder to determine its temperature . </p><p> Another anode holder used in the
doc#120 which disappeared, due to broadening, at low temperature . The data reported here are either from
doc#118 measuring the characteristic anode surface temperature (see below) since only a small region of
doc#118 simultaneous measurement of the anode surface temperature and the temperature distribution along
doc#118 voltages. Simultaneously with the anode surface temperature and voltage measurements pyrometer readings
doc#120 resonance line which was very narrow at room temperature and which disappeared, due to broadening
doc#117 is a good approximation to the brightness temperature at the center of the lunar disk because
doc#117 600° K. This result suggests a very high temperature at the solid surface of the planet, although
doc#117 would increase the average disk brightness temperature by less than 1° K. At meter wave lengths
doc#117 known. The ratio of the measured antenna temperature change during a drift scan across the moon
doc#117 , and Salomonovich, 1960). The constant- temperature contours are much smoother than those observed
doc#117 black body, will the apparent black-body temperature correspond to the physical temperature
doc#122 reaction cells sealed from the same manifold temperature dependency corresponding to activation
doc#118 all blowing rates, assuming <formul>. The temperature dependent value of <egr> was taken from
doc#118 of the anode surface temperature and the temperature distribution along the anode holder. Three
doc#118 in figure 4 was taken as typical for the temperature distribution for all blowing rates. </p>
doc#118 the plug holder is thereby <formul> The temperature distribution of figure 4 gives <formul>
doc#117 the narrow antenna beam and because the temperature distribution over the central portion of
doc#125 blood group antibodies. These include low- temperature ethanol (Cohn) fractionation, electrophoresis