Encyclopedia of Physical Science and Technology, Volume 16Academic Press, 1992 - Physical sciences |
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Page 173
... cycle time is hidden from the central processor . With a sufficient degree of interleaving ( 2 " > memory cycle / proces- sor cycle ) , a memory unit can sustain trans- fer rates of one data element per processor cycle . Multiple ...
... cycle time is hidden from the central processor . With a sufficient degree of interleaving ( 2 " > memory cycle / proces- sor cycle ) , a memory unit can sustain trans- fer rates of one data element per processor cycle . Multiple ...
Page 652
... cycles . efficiency and net work of the ideal cycle not only are measures of the best performance to be expected from the actual cycle but also can be used as figures of merit in comparing different configurations of the actual cycle ...
... cycles . efficiency and net work of the ideal cycle not only are measures of the best performance to be expected from the actual cycle but also can be used as figures of merit in comparing different configurations of the actual cycle ...
Page 654
T 2 S 3 FIG . 7. Otto cycle ; 2-3 and 4-1 are both constant- volume heat transfers . B. THE CARNOT CYCLE Although the air - standard Carnot cycle , as shown on a T - s diagram in Fig . 6 , has the high- est possible thermal efficiency ...
T 2 S 3 FIG . 7. Otto cycle ; 2-3 and 4-1 are both constant- volume heat transfers . B. THE CARNOT CYCLE Although the air - standard Carnot cycle , as shown on a T - s diagram in Fig . 6 , has the high- est possible thermal efficiency ...
Common terms and phrases
acid adsorbed adsorption alloys analysis antiferromagnetic application atoms band BCS theory bipolaron cable called carbon chemical circuit conductor core curve cycle density effect elec electric electrons elements energy equation ergy example Fermi Fermi energy fibers flux frequency function heat helium hydrogen increase insulating interaction ions lattice layer liquid loop magnetic field main sequence mass material measured ment metal molecules Mott insulator observed operating optical orbitals output oxides oxygen pairs particles perature phase Phys potential pressure produce properties proton range reaction region result sample semiconductor sensor shown in Fig signal solar solid spin stars stellar structure superacids superconducting supernovae surface surfactant switching systems techniques Teff telephone temperature theory thermal thermionic thermocouple thermodynamic thermoelectric thermoelements tion transition transmission trons ture unit velocity voltage wavelength white dwarf yarn