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Clearly, r~increases as THincreases and as Tc decreases Although the efficiencies of practical heat engines are lowered by irreversibilities, it is still true that their efficiencies are increased when the average temperature at which heat is absorbed is increased and when the average temperature at which heat is rejected is decreased Figure 81 shows a simple steady-state steady-flow process in which steam generated in a boiler is expanded in an adiabatic turbine to produce work The discharge stream from the turbine passes to a condenser from which it is pumped adiabatically back to the boiler The power produced by the turbine is much greater than the pump requirement, and the net power output is equal to the difference between the rate of heat input in the boiler I QH I and the rate of heat rejection in the condenser I Qc1 The processes that occur as the working fluid flows around the cycle of Fig 81 are represented by lines on the T S diagram of Fig 82 The sequence of lines shown conforms to a Carnot cycle Step 1 + 2 is the vaporization process taking place in the boiler, wherein saturated liquid water absorbs heat at the constant temperature T H ,and produces saturated vapor Step 2 4 3 is a reversible, adiabatic expansion of saturated vapor into the two-phase region to produce a mixture of saturated liquid and vapor at Tc This isentropic expansion is represented by a vertical line Step 3 -+ 4 is a partial condensation process wherein heat is rejected at Tc Step 4 -+ 1 takes the cycle back to its origin, producing saturated-liquid water at point 1 It is an isentropic compression process represented by a vertical line

TTY The controlling terminal for a process A question mark in this column means the process is no longer connected to a controlling terminal STAT The state of the process These are the possible states: S Process is sleeping All processes that are ready to run (that is, being multitasked, and the CPU is currently focused elsewhere) will be asleep R D T Z Process is actually on the CPU Uninterruptible sleep (usually I/O related) Process is being traced by a debugger or has been stopped Process has gone zombie This means either (1) the parent process has not acknowledged the death of its child using the wait system call; or (2) the parent was improperly killed, and until the parent is completely killed, the init process (see 8) cannot kill the child itself A zombied process usually indicates poorly written software

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The thermal efficiency of the Carnot cycle just described is given by Eq (58) As a reversible cycle, it could serve as a standard of comparison for actual steam power plants However, severe practical difficulties attend the operation of equipment intended to carry out steps 2 -+ 3 and 4 + 1 Turbines that take in saturated steam produce an exhaust with high liquid content, which causes severe erosion problems2 Even more difficult is the design of a pump that takes in a mixture of liquid and vapor (point 4) and discharges a saturated liquid (point 1) For these reasons, an alternative model cycle is taken as the standard, at least for fossil-fuel-burning

In addition, the STAT entry for each process can take one of the following modifiers: W = No resident pages in memory (it has been completely

everthe he less, present-day nuclear power plants generate saturated steam and operate with turbines designed to eject liquid at various stages of expansion

5:

power plants It is called the Rankine cycle, and differs from the cycle of Fig 82 in two major respects First, the heating step 1 -+ 2 is carried well beyond vaporization, so as to produce a superheated vapor, and second, the cooling step 3 -+ 4 brings about complete condensation, yielding saturated liquid to be pumped to the boiler The Rankine cycle therefore consists of the four steps shown by Fig 83, and described as follows:

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