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The vapor-compression refrigeration cycle is represented in Fig 91 Shown on the T S diagram are the four steps of the process A liquid evaporating at constant pressure (line 1 + 2) provides a means for heat absorption at a low constant temperature The vapor produced is compressed to a higher pressure, and is then cooled and condensed with rejection of heat at a higher temperature level Liquid from the condenser returns to its original pressure by an expansion process In principle, this can be carried out in an expander from which work is obtained, but for practical reasons is accomplished by throttling through a partly open valve The pressure drop in this irreversible process results from fluid friction in the valve As shown in Sec 71, the throttling process occurs at constant enthalpy In Fig 91 line 4 -t 1 represents this throttling process The dashed line 2 + 3' is the path of isentropic compression (Fig 76) Line 2 --+ 3, representing the actual compression process, slopes in the direction of increasing entropy, reflecting inherent irreversibilities

title The Duplicate Kernel color yellow/black root (hd0,0) kernel /duplicate-kernel ro root=UUID=7db5-4c27 initrd /duplicate-initrdimg

On the basis of a unit mass of fluid, the equations for the heat absorbed in the evaporator and the heat rejected in the condenser are:

6:

These equations follow from Eq (232) when the small changes in potential and kinetic energy are neglected The work of compression is simply:

NOTE The value of UUID used above was obtained from the existing entry in the menu1st file that we are duplicating The exact partition or volume on which the root file system ( / ) resides can also be specified; for example, we could have the kernel entry in the menu1st file as

and by Eq (92), the coefficient of performance is:

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5 Create another entry that will change the foreground and background colors of the menu when selected The menu colors will be changed to yellow and black when this entry is selected Enter the following text at the end of the file (beneath the entry you created in the preceding step):

To design the evaporator, compressor,condenser, and auxiliary equipment one must know the rate of circulation of refrigerant m This is determined from the rate of heat absorption in the evaporate by the equation:

6 Comment out the splashimage entry at the top of the file The presence of the splash image will prevent your new custom foreground and background colors from displaying properly The commented-out entry for the splash image will look like this:

The vapor-compression cycle of Fig 91 is shown on a P H diagram in Fig 92 Such diagrams are more commonly used in the description of refrigeration processes than T S diagrams, because they show directly the required enthalpies Although the evaporation and condensation processes are represented by constant-pressure paths, small pressure drops do occur because of fluid friction

OK, now you know how to put data into a variable (Write) and how to get data from a variable (Read). You also know how to create additional variables. The last thing I want to cover in this chapter is how to use variables throughout your programs. Here s a bit of pseudo-code for SPOT: Me: SPOT, I want you to wait for me to press and release the Enter button (orange button) for 3 seconds. Me: If I press and release the button, display Pressed on the screen. Me: If I do not press and release the button, display Not Pressed on the screen. I ll first start off with a WAIT block configured to loop for 3 seconds (see Figure 18-11).

7 Finally, comment out the hiddenmenu entry from the file so that the Boot menu will appear, showing your new entries instead of being hidden The commentedout entry should look like

'1n the United States refrigeration equipment is commonly rated in tons of refrigeration; a ton of refrigeration is defined as heat absorption at the rate of 12 000 Btu h-' or 12 6522 kJ h-' This corresponds approximately to the rate of heat removal required to freeze 1 short ton [or 2000 (lb)] of water initially at 32 ( O F ) per day or remove 35145 kW at 27315 K (0 C)

8 Save the changes you made to the file, and reboot the system The final /boot/grub/menu1st file (with some of the comment fields removed) will resemble the one shown here:

For given values of Tc and T H ,the highest possible value of w is attained for Carnotcycle refrigeration The lower values for the vapor-compression cycle result from irreversible expansion in a throttle valve and irreversible compression The following example provides an indication of typical values for coefficients of performance

[root@fedora-serverA boot]# cat /boot/grub/menulst # grubconf generated by anaconda default=0 timeout=5 #splashimage=(hd0,0)/grub/splashxpmgz # hiddenmenu title Fedora (2625-14fc9i686) root (hd0,0) kernel /vmlinuz-2625-14fc9i686 ro root=UUID= 7db5-4c27 rhgb quiet initrd /initrd-2625-14fc9i686img title The Duplicate Kernel color yellow/black root (hd0,0) kernel /duplicate-kernel ro root=UUID=7db5-4c27 initrd /duplicate-initrdimg title The change color entry color yellow/black

As shown in Sec 52, the efficiency of a Carnot heat engine is independent of the working medium of the engine Similarly, the coefficient of performance of a Carnot refrigerator is

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