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independent of the refrigerant However, the irreversibilities inherent in the vapor-compression cycle cause the coefficient of performance of practical refrigerators to depend to some extent on the refrigerant Nevertheless, such characteristics as its toxicity, flammability, cost, corrosion properties, and vapor pressure in relation to temperature are of greater importance in the choice of refrigerant So that air cannot leak into the refrigeration system, the vapor pressure of the refrigerant at the evaporator temperature should be greater than atmospheric pressure On the other hand, the vapor pressure at the condenser temperature should not be unduly high, because of the initial cost and operating expense of high-pressure equipment These two requirements limit the choice of refrigerant to relatively few fluids The final selection then depends on the other characteristics mentioned Ammonia, methyl chloride, carbon dioxide, propane and other hydrocarbons can serve as refrigerants Halogenated hydrocarbons came into common use as refrigerants in the 1930s Most common were the fully halogenated chlorofluorocarbons,CC13F(trichlorofluoromethane or CFC-1 I ) and CC12F2(dichlorodifluoromethane or CFC-12) These stable molecules per~ sist in the atmosphere for hundreds of years, causing severe ozone depletion Their production has mostly ended Replacements are certain hydrochlorofluorocarbons, less than fully halogenated hydrocarbons which cause relatively little ozone depletion, and hydrofluorocarbons, which contain no chlorine and cause no ozone depletion Examples are CHC12CF3(dichlorotrifluoroethane or HCFC-123), CF3CH2F(tetrafluoroethane or HFC-134a), and CHF2CF3 (pentafluoroethane or HFC-125) A pressurelenthalpy diagram for tetrafluoroethane (HFC134a) is shown in Fig G2; Table 91 provides saturation data for the same refrigerant Tables and diagrams for a variety of other refrigerants are readily a ~ a i l a b l e ~ Limits placed on the operating pressures of the evaporatorand condenser of a refrigeration system also limit the temperature difference TH - TC over which a simple vapor-compression cycle can operate With TH fixed by the temperature of the surroundings, a lower limit is placed on the temperature level of refrigeration This can be overcome by the operation of two or more refrigeration cycles employing different refrigerants in a cascade A two-stage cascade is shown in Fig 93 Here, the two cycles operate so that the heat absorbed in the interchanger by the refrigerant of the higher-temperature cycle 2 serves to condense the refrigerant in the lower-temperature cycle 1 The two refrigerants are so chosen that at the required temperature levels each cycle operates at reasonable pressures For example, assume the following operating temperatures (Fig 93):.

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If tetrafluoroethane(HFC-134a) is the refrigerant in cycle 2, then the intake and discharge pressures for the compressor are about 145 bar and 772 bar, and the pressure ratio is about 532 If propylene is the refrigerant in cycle 1, these pressures are about 11 bar and 4 bar, and the pressure ratio is about 364 These are all reasonable values On the other hand, for a single cycle operating between 227 K and 303 K with HFC-134a as refrigerant, the intake

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Once GRUB has started and you have selected Linux as the operating system to boot, the first thing to get loaded is the kernel Keep in mind that no operating system exists in memory at this point, and PCs (by their unfortunate design) have no easy way to access all of their memory Thus, the kernel must load completely into the first megabyte of available random access memory (RAM) In order to accomplish this, the kernel is compressed The head of the file contains the code necessary to bring the CPU into protected mode (thereby removing the memory restriction) and decompress the remainder of the kernel

3 ~ h abbreviated designation is nomenclature of the American Society of Heating, Refrigerating, and Aire Conditioning Engineers 4 ~ ~ Handbook: A ~ ~ R Fundamentals, Chap 17, 1989; R H Peny and D Green, Perry's Chemical Engineers' Handbook, 7th ed, Sec 2, 1997 Extensive data for ammonia are given by L Haar and J S Gallagher, J Phys Chem Re$ Data, vol 7, pp 635-792, 1978

With the kernel in memory, it can begin executing It knows only whatever functionality is built into it, which means any parts of the kernel compiled as modules are useless at this point At the very minimum, the kernel must have enough code to set up its virtual memory subsystem and root file system (usually, the ext3 file system) Once the kernel has started, a hardware probe determines what device drivers should be initialized From here, the kernel can mount the root file system (You could draw a parallel of this process to that of Windows being able to recognize and access its C drive) The kernel mounts the root file system and starts a program called init, which is discussed in the next section

pressure to the condenser is about 04 bar, well below atmospheric pressure Moreover, for a discharge pressure of about 772 bar the pressure ratio is 193, too high a value for a single-stage compressor

The init process is the first non-kernel process that is started, and, therefore, it always gets the process ID number of 1 init reads its configuration file, /etc/inittab, and determines the runlevel where it should start Essentially, a runlevel dictates the system s behavior Each level (designated by an integer between 0 and 6) serves a specific purpose A runlevel of initdefault is selected if it exists; otherwise, you are prompted to supply a runlevel value The runlevel values are as follows: 0 1 2 3 4 5 6 Halt the system Enter single-user mode Multiuser mode, but without Network File System (NFS) Full multiuser mode (normal) Unused Same as runlevel 3, except using an X Window System login rather than a text-based login Reboot the system

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