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We have seen in the previous experiment, how we can use electricity, more specifically solar power, to generate hydrogen. We also saw that this hydrogen can be stored for later use. Now, in this part of the experiment, we are going to look at turning this hydrogen into electricity, and what is actually happening. In the hydrogen economy, hydrogen which is generated from surplus, cheap renewable energy, can be distributed through a network of pipes and used to provide power in the home via a small residential generator (which produces useful heat as a byproduct). Additionally, this hydrogen can be used to run motor cars or public transportation systems if stored in tanks on the vehicle. We are now going to see how a fuel cell converts this hydrogen back into electrical power. Figure 17-10 gives a schematic representation of our fuel cell, showing the major parts. If we look at Figure 17-11 we can see hydrogen entering the fuel cell ready to do its thing!

Solaris (UNIX File System, or UFS) file systems are mapped in a one-to-one relationship to physical slices, which makes it easy for you to associate file systems with partitions, even if the physical and logical device references are complex. For example, the slice /dev/dsk/c0t3d0s5 may be mounted on the mount point /export/home. Mount points are simply empty directories that have been created using the mkdir command. One of the nice features of the UFS is that it has a one-to-many mapping to potential mount points: this means that a file system can be mounted, and its files and directories can be manipulated, unmounted, and then remounted on a different mount point. All of the data that was modified when the file system was mounted using a different mount point are retained. For example, if you mount /dev/dsk/c0t3d0s5 on /export/home, create a directory called pwatters (that is, /export/home/pwatters), unmount

Part IV:

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the file system, and then remount it on /usr/local, the content of the folder pwatters will still be available, albeit with a new absolute path (/usr/local/pwatters).

In normal operations, a file system is mounted at boot time if its mount point and options are specified in the virtual file systems table (/etc/vfstab). The file system is unmounted before the system is shut down. However, at times, you may find it necessary to unmount a file system manually. For example, if you need to check the file system s integrity by using the fsck command, you must unmount the target file system. Alternatively, if you are going to modify the mount point of a file system, you need to unmount the file system from its current mount point and remount it on the new mount point. You cannot mount a file system on two different mount points.

Although you ve used the mount command to manually mount file systems, it s preferable to simply create an entry in /etc/vfstab to mount the file system automatically after boot. Alternatively, if you are going to make a number of entries in /etc/vfstab, and the system is not going to be rebooted for some time, then you can use the following command to mount any entries in /etc/vfstab that have not already been mounted:

Take a look at an example entry in /etc/vfstab:

A reaction occurs as a result of the platinum catalyst. The electrons cannot go anywhere, as they cannot penetrate the membrane formed by the MEA, so they go round a circuit because this is the easiest path for them to take. Meanwhile, the protons escape across the membrane. This is illustrated in Figure 17-12. As the electrons travel around the circuit, they do some useful work. For example, in Figure 17-13 they are lighting a bulb.

#device device mount #to mount to fsck point /dev/dsk/c0t0d0s5 /dev/rdsk/c0t0d0s5 /usr FS fsck type pass ufs 2 mount mount at boot options yes

This example shows an entry for the raw disk device /dev/rdsk/c0t0d0s5, mounted on /usr, standard UFS file system, mounted at boot time, with no options. In addition, the raw device on which fsck operates is /dev/rdsk/c0t0d0s5, where an fsck file system check is required. The Options field contains a comma-delimited list of mounting options, which are equivalent to those used for the mount command (see the Command Reference section, later in the chapter, for details on the mount command). In addition to UFS file systems, file systems of other types can be mounted, including special types such as swap space or NFS-mounted volumes.

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