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filtration to the removal of tar from fuel gas derived by biomass gasification is also a very encouraging development, because simple and efficient gas cleaning is one of the main requirements for the commercialization of biomass gasification processes. Reactive filters for the removal of reactive solids (i.e., diesel soot) have already passed through the test rig state. For the reactive filtration of diesel soot, industrially manufactured devices are available, but improved reaction kinetics and models predicting accurately the loading and regeneration cycles are yet to be produced. The reaction cyclone is a promising integrated system for cases where a residence time of gases in the order of magnitude of milliseconds and an efficient separation of solids (feed or product) from the gaseous reaction products is essential for good performance. A preheated gas or heating by radiation is necessary, because the heat transfer coefficients between the wall and the reacting solids are not sufficient. Promising applications include the thermal conversion of biomass by fast pyrolysis or gasification. The reactive filtration concept is waiting for new applications!

Suppose one atom collides with another atom. If the collision is inelastic (the kinetic energies of the colliding nuclei are not conserved), one of two things may happen. They are (a) excitation of one or both atoms to an excited state involving a change in electron con guration or (b) ionization of one or both atoms, that is, removal of one or more of the atom s electrons to form a positively charged ion. For ionization to occur, an atomic electron must receive an energy that is at least equivalent to its binding energy, which for the innermost or K electrons is (Zeff/137)2(255.5) keV, where Zeffective is the effective nuclear charge felt by the electron (and includes the effects of screening of the nuclear charge by other electrons). This effective nuclear charge for K electrons can be approximated by the expression (Z 2 0.3). As one can see from these expressions, the energy necessary to cause ionization

sin(2(l j )T ) , 2(l j )

Thesecondlstherighttocontrolwhoshouldhaveaccesstothesystemviaspeclalobjects, for example, If you can log on to a server locally. Usually. only the admlnlstrator o r equivalent authodty has thls rlght In this section we will look further at thls type of r g t ih.

Before you try to resize your Windows partition, you might need to defragment it To defragment your disk on some Windows systems, so that all of your used space is put in order on the disk, open My Computer, right-click your hard disk icon (typically C:), select Properties, click Tools, and select Defragment Now Defragmenting your disk can be a fairly long process The result of defragmentation is that all the data on your disk are contiguous, creating a lot of contiguous free space at the end of the partition There are cases where you will have to do the following special tasks to make this true: If the Windows swap file is not moved during defragmentation, you must remove it Then, after you defragment your disk again and resize it, you will need to restore the swap file.

ing the initial period of a high-pressure ethene polymerization up to 0.2 % conversion. For reaction time compare Fig. 6.7-22.

To remove the swap file, open the Control Panel, open the System icon, and then click the Performance tab and select Virtual Memory To disable the swap file, click Disable Virtual Memory If your DOS partition has hidden files that are on the space you are trying to free up, you need to find them In some cases, you won t be able to delete them In other cases, such as swap files created by a program, you can safely delete those files This is a bit tricky because some files should not be deleted, such as DOS system files You can use the attrib -s -h command from the root directory to deal with hidden files Once your disk is defragmented, you can use one of the commercial tools described earlier (Partition Magic or Acronis Disk Director) to repartition your hard disk to make space for Linux.