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Listing 15-8 shows a piece of the deployment descriptor instructing the container to handle database interactions with instance variables of the employee bean. Listing 15-8: Deployment descriptor naming container-managed fields <entity> <description> The Employee entity bean encapsulates access to the employee records. The deployer will use container-managed persistence to integrate the entity bean with the back-end system managing the employee records. </description> <ejb-name>Employee</ejb-name> <home>chapter15.employee.EmployeeHome</home> <remote>chapter15.employee.Employee</remote> <ejb-class>chapter15.employee.EmployeeBeanCMP</ejb-class> <persistence-type>Container</persistence-type> <prim-key-class>chapter15.employee.EmployeeID</prim-key-class> <reentrant>True</reentrant> <cmp-field><field-name>employeeID</field-name></cmp-field> <cmp-field><field-name>firstName</field-name></cmp-field> <cmp-field><field-name>lastName</field-name></cmp-field> <cmp-field><field-name>hireDate</field-name></cmp-field> <cmp-field><field-name>grade</field-name></cmp-field> <cmp-field><field-name>classification</field-name></cmp-field> <cmp-field><field-name>salary</field-name></cmp-field> <cmp-field><field-name>deptCode</field-name></cmp-field> </entity>

The O Reilly Network, 7/21/2000, www.oreillynet.com/pub/a/network/2000/07/21/ magazine/css_intro.html, referring to the implementation of the Mozilla browser.

The electronic properties of perfect MWNTs are rather similar to those of perfect SWNTs because the coupling between the cylinders is weak in MWNTs Electrical transport in metallic SWNTs and MWNTs is ballistic, that is, without scattering over long nanotube lengths, enabling them to carry high currents with essentially no heating In contrast, electrons in copper travel only 40 50 nm before they scatter Phonons also propagate easily along the nanotube Superconductivity has also been observed at low temperatures with transition temperatures of nearly 055 K for 14-nm-diameter SWNTs and nearly 5 K for 05-nm SWNTs The low resistance ensures that the energy dissipated in CNTs is very small, thereby solving the problem of dissipated power density that adversely affects silicon circuits Current densities of more than 1010 A/cm2 have been reported for the metallic con guration of CNTs.

Since CNTs do not have any leftover bonds, there is no need to grow a lm on the surface in order to tie up the free bonds and there is no need to restrict the gate insulator to silicon dioxide This fact implies the use of other superior materials to insulate the gate terminal in a transistor which can result in a much faster device The properties of CNTs can be summarized as follows: 1 The carrier transport is 1D, resulting in ballistic transport with no scattering and much less power dissipation Scattering-free current transport allows high current densities and improved signal delays..

From these relationships the action of a lens on image location and magnification can be deduced. Depending on the location of the object relative to the focal point of the lens,

Display highly manipulated features as an inset or separate figure. Ordinarily, cellular features should not be differentially enhanced or diminished (dodge and burn operations in Photoshop) unless their very visibility is at stake. It is better to show the whole cell normally, with highly manipulated features included as an inset or as a separate picture and with processing details explained in the accompanying legend.