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Degradable plastic, a plastic designed to undergo a signi cant change in its chemical structure under speci c environmental conditions resulting in a loss of some properties as measured by standard test methods appropriate to the polymer Biodegradable plastic, a degradable plastic in which the degradation results from the action of naturally occurring microorganisms such as bacteria, fungi, and algae Hydrolytically degradable plastic, a degradable plastic in which the degradation results from hydrolysis Oxidatively degradable plastic, a degradable plastic in which the degradation results from oxidation Photodegradable plastic, a degradable plastic in which the degradation results from the action of natural sunlight It is immediately apparent that these de nitions do not quantify the extent of degradation in any of the pathways de ned; they are only indicative of the mechanism that is operating to promote degradation. While this is acceptable in a scienti c sense to de ne a process, the de nitions do not satisfy the requirement for environmentally acceptable degradable and biodegradable polymers, which, in the minds of legislators and laypeople, is the key issue. As indicated above, speci cations for acceptability have to be set and then monitored by the standard testing protocols to be discussed later. The environmental degradation processes are interrelated, as shown schematically in Figure 12.1. All four environmental degradation pathways for polymers, biodegradation, oxidation, hydrolysis, and photodegradation initially give intermediate products or fragments. These may (bio)degrade further to some other residue, biodegrade completely and be removed from the environment entirely, ultimately mineralized as indicated in Figure 12.1, or remain unchanged in the environment. It should be noted that mineralization is a slow process that refers to complete conversion of a

Myth: Outsourcing can cost more when considering factors beyond head-count reduction. Fact: If head-count reduction is the only focus of an outsourcing activity, then it is doomed to failure.

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The three form input tags shown in the preceding code are the next portion of interest in this file. The first tag is a hidden input field that holds the value of the _flowExecutionKey. This is how SWF tracks state, so the field must travel with all forms. SWF uses the _flowExecutionKey to look up the current and next states in the flow registry. (More on this later.) Next are two input tags, one named eventId_submit and another named _eventId_cancel. SWF interprets these input fields as events. It parses the submit and cancel portion of each name respectively. These names are used as events when the form is submitted back to the server-side application. These items are matched up with transitions in each flow s XML file. As stated earlier, these portions were the only meaningful content in this file. Let s move on to the labels_en.properties file.

r The purpose categorizes how the connection is used. For example, an element uses node relationship de nes the vertices or other points of the element. For usedBy some algorithms, the converse node element relationships are supported to ef ciently query the elements that are connected to a node. r The orientation describes the relative geometric orientation between mesh entities, such as between an element and a face in Figure 11.4. In this example, the face mesh entity is rotated 90 with respect to the expected orientation in uses:i the element face connection. For some connections, such as the element i node, the orientation is unnecessary. Extensibility: Connectivity has been extended within the Sierra framework on several occasions since its inception. For hierarchical mesh re nement (Section 11.10.1), the purpose attribute is extended from the traditional uses and usedBy to include child and parent relationships. This extension supports traversal of hierarchiparent child cally re ned elements through element element and the converse element child element relations. Other extensions include element node to capture the conauxiliary strained node relationship from h-adaptivity, element node to capture particlein-element relationships, and arbitrary connectivity between a conventional volume mesh and level set mesh intersecting the interior of the volume mesh. All these extensions t within the existing connectivity attribute concept, and therefore existing software design. As such these extensions were introduced without any modi cations to the underlying connectivity data structures. Software Design: The predominant use case for the connectivity relation is that given domain mesh entity should obtain a subset of range mesh entities with a given attribute. For example, given an element obtains the nodes that the element uses. This use case motivates a permutation of the connectivity attribute relation as follows: mi , mj , ij mi ij , mj .

An advanced technique for Advanced Segments that can provide answers to extremely dif cult questions is to cleverly exclude data in an inverse fashion. For example, let s say you want to know the conversion rate on purchases of a particular product. The direct approach would be to create a segment that includes purchases of the given product. However, if you have a goal con gured for completion of an order and apply a segment that includes only those visits that bought a certain product, the resulting data will, by design, only include visits that completed an order and thus the reported Goal Conversion Rate would be 100 percent.

Thus far, you have seen that Spring provides: A way to wire JavaBeans together to create applications A framework that supports dependency injection A framework that supports AOP

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