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Soft material stabilization appliances are typically fabricated from a soft thermoplastic sheet that is warmed and formed over the cast. Since the author is not aware of a clinically feasible method to add additional material to these appliances, it is recommended the 0.15-inch (3.8-mm)-thick material be used. This and the 4.0-mm-thick material are the maximum thicknesses commercially available that provide the greatest opportunity to perfect a patient s occlusion. These appliances are fast and easy to fabricate; it would be relatively simple for a dental staff member to fabricate these in the practitioner s of ce. For many years, the ndings of studies evaluating the ef cacy of soft stabilization appliances were contradictory. Since the material is resilient, some investigators did not adjust or adequately adjust these appliances. This resulted in ndings one would expect from providing TMD patients with inadequately adjusted appliances many patients had symptom aggravation.36,37 More recently, studies have found that TMD patients obtain comparable symptom improvement with soft and hard stabilization appliances.38,39 The different results appear to be due to the soft stabilization appliances being adequately adjusted.1 This is also supported by clinical experience that the occlusion on soft appliances must be meticulously adjusted, just as a practitioner would adjust an acrylic appliance.16,40,41 Some practitioners nd that patients tend to play with soft appliances and believe that soft appliances may trigger parafunctional habits.42 Clinically it has been observed that patients tend to play with a soft appliance that is not well adjusted. Patients given an unadjusted soft appliance often occlude against only one or two opposing teeth and tend to clench on the appliance to produce more occlusal contacts, thereby increasing its occlusal stability. Conversely patients provided a well-adjusted appliance with even posterior

Kilner, J.M., Paulignan, Y., & Blakemore, S.J. (2003). An interference effect of observed biological movement on action. Current Biology, 13(6), 522 525.

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0.6838 0.6161 0.5612

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You begin the process by creating a JDOM Document object. You have several choices. You can create one from scratch using the classes in the org.jdom package. You can use org.jdom.input.SAXBuilder to create a Document from an existing XML document. You can also use org.jdom.input.DOMBuilder to create a Document from an existing DOM tree or from an XML document, although you would be better off using SAXBuilder for that. One thing you'll come to appreciate about JDOM is the economy in the API. Very little is included that doesn't need to be there. You'll also notice that because JDOM is comprised of classes and not the interface model you saw in JAXP, creating the objects that do the work is simpler. You don't have to create a factory that creates something else that does what you want; you just create a DOMBuilder or a SAXBuilder and have it parse whatever you are using as input. For the most part, you don't need to worry about the JDOMFactory interface or about the SAXHandler, BuilderErrorHandler, or DefaultJDOMFactory classes. Using SAXBuilder In the examples in the previous section, "Rewriting Shakespeare," you created Documents using SAXBuilder. You can use the following code as a template for this part of the process:

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< xml version= 1.0 encoding= ISO-8859-1 > <%@ page contentType= text/xml;charset=ISO-8859-1 %> <% java.util.Calendar cal = java.util.Calendar.getInstance(); %> <Customers> <Customer> <Personal> <ID> C001 </ID> <LastName> Brown </LastName> <FirstName> Nancy </FirstName> </Personal> <Deposit> <DocumentNumber> FD00025 </DocumentNumber> <StartDate> 12/12/2001 </StartDate> <Days> 91 </Days> <MaturityDate> <% cal.set(java.util.Calendar.YEAR, 2001); cal.set(java.util.Calendar.MONTH, java.util.Calendar.DECEMBER); cal.set(java.util.Calendar.DATE, 12); cal.add(java.util.Calendar.DATE, 91); out.print(cal.getTime().toString()); %> </MaturityDate> </Deposit> </Customer> <Customer> <Personal>

public class UserContext { private boolean validUser = false; private String message = null; public UserContext() { } public void setValidUser(boolean flag) { validUser = flag; } public boolean isValidUser() { return validUser; } public void setMessage(String msg) { message = msg; } public String getMessage() { return message; } }

Figure 6.5 shows an infrared spectrum of a polymer. The likely structure of this polymer may be determined from this spectrum. On inspection of the higherwavenumber end of the spectrum, bands are observed at 2867 and 2937 cm 1 , due to aliphatic symmetric and asymmetric C H stretching, respectively. There is also a band at 3300 cm 1 due to N H stretching, while a strong band at 1640 cm 1 is indicative of C=O stretching. The presence of these modes suggests a polyamide and the polymer is, in fact, nylon 6. Hydrogen bonding plays a signi cant role in the spectra of nylons. The N H stretching mode is due to hydrogen-bonded groups, while the broad shoulder which appears at around 3450 cm 1 is due to non-hydrogen-bonded N H bonds.

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