Abstract: Embodiments of the present disclosure herein include an apparatus for processing a substrate. More specifically, embodiments of this disclosure provide a substrate support assembly that includes an electrostatic chuck (ESC) assembly. The ESC assembly comprises a cooling base having a top surface and an outer diameter sidewall, an ESC having a substrate support surface, a bottom surface and an outer diameter sidewall, the bottom surface of the ESC coupled to the top surface of the cooling base by a metal bond layer. The substrate support assembly includes a blocking ring disposed around the metal bond layer.

Abstract: Embodiments disclosed herein include an electrostatic chuck (ESC). In an embodiment, the ESC comprises a substrate with a first surface, where the first surface has a first surface roughness. The ESC may further comprise a plurality of mesas extending up from the first surface. In an embodiment, the plurality of mesas each include a second surface, where the second surface has a second surface roughness. In an embodiment the first surface roughness and the second surface roughness both have an average surface roughness Ra of approximately 0.3 ?m or lower.

Abstract: Disclosed is a method of cross-social network communication. The method may include determining a plurality of recipients of a social networking service interaction, determining a plurality of target social networking services based upon the plurality of recipients of the social networking service interaction, and a plurality of authentication information associated with the plurality of social networking services. The method may include constructing an application programming interface call for each of the plurality of target social networking services, the application programming interface call associated with the social networking service interaction, the application programming interface call specifying one or more of the plurality of recipients that is to receive the interaction, the one or more of the plurality of recipients being members of the particular target social networking service.

Abstract: Disclosed is a method of cross-social network communication. The method may include determining a plurality of recipients of a social networking service interaction, determining a plurality of target social networking services based upon the plurality of recipients of the social networking service interaction, and a plurality of authentication information associated with the plurality of social networking services. The method may include constructing an application programming interface call for each of the plurality of target social networking services, the application programming interface call associated with the social networking service interaction, the application programming interface call specifying one or more of the plurality of recipients that is to receive the interaction, the one or more of the plurality of recipients being members of the particular target social networking service.

Abstract: Disclosed in one example is a method of authenticating with multiple social network services. The method may include storing first authentication information associated with a user for a first social networking service using at least one computer processor, receiving second authentication information associated with the user for a second social networking service from a social networking application, and sending to the social networking application the first authentication information. The first authentication information may enable the social networking application to utilize a protected application programming interface call for the first social networking service and the second authentication information may enable the social networking application to utilize a protected application programming interface call for the second social networking service.

Abstract: Disclosed in one example is a method of authenticating with multiple social network services. The method may include storing first authentication information associated with a user for a first social networking service using at least one computer processor, receiving second authentication information associated with the user for a second social networking service from a social networking application, and sending to the social networking application the first authentication information. The first authentication information may enable the social networking application to utilize a protected application programming interface call for the first social networking service and the second authentication information may enable the social networking application to utilize a protected application programming interface call for the second social networking service.

Abstract: Disclosed in one example is a method of authenticating with multiple social network services. The method may include storing first authentication information associated with a user for a first social networking service using at least one computer processor, receiving second authentication information associated with the user for a second social networking service from a social networking application, and sending to the social networking application the first authentication information. The first authentication information may enable the social networking application to utilize a protected application programming interface call for the first social networking service and the second authentication information may enable the social networking application to utilize a protected application programming interface call for the second social networking service.

Abstract: Disclosed in one example is a method of authenticating with multiple social network services. The method may include storing first authentication information associated with a user for a first social networking service using at least one computer processor, receiving second authentication information associated with the user for a second social networking service from a social networking application, and sending to the social networking application the first authentication information. The first authentication information may enable the social networking application to utilize a protected application programming interface call for the first social networking service and the second authentication information may enable the social networking application to utilize a protected application programming interface call for the second social networking service.

Abstract: Disclosed in one example is a method of authenticating with multiple social network services. The method may include storing first authentication information associated with a user for a first social networking service using at least one computer processor, receiving second authentication information associated with the user for a second social networking service from a social networking application, and sending to the social networking application the first authentication information. The first authentication information may enable the social networking application to utilize a protected application programming interface call for the first social networking service and the second authentication information may enable the social networking application to utilize a protected application programming interface call for the second social networking service.

Abstract: A method and apparatus that enable the use of a multi-service endpoint device to integrate features and functions of voice and/or data services with IPTV service through a TV console are disclosed. For example, the method connects a multi-service endpoint device (MSED) to a plurality of networks, where at least one of the plurality of networks provides a voice service, and where at least one of the plurality of networks provides an Internet Protocol Television (IPTV) service. The method then integrates the voice service with the IPTV service using the MSED.

Abstract: A method and apparatus that enable the use of a multi-service endpoint device to integrate features and functions of voice and/or data services with IPTV service through a TV console are disclosed. For example, the method connects a multi-service endpoint device (MSED) to a plurality of networks, where at least one of the plurality of networks provides a voice service, and where at least one of the plurality of networks provides an Internet Protocol Television (IPTV) service. The method then integrates the voice service with the IPTV service using the MSED.

Abstract: A method and apparatus that enable the use of a multi-service endpoint device to integrate features and functions of voice and/or data services with IPTV service through a TV console are disclosed. For example, the method connects a multi-service endpoint device (MSED) to a plurality of networks, where at least one of the plurality of networks provides a voice service, and where at least one of the plurality of networks provides an Internet Protocol Television (IPTV) service. The method then integrates the voice service with the IPTV service using the MSED.

Abstract: Disclosed in one example is a method of authenticating with multiple social network services. The method may include storing first authentication information associated with a user for a first social networking service using at least one computer processor, receiving second authentication information associated with the user for a second social networking service from a social networking application, and sending to the social networking application the first authentication information. The first authentication information may enable the social networking application to utilize a protected application programming interface call for the first social networking service and the second authentication information may enable the social networking application to utilize a protected application programming interface call for the second social networking service.

Abstract: A method and apparatus that enable the use of a multi-service endpoint device to integrate features and functions of voice and/or data services with IPTV service through a TV console are disclosed. For example, the method connects a multi-service endpoint device (MSED) to a plurality of networks, where at least one of the plurality of networks provides a voice service, and where at least one of the plurality of networks provides an Internet Protocol Television (IPTV) service. The method then integrates the voice service with the IPTV service using the MSED.

Abstract: A method of fabricating a component for a substrate processing chamber involves providing a preform having internal and external surfaces, and providing a mandrel having a textured surface with a pattern of textured features comprising protrusions and depressions. The internal surface of the preform component is contacted with the textured surface of mandrel, and a pressure is applied to the external surface of the preform. The pressure is sufficiently high to plastically deform the preform over the textured surface of the mandrel to form a component having a textured internal surface comprising the pattern of textured feature that are shaped and sized to adhere process residues generated in the processing of substrates.

Abstract: The present invention provides a method and apparatus for accessing and using services and applications from a number of sources into a customized application. The present invention accomplishes this through an entity referred to as a web service. The web services architecture maintains a directory of services available to provide processing or services, along with the location of the services and the input/output schemas required by the services. When a request for data or services is received, appropriate services are invoked by a web services engine using service drivers associated with each service. A web services application is then generated from a runtime model and is invoked to satisfy the request, by communicating as necessary with services in proper I/O formats. In one embodiment, the web services application provides responses in the form of HTML that can be used to generate pages to a browser.