Abstract: A method for providing multi-factor cross platform transaction identification. The method includes receiving, via a data bridge, gaming session data from at least one gaming platform of the plurality of gaming platforms, the gaming session data including identity information of a user associated with the gaming session data, transmitting, via a data analysis subsystem, a first security string to the data bridge, safeguarding, via the data bridge, the identity information of the gaming session data with the first security string to create safeguarded identity information, transmitting, via the data bridge, the safeguarded identity information and the gaming session data to the data analysis subsystem, and further safeguarding, via the data analysis subsystem, the safeguarded identity information of the gaming session data with a second security string to create a unique identifier.

Abstract: Methods for cleaning a superalloy substrate having engine deposits on its surface are provided. The method may include applying a permanganate solution onto the surface of the superalloy substrate, and applying a ferric chloride based cleaning composition onto the surface of the superalloy substrate. The ferric chloride based cleaning composition includes ferric chloride and at least one of nitric acid and phosphoric acid, such as within a solvent system (e.g., an aqueous solution including water).

Abstract: Methods for cleaning a superalloy substrate having engine deposits on its surface are provided. The method may include applying a permanganate solution onto the surface of the superalloy substrate, and applying a ferric chloride based cleaning composition onto the surface of the superalloy substrate. The ferric chloride based cleaning composition includes ferric chloride and at least one of nitric acid and phosphoric acid, such as within a solvent system (e.g., an aqueous solution including water).

Abstract: A cleaning composition, and method for use of the cleaning composition to clean metal surfaces, such as the surfaces of turbomachinery components, is presented. For example, a method includes contacting a surface of an article with a cleaning composition, wherein the article comprises a metal and wherein the surface includes an oxide; and removing the cleaning composition from the surface. The cleaning composition has a viscosity of at least 104 poise, and comprises a thickening agent and an acidic matrix having selective reactivity with the oxide.

Abstract: A rack-based system for carrying information technology equipment has a rack for mounting the equipment. The rack includes multiple uniform bays each sized to receive a server sled. The system includes an optical network having optical interconnect attachment points at a rear of each bay and fiber-optic cabling extending from the optical interconnect attachment points to preselected switching elements. Multiple server sleds including compute sleds and storage sleds are slidable into corresponding bays so as to connect to the optical network using blind mate connectors at a rear of each server sled.

Abstract: A method and system is provided that manages events involving an individual's digital assets and/or external services that the individual interfaces with using external service credentials. The method and system allow the individual to securely store digital assets and external service credentials used to login to external services. The method and system further allow the individual to create a plan of actions to be executed on specified dates, where the actions involve one or more of the individual's digital assets and/or involve one or more external services that the individual interfaces with using one or more external service credentials. The plan of actions takes the format of a timeline that includes one or more timeline events, where an action and a date are associated with a timeline event.

Abstract: Systems and method for providing indications of trial-related attributes are provided. In embodiments, the method includes providing an indication to view a suggested clinical-trial criteria modification(s) that, if implemented, is expected to increase a number of patients eligible for a clinical trial. Thereafter, a suggested criterion modification for a clinical-trial criterion is received. The suggested criterion modification is based on a comparison of aggregated patient data associated with the clinical-trial criterion to the clinical-trial criterion. The indication of the suggested criterion modification for the clinical-trial criterion can be displayed.

Abstract: Systems and method for providing indications of trial-related attributes are provided. In embodiments, the method includes providing an indication to view a suggested clinical-trial criteria modification(s) that, if implemented, is expected to increase a number of patients eligible for a clinical trial. Thereafter, a suggested criterion modification for a clinical-trial criterion is received. The suggested criterion modification is based on a comparison of aggregated patient data associated with the clinical-trial criterion to the clinical-trial criterion. The indication of the suggested criterion modification for the clinical-trial criterion can be displayed.

Abstract: Systems and method for facilitating clinical-trial referrals are provided. In embodiments, the method includes searching clinical-trial data associated with a plurality of clinical trials to identify one or more clinical trials for which a patient is eligible to participate based on patient data associated with the patient. Such clinical-trial data associated with the plurality of clinical trials can be aggregated in a centralized data store. Thereafter, an indication of the one or more clinical trials for which the patient is eligible is provided.

Abstract: A thermal manager has a digital filter whose input is to receive raw temperature values from a sensor and whose output is to provide processed or filtered temperature values according to a filter function that correlates temperature at the sensor with temperature at another location in the device. The thermal manager has a look-up table that further correlates temperature at the sensor with temperature at the other location. The look-up table contains a list of processed temperature sensor values, and/or a list of temperatures representing the temperature at the other location, and their respective power consumption change commands. The thermal manager accesses the look-up table using selected, filtered temperature values, to identify their respective power consumption change commands. The latter are then evaluated and may be applied, to mitigate a thermal at the other location. Other embodiments are also described and claimed.

Abstract: Embodiments relate to providing one or more recommended biological reagents in response to receiving a biological reagent order. An exemplary embodiment includes identifying biological reagents based on a biological reagent order that has been received. Characteristic data of the identified biological reagents may then be evaluated to identify a characteristic conflict among the identified biological reagents. Similarly, inventory data of the identified biological reagents may then be evaluated to identify an inventory conflict among the identified biological reagents. If a conflict, either characteristic or inventory, is identified, a recommendation for an alternative biological reagent may be provided that is free from conflict. Additionally, historical use data may be maintained and referenced to aid in identifying a biological reagent as either a potential biological reagent based on a suspected biological condition or as a substitute biological reagent.

Abstract: A method for repairing a turbine blade for a gas turbine engine is provided. The method includes securing the blade into a clamping fixture, obtaining a zero reference from a gauging surface on the clamping fixture, coupling the clamping fixture to a grinding machine, and grinding the blade based on the zero reference.

Abstract: Embodiments relate to providing one or more recommended biological reagents in response to receiving a biological reagent order. An exemplary embodiment includes identifying biological reagents based on a biological reagent order that has been received. Characteristic data of the identified biological reagents may then be evaluated to identify a characteristic conflict among the identified biological reagents. Similarly, inventory data of the identified biological reagents may then be evaluated to identify an inventory conflict among the identified biological reagents. If a conflict, either characteristic or inventory, is identified, a recommendation for an alternative biological reagent may be provided that is free from conflict. Additionally, historical use data may be maintained and referenced to aid in identifying a biological reagent as either a potential biological reagent based on a suspected biological condition or as a substitute biological reagent.

Abstract: An undersize repair region of a gas turbine engine stationary shroud is repaired with a sufficient mass of a repair material. The repair region includes a protruding portion that is undersized, and the repair includes machining of the protruding portion, grooving the resulting rub surface, inserting a replacement element, applying a brazing repair material, and brazing the article to form a repaired article. The repair material preferably includes a first fraction of a first powder of a first alloy component, and a second fraction of a second powder of a second alloy component. The first alloy component and the second alloy component have different solidus temperatures. The repair material is placed in the repair region. The repair material and the repair region are heated to melt the repair material but not the repair region, and thereafter the repair material and the repair region are cooled to solidify the repair material.

Abstract: A method for repairing a turbine blade for a gas turbine engine is provided. The method includes securing the blade into a clamping fixture, obtaining a zero reference from a gauging surface on the clamping fixture, coupling the clamping fixture to a grinding machine, and grinding the blade based on the zero reference.

Abstract: A method and cleaning composition for removing engine deposits from turbine components, in particular turbine disks and turbine shafts. This method comprises the following steps: (a) providing a turbine component having a surface with engine deposits thereon, wherein the turbine component comprises a nickel and/or cobalt-containing base metal; and (b) treating the surface of the turbine component with a cleaning composition to convert the engine deposits thereon to a removable smut without substantially etching the base metal of the turbine component. The cleaning composition comprises an aqueous solution that is substantially free of acetic acid and comprising: a nitrate ion source in an amount, by weight of the nitrate ion, of from about 470 to about 710 grams/liter; and a bifluoride ion source in an amount, by weight of the bifluoride ion, of from about 0.5 to about 15 grams/liter.

Abstract: A method and cleaning composition for removing engine deposits from turbine components, in particular turbine disks and turbine shafts. This method comprises the following steps: (a) providing a turbine component having a surface with engine deposits thereon, wherein the turbine component comprises a nickel and/or cobalt-containing base metal; and (b) treating the surface of the turbine component with a cleaning composition to convert the engine deposits thereon to a removable smut without substantially etching the base metal of the turbine component. The cleaning composition comprises an aqueous solution that is substantially free of acetic acid and comprising: a nitrate ion source in an amount, by weight of the nitrate ion, of from about 470 to about 710 grams/liter; and a bifluoride ion source in an amount, by weight of the bifluoride ion, of from about 0.5 to about 15 grams/liter.

Abstract: An undersize repair region of a gas turbine engine stationary shroud is repaired with a sufficient mass of a repair material. The repair region includes a protruding portion that is undersized, and the repair includes machining of the protruding portion, grooving the resulting rub surface, inserting a replacement element, applying a brazing repair material, and brazing the article to form a repaired article. The repair material preferably includes a first fraction of a first powder of a first alloy component, and a second fraction of a second powder of a second alloy component. The first alloy component and the second alloy component have different solidus temperatures. The repair material is placed in the repair region. The repair material and the repair region are heated to melt the repair material but not the repair region, and thereafter the repair material and the repair region are cooled to solidify the repair material.

Abstract: An undersize repair region of a gas turbine engine stationary shroud is repaired with a sufficient mass of a repair material. The repair region includes a protruding portion that is undersized, and the repair includes machining of the protruding portion, grooving the resulting rub surface, inserting a replacement element, applying a brazing repair material, and brazing the article to form a repaired article. The repair material preferably includes a first fraction of a first powder of a first alloy component, and a second fraction of a second powder of a second alloy component. The first alloy component and the second alloy component have different solidus temperatures. The repair material is placed in the repair region. The repair material and the repair region are heated to melt the repair material but not the repair region, and thereafter the repair material and the repair region are cooled to solidify the repair material.

Abstract: An apparatus for aligning a gas turbine engine blade including an airfoil and a dovetail is provided. The apparatus includes at least one locator pin configured to engage a serration formed on the blade dovetail, a locator block supporting said locator pin where said locator block comprises at least one groove sized to receive said locator pin therein, and a slide block assembly for engaging a dovetail surface opposite the serration where said slide block assembly is configured to position the blade dovetail against said locator pin. The apparatus also includes a base member comprising a platform comprising an end plate, a bottom surface, and an opposite upper surface for supporting said slide block assembly and said locator block, said slide block assembly is slidably coupled to said platform upper surface, said platform upper surface defining a slotted opening extending through said bottom surface, said opening configured to receive the blade airfoil.