Abstract: A method for operating a social club within an online discussion forum. The method includes receiving at least one first parameter for the social club, establishing, at a first time, the social club with a configuration based on the at least one first parameter, determining, at a second time, a member count of the social club, comparing the member count to at least one threshold, automatically selecting at least one second parameter for the social club based on a result of the comparison, and updating the configuration of the social club based on the at least one second parameter.

Abstract: There may be provided a wafer support member which may include a support column and a plurality of wafer-engagement-shelves extending substantially perpendicularly to the support column from a first side of the support column. Each wafer-engagement-shelf may define a plurality of through-holes extending between a base surface and an opposite wafer-engagement surface of the wafer-engagement shelf 130. The plurality of through-holes may serve as discharge ports for a plurality of loose particulates on the wafer-engagement-shelf to exit therefrom via the discharge ports.

Abstract: A method for generating an online audio discussion forum. The method includes receiving an indication that a first user is interested in speaking with one or more other users, saving the one or more other users to a first selection list, determining that a second user of the one or more other users is interested in speaking with the first user, and upon and in response to the determination, generating an audio discussion forum including the first user and the second user.

Abstract: A downhole seismic array is disclosed. The array comprises a load-bearing cable for carrying a series of seismic sensor units arranged along its length. Each seismic sensor unit is attached to the load-bearing cable via a vibration-absorbing material and has a magnet to attach the seismic sensor unit to the well casing.

Abstract: A downhole seismic array is disclosed. The array comprises a load-bearing cable for carrying a series of seismic sensor units arranged along its length. Each seismic sensor unit is attached to the load-bearing cable via a vibration-absorbing material and has a magnet to attach the seismic sensor unit to the well casing.

Abstract: A support structure for mounting an emissions cleaning module to an engine is provided. The support structure includes a lower section adapted to be mounted to the engine and an upper section, coupled to the lower section, and adapted to carry the emissions cleaning module. The support structure may include anti-vibration mounts to reduce movement, in use, of the emissions cleaning module due to movement of the engine.

Abstract: A support structure for mounting an emissions cleaning module to an engine is provided. The support structure includes a lower section adapted to be mounted to the engine and an upper section, coupled to the lower section, and adapted to carry the emissions cleaning module. The support structure may include anti-vibration mounts to reduce movement, in use, of the emissions cleaning module due to movement of the engine.

Abstract: A packaged glass sealant product, is formed of a sealant composition having a processing temperature in the range of from greater than 70° C. up to 220° C. and a skin of thermoplastic polymeric material around said sealant composition. The skin constitutes no more than 10 wt % of the total weight of said product, and said polymeric material has a minimum film forming temperature of at least 50° C. and a softening point which is lower than the processing temperature for application of said sealant composition by a difference of more than 10° C. The product alleviates the necessity of disposing of non-recyclable, silicone coated packaging by environmentally unfriendly methods in particular land-fill.

Abstract: An electrosurgical system and method for ablating, resecting, or cutting body structures, with minimal or no damage to tissue adjacent to the treatment site. The system includes an electrosurgical probe having a shaft with a shaft distal end bifurcated to provide first and second arms. First and second electrode supports are disposed on the first and second arms, respectively. At least one active electrode, in the form of a loop or partial loop, is arranged between the first and second electrode supports. A return electrode, also in the form of a loop or partial loop, is arranged between the first and second electrode supports distal to the active electrode. The active and return electrodes are configured to promote substantially high electric field intensities and associated high current densities between the active portion and the target site when a high frequency voltage is applied to the electrodes.

Abstract: Systems and methods are provided for applying a high frequency voltage in the presence of an electrically conductive fluid to create a relatively low-temperature plasma for ablation of tissue adjacent to, or in contact with, the plasma. In one embodiment, an electrosurgical probe or catheter is positioned adjacent the target site so that one or more active electrode(s) are brought into contact with, or close proximity to, a target tissue in the presence of electrically conductive fluid. High frequency voltage is then applied between the active electrode(s) and one or more return electrode(s) to non-thermally generate a plasma adjacent to the active electrode(s), and to volumetrically remove or ablate at least a portion of the target tissue. The high frequency voltage generates electric fields around the active electrode(s) with sufficient energy to ionize the conductive fluid adjacent to the active electrode(s).

Abstract: An electrosurgical system and method for ablating, resecting, or cutting body structures, with minimal or no damage to tissue adjacent to the treatment site. The system includes an electrosurgical probe having a shaft with a shaft distal end bifurcated to provide first and second arms. First and second electrode supports are disposed on the first and second arms, respectively. At least one active electrode, in the form of a loop or partial loop, is arranged between the first and second electrode supports. A return electrode, also in the form of a loop or partial loop, is arranged between the first and second electrode supports distal to the active electrode. The active and return electrodes are configured to promote substantially high electric field intensities and associated high current densities between the active portion and the target site when a high frequency voltage is applied to the electrodes.