Abstract: A system and a corresponding method for monitoring the purity of fluid are described. The system includes a duct (2) connecting to a fluid source (1), which includes a first valve (212) for controlling the fluid flowing from the fluid source (1) into the duct (2), or portions thereof, as a sample, a purity sensor (22) disposed downstream of the first valve (212), and one or more pressure regulators for controlling pressure within the duct (2), or portions thereof. The duct (2), or portions thereof, is of an environment with a desired pressure for measuring a purity level of the sample by the purity sensor (212).

Abstract: A non-tin catalyst for accerating the curing of alkoxysilyl-containing polymer contains a mixture and/or complex of organotitanium compound and a compound containing at least one (—)2N—C?N— linkage.

Abstract: A non-tin catalyst for accerating the curing of alkoxysilyl-containing polymer contains a mixture and/or complex of organotitanium compound and a compound containing at least one (-)2N—C?N— linkage.

Abstract: Embodiments of the present disclosure provide an apparatus configured to engage a device for testing the device via automatic test equipment. The apparatus includes a heat sink, wherein the heat sink comprises a plurality of fins extending from the heat sink, and wherein the heat sink is configured to engage the device. The apparatus further includes a heat conduction layer coupled to the heat sink, a first leg coupled to the heat conduction layer, and a second leg coupled to the heat conduction layer. The second leg is spaced apart from the first leg. A vacuum path is defined through (i) the heat conduction layer and (ii) the heat sink. The vacuum path permits the apparatus to engage the device to be tested by the automatic test equipment.

Abstract: Embodiments of the present disclosure provide an apparatus configured to engage a device for testing the device via automatic test equipment. The apparatus includes a heat sink, wherein the heat sink comprises a plurality of fins extending from the heat sink, and wherein the heat sink is configured to engage the device. The apparatus further includes a heat conduction layer coupled to the heat sink, a first leg coupled to the heat conduction layer, and a second leg coupled to the heat conduction layer. The second leg is spaced apart from the first leg. A vacuum path is defined through (i) the heat conduction layer and (ii) the heat sink. The vacuum path permits the apparatus to engage the device to be tested by the automatic test equipment.