Agency for Science, Technology and Research

Huawei Technologies Co., Limited

Yokogawa Electric Corporation

Stmicroelectronics (Grenoble 2) Sas

Stmicroelectronics Asia Pacific Pte Limited

Asm Technology Singapore Pte Ltd

Wei He

Ka Shing Kwan

Tsz Hon Yuen

Rong Duan

Fei Li

Shuang Wu

Raphael Collado

Minghua Li

Cheeseng Tan

Yu Jiang

Kun Liang Ang

Hongxin Yang

Eng Toon Saw

Xuecheng Dong

A method of producing a silicalite membrane, which includes heating an aqueous solution that includes a dopant precursor and structure-directing template agents to form silicalite seeds incorporated with a dopant, depositing a buffer layer on a ceramic substrate prior to depositing the silicalite seeds on the buffer layer, contacting the ceramic substrate with a solution including the silicalite seeds to form a silicalite layer from the silicalite seeds on the ceramic substrate, and removing the structure-directing template agents to form the silicalite membrane, where the silicalite layer includes silicalite crystals incorporated with a dopant and each of the silicalite crystals has a hollow structure which forms the pores of the silicalite layer. The silicalite membrane includes a ceramic substrate having a buffer layer formed thereon, and a silicalite layer formed on the buffer layer, where the silicalite layer includes silicalite crystals incorporated with a dopant.

Ceramic membrane technology for molecule-range separation

Embodiments of this application provide a blockchain-based data processing method, a device, and a medium. The method includes: sending a first channel closing message on a chain-off channel; receiving a second signature in a second state and a second channel closing message that are sent on the off-chain channel, where the second signature is obtained by signing the second channel closing message; and signing a third channel closing message to obtain a first signature in the second state, and sending the first signature. This application can ensure transaction security and improve a transaction processing capability.

Blockchain-based data processing method, device, and medium

A proxy-selection system includes an expert rule module that stores a respective set of expert rules applicable to each target device, each expert rule having a respective selection-weight factor. The intelligence module includes logic to acquire, from the separator, the categorized device data for each target device; logic to search, from the expert rule module, a respective set of expert rules which are all applicable to each target device; logic to apply the respective set of expert rules searched for each target device; logic to calculate the respective selection-weight factors of all of the respective set of expert rules applied; and logic to select one or more proxy computers based on a result of the calculation of the selection-weight factors.

System and method for selecting proxy computer

Embodiments provide a selector device for selecting a memory cell. The selector device includes a first electrode; a second electrode; and a switching layer sandwiched between the first electrode and the second electrode. The switching layer includes at least one metal rich layer and at least one chalcogenide rich layer. The metal rich layer includes at least one of a metal or a metal compound, wherein metal content of the metal rich layer is greater than 50 at. %. The chalcogenide content of the chalcogenide rich layer is greater than 50 at. %.

Memory cell selector and method of operating memory cell

A supervisor module manages multiple user selected applications. A first one of the multiple applications is launched in a first container. Allocation of a first process identifier by the first one of the multiple applications in the first container is detected. The first process identifier is unique within the first container. A first unique identifier is allocated to the first one of the multiple applications. The launch of a second one of the multiple applications is delayed but subsequently launched if the first unique identifier has been allocated to the first one of the multiple applications. A second unique identifier is allocated to the second one of the multiple applications. The first and second unique identifiers uniquely identify the respective first and second ones of the multiple applications within the supervisor module.

Launching multiple applications in a processor

A clamping device is provided for holding an electronic device, such as a semiconductor carrier in the form of a leadframe, during processing thereof. It includes a main body for covering the electronic device and an opening in the main body for providing access to a part of the electronic device to be worked upon. A support structure is attachable for coupling it to a periphery of the opening whereby the support structure is extended across the opening for supporting the part of the electronic device that is accessible through the opening.

Clamping device for processing electronic devices

Growing community of inventors

Singapore, Singapore

Wei He