Scientists map mysterious shape of photon, could unlock light-matter interactionDFCC Bank has listed its pioneering Green Bond on the Luxembourg Stock Exchange (LuxSE) – Luxembourg Green Exchange on 20 December. The listing is on the Securities Official List (SOL) of LuxSE. The bank said while the Green Bond listing on the Colombo Stock Exchange (CSE) will continue, the listing on LuxSE will make this a dual listing and is the first Sri Lankan Green Bond to have a dual listing. “The trading and settlement of the Green Bond will continue to be through the Colombo Stock Exchange and in LKR. The Green Bond will not be traded on the Luxembourg Stock Exchange,” DFCC Bank said. The Green Bond was listed on CSE on 30 September. The senior, listed, rated, unsecured, redeemable three-year Green Bonds offered by DFCC Bank, aiming to raise up to Rs. 2.5 billion, were oversubscribed on the opening day in September. The initial issue of 20,000,000 bonds, each with a par value of Rs. 100 and offering a fixed interest rate of 12% per annum, paid annually, drew substantial investor interest with applications worth Rs. 3.16 billion, reflecting strong confidence in sustainable investment opportunities.Xore’s Boxray on-stream analysers provide fast and accurate on-line elemental analysis on slurry, electrolyte, leaching solutions or even process water. The company’s X-ray Fluorescence (XRF) measurement concept with established good properties, combined with the latest detector technology is the foundation for the analysers’ performance. With proven technology and high availability, the Boxray analysers let the customer focus on process control, productivity and profitability. State-of-the-art, on-stream analysers for mining projects The Boxray 24 on-stream analyser can measure 24 sample streams in eight minutes with the same accuracy and repeatability as slower systems. All sample streams have completely separated paths from the primary sampler to their individual measurement cells in the analyser, which eliminates any chance of cross-contamination between the samples. The intelligent sample handling also enables the analyser to measure continuously without waiting for the measurement cells to be filled or flushed. The secondary sampler tanks feature pots for composite samples on the backside. These pots drain the water from the sample to save drying time for the laboratory personnel. On the front side of the tanks there are taps for spot samples. The tanks also have light fixtures to provide laboratory and service personnel with a good working environment. Versatile analyser for high-grade mining samples The Boxray Compact uses the same measurement technology as the Boxray 24 and is capable of handling up to 16 sample streams. It uses two multiplexing secondary sampler tanks handling eight measurement streams each, going to two measurement cells. With this configuration you can keep high-grade samples in one secondary sampler tank and measurement cell, with the low-grade samples in the other. This reduces risk of cross-contamination and is a less complex and more affordable solution than the Boxray 24. The secondary sampler tanks for the Boxray Compact features pots for composite daily samples, which drain the specimen to save drying time for the laboratory personnel, taps for spot samples and light fixtures for a high-quality working environment. The Boxray Compact is also suitable for applications other than slurry, such as monitoring copper content in electrolyte at a copper smelter. For 15 years the system has been used to measure copper content in electrolyte in a de-copperisation tank house, allowing the client to control the de-copperisation process with a high level of precision. If you have a need for accurate online analysis but cannot find a suitable analyser, the company can tailor one for you. Elemental analysis for concentrator plant slurry The Boxray XRF analysers provide online elemental analysis on slurry in concentrator plants. With 16 or 24 samples you can monitor everything from primary mill to waste and concentrate with short measurement cycle time. Monitoring copper content in electrolyte Using the Boxray Compact to monitor copper content in electrolyte is an economic way of achieving full control over a de-copperisation tank house. The data from the analyser can be displayed in the control room or retrieved automatically to your plant control system to create a fully automated de-copperisation process. While primarily monitoring copper content, the user will at the same time be able to monitor content of precious metals or contaminants from the ore, or recycled electronics. Water treatment for mining operations The Boxray Compact system can be utilised to monitor contents of used process water. Using the same principle as for electrolyte, process water is pumped to the analyser and its metal content is monitored on-line. The results can either be displayed in your control room or used for a fully automated water treatment process. The optimised measurement geometry of the Boxray analysers gives very low detection limits and thus allowing these very sensitive applications. By making sure that cleaning reagents are not overdosed the water treatment plant can save money while still being sure that the cleaning process is working properly. A well-functioning water treatment process is good for the environment, but as process water often is recycled to boost productivity there can be plenty of savings to be made from an optimised water treatment process. Elemental analysis of metal in leaching solutions The Boxray analysers can also be used for online elemental analysis of metal content in leaching solutions, such as gold in cyanide leach at high-temperatures and high-pH. The design and materials of the analysers allow them to be used on aggressive solutions where online measurements would otherwise be difficult to implement.
Home | Hyderabad | Warangal Architect Makes History Shashank Bhoopathi Chosen As Telanganas First Isro Space Tutor Warangal Architect makes history: Shashank Bhoopathi chosen as Telangana’s first ISRO Space Tutor Recently, ISRO selected a group of Space Tutors from across the country to promote space education, with Bhoopathi being the chosen candidate from Telangana. Bhoopathi, an Architecture graduate from JNAFAU University, founded the Ancient Technologies Design Research Lab to explore how ancient knowledge can address contemporary challenges. By Telangana Today Published Date - 30 November 2024, 05:25 PM Hyderabad: Shashank Bhoopathi , an architect from Warangal, has been selected as Telangana’s first Indian Space Research Organisation (ISRO) Space Tutor. Recently, ISRO selected a few Space Tutors across the country to promote space education. Bhoopathi was the candidate chosen from Telangana. Bhoopathi graduated in Architecture from JNAFAU University, founded Ancient Technologies Design Research Lab to explore how ancient knowledge can solve modern challenges. His work involves studying ancient architectural sites, developing theories based on their design principles, and building prototypes. These prototypes are designed to be integrated into future space missions, aiming to make space exploration more efficient. Bhoopathi’s projects include modular spacecrafts, lightweight and collapsible astronaut housing, and innovative satellite designs. Space Research Architecture is a rare field, with very few experts globally and only two companies in India. Bhoopathi’s company is the only one in South India, making his work even more significant. His innovative designs have earned him invitations to universities across India, where he conducts workshops and shares his vision for blending ancient and modern science. As an ISRO Space Tutor, Bhoopathi says he plans to inspire students through workshops and seminars. He is also working on a new project to integrate magnetic field technology into space structures, inspired by ancient science. Speaking about his vision, he said, “Ancient architecture holds valuable lessons for sustainability and efficiency. By adapting these principles, we can create smarter and more reliable systems for space exploration.” Follow Us : Tags Hyderabad Indian Space Research Organisation ISRO ISRO Space Tutor Related News 16-year-old from Hyderabad leads powerful youth movement, transforming communities with Dhara Life Hyderabad: Metro styled seating in RTC electric buses Asaduddin Owaisi calls on Telangana to unite: ‘Caste Census’ will shape welfare for all Telangana: Forest officials fly drone cameras, locate killer tiger in AsifabadIf Broncos players didn’t know stakes of Sunday’s game vs. Colts, Sean Payton made them clear in Wednesday team meeting - The Denver Post
The World Needs Ocean-Based Climate SolutionsRevolutionizing Precision And Flexibility In Automated Container Labeling Robotics & Automation NewsSANTA ANA, Calif., Dec. 11, 2024 (GLOBE NEWSWIRE) -- TTM Technologies, Inc. TTMI ("TTM"), a leading global manufacturer of technology solutions including mission systems, radio frequency ("RF") components and RF microwave/microelectronic assemblies and printed circuit boards ("PCB"s) has expanded its Radio Frequency and Specialty Components ("RF&S") product offering by releasing a family of components supporting telecom band n104, an emerging band extension for 5.5G applications. This release includes 18 new balun transformers, hybrid couplers, power dividers, RF crossovers, and terminations. These new products deliver superior performance and are an exceptionally effective overall cost solution with industry-standard Xinger® brand reliability. They have been specifically designed for needs in the 6.4 – 7.2 GHz band. For more information on the availability or to find a stocking distributor, please visit ttm.com. Model Number Part Type Size Power BD60120N50100AHF Balun Transformers 0404 (1.0mm x 1.0mm) 1W (AVG) X4B70L1-5050G Balun Transformers 0603 (1.6mm x 0.8mm) 1W (AVG) X4BD70L1-50100G Balun Transformers 0603 (1.6mm x 0.8mm) 1W (AVG) X3C70F1-03S Hybrid Couplers 1220 (5.8mm x 3.1mm) 15W (AVG) X3C70F1-20S Hybrid Couplers 1220 (5.8mm x 3.1mm) 25W (AVG) X3C70F2-03S Hybrid Couplers 1220 (5.8mm x 3.1mm) 40W (AVG) X4C55J1-03G Hybrid Couplers 0805 (2.0mm x 1.25mm) 5W (AVG) X4C60J1-20G Hybrid Couplers 0805 (2.0mm x 1.25mm) 10W (AVG) X4C60K1-20S Hybrid Couplers 1210 (3.2mm x 2.5 mm) 25W (AVG) X4C60K1-30S Hybrid Couplers 1210 (3.2mm x 2.5 mm) 40W (AVG) X4C70J1-20G Hybrid Couplers 0805 (2.0mm x 1.25mm) 10W (AVG) X4C70L1-03G Hybrid Couplers 0603 (1.6mm x 0.8mm) 3W (AVG) X4C70L1-20G Hybrid Couplers 0603 (1.6mm x 0.8mm) 5W (AVG) PD6080J5050S2HF Power Dividers 0805 (2.0mm x 1.25mm) 2W (AVG) PD6080L5050S2HF Power Dividers 0603 (1.6mm x 0.8mm) 2W (AVG) X00140L5050AHF RF Crossovers 0603 (1.6mm x 0.8mm) 2W (AVG) XMX00180L1G RF Crossovers 0603 (1.6mm x 0.8mm) 2W (AVG) C6N50Z4B Termination 0805 (2.0mm x 1.25mm) 6W (AVG) The RF&S Components Business Unit ("BU") of TTM designs, manufactures, and sells custom high-frequency solutions and Xinger® brand standard components for wireless infrastructure, defense electronics, and test and measurement electronics markets. About TTM TTM Technologies, Inc. is a leading global manufacturer of technology solutions, including mission systems, radio frequency ("RF") components, RF microwave/microelectronic assemblies, and quick-turn and technologically advanced printed circuit boards ("PCB"s). TTM stands for time-to-market, representing how TTM's time-critical, one-stop manufacturing services enable customers to shorten the time required to develop new products and bring them to market. Additional information can be found at www.ttm.com . Contacts: Winnie Ng Vice President, Corporate Marketing TTM Technologies, Inc. +852 22722287 / +1 714 327 3000 winnie.ng@ttm.com Technical Inquiries Mark Bowyer Director, Business Development, RF&S BU TTM Technologies, Inc. +1 315 278 5420 mark.bowyer@ttm.com Sameer Desai Vice President, Corporate Development & Investor Relations TTM Technologies, Inc. +1 714 327 3050 sameer.desai@ttmtech.com © 2024 Benzinga.com. Benzinga does not provide investment advice. All rights reserved.
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