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- 821.00-17.00 (-2.03%)2024/06/02 07:34 臺灣股市 已收盤 (報價延遲20分鐘)。
- 昨收838.00開盤838.00委買價821.00委賣價822.00
- 今日價格區間821.00 - 846.0052週價格區間516.00 - 878.00成交量79984 張平均成交量39993 張
- 市值21291.490 億本益比 (最近12個月)24.45營運報告/法說會日期2024-07-18除權除息日2024-06-13
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Significance and Impact. This intrinsic Josephson junction sensor array provides a new element in next-generation terahertz circuits and opens a new route towards high-quality nonlinear superconducting devices for quantum information science. Research Details. A micro-nanosized intrinsic Josephson-junction sensor array was fabricated on BSCCO.
One of 11 new Energy Earthshot Research Centers funded by the Department of Energy, C-STEEL will be investigating an electrodeposition process that utilizes electricity to initiate a reaction and deposit a usable iron metal at much lower temperatures than existing processes. The project has three thrusts.
Abstract With the decreasing costs of clean energy generation technologies and increasing concerns about greenhouse gas emissions, the United States is likely to see a rapid expansion of zero-carbon electricity generation over the next few decades. One ...
Temitope Taiwo is the Director of Argonne’s Nuclear Science and Engineering Division. He has worked in the nuclear industry, research laboratory, and U.S. government in the areas of nuclear reactor design, methods development, and analysis.
The Battery Performance and Cost ( BatPaC) model is a calculation method based on Microsoft® Office Excel spreadsheets that has been developed at Argonne for estimating the performance and manufacturing cost of lithium-ion batteries for electric-drive vehicles including hybrid-electrics ( HEV ), plug-in hybrids ( PHEV) and pure electrics.
Advanced Research Directions on AI FOR ENERGY i AI for Energy Report on the U.S. Department of Energy (DOE) Winter 2023 Workshop Series on Artificial Intelligence (AI) for Energy Program Committee Claus Daniel Associate Laboratory Director, Argonne
2019年4月8日 · By. Jared Sagoff. |. April 8, 2019. Static negative capacitors could yield more energy-efficient computers. This image shows the movement of the domain wall (a-c and b-d) in a capacitor when a charge is added to one side (c). The resulting redistribution of the domain wall causes a negative capacitive effect. (Image by Argonne National Laboratory.)
