World's largest HSR TBM Breaks Through the 10,000-Meter Mark
这也是全世界范围内直径 15 米的盾构机首次实现一次连续掘进 10000 米。
This is to connect Shanghai 崇明区 and Jiangsu Taicang. There tunnel portion is 13.2 km.
这也是全世界范围内直径 15 米的盾构机首次实现一次连续掘进 10000 米。
In the past decade or so, Luo Ercang's team has focused on researching thermoacoustic Stirling technology using environmentally friendly working fluids such as helium, argon, and nitrogen, developing a new generation of heat pump technology with broad application prospects近十几年来,罗二仓团队聚焦采用环保工质如氦气、氩气、氮气等绿色工质的热声斯特林技术研究,研制具有广阔应用前景的新一代热泵技术。研究团队对包括热声斯特林热泵技术在内的几种潜在可实现超高温热泵技术等研究工作做了总结凝练,并对未来超高温热泵技术所涉及的关键材料、关键技术等发展方向提出了建议及展望。
Next, the research team will focus on developing heat pump technologies for high-temperature industrial processes such as petrochemicals, metallurgy, and ceramics, which require even higher temperatures. For example, they aim to use super-high-temperature thermoacoustic heat pump technology to raise the heat source temperature from pressurized water reactor nuclear power plants (approximately 300°C) or solar trough collectors (400°C to 500°C) to between 500°C and 800°C, providing a novel technological approach for zero-carbon high-temperature heat utilization in heavy industry“下一步,研究团队将针对更高温度需求的石化、冶金、陶瓷等高温工业过程热泵技术开展研究,例如,可将压水堆核反应堆仅为300℃左右供热温度或者太阳能槽式集热400℃至500℃的热源,通过超级高温热声热泵技术提高到500℃至800℃之间,为重工业零碳高温用热提供一种崭新的技术途径。