2023世界青年科学家峰会——碳能源国际学术研讨会

千百年来，人类对宇宙充满了无限向往，一直没有停下探索的脚步，随着科学技术的进步，人类的脚步越走越远，深空、深海、深地、两极逐渐成为了新的目标，上述极端环境应用场景的探索通常与重要的科研活动和重大的国家战略需求紧密关联，确保极端环境下的装备优势变得至关重要。开发满足不同极端环境条件下应用需求的电池技术具有重要科学价值和重大战略意义。极端条件下的科研活动需要面临极低温、高温、宽温区、高气压与高水压、低

On the basis of seven consecutive successful conferences, the Energy Storage Engineering Committee of China Chemical Society and Magnesium Alloy Branch of China Society for Materials Research will hol

新型能源体系要求实现以可再生能源为主体的新型电力系统。在此过程中，储能作为新型电力系统的关键支撑技术之一，需要持续发力。近年来，我国储能产业发展迅速，以锂电为主的新型储能装机规模持续扩大，但是依然存在技术成熟度总体不高，商业模式尚未完全成熟的问题。各类储能技术路线各有优劣，构建完善的新型储能系统应坚持以“应用多元化”为导向，以“技术多元化”为基石。在此背景下，为助力实现“双碳”战略目标，顺应构建新

China's electric two-wheeler industry has undergone 20 years of development and is currently at a critical period of transformation and upgrading. New technologies such as lithium-ion batteries, sodiu

The "Dalian Catalysis+ International Summit" is jointly organized by Dalian Institute of Chemical Physics, Chinese Academy of Sciences, Dalian University of Technology, WILEY Publishing Group, Liaonin

Anode and cathode materials are the core key materials in lithium-ion batteries. Currently, the lower limit of energy density of lithium-ion batteries depends on the cathode and anode materials, and t