（导读 阿金）深海玻璃海绵阿氏偕老同穴（Euplectella aspergillum）的骨骼系统为高度规则的分层圆柱形晶格，表现出出色的柔性与抗损伤能力。本研究 ...

Rome (Italy), July 21st, 2021 - The remarkable structural properties of the basket sponge (E. aspergillum) might seem fathoms removed from human-engineered structures. However, insights into how ...

编辑推荐： 【编辑推荐】针对脆性陶瓷晶格难以兼顾轻量化与高强度的问题，本研究受深海玻璃海绵（Euplectella aspergillum）骨架结构启发，通过多目标优化设计出对材料参数不敏感的新型三维桁架晶格。采用数字光处理（DLP）技术制备的陶瓷晶格在单轴压缩测试中展现出高比强度与优异能量吸收能力 ...

Marine sponges inspire the next generation of skyscrapers and bridges Bioinspired architecture could pave the way for stronger, lighter structures Date: September 21, 2020 Source: Harvard John A ...

Aspergillum. If you've attended the Easter Vigil, you remember that the priest walked down the aisle, sprinkling everyone with holy water.

Object Details Artist Unidentified Credit Line Smithsonian American Art Museum, Gift of John Gellatly Date 1500-1600 Object number 1929.8.230 Restrictions & Rights CC0 Type Decorative Arts Medium ...

Dr. Weaver started studying Euplectella aspergillum in the early 2000s. He first focused on sponge skeletons, investigating their diverse structures and mechanical properties.