A fracture-resistant cement could make mile-high skyscrapers possible
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File photo - A tourist takes a photo of the city skyline from the Taipei 101 skyscraper building in Taipei, Taiwan March 29…
File photo - A tourist takes a photo of the city skyline from the Taipei 101 skyscraper building in Taipei, Taiwan March 29…
Getty Images Imagine a fracture-resistant material that could be used to create a building 10 times as high as the world’s…
fracture resistant cement gettyimages 543785199 More Imagine a fracture-resistant material that could be used to create a…
Nov. 30 (UPI) — Inspired by the unique structure of sea urchin spines, scientists at the University of Konstanz have developed…
Nov. 30 (UPI) -- Inspired by the unique structure of sea urchin spines, scientists at the University of Konstanz have developed…
Sea urchin spines are made mostly of calcite, but the spines are much more durable than this raw material alone.
30.11.2017 Den Aufbau des Seeigelstachels im Nanomaßstab nutzte der Arbeitsbereich für Physikalische Chemie an der Universität…
(EUROPA PRESS) - Las espinas de los erizos de mar están hechas principalmente de frágil calcita, pero la naturaleza las…
Wie Speere ragen sie aus dem rundlichen Meerestier hervor: Mit seinen Stacheln schützt sich der Seeigel vor hungrigen Mäulern.
Home Nanotechnology Nanomaterials November 30, 2017 November 30, 2017 Sea urchin spines are made mostly of calcite, but the…
The sea urchin spines are mostly made of calcite, usually a very brittle and fragile material.
( Nanowerk News ) The sea urchin spines are mostly made of calcite, usually a very brittle and fragile material.
20:00 Den Aufbau des Seeigelstachels im Nanomaßstab nutzte der Arbeitsbereich für Physikalische Chemie an der Universität…
The sea urchin spines are mostly made of calcite, usually a very brittle and fragile material.