Tagged: war


Man Falls 18,000 Feet From Burning Plane – Survives

On the evening of March 24th, 1944, 21 year old Alkemade was one of seven crew members in Avro Lancaster B Mk. II, DS664 of No. 115 Squadron RAF.  RAF gunner Sergeant Nicholas Alkemade was sitting in the tail-end of a Lancaster bomber when a German fighter plane opened fire. They were returning from a 300 bomber raid on Berlin, east of Schmallenberg when DS664 was attacked by a German Ju 88 night fighter.  It caught fire and began to spiral out of control. His parachute had gone up in flames! Preferring to die by impact rather than burn to...


Another Chemical Plant Explodes in China

Only mere weeks after the devastating explosion in the port city of Tianjin, a fourth chemical plant in China has gone up in flames, this time in the eastern province of Zhejiang, in Lishui city.  The chemical plant, as of now housing unknown pollutants, was destroyed shaking more than just the surrounding structures’ foundations. For a country still trying to recover from the Aug. 12 explosions in Tianjin that killed at least 160 people and rattled the political landscape of the communist state, this new explosion, being the 4th chemical plant/storage facility destroyed in just under a month, certainly strikes one as an odd...

Researchers at NASA Langley have created a type of autonomously self-healing material that will repair itself rapidly from bullet holes. 0

NASA Self-Healing Material Can Repair Bullet Holes

Space and military technology just got creepy this week, with an announcement that NASA Langley’s Advanced Materials and Processing Branch has now created a type of self-healing material that can autonomously repair itself. When tri-layered materials are punctured, a type of ‘ thiol–ene–trialkylborane’ resin polymer is released upon atmospheric oxygen exposure. The ballistics tests carried out by Langley reveal that while similar methods of self-healing materials have been implemented in the past, this new material reacts and responds much more rapidly to surface breach trauma. This specific type of resin was selected due to its reaction to compounds reliably present in human-occupied environments....