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Scientists may have found one airanswerareasbumpsconditioningdryenergyenoughexampleexcitedexpertidealifeliquidnatureownshortagestechnologytemperatureuseful to the problem of water airanswerareasbumpsconditioningdryenergyenoughexampleexcitedexpertidealifeliquidnatureownshortagestechnologytemperatureuseful. It is a new material that collects water from the airanswerareasbumpsconditioningdryenergyenoughexampleexcitedexpertidealifeliquidnatureownshortagestechnologytemperatureuseful. They got their airanswerareasbumpsconditioningdryenergyenoughexampleexcitedexpertidealifeliquidnatureownshortagestechnologytemperatureuseful from a small beetle that lives in the desert in Africa. The deserts of the Skeleton Coast in Namibia are very airanswerareasbumpsconditioningdryenergyenoughexampleexcitedexpertidealifeliquidnatureownshortagestechnologytemperatureuseful, but the Namib desert beetle is an airanswerareasbumpsconditioningdryenergyenoughexampleexcitedexpertidealifeliquidnatureownshortagestechnologytemperatureuseful at surviving in hot and dry conditions. Its shell is covered in small airanswerareasbumpsconditioningdryenergyenoughexampleexcitedexpertidealifeliquidnatureownshortagestechnologytemperatureuseful that collect tiny water droplets from the air. The water is airanswerareasbumpsconditioningdryenergyenoughexampleexcitedexpertidealifeliquidnatureownshortagestechnologytemperatureuseful to keep the beetle alive. Scientists studied the shape and material of the beetle's bumps. They want to use what they found out about the beetle to make their airanswerareasbumpsconditioningdryenergyenoughexampleexcitedexpertidealifeliquidnatureownshortagestechnologytemperatureuseful materials that can collect water from the air. This will help people who live in very dry airanswerareasbumpsconditioningdryenergyenoughexampleexcitedexpertidealifeliquidnatureownshortagestechnologytemperatureuseful.

The scientists believe this new airanswerareasbumpsconditioningdryenergyenoughexampleexcitedexpertidealifeliquidnatureownshortagestechnologytemperatureuseful could help in many areas of our airanswerareasbumpsconditioningdryenergyenoughexampleexcitedexpertidealifeliquidnatureownshortagestechnologytemperatureuseful. They said it could be very airanswerareasbumpsconditioningdryenergyenoughexampleexcitedexpertidealifeliquidnatureownshortagestechnologytemperatureuseful for power plants and for the heating and air airanswerareasbumpsconditioningdryenergyenoughexampleexcitedexpertidealifeliquidnatureownshortagestechnologytemperatureuseful in airplanes, cars and trains. One of the scientists, Philseok Kim, said: "Thermal power plants, for airanswerareasbumpsconditioningdryenergyenoughexampleexcitedexpertidealifeliquidnatureownshortagestechnologytemperatureuseful, rely on condensers to quickly convert steam to airanswerareasbumpsconditioningdryenergyenoughexampleexcitedexpertidealifeliquidnatureownshortagestechnologytemperatureuseful water. [Our] design could help speed up that process and even allow for operation at a higher airanswerareasbumpsconditioningdryenergyenoughexampleexcitedexpertidealifeliquidnatureownshortagestechnologytemperatureuseful, significantly improving the overall airanswerareasbumpsconditioningdryenergyenoughexampleexcitedexpertidealifeliquidnatureownshortagestechnologytemperatureuseful efficiency." Another scientist, Joanna Aizenberg, said she was looking forward to the future of getting ideas for new technologies from airanswerareasbumpsconditioningdryenergyenoughexampleexcitedexpertidealifeliquidnatureownshortagestechnologytemperatureuseful. She said: "Everybody is airanswerareasbumpsconditioningdryenergyenoughexampleexcitedexpertidealifeliquidnatureownshortagestechnologytemperatureuseful about bio-inspired materials research."