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[Rivet] OMG! 143 Million Americans Didn't Expect This...Cheap Energy Generator CheapEnergyGenerator at power-getting.dateFri Oct 30 08:35:47 GMT 2015
Tesla Brings The Big Energy Collapse! OMG! 143 Million Americans Didn't Expect This... http://www.power-getting.date/l/lt9YB170W44W/48O167QJ233VH16A161804PR1759446227 Cheap Electricity From Thin Air Many people claim to have found Tesla's secret project... This short message is meant to open your eyes for the one opportunity to get the real green energy technology. Cheap Electricity From Thin Air Click here for the truth... http://www.power-getting.date/l/lt10LP170I44G/48H167UO233EG16H161804VS1759446227 The one and only Nikola Tesla magnetic project has been digged out and you have this one chance to get hold of its secrets that will make you angry.and show you what you have to do today to cut the cord with the energy fat-cats who are bleeding Americans dry, and slash your electric bill by 80% or more...without using solar panels or wind turbines. Big Energy hate THIS and their lawyers will definitely try to take this video down if they catch wind of it. A simple math tells me that you throw away more than $40 each day. Get Details http://www.power-getting.date/l/lt11VQ170W44A/48K167XC233JB16Y161804IP1759446227 un_subscribe http://www.power-getting.date/l/lc12RR170N44B/48T167ET233GT16E161804OD1759446227 Annelid setae are stiff bristles present on the body. They help, for example, earthworms to attach to the surface and prevent backsliding during peristaltic motion. These hairs are what make it difficult to pull a worm straight from the ground. Setae in oligochaetes (a group including earthworms) are largely composed of chitin.[1] They are classified according to the limb to which they are attached; for instance, notosetae are attached to notopodia; neurosetae to neuropodia.[2]Crustaceans have mechano- and chemosensory setae.[3] Setae are especially present on the mouthparts of crustaceans[3] and can also be found on grooming limbs.[4] In some cases, setae are modified into scale like structures.[4] Setae on the legs of krill and other small crustaceans help them to gather phyto plankton. It captures them and allows them to be eaten.Insect setae are often called hairs or chaetae. They are unicellular and formed by the outgrowth of a single epidermal cell (trichogen). They are generally hollow and project through a secondary or accessory (tormogen) cell as it develops. The setal membrane is not cuticulariz ed and movement is possible. This serves to protect the bodyThe pads on a gecko's feet are small hair-like processes that play a role in the animal's ability to cling to vertical surfaces. The micrometer-scale set ae branch into nanometer-scale projections called spatulae.[5] • Gekko's seta : According to Kellar Autumn, "Two front feet of a tokay gecko (Gekko gecko) can withstand 20.1 N of force parallel to the surface with 227 mm2 of pad area (Irschick et al. 1996). The foot of a tokay bears approximately 3600 tetrads of setae per mrn2, or 14,400 setae per mm2 (Schleich and Kastle 1986; pers- obs-)- Consequently, a single seta sh ould produce an average force of 6-2 pN, and an average shear stress of 0-090 N mm-l (0.9 atm). However, s ingle setae proved both much less sticky and much more sticky than predicted by whole animal measurements , under varying experimental conditions, implying that attachm! ent and detachment in gecko setae are mecha nically controlled (Autumn et al. 2000)."[6] -------------- next part -------------- An HTML attachment was scrubbed... URL: <https://www.hepforge.org/lists-archive/rivet/attachments/20151030/7928f581/attachment.html>
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