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Matches in DBpedia 2016-04 for { <http://dbpedia.org/resource/Relative_effectiveness_factor> ?p ?o }

• Relative_effectiveness_factor abstract "The relative effectiveness factor, or R.E. factor, relates an explosive's demolition power to that of TNT, in units of the TNT equivalent/kg (TNTe/kg). The R.E. factor is the relative mass of TNT to which an explosive is equivalent; the greater the R.E., the more powerful the explosive.This enables engineers to determine the proper masses of different explosives when applying blasting formulas developed specifically for TNT. For example, if a timber-cutting formula calls for a charge of 1 kg of TNT, then based on octanitrocubane's R.E. factor of 2.38, it would take only 1.0/2.38 (or 0.42) kg of it to do the same job. Using PETN, engineers would need 1.0/1.66 (or 0.60) kg to obtain the same effects as 1 kg of TNT. With ANFO or ammonium nitrate, they would require 1.0/0.74 (or 1.35) kg or 1.0/0.42 (or 2.38) kg, respectively.".
• Relative_effectiveness_factor wikiPageExternalLink explosives-compositions.htm.
• Relative_effectiveness_factor wikiPageExternalLink 16.html.
• Relative_effectiveness_factor wikiPageID "887322".
• Relative_effectiveness_factor wikiPageLength "10919".
• Relative_effectiveness_factor wikiPageOutDegree "167".
• Relative_effectiveness_factor wikiPageRevisionID "703595770".
• Relative_effectiveness_factor wikiPageWikiLink 2,4-Dinitrotoluene.
• Relative_effectiveness_factor wikiPageWikiLink 4,4-Dinitro-3,3-diazenofuroxan.
• Relative_effectiveness_factor wikiPageWikiLink ANFO.
• Relative_effectiveness_factor wikiPageWikiLink Acetone_peroxide.
• Relative_effectiveness_factor wikiPageWikiLink Acrylic_rubber.
• Relative_effectiveness_factor wikiPageWikiLink Aluminium.
• Relative_effectiveness_factor wikiPageWikiLink Amatol.
• Relative_effectiveness_factor wikiPageWikiLink Ammonium_nitrate.
• Relative_effectiveness_factor wikiPageWikiLink Ammonium_perchlorate.
• Relative_effectiveness_factor wikiPageWikiLink B41_nuclear_bomb.
• Relative_effectiveness_factor wikiPageWikiLink B53_nuclear_bomb.
• Relative_effectiveness_factor wikiPageWikiLink BLU-82.
• Relative_effectiveness_factor wikiPageWikiLink Brisance.
• Relative_effectiveness_factor wikiPageWikiLink C-4_(explosive).
• Relative_effectiveness_factor wikiPageWikiLink Carbon.
• Relative_effectiveness_factor wikiPageWikiLink Category:Explosives_engineering.
• Relative_effectiveness_factor wikiPageWikiLink Category:Scales.
• Relative_effectiveness_factor wikiPageWikiLink Composition_B.
• Relative_effectiveness_factor wikiPageWikiLink Composition_C.
• Relative_effectiveness_factor wikiPageWikiLink Davy_Crockett_(nuclear_device).
• Relative_effectiveness_factor wikiPageWikiLink Diatomaceous_earth.
• Relative_effectiveness_factor wikiPageWikiLink Diethylene_glycol_dinitrate.
• Relative_effectiveness_factor wikiPageWikiLink Dinitrobenzene.
• Relative_effectiveness_factor wikiPageWikiLink Dinitrogen_tetroxide.
• Relative_effectiveness_factor wikiPageWikiLink Dioctyl_adipate.
• Relative_effectiveness_factor wikiPageWikiLink Dynamite.
• Relative_effectiveness_factor wikiPageWikiLink Earthquake_bomb.
• Relative_effectiveness_factor wikiPageWikiLink Emulsion.
• Relative_effectiveness_factor wikiPageWikiLink Erythritol_tetranitrate.
• Relative_effectiveness_factor wikiPageWikiLink Ethylene_glycol_dinitrate.
• Relative_effectiveness_factor wikiPageWikiLink Explosive_material.
• Relative_effectiveness_factor wikiPageWikiLink FOX-7.
• Relative_effectiveness_factor wikiPageWikiLink Fat_Man.
• Relative_effectiveness_factor wikiPageWikiLink Father_of_All_Bombs.
• Relative_effectiveness_factor wikiPageWikiLink B_Massive_Ordnance_Air_Blast.
• Relative_effectiveness_factor wikiPageWikiLink Gelignite.
• Relative_effectiveness_factor wikiPageWikiLink Grand_Slam_(bomb).
• Relative_effectiveness_factor wikiPageWikiLink Gunpowder.
• Relative_effectiveness_factor wikiPageWikiLink HMX.
• Relative_effectiveness_factor wikiPageWikiLink Heptanitrocubane.
• Relative_effectiveness_factor wikiPageWikiLink Hexamethylene_triperoxide_diamine.
• Relative_effectiveness_factor wikiPageWikiLink Hexamethylenetetramine.
• Relative_effectiveness_factor wikiPageWikiLink Hexanitrobenzene.
• Relative_effectiveness_factor wikiPageWikiLink Hexanitrohexaazaisowurtzitane.
• Relative_effectiveness_factor wikiPageWikiLink Hexanitrostilbene.
• Relative_effectiveness_factor wikiPageWikiLink Hydroxyl-terminated_polybutadiene.
• Relative_effectiveness_factor wikiPageWikiLink Isopropyl_nitrate.
• Relative_effectiveness_factor wikiPageWikiLink Magnesium.
• Relative_effectiveness_factor wikiPageWikiLink Main_Intelligence_Directorate_(Russia).
• Relative_effectiveness_factor wikiPageWikiLink Massive_Ordnance_Penetrator.
• Relative_effectiveness_factor wikiPageWikiLink Multiple_independently_targetable_reentry_vehicle.
• Relative_effectiveness_factor wikiPageWikiLink Nitrobenzene.
• Relative_effectiveness_factor wikiPageWikiLink Nitrocellulose.
• Relative_effectiveness_factor wikiPageWikiLink Nitroglycerin.
• Relative_effectiveness_factor wikiPageWikiLink Nitroguanidine.
• Relative_effectiveness_factor wikiPageWikiLink Nitromethane.
• Relative_effectiveness_factor wikiPageWikiLink Nitrourea.
• Relative_effectiveness_factor wikiPageWikiLink Nuclear_weapon.
• Relative_effectiveness_factor wikiPageWikiLink Nuclear_weapon_yield.
• Relative_effectiveness_factor wikiPageWikiLink Octanitrocubane.
• Relative_effectiveness_factor wikiPageWikiLink Octol.
• Relative_effectiveness_factor wikiPageWikiLink Oklahoma_City_bombing.
• Relative_effectiveness_factor wikiPageWikiLink Pentaerythritol_tetranitrate.
• Relative_effectiveness_factor wikiPageWikiLink Pentolite.
• Relative_effectiveness_factor wikiPageWikiLink Phosphorus.
• Relative_effectiveness_factor wikiPageWikiLink Picric_acid.
• Relative_effectiveness_factor wikiPageWikiLink Polycaprolactone.
• Relative_effectiveness_factor wikiPageWikiLink Polyurethane.
• Relative_effectiveness_factor wikiPageWikiLink Potassium_nitrate.
• Relative_effectiveness_factor wikiPageWikiLink RDX.
• Relative_effectiveness_factor wikiPageWikiLink Semtex.
• Relative_effectiveness_factor wikiPageWikiLink Stearic_acid.
• Relative_effectiveness_factor wikiPageWikiLink Suitcase_nuclear_device.
• Relative_effectiveness_factor wikiPageWikiLink Sulfur.
• Relative_effectiveness_factor wikiPageWikiLink TATB.
• Relative_effectiveness_factor wikiPageWikiLink TNT_equivalent.
• Relative_effectiveness_factor wikiPageWikiLink Table_of_explosive_detonation_velocities.
• Relative_effectiveness_factor wikiPageWikiLink Tannerite.
• Relative_effectiveness_factor wikiPageWikiLink Tetranitromethane.
• Relative_effectiveness_factor wikiPageWikiLink Tetryl.
• Relative_effectiveness_factor wikiPageWikiLink Tetrytol.
• Relative_effectiveness_factor wikiPageWikiLink Thermobaric_weapon.
• Relative_effectiveness_factor wikiPageWikiLink Ton.
• Relative_effectiveness_factor wikiPageWikiLink Torpex.
• Relative_effectiveness_factor wikiPageWikiLink Tovex.
• Relative_effectiveness_factor wikiPageWikiLink Triethylenetetramine.
• Relative_effectiveness_factor wikiPageWikiLink Trimethylolethane_trinitrate.
• Relative_effectiveness_factor wikiPageWikiLink Trinitrobenzene.
• Relative_effectiveness_factor wikiPageWikiLink Trinitrotoluene.
• Relative_effectiveness_factor wikiPageWikiLink Tritonal.
• Relative_effectiveness_factor wikiPageWikiLink Tsar_Bomba.
• Relative_effectiveness_factor wikiPageWikiLink W56.
• Relative_effectiveness_factor wikiPageWikiLink W88.

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