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How Did Search Engine Change Warfare?
Alexina Dmych
Smallville University Research Centre
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INIS
air
40%
alcohols
10%
applications
10%
atmospherics
40%
burns
20%
carbon dioxide
10%
combustion
10%
combustion chambers
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combustion products
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compressed air
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convection
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crushing
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cutting
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earth atmosphere
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economics
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electric motors
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electric potential
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electrochemical engines
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emission
50%
energy
100%
energy sources
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engines
100%
exhaust gases
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fission
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fluorine
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fuel cells
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fuels
40%
fusion (nuclear)
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gases
10%
gasoline
10%
gravitational fields
10%
greenhouse gases
10%
grinding
10%
heat
60%
heat engines
100%
humans
10%
hydrocarbons
10%
hydroelectric power
10%
hydrogen
20%
hydrogen fuels
10%
internal combustion engines
20%
jets
10%
mixing
10%
mortality
10%
motion
40%
motors
30%
muscles
10%
myosin
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nitrogen
10%
nuclear energy
10%
nuclear reactions
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oxidants
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oxidizers
30%
oxygen
40%
pistons
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pneumatic motors
10%
potential energy
20%
power generation
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pressurization
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production
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rocket engines
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rockets
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state government
10%
submarines
10%
thermodynamics
10%
warfare
100%
water
30%
water vapor
10%
wind
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Keyphrases
Additional Fuel
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Aggression
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Air Ambient
10%
Air Currents
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Air-breathing Engine
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Alcohol
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Armed Conflict
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Atmospheric Convection
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Atmospheric Gases
10%
Atmospheric Nitrogen
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Atmospheric Oxygen
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Available Energy
10%
Biological Systems
10%
Chemical Energy
20%
Chemical Engines
10%
Clockwork
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Combustion
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Combustion Chamber
10%
Combustion Products
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Compressed Air
10%
Convective Cells
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Crankshaft
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Cultural Economy
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Earth's Atmosphere
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Earth's Gravitational Field
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Elastic Energy
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Electric Motor
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Electric Potential Energy
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Electrical Energy
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Energy Forms
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Energy Sources
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Environmental Heat
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Exhaust Gas
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Extreme Violence
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Fission-fusion
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Fuel Cell
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Fuel Components
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Fuel Oxygen
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Gaseous Combustion
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Gasoline
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Greenhouse Gas
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Heat Energy
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Heat Engine
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Human Nature
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Hydrocarbons
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Hydroelectric Power Generation
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Hydrogen Fuel
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Industrial Processes
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Insurgency
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Intermediate Energy
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Internal Combustion Engine
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Jet Engine
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Law of Motion
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Mechanical Energy
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Mechanical Motion
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Mercenaries
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Military Force
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Military Targets
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Militias
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Molecular Motor
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Myosin
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Natural Processes
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Newton's Third Law
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Non-chemical
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Non-combatants
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NOx Emission
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Nuclear Energy
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Nuclear Fission
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Nuclear Fusion
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Nuclear Reactions
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Oxidizer
30%
Paramilitary Groups
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Piston
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Pneumatic Motor
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Potential Energy
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Pure Hydrogen
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Pure Oxygen
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Rapid Pressurization
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Reaction Mass
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Rocket
20%
Rocket Engine
10%
Search Engine
100%
Side Reactions
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Socio-ecological
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State Government
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Submarine
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Thermodynamic Process
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Total War
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War Studies
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Warfare
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Water Vapor
10%
Windup
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Zero Emission
30%
Material Science
Carbon Dioxide
100%
Compressed Air
100%
Exhaust Gas
100%
Greenhouse Gas
100%
Hydrogen Fuels
100%
Oxidant
100%
Water Vapor
100%
Engineering
Ambient Air
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Atmospheric Nitrogen
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Available Energy
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Biological System
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Chemical Energy
20%
Combustion Chamber
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Combustion Product
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Common Example
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Compressed Air
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Crankshaft
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Elastic Energy
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Electric Motor
10%
Electric Potential
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Electrical Energy
10%
Energy Engineering
30%
Energy Source
10%
Exhaust Gas
10%
Fuel Cell
10%
Greenhouse Gas
10%
Grinding (Machining)
10%
Heat Engine
100%
Hydroelectric Power Generation
10%
Hydrogen Fuel
10%
Internal Combustion Engine
20%
Jet Engine
10%
Larger Quantity
10%
Mechanical Energy
20%
Natural Process
10%
Nuclear Energy
10%
Nuclear Fission
10%
Nuclear Fusion
10%
Oxidizer
30%
Pneumatics
10%
Potential Energy
10%
Pressurization
10%
Pure Oxygen
10%
Reaction Mass
10%
Rocket Engine
10%
Thermal Energy
10%
Thermodynamic Process
10%
Physics
Air Current
10%
Ambient Air
10%
Atmospheric Convection
10%
Atmospherics
30%
Carbon Dioxide
10%
Chemical Energy
20%
Combustion Chamber
10%
Combustion Product
10%
Compressed Air
10%
Convection Cell
10%
Earth Atmosphere
10%
Earth's Gravitational Field
10%
Electric Potential
10%
Exhaust Gas
10%
Fuel Cell
10%
Greenhouse Gas
10%
Heat Engine
100%
Heat Generation
10%
Internal Combustion Engine
20%
Nuclear Fission
10%
Nuclear Fusion
10%
Nuclear Reaction
10%
Pneumatics
10%
Potential Energy
10%
Rocket Engine
10%