1. Combustion
1.1. sufficient oxygen
1.1.1. complete combustion
1.1.1.1. hardly any smoke
1.1.1.2. Carbon dioxide (CO2) + Water (H2O)
1.1.1.2.1. Main cause for climate change
1.1.1.3. High temperatures
1.1.1.4. Blue Flame
1.2. insufficient oxygen
1.2.1. incomplete combustion
1.2.1.1. Carbon monoxide (CO) + Water (H2O)
1.2.1.1.1. Poisonous, invisible and inodorous
1.2.1.2. Lots of smoke / Soot
1.2.1.3. Lower temperatures
1.2.1.4. Yellow flame
1.3. Fire triangle
1.3.1. oxygen
1.3.2. fuel
1.3.3. ignition temperature
1.4. Heat of combustion
1.4.1. the amount of energy produced in the form of heat when burning a certain amount of fuel
1.4.1.1. Unit
1.4.1.1.1. Mj/kg solid fuel
1.4.1.1.2. MJ/l liquid fuel
1.4.1.1.3. MJ/m3 gaseous fuels
1.4.1.2. Formula
1.4.1.2.1. PRODUCED HEAT = HEAT OF COMBUSTION X AMOUNT OF FUEL
1.4.1.2.2. Q =
2. Insulation
2.1. stroming
2.1.1. dubbel glas
2.1.2. vacuum
2.2. Straling
2.2.1. absorptie
2.2.1.1. dof/ donkere kleuren
2.2.2. reflectie
2.2.2.1. glimmend / lichte kleuren
2.3. geleiding
2.3.1. slecht geleidende materialen
3. Transfer
3.1. Hot to Cold
3.1.1. Radiation
3.1.2. Convection
3.1.3. Conduction
3.1.3.1. good conductors
3.1.3.2. bad conductors
4. Energy
4.1. energieomzettingen
4.2. Energy sources
4.2.1. organic fuels
4.2.2. sustainable energy
5. Effects
5.1. Expansion
5.2. Contraction
5.3. Change of state
6. Temperature
6.1. units
6.2. calibration
7. Safety
8. Lesson materials
8.1. Fire triangle
8.1.1. Fire triangle
8.2. escaping fires
8.3. kitchen fire foto
8.3.1. foto
8.3.2. video
8.4. big flame
8.5. volendam
8.5.1. slachtoffers
8.5.1.1. 1
8.5.1.2. 2
8.5.1.3. 3
8.5.2. oorzaak
8.5.2.1. sparkler fireworks
8.5.2.2. christmas decorations