CHEMICAL CHAIN REACTION in .NET

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CHEMICAL CHAIN REACTION
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The chemical chain reaction process that occurs during aming combustion is the fourth component that was added to the re triangle model to form the re tetrahedron model It depicts self-sustaining combustion with an ample amount of fuel and oxygen chemically interacting As fuel burns it generates radiant heat traveling in all directions Heat directed back onto
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CHAP 8: FIRE SCIENCE BASICS
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the burning substance (radiated feedback) helps to raise more fuel to its ignition temperature and generate more vapors to mix with air and form a combustible mixture Additional oxygen is then drawn (entrainment) into the zone of chemical reaction This addition of oxygen also increases the heat of burning The chemical reaction between the components of the fuel vapors and oxygen is called an oxidation reaction The chemical reaction we know as re continues until all the fuel is consumed, the oxygen in a con ned area is diminished, or heat dissipates beyond the zone of the chemical reaction, causing the temperature of the fuel to drop below its ignition temperature
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HEAT AND TEMPERATURE
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Heat and temperature are two distinct, but closely related, concepts Heat is a measure of the quantity of energy contained in a substance It is the total amount of molecular vibration (energy) in a material Temperature, on the other hand, is the average energy of its molecules Temperature is a measure of how fast molecules are moving within a substance It is an indicator of the level at which the heat energy exists
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Heat Units
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Heat is measured in several ways, discussed brie y below
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BRITISH THERMAL UNIT
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A British thermal unit (BTU) is the amount of heat energy required to raise the temperature of 1 lb of water (measured at 60 F at sea level) by 1 F Common materials that burn store a standard amount of heat energy per pound This information is valuable to re ghters when they are calculating the amount of water required during re extinguishing operations and to re protection engineers when they are designing and installing re extinguishment systems and equipment One BTU is equal to 252 calories (metric heat unit), 396 large calories (kilogram calorie), or 1,055 joules (mechanical heat unit) Below is a list of some common combustibles and their equated latent heat of combustion: Paper Wood Coal Flammable liquid Flammable gas 6,000 BTU/lb 7,000 BTU/lb 12,500 BTU/lb 16,000 21,000 BTU/lb 20,000 23,000 BTU/lb
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CALORIE
A calorie is the amount of heat energy required to raise the temperature of 1 gram of water (measured at 15 degrees Celsius [ C] at sea level) by 1 C One calorie is equivalent to 4184 joules
PART III: REVIEW FOR THE WRITTEN EXAMINATION
JOULE
The joule is the heat energy unit in the International System of Units (SI) It is the amount of heat energy provided by 1 watt owing for 1 second
Temperature Units
Temperature units can be used to compare the difference in heat energy levels between two materials Temperature is measured by monitoring how much an object expands from its size at a given starting point (the freezing point of water, for example) and de ning a unit of measurement (1 degree) All temperatures are then multiples of that de ned unit of measurement
FAHRENHEIT DEGREE
The Fahrenheit (F) degree is named for the German scientist Daniel Gabriel Fahrenheit, who invented the thermometer at the beginning of the eighteenth century There are 180 increment degrees between the temperature of melting ice (32 degrees) and the boiling of water (212 degrees) on the Fahrenheit temperature scale 1 F is equal to 5/9 degrees Celsius To convert (approximately) a temperature on the Fahrenheit scale to the Celsius or Centigrade scale, you rst subtract 32 degrees from the Fahrenheit temperature and then multiply by 5/9 5 C = __ (F 32) 9 For example, if a person s body temperature is 986 F, its temperature in Celsius is 5 C = __ (666) 9 C 37
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