Let me ask you some more questions
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1. The function of the superheater is to heat the ( ) from the steam drum into ( ) 2. According to the heat transfer mode, the superheater can be roughly divided into ( ), ( ), and semi-radiant superheater. 3. The function of the economizer is to use the waste heat of the boiler ( ) to heat the boiler feed water. 4. Among the various heat losses of the boiler, ( ) is the largest one. 5. There are two main ways of boiler steam-water circulation, namely ( ) and ( ). This post was last edited by bobo315 at 2009-3-4 08:50 ]
1. The function of the superheater is to heat the (saturated steam) from the steam drum into (superheated steam). 2. According to the heat transfer mode, superheaters can be roughly divided into (convective superheaters), (radiant superheaters), and semi-radiant superheaters. 3. The function of the economizer is to use the waste heat of the boiler (flue gas) to heat the boiler feed water. 4. Among the various heat losses of the boiler (exhaust heat loss) is the largest one. 5. There are two main ways of boiler steam-water circulation, namely (natural circulation) and (forced circulation).
1. Saturated steam, superheated steam 2. Convection superheater radiant superheater 3. Boiler tail flue gas 4. Exhaust flue heat loss 5. Natural circulation, forced circulation
1. The function of the superheater is to heat the (saturated steam) from the steam drum into (equipment of superheated steam with a certain temperature) 2. According to the heat transfer method, the superheater can be roughly divided into (convective superheater), (radiant superheater), and semi-radiant superheater. 3. The function of the economizer is to use the waste heat of the boiler (the flue gas at the end of the boiler) to heat the boiler feed water. 4. Among the various heat losses of the boiler (exhaust heat loss) is the largest one. 5. There are two main ways of boiler steam-water circulation, namely (natural circulation) and (forced circulation).
1. The function of the superheater is to heat the (saturated steam) from the steam drum into (superheated steam). 2. According to the heat transfer mode, the superheater can be roughly divided into (convection type), (radiation type), and semi-radiation type superheater. 3. The function of the economizer is to use the waste heat of the boiler (flue gas) to heat the boiler feed water. 4. Among the various heat losses of the boiler (exhaust heat loss) is the largest one. 5. There are two main ways of boiler steam-water circulation, namely (natural circulation) and (forced circulation).
1. Saturated steam, superheated steam 2. Convection superheater radiant superheater 3. Boiler tail flue gas 4. Exhaust flue heat loss 5. Natural circulation, forced circulation
1. The function of the superheater is to heat the (saturated steam) from the steam drum into (superheated steam). 2. According to the heat transfer mode, superheaters can be roughly divided into (convective superheaters), (radiant superheaters), and semi-radiant superheaters. 3. The function of the economizer is to use the waste heat of the boiler (flue gas) to heat the boiler feed water. 4. Among the various heat losses of the boiler (exhaust heat loss) is the largest one. 5. There are two main ways of boiler steam-water circulation, namely (natural circulation) and (forced circulation).
1. The function of the superheater is to heat the (saturated steam) from the steam drum into (superheated steam). 2. According to the heat transfer mode, the superheater can be roughly divided into (convective), (radiant), and semi-radiant superheaters. 3. The function of the economizer is to use the waste heat of the boiler (tail flue gas) to heat the boiler feed water. 4. Among the various heat losses of the boiler (exhaust heat loss) is the largest one. 5. There are two main ways of boiler steam-water circulation, namely (natural circulation) and (forced circulation).
1. The function of the superheater is to heat the (saturated steam) from the steam drum into (superheated steam) 2. According to the heat transfer mode, the superheater can be roughly divided into (radiant), (convection), and semi-radiant superheater. 3. The function of the economizer is to use the waste heat of the boiler (tail flue gas) to heat the boiler feed water. 4. Among the various heat losses of the boiler (exhaust heat loss) is the largest one. 5. There are two main ways of boiler steam-water circulation, namely (natural circulation) and (forced circulation).
1. The function of the superheater is to heat the (saturated steam) from the steam drum into (superheated steam). 2. According to the heat transfer mode, superheaters can be roughly divided into (convective superheaters), (radiant superheaters), and semi-radiant superheaters. 3. The function of the economizer is to use the waste heat of the boiler (flue gas) to heat the boiler feed water. 4. Among the various heat losses of the boiler (exhaust heat loss) is the largest one. 5. There are two main ways of boiler steam-water circulation, namely (natural circulation) and (forced circulation).
1. The function of the superheater is to heat the (saturated steam) from the steam drum into (superheated steam) 2. According to the heat transfer method, the superheater can be roughly divided into (convective superheater), (radiant superheater), and semi-radiant superheater. 3. The function of the economizer is to use the waste heat of the boiler (tail flue gas) to heat the boiler feed water. 4. Among the various heat losses of the boiler (smoke loss) is the largest one. 5. There are two main ways of boiler steam-water circulation, namely (natural circulation) and (forced circulation).
1. The function of the superheater is to heat the (saturated steam) from the steam drum into (superheated steam). 2. According to the heat transfer mode, superheaters can be roughly divided into (convective superheaters), (radiant superheaters), and semi-radiant superheaters. 3. The function of the economizer is to use the waste heat of the boiler (flue gas) to heat the boiler feed water. 4. Among the various heat losses of the boiler (exhaust heat loss) is the largest one. 5. There are two main ways of boiler steam-water circulation, namely (natural circulation) and (forced circulation).
1. The function of the superheater is to heat the (saturated steam) from the steam drum into (superheated steam). 2. According to the heat transfer mode, superheaters can be roughly divided into (convective superheaters), (radiant superheaters), and semi-radiant superheaters. 3. The function of the economizer is to use the waste heat of the boiler (flue gas) to heat the boiler feed water. 4. Among the various heat losses of the boiler (exhaust heat loss) is the largest one. 5. There are two main ways of boiler steam-water circulation, namely (natural circulation) and (forced circulation).
1. The function of the superheater is to heat the (saturated steam) from the steam drum into (superheated steam). 2. According to the heat transfer mode, superheaters can be roughly divided into (convective superheaters), (radiant superheaters), and semi-radiant superheaters. 3. The function of the economizer is to use the waste heat of the boiler (flue gas) to heat the boiler feed water. 4. Among the various heat losses of the boiler (exhaust heat loss) is the largest one. 5. There are two main ways of boiler steam-water circulation, namely (natural circulation) and (forced circulation).
1. Saturated steam, superheated steam 2. Convection superheater radiant superheater 3. Flue gas 4. Exhaust heat loss 5. Natural circulation, forced circulation
1. The function of the superheater is to heat the (saturated steam) from the steam drum into (superheated steam) 2. According to the heat transfer method, the superheater can be roughly divided into (convection), (radiation), and semi-radiation superheater. 3. The function of the economizer is to use the waste heat of the boiler (flue gas) to heat the boiler feed water. 4. Among the various heat losses of the boiler (slagging heat loss) is the largest one. 5. There are two main ways of boiler steam-water circulation, namely (natural circulation) and (forced circulation).
Prawn, do you have a complete set of boilers?* I want to use the question set, could you please send me a copy? QQ number 438591907
1. The function of the superheater is to heat the saturated steam from the steam drum into superheated steam; 2. According to the heat transfer mode, the superheater can be roughly divided into convection type, radiant type and semi-radiant type superheater. 3. The function of the economizer is to use the waste heat of the boiler flue gas to heat the boiler feed water. 4. Among the various heat losses of the boiler, the exhaust heat loss is the largest one. 5. There are two main ways of boiler steam-water circulation, namely natural circulation and forced circulation.
1. The function of the superheater is to heat the (saturated steam) from the steam drum into (superheated steam). 2. According to the heat transfer mode, superheaters can be roughly divided into (convective superheaters), (radiant superheaters), and semi-radiant superheaters. 3. The function of the economizer is to use the waste heat of the boiler (the flue gas at the end of the boiler) to heat the boiler feed water. 4. Among the various heat losses of the boiler (exhaust heat loss) is the largest one. 5. There are two main ways of boiler steam-water circulation, namely (natural circulation) and (forced circulation).
1. The function of the superheater is to heat the (saturated steam) from the steam drum into (superheated steam). 2. According to the heat transfer mode, superheaters can be roughly divided into (convective superheaters), (radiant superheaters), and semi-radiant superheaters. 3. The function of the economizer is to use the waste heat of the boiler (flue gas) to heat the boiler feed water. 4. Among the various heat losses of the boiler (exhaust heat loss) is the largest one. 5. There are two main ways of boiler steam-water circulation, namely (natural circulation) and (forced circulation).
Now announce the answer: 1. The function of the superheater is to heat the (saturated steam) from the steam drum into (superheated steam). 2. According to the heat transfer mode, superheaters can be roughly divided into (convective superheaters), (radiant superheaters), and semi-radiant superheaters. 3. The function of the economizer is to use the waste heat of the boiler (the flue gas at the end of the boiler) to heat the boiler feed water. 4. Among the various heat losses of the boiler (exhaust heat loss) is the largest one. 5. There are two main ways of boiler steam-water circulation, namely (natural circulation) and (forced circulation).