C4.3
問題一覧
1
Starting Air Distributor
2
The shorter the lead, the higher the pressure potential
3
navigation
4
Maintain high feed water temperature
5
increase the heater steam supply
6
Turbulence
7
high pressure discharge
8
connecting rod or piston rod
9
crankshaft
10
Pressure and temperature increase
11
corrosion
12
soot insulates the boiler heating surfaces
13
Takes the pump off stroke when the desired rudder angle is attained
14
Dirty fuel
15
The fuel metering will vary
16
solid material and all types of liquid waste
17
cavitation
18
decrease boiler efficiency
19
Priming with increased salinity of distillate
20
To protect the pump from high discharge pressure
21
Overload
22
The nozzle will overheat
23
Air cooler
24
Burner cone
25
Because of the intermediate shaft weight
26
Propeller unbalance
27
The specific gravity increases
28
Three times a day
29
using the continuous blowdown
30
outside the tubes
31
with metering type cylinder lubricators
32
constant running of the compressor
33
combustion in that cylinder
34
To shield the flame from the incoming air blast while allowing mixing of fuel and air
35
Gear pump
36
the concentration of oil vapours in the crankcase
37
2-stroke engine
38
furnace
39
Sercvice tank
40
neutral
41
Check the cylinder exhaust temperature frequently,
42
they are self-priming and produce high suction lift
43
level of heat intensity
44
Tail shaft
45
Insufficient refrigerant in the system
46
Evaporator
47
system has been drained and filled with new oil
48
superheated steam
49
against the crosshead during the power and compression strokes
50
fuel injectors may be damaged by foreign particles in the fuel oil
51
A dummy piston and cylinder at the turbine inlet end
52
Serves to mix the air evenly with the fuel
53
pump cavitations
54
Provide wide range of combustion
55
carbon accumulation on the nozzles
56
That there is an overloading of cylinder
57
prevent overheating and vapour bound conditions
58
Carbon deposits will build up in the surfaces
59
Improper vacuum regulation
60
free surface effect
61
accumulating oily substance
62
Check the setting of temperature controller
63
moisture formation from condensation
64
steady boiler load
65
Heat
66
a stoppage of condenser cooling water flow
67
heating of the air leaving the cylinders
68
introduce a control for maintaining constant steam pressure regardless of boiler load
69
increase compressor efficiency
70
expand
71
grams per horsepower per hour
72
Fuel oil return valve
73
outside the space concerned
74
control air system
75
viscosity
76
support and seal the propeller shaft
77
spring force
78
upside down Strainer needs cleaning
79
gums, varnishes, and acids
80
shift pump suction to an alternate settling tank
81
To prevent solid particles from entering the pump
82
the full breaking strength of the mooring line
83
Off-line washing
84
Fail to work but the compressor having no load will start with little or no difficulty
85
injector nozzles
86
fluidity of the lubricant
87
means of heating the feedwater
88
hold the nozzle of the stage and admit steam to moving blades
89
Pressure switch
90
Swift start up, no warm up or idling period is required
91
The steam expands in volume
92
air vent valve open and clear
93
Small, high speed
94
It compares the bridge signal to the actual rudder angle through the follow up gear
95
Secure the boiler fires
96
feed water vapor pressure
97
equal to atmospheric pressure
98
Sulphur
99
Improper vacuum
100
erratic rudder response
competence 16
competence 16
martin julius banawan · 4回閲覧 · 100問 · 2年前competence 16
competence 16
4回閲覧 • 100問 • 2年前competence 16.2
competence 16.2
martin julius banawan · 50問 · 2年前competence 16.2
competence 16.2
50問 • 2年前Competence 4.1
Competence 4.1
martin julius banawan · 100問 · 2年前Competence 4.1
Competence 4.1
100問 • 2年前competence 4.2
competence 4.2
martin julius banawan · 100問 · 2年前competence 4.2
competence 4.2
100問 • 2年前C4.4
C4.4
martin julius banawan · 100問 · 2年前C4.4
C4.4
100問 • 2年前C4.5
C4.5
martin julius banawan · 8問 · 2年前C4.5
C4.5
8問 • 2年前問題一覧
1
Starting Air Distributor
2
The shorter the lead, the higher the pressure potential
3
navigation
4
Maintain high feed water temperature
5
increase the heater steam supply
6
Turbulence
7
high pressure discharge
8
connecting rod or piston rod
9
crankshaft
10
Pressure and temperature increase
11
corrosion
12
soot insulates the boiler heating surfaces
13
Takes the pump off stroke when the desired rudder angle is attained
14
Dirty fuel
15
The fuel metering will vary
16
solid material and all types of liquid waste
17
cavitation
18
decrease boiler efficiency
19
Priming with increased salinity of distillate
20
To protect the pump from high discharge pressure
21
Overload
22
The nozzle will overheat
23
Air cooler
24
Burner cone
25
Because of the intermediate shaft weight
26
Propeller unbalance
27
The specific gravity increases
28
Three times a day
29
using the continuous blowdown
30
outside the tubes
31
with metering type cylinder lubricators
32
constant running of the compressor
33
combustion in that cylinder
34
To shield the flame from the incoming air blast while allowing mixing of fuel and air
35
Gear pump
36
the concentration of oil vapours in the crankcase
37
2-stroke engine
38
furnace
39
Sercvice tank
40
neutral
41
Check the cylinder exhaust temperature frequently,
42
they are self-priming and produce high suction lift
43
level of heat intensity
44
Tail shaft
45
Insufficient refrigerant in the system
46
Evaporator
47
system has been drained and filled with new oil
48
superheated steam
49
against the crosshead during the power and compression strokes
50
fuel injectors may be damaged by foreign particles in the fuel oil
51
A dummy piston and cylinder at the turbine inlet end
52
Serves to mix the air evenly with the fuel
53
pump cavitations
54
Provide wide range of combustion
55
carbon accumulation on the nozzles
56
That there is an overloading of cylinder
57
prevent overheating and vapour bound conditions
58
Carbon deposits will build up in the surfaces
59
Improper vacuum regulation
60
free surface effect
61
accumulating oily substance
62
Check the setting of temperature controller
63
moisture formation from condensation
64
steady boiler load
65
Heat
66
a stoppage of condenser cooling water flow
67
heating of the air leaving the cylinders
68
introduce a control for maintaining constant steam pressure regardless of boiler load
69
increase compressor efficiency
70
expand
71
grams per horsepower per hour
72
Fuel oil return valve
73
outside the space concerned
74
control air system
75
viscosity
76
support and seal the propeller shaft
77
spring force
78
upside down Strainer needs cleaning
79
gums, varnishes, and acids
80
shift pump suction to an alternate settling tank
81
To prevent solid particles from entering the pump
82
the full breaking strength of the mooring line
83
Off-line washing
84
Fail to work but the compressor having no load will start with little or no difficulty
85
injector nozzles
86
fluidity of the lubricant
87
means of heating the feedwater
88
hold the nozzle of the stage and admit steam to moving blades
89
Pressure switch
90
Swift start up, no warm up or idling period is required
91
The steam expands in volume
92
air vent valve open and clear
93
Small, high speed
94
It compares the bridge signal to the actual rudder angle through the follow up gear
95
Secure the boiler fires
96
feed water vapor pressure
97
equal to atmospheric pressure
98
Sulphur
99
Improper vacuum
100
erratic rudder response