C4.4
問題一覧
1
Evaporator
2
the marine shaft or propeller shaft
3
prevent the formation of air pockets
4
water in the fuel oil supply
5
The compactness of gas turbine machinery can be exploited to create extra accomodation
6
provide wide range of combustion
7
lowering the pressure of the refrigerant
8
Torque
9
it is an indication of the amount of noncombustble material present in the oil
10
distortion of the spray pattern
11
be returning the main pump variable stroke device gradually to neutral stroke just as rudder is achieving command angle
12
The device should be set to relieve at a pressure not more than 40 percent in excess of the maximum firing pressure
13
mixing chamber
14
Filter
15
using an extended lip formed on one half of the ring and using the upper casing half to trap the lip when the casing is reassembled
16
strength
17
an electromagnet
18
lantern ring
19
Dead band
20
turbocharger
21
Stationary air foil or bladed cone
22
It decreases
23
peeling or spalling of the brickwork
24
decrease to where the pump no longer develops flow
25
7.5 mm of Hg
26
removing all but the frictional load during starting
27
Electric siren
28
Zinc
29
The lubricant will carbonize and its lubricating ability will be reduced
30
close off the discharge valve, and watch for a rise in pressure
31
Pre-heating
32
To clear the furnace of any explosive gases
33
  at rated engine RPM
34
defective intake valves
35
be at least one size larger than the pump suction connection
36
check the shaft and impeller assembly on centers to see if the ring surfaces are true
37
fuel lines
38
oil impingement in the furnace walls
39
Adhesion
40
To purge the furnace
41
the angularity of the connecting rod against the crosshead during the power stroke
42
compressor
43
quality of water produced
44
horizontal run of drain line from the lowest point at the outlet of the heat exchanger
45
pulling out and clean with chemical
46
Vane
47
Distillate cooler
48
7 knots
49
bent shaft
50
breather or by means of a slight suction not exceeding 1" of water
51
piston stroke needed to complete a combustion cycle
52
engine exhaust gases
53
compressor
54
More fuel, less air
55
remove the compression load as the compressor comes up to speed during starting
56
heating to allow sediments and water to settle down
57
28 hp
58
After the receiver in the liquid line
59
frequently starting and stopping
60
flows through the cylinder liner jackets
61
Due to intermediate shaft weight
62
Hydraulic cylinder
63
failure to start
64
Lowest ring
65
decrease pump cavitation
66
Early detonation and loss of power
67
a corresponding slowing or increasing of the pumped flow rate
68
red on the detachable link and white on each link to either side of the detachable link
69
malfunctioning of steam traps in the atomizing steam
70
allow for economical replacement of worn internal pump components during regular overhaul maintenance
71
improved atomization
72
the superheat of the refrigerant in the tail coil
73
the size of the holes in the fuel nozzle
74
remain locked in its last position
75
heating of the air leaving the cylinders
76
fluid film covers the surfaces reducing the heat transfer
77
Maintain high feed water temperature
78
Tail shaft
79
improve combustion
80
impart swirling motion of the oil for efficient combustion
81
NPSH increases
82
inform bridge immediately
83
Condensing the refrigerant in the system condenser
84
key
85
adjustments are not required
86
Air-bound fuel system
87
prevent the pump from overheating when operating at shutoff head
88
Vane
89
producing a smoother discharge flow
90
insufficient venting
91
the portion of liquid refrigerant which does not flash
92
Preheat cylinders and pistons turn engine turn cylinder lubricators
93
Compressor washing
94
Tightness of flared tube end
95
At the compressor discharge.
96
an accurate set of feeler gages
97
gland seal leak off line is obstructed
98
served by two feeder circuits
99
By breaking fuel oil into a fine spray
100
compression set or wear
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C4.3
C4.3
martin julius banawan · 100問 · 2年前C4.3
C4.3
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
Evaporator
2
the marine shaft or propeller shaft
3
prevent the formation of air pockets
4
water in the fuel oil supply
5
The compactness of gas turbine machinery can be exploited to create extra accomodation
6
provide wide range of combustion
7
lowering the pressure of the refrigerant
8
Torque
9
it is an indication of the amount of noncombustble material present in the oil
10
distortion of the spray pattern
11
be returning the main pump variable stroke device gradually to neutral stroke just as rudder is achieving command angle
12
The device should be set to relieve at a pressure not more than 40 percent in excess of the maximum firing pressure
13
mixing chamber
14
Filter
15
using an extended lip formed on one half of the ring and using the upper casing half to trap the lip when the casing is reassembled
16
strength
17
an electromagnet
18
lantern ring
19
Dead band
20
turbocharger
21
Stationary air foil or bladed cone
22
It decreases
23
peeling or spalling of the brickwork
24
decrease to where the pump no longer develops flow
25
7.5 mm of Hg
26
removing all but the frictional load during starting
27
Electric siren
28
Zinc
29
The lubricant will carbonize and its lubricating ability will be reduced
30
close off the discharge valve, and watch for a rise in pressure
31
Pre-heating
32
To clear the furnace of any explosive gases
33
  at rated engine RPM
34
defective intake valves
35
be at least one size larger than the pump suction connection
36
check the shaft and impeller assembly on centers to see if the ring surfaces are true
37
fuel lines
38
oil impingement in the furnace walls
39
Adhesion
40
To purge the furnace
41
the angularity of the connecting rod against the crosshead during the power stroke
42
compressor
43
quality of water produced
44
horizontal run of drain line from the lowest point at the outlet of the heat exchanger
45
pulling out and clean with chemical
46
Vane
47
Distillate cooler
48
7 knots
49
bent shaft
50
breather or by means of a slight suction not exceeding 1" of water
51
piston stroke needed to complete a combustion cycle
52
engine exhaust gases
53
compressor
54
More fuel, less air
55
remove the compression load as the compressor comes up to speed during starting
56
heating to allow sediments and water to settle down
57
28 hp
58
After the receiver in the liquid line
59
frequently starting and stopping
60
flows through the cylinder liner jackets
61
Due to intermediate shaft weight
62
Hydraulic cylinder
63
failure to start
64
Lowest ring
65
decrease pump cavitation
66
Early detonation and loss of power
67
a corresponding slowing or increasing of the pumped flow rate
68
red on the detachable link and white on each link to either side of the detachable link
69
malfunctioning of steam traps in the atomizing steam
70
allow for economical replacement of worn internal pump components during regular overhaul maintenance
71
improved atomization
72
the superheat of the refrigerant in the tail coil
73
the size of the holes in the fuel nozzle
74
remain locked in its last position
75
heating of the air leaving the cylinders
76
fluid film covers the surfaces reducing the heat transfer
77
Maintain high feed water temperature
78
Tail shaft
79
improve combustion
80
impart swirling motion of the oil for efficient combustion
81
NPSH increases
82
inform bridge immediately
83
Condensing the refrigerant in the system condenser
84
key
85
adjustments are not required
86
Air-bound fuel system
87
prevent the pump from overheating when operating at shutoff head
88
Vane
89
producing a smoother discharge flow
90
insufficient venting
91
the portion of liquid refrigerant which does not flash
92
Preheat cylinders and pistons turn engine turn cylinder lubricators
93
Compressor washing
94
Tightness of flared tube end
95
At the compressor discharge.
96
an accurate set of feeler gages
97
gland seal leak off line is obstructed
98
served by two feeder circuits
99
By breaking fuel oil into a fine spray
100
compression set or wear