英语动词SUPERHEAT的变化形式
PRESENT
Present
I superheat
you superheat
he/she/it superheats
we superheat
you superheat
they superheat
Present continuous
I am superheating
you are superheating
he/she/it is superheating
we are superheating
you are superheating
they are superheating
Present perfect
I have superheated
you have superheated
he/she/it has superheated
we have superheated
you have superheated
they have superheated
Present perfect continuous
I have been superheating
you have been superheating
he/she/it has been superheating
we have been superheating
you have been superheating
they have been superheating
PAST
Past
I superheated
you superheated
he/she/it superheated
we superheated
you superheated
they superheated
Past continuous
I was superheating
you were superheating
he/she/it was superheating
we were superheating
you were superheating
they were superheating
Past perfect
I had superheated
you had superheated
he/she/it had superheated
we had superheated
you had superheated
they had superheated
Past perfect continuous
I had been superheating
you had been superheating
he/she/it had been superheating
we had been superheating
you had been superheating
they had been superheating
FUTURE
Future
I will superheat
you will superheat
he/she/it will superheat
we will superheat
you will superheat
they will superheat
Future continuous
I will be superheating
you will be superheating
he/she/it will be superheating
we will be superheating
you will be superheating
they will be superheating
Future perfect
I will have superheated
you will have superheated
he/she/it will have superheated
we will have superheated
you will have superheated
they will have superheated
Future perfect continuous
I will have been superheating
you will have been superheating
he/she/it will have been superheating
we will have been superheating
you will have been superheating
they will have been superheating
CONDITIONAL
Conditional
I would superheat
you would superheat
he/she/it would superheat
we would superheat
you would superheat
they would superheat
Conditional continuous
I would be superheating
you would be superheating
he/she/it would be superheating
we would be superheating
you would be superheating
they would be superheating
Conditional perfect
I would have superheat
you would have superheat
he/she/it would have superheat
we would have superheat
you would have superheat
they would have superheat
Conditional perfect continuous
I would have been superheating
you would have been superheating
he/she/it would have been superheating
we would have been superheating
you would have been superheating
they would have been superheating
IMPERATIVE
Imperative
you superheat
we let´s superheat
you superheat
NONFINITE VERB FORMS
Past participle
superheated
Present Participle
superheating
与 «SUPERHEAT»相关的英语书籍
在以下的参考文献中发现
superheat的用法。与
superheat相关的书籍以及同一来源的简短摘要提供其在 英语文献中的使用情境。
1
Refrigeration and Air Conditioning Technology
In this example, the controller saw a large error between the evaporator
superheat set point and the actual evaporator superheat and compensated for it
with a large valve movement. A typical programmed algorithm for a proportional
controller ...
Bill Whitman, Bill Johnson, John Tomczyk, 2012
2
Basic Refrigeration and Air Conditioning
Generally, TEVs come adjusted from the manufacturer for a superheat of around
4.4 to 5.5°C (8 to 10°F). An expansion valve should never be adjusted in the field
until it is ensured that all other parts of the plant are working satisfactorily.
P. N. Ananthanarayanan, 2013
3
Today's Technician: Automotive Heating & Air Conditioning
If the ambient air temperature is 75 °F–85 °F (23.89 °C–29.44 °C), the superheat
should be 12 °F–15 °F (–11.11 °C to –9.44 °C). If the ambient air temperature is
above 85 °F (29.44 °C), the superheat should be 8 °F–12 °F (–13.33 °C to ...
4
Disinfection, Sterilization, and Preservation
First, the degree of superheat, often called simply superheat, is the temperature
excess above the temperature of saturated steam at the same pressure. For
example, if the pressure is 29.825 pounds per square inch absolute (psia) and
the ...
Seymour Stanton Block, 2001
5
Compressors and Their Systems: 7th International Conference
comparing costs associated with changing a system parameter such as
superheat or oil temperature with the resultant cost effects of a change in
compressor efficiency. In Section 2 of this paper, the experimental determination
of the effects of ...
IMechE (Institution of Mechanical Engineers), 2001
6
Convective Flow Boiling
Figure 6 shows a plot of the heat transfer coefficient on the aluminum test section
surface plotted as a function of wall superheat for Re of 3801 and S068. For low
values of wall superheat, the heat transfer coefficient is almost constant at its ...
This is proved by Evans (1951), who found that when plotted as a function of
superheat (the casting temperature minus the liquidus), the phosphorus addition
hardly affects the fluidity (Figure 3.11b). Casting temperature/°C 1300 1400
Fluidity ...
8
Commercial Refrigeration: For Air Conditioning Technicians
The primary job of a thermostatic expansion valve (TEV) is to maintain superheat.
In so doing, the TEV provides the proper amount of refrigerant to the evaporator;
at the same time it protects the compressor from floodback. Thermostatic ...
9
Lees' Loss Prevention in the Process Industries: Hazard ...
17.29.7 Liquid superheat limit The energy of the explosion which is part of the
BLEVE event depends on the conditions in the vessel. In particular, under certain
conditions, explosive flashing of the superheated liquid can occur, giving a large
...
10
Refrigeration and Air Conditioning
4.3 Refrigeration efficiency As explained earlier the difference between the
Carnot cycle and the vapour- compression cycle arises through the presence of
superheat horn and irreversible throttling process. To understand the relative ...
包含词语«SUPERHEAT»的新条目
找出国内和国际出版社所讨论的内容，以及词语
superheat在以下新条目的上下文中是如何使用的。
“Nanoflares” superheat sun's corona
A NASA sounding rocket examined light from the sun in the area shown by the white line (imposed over an image of the sun from NASA's Solar Dynamics ... «R & D Magazine, 五月 15»
Ice Breaker: What is Superheat?
The term superheat generally is used to describe the state of a refrigerant. Refrigerant in its vapor state is said to be superheated because it is at a temperature ... «ACHR NEWS, 三月 15»
The Professor: Wireless Superheat and Subcooling Checks
Superheat and subcooling are among the most important calculations an HVACR ... digital, wireless technologies available for measuring system superheat and ... «ACHR NEWS, 二月 15»
World's Largest 110000 lb/hr High Pressure Superheat Mobile …
Currently being manufactured by Babcock & Wilcox (West Point, MS), this package watertube boiler is designed at 750 psig, 750F superheat and is the largest ... «PR Newswire, 一月 15»
Checking The Charge Without Gauges
On this system equipped with a TXV, the suction line temperature should be measured at the outlet of the evaporator, and 8 degrees to 12 degrees of superheat ... «ACHR NEWS, 十月 14»
Tech Page: Superheat And Subcooling
Any additional heat that the refrigerant picks up toward the end of the coil is superheat. Upon leaving the evaporator, the desired refrigerant state in the suction ... «ACHR NEWS, 十月 14»
Charging Methods for Metering Devices
An air conditioning unit with a thermostatic expansion valve (TXV) is charged to the subcooling of the liquid line leaving the condenser because the superheat is ... «ACHR NEWS, 十月 14»
Electric Expansion Valve Control
The key to the increase in efficiency is due to their ability to control superheat to a low, stable setting. Since many chillers use almost infinitely variable screw ... «ACHR NEWS, 十月 14»
Refrigerant Pressures, States, And Conditions
Superheated condition: Superheat always refers to a vapor. A superheated vapor is any vapor above its saturation temperature for a given pressure. In order for ... «ACHR NEWS, 十月 14»
The Symptoms Of Refrigerant Overcharge
Normal evaporator superheats: The TXV will try to maintain superheat even at an excessive overcharge. As mentioned above, the TXV may overfeed slightly ... «ACHR NEWS, 十月 14»
