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Heat Engine
如内燃机。
常用释义
词性释义
热机：一种将热能转化为机械或电能的机制，如内燃机。
例句
全部
The
internal
combustion
engine
is a
heat
engine
in
which
the
burning
of
a
fuel
occurs
in
a
confined
space
called
a
combustion
chamber
.
内燃机是一种热机，燃料在其被称为燃烧室的密封空间内燃烧。
The
simplest
heat
engine
,
or
hot
air
engine
,
of
all time would be this
-
- take a box, a
steel
canister
, with a
piston
.
最简单的热机，或是热空气机，由钢铁的缸体和活塞组成。
Concentrating
solar
power devices focus
or
concentrate
the
thermal energy
of
the
sun
to
drive
a
generator
or
heat
engine
.
集中太阳能发电装置集中用太阳的热能，来驱动发电机或热力引擎。
A
refrigerator
may
be
considered
to be a
heat
engine
operated
in
reverse
.
制冷机可视为反向运转的热机。
Specifically
,
we
consider
the
influence
of
the
quantum
coherence
of the
working
substance
on
the
heat
engine
.
具体地说，在本章中我们讨论了热机的工作物质的量子相干性对热机的影响。
Optimizing
the
heat
engine
system
and
transmission
system
,
improve
the
reliability
of
the
engine
.
对热机系统、传动系统进行了优化设计，增强了整机的可靠性。
Cycle
process
,
efficiency
of
heat
engine
,
refrigerator
coefficient
,
Carnot
cycle
,
thermodynamic
second
law
and its
physical
meaning
.
循环过程，热机效率，致冷系数，卡诺循环；热力学第二定律及其物理意义。
This
phenomenal tropical
heat
engine
sends
enormous
clouds
tens
of
kilometers
into
the
atmosphere
.
这个巨大的热力发动机将十几公里的云团送入大气。
The
results
obtained
here
provide
some significant guidance
for
the
optimal
design
and operation
of
practical
heat
-
engine
.
所得结果可对实际热机的优化设计提供理论依据。
That
's
basically
the
most
fundamental
heat
engine
you
could
possibly
have
.
大家能得到的最基本的热机。
Based on
these
data
can
be
calculated
by
the
heat
engine
data
.
根据这些数据可以计算得到发动机的余热数据。
A
diesel engine
can
not
utilize
all
the
chemical energy
of
the
fuel
,
nor
can
any
other
heat
engine
.
柴油机不能利用燃料的全部化学能，任何别的热机也做不到这一点。
According
to the
second
law
of thermodynamics
,
a
heat
engine
can
generate power
from
this
temperature difference
.
根据热力学第二定律，一个热机发电可以从这个温差。
One
kind
of
heat
engine
uses
atomic energy
as
a
source
of
heat
.
有一种热机用原子能作为热源。
Relationship
Between the
Efficiency
of
Heat
Engine
and
Cyclic
Direction
of the
Irreversible
Heat Engine
不可逆热机的热机效率与循环方向的关系
Configuration
Optimization
of
a
Generalized
Irreversible
Carnot
heat
Engine
under
a
General
Heat Transfer
Law
一般传热规律下广义不可逆卡诺热机的构形优化
Performance
Analysis
for a
Combined
Carnot
and
Rankine
Heat
Engine
Cycle
with
Heat
Resistance
,
Heat
Leakage
and
Supplemental
Combustion
具有热阻、热漏和补燃的卡诺和朗肯联合热机循环性能分析
Optimal
Analysis
of
Performance
Characteristics of A
Solar
Driven
Space
Stirling
Heat
Engine
System
太阳能空间斯特林热机性能的优化分析
Influence
of
Thermal
Resistance
and
Regeneration
Loss
on
Performance
of
a
Solar
-
driven
Ericsson
Heat
Engine
热阻和回热损失对太阳能驱动的埃里克森热机性能的影响收藏指正
Ecological
performance
for a
class
of
generalized
irreversible
universal
heat
engine
cycles
一类广义不可逆普适热机循环的生态学性能
The
Influence
of
Heat
Leak
by Generalized
Heat
Transfer Laws
on
Optimal
Performance
of
a
Class
Stirling
Heat
Engine
一种热漏损失对斯特林热机优化性能的影响
Experimental
Research
on the
Performance
of an
Endoreversible
Carnot
Cycle
of
Thermoelectric
Heat
Engine
热电热机内可逆卡诺循环特性的实验研究
The
Fundamental
Optimal
Relation
of
a
Class
Stirling
Heat
Engine
with Generalized
Heat Transfer
Law
一种普适传热规律下斯特林热机的基本优化关系
Analysis
and
Application
of
Flue Gas
Control
System
of the
Coal
-
burning
Boilers
in the
Heat
-
engine
Plant
火电厂燃煤锅炉烟气处理系统分析及应用
Research
on the
Application
and
the
Prospect
of
Neural
Network
Technology
in
the
Heat
-
engine
Plant
神经网络技术在火电厂的应用研究及前景
Local
Stability
Analysis for
Optimal
Performance
of
an
Irreversible
Carnot
Heat
Engine
不可逆Carnot热机优化性能的局域稳定性
Performance
analysis
for
irreversible
combined
heat
engine
cycle
with
supplemental
combustion
补燃型不可逆联合循环热机的性能分析
Study
and
Application
of Low Alloy
Cast Steel
Using
in
the
Heat
-
engine
Plant
Mill
Liner
耐磨铸钢在火电厂磨机衬板上的应用研究
Optimization
on the
Performance
of an
Irreversible
Harmonic
Brayton
Heat
Engine
不可逆谐振子系统布雷顿热机循环性能优化
Fume
Desulfuration
and
Sulfate
Recovery
Techniques by
Ammonia
Absorption
Process
for
Large Sized
Heat
Engine
Plants
in Guizhou
大型火电厂烟气氨法脱硫与回收