DOE EERE Research Reports: Site Map

DOE EERE Research Reports

Key Word Index


This index provides a listing of key words for the DOE EERE Research Reports On-Line Database. There is a separate web page for each report in this database, and each web page includes an abstract of the publication and a list of key words identified in the abstract. This index contains a tabulation of those key words with links to all of the web pages that used them.


The keywords are listed alphabetically in the table below. Each key word provides a link to a listing of titles for all reports associated with that key word. Clicking on any of the titles links to the corresponding web page. For the most part, hyphens, "-", have been omitted from keyword phrases and singular forms of nours have been used.


Shortcut links are provided for branching to the top or bottom of the key word index or to the list of key words beginning with any letter of the alphabet (note that some letters (e.g. "Q") do not have any key words associated with them and clicking on these links has no effect.


Links to alphabetical listing of keywords:
Top | A | B | C | D | E | F | G | H | I | J | K | L | M | N | O | P | Q | R | S | T | U | V | W | X | Y | Z | Bottom
 
A ABSIM
ABSORB
absorbent concentration
absorber
absorption
absorption chiller
absorption chiller-heater
absorption cycle
absorption fluid properties
absorption heat pump
absorption model
absorption modeling
accelerated life test
ACES
active desiccant
active desiccant module
add on heat pump
additive
adjustable speed drive
ADM
adsorption
adsorption cooling
adsorption heat pump
advanced appliance
advanced insulation
advanced microturbine system
air conditioner
air conditioning
air cooled absorption chiller
air cycle
air pollution
air quality impact
air to air heat pump
air to water heat exchanger
alternative refrigerant
ammonia/water
AMTS
analytical model
ancillary benefit
ancillary service
annual cycle energy system
annual energy consumption
annual performance
annual performance factor
APF
appliance
appliance insulation
ASHRAE Standard 152P
ASHRAE Standard 62
atmospheric lifetime
automatic defrost
automobile air conditioning
Go to Top | Bottom
 
B back pressure
back pressure steam turbine
BCHP
bi-radiant oven
binary mixture
blower
blowing agent
boiler population
bore field design
borehole
Braun linear engine
Brayton cycle
Brayton cycle heat pump
brazed plate heat exchanger
building technology
burner
Go to Top | Bottom
 
C capacity modulation
carbon monoxide
Carnahan-Starling-DeSantis
case study
CCHP
central air conditioner
central heating equipment
centrifugal chiller
CFC
CFC alternatives
CFC-11
CFC-113
CFC-12
charge inventory
chemical heat pipe
chlorofluorocarbon
CHP
CHP installed cost
chromate
circulating fan
CO
coal fired
coal fired power plant
coefficient of performance
cogeneration
cogeneration hot water distribution
cogeneration system cost
cogeneration system failure
college
combination appliance
combined appliance
combined cooling heating and power
combined heat and power
commercial appliance
commercial boiler
commercial building
commercial HVAC
commercial industrial boiler
commercial refrigeration
commercial sector
commercial water heater
composition shift
compressor
compressor map
compressor model
compressor performance
computational fluid dynamics
computer model
condensation
condenser modeling
condensing steam turbine
continuously variable-speed
conversion cost
cooling capacity
cooling heating and power
cooling seasonal performance
cooling water impact
COP
COP meter
corrosion
corrosion inhibitor
cost allocation
cost optimization
cost saving
coupled systems
crawl space heat pump
Cromer cycle
cryogenic
CSD
CYCLE-Z
cycling loss
cylinder heat transfer
Go to Top | Bottom
 
D data acquisition
data analysis
DCC
DE
DEAC
decentralized small cogeneration
dedicated outdoor air system
deemed energy saving
defrosting loss
dehumidification
dehumidifier
dehumidify
demand charges
demand reduction
demand saving
demand side conservation
demand side management
density
Department of Energy
der
deregulation
desiccant
desiccant dehumidification
desiccant dehumidifier
desiccant enhanced air conditioner
desiccant loading
desiccant wheel speed
design method
design model
design software
design tool
desuperheater
DG
DHW
diagnostic
diaphragm coupled compressor
dimethylether
direct expansion ground coil
direct fired desiccant
distillation column
distributed energy
distributed energy reference designs
distributed energy resource
distributed generation
distribution system
distribution system efficiency
distribution system losses
district cooling
district energy
district energy system
district heating
DME
DOAS
DOE
domestic hot water
domestic hot water distribution
double effect absorption chiller
dual loop
dual stroke compressor
duct efficiency
duct insulation
durability test
DXGC
dynamic loss
Go to Top | Bottom
 
E E-125
E-143a
earth coupled heat pump
ECM
economic analysis
economic assessment
economic comparison
economic evaluation
economic growth
economics
EER
efficiency
ejector heat pump
electric air conditioner
electric chiller
electric demand
electric generation
electric grid
electric heat pump
electric load leveling
electric power
electric power plant
electric reliability
electric utility
electric water heater
electrical demand
electricity deregulation
electricity generation
electricity only
electricity prices
electronically modulated motor
emissions
end user conservation
endurance testing
energy conservation
energy consumption
energy consumption database
energy efficiency
energy efficiency ratio
energy efficient appliance
energy resource
energy saving
energy saving potential
energy savings performance contract
energy storage
energy use
enery efficiency
engine driven heat pump
enhanced heat transfer
entering water temperature
enthalpy
enthalpy wheel
entropy
environmental impact
environmental regulation
EPRI
equation of state
equipment cost data base
ESCO
ESPC
ETFE
ethyltetrahydro furfuryl
evacuated panel insulation
evaporation
evaporative cooling
exhaust fired
expansion device
external heat system
Go to Top | Bottom
 
F falling film
fan coil
fan efficiency
feedbach mechanisms
field data acquisition
field test
filter replacement
financial incentive
flammable refrigerant
floating head pressure
flow boiling
fluid heating
fluid properties
fluidyne
forced air cooling
forced air distribution
forced air heating
forced convection
forced ventilation
Fort Polk
four effect absorption chiller
four effect chiller
FPSE
free piston Stirling engine
freezer
frosting loss
frostless heat pump
fuel cell
fuel cell/gas turbine hybrid
fuel conservation
Go to Top | Bottom
 
G gadolinium
gas fired heat pump
gas fired water heater
gas heat pump
gas spring
gas turbine
GAX
GCHP
generator
generator absorber heat exchange
geothermal heat pump
GHP
global warming
global warming potential
greenhouse gas
ground coil
ground coil design
ground coupled heat pump
ground heat exchanger
ground water
ground water heat pump
GTI
GWP
Go to Top | Bottom
 
H HAHP
halon
harvest scheme
HCFC
HCFC-123
HCFC-124
HCFC-141b
HCFC-22
heat activated heat pump
heat and mass transfer
heat exchanger
heat exchanger modeling
heat flow measurement
heat flux assumption
heat only
heat pump
heat pump modeling
heat pump water heater
heat recovery
heat recovery unit
heat transfer
heat transfer coefficient
heat transfer correlation
heat transformer
heating capacity
heating only
heating seasonal performance
HFC
HFC-125
HFC-134
HFC-134a
HFC-145a
HFC-152a
HFC-32
high back pressure
high efficiency
high efficiency air conditioner
high efficiency blower
high efficiency compressor
high efficiency fan
high efficiency motor
high R value
high temperature energy transport system
high velocity forced air
horizontal axis washer
horizontal ground coil
hospital load
hot water distribution system
hot water energy use
HPDM
HPWH
HRU
HSPF
humidity control
HVAC
HVAC control
HVAC equipment
HWPW
HX
hydraulic coupling
hydrochlorofluorocarbon
hydrofluorocarbon
hydronic cooling
hydronic distribution system
hydronic heating
hysteresis loss
Go to Top | Bottom
 
I IADR
IAQ
ice harvest scheme
ice maker heat pump
ice packing density
ice storage
ideal gas
IEA
IES
immersed condenser
in situ measurements
indoor air mover
indoor air quality
industrial boiler
industrial CHP
industrial cogeneration
industrial sector
infiltration
inlet air cooling
inlet air humidification
institutional building
institutional issues
insulated tank
insulation
integrated active desiccant rooftop
integrated appliance
integrated energy system
interaction coefficients
interseasonal energy transfer
inverter driven induction motor
IPCC
Go to Top | Bottom
 
K kinematic Stirling engine
Kyoto Protocol
Go to Top | Bottom
 
L laboratory test
latent capacity
latent cooling
latent COP
Lee-Kesler-Plöcker
LiBr/H2O
LiCl/H2O
life cycle cost
linear compressor
linear engine
linear harmonic analysis
liquid cooled condenser
liquid desiccant
liquid overfeed
lithium chromate
LKP
LOF
Lorenz-Meutzner
low back pressure
low efficiency air conditioner
low grade heat
low temperature heat
low temperature refrigeration
Go to Top | Bottom
 
M magnetic coupling
magnetic refrigeration
maintenance cost
Malone cycle
market analysis
market assessment
market constraints
market penetration
market potential
mass transfer
mass transfer additive
mass transfer coefficient
mathematical model
measured hot water loads
metal hydride
method of test
micro fin
micropower
microprocessor control
microturbine
mobile air conditioning
MODCON
modular designs
modulating heat pump
moisture migration
molten salt
Montreal Protocol
motor current signature analysis
multi effect absorption
multiple source evaporator
Go to Top | Bottom
 
N n-hexane
NAECA
NARM
national account
net energy analysis
NH3/H2O
NH3/H2O/LiBr
night setback
nitrogen oxide
nonazeotropic
nonazeotropic refrigerant mixture
nonlinear analysis
nonmetallic piping
NOx
nuclear power
nuclear power plant
nucleate boiling
Go to Top | Bottom
 
O Oak Ridge National Laboratory
occupancy pattern
off design operation
Oklahoma
on site generation
open cycle
operating data
optimization
organic Rankine
orifice
ORNL
oscillating flow
overall efficiency
ozone depleting
ozone depletion
ozone safe
Go to Top | Bottom
 
P packaged systems
parallel arrangement
part load performance
peak demand
perforated foil insert
performance contract
performance data
permanaent magnet electronically commutated motor
PJM
PM-ECM
pond aquaculture
pool boiling
porous
power distribution
power electronic converter
power grid
power markets
power quality
power reliability
power transmission
pre-conditioning
pre-treatment
pressure drop
preventive maintenance
primary energy
process steam
Programme of Research and Development on Advanced Heat Pump Systems
project financing
PTX
pulse combustion
pulse width modulated inverter
PWMI
Go to Top | Bottom
 
R R-11
R-113
R-114
R-115
R-12
R-123
R-123a
R-124
R-124
R-125
R-13
R-133a
R-134
R-134a
R-13B1
R-141b
R-142b
R-143a
R-152a
R-20 per inch
R-22
R-290
R-32
R-407C
R-410A
R-500
R-502
radiant cooling
radiant heating
radiator
rating procedure
reactive power
reactive supply
reactive-power management
real time energy
rebates
recip-engine driven generator
reciprocating engine
reciprocating flow
recovered heat
reference designs
refractive index
refrigerant
refrigerant charge
refrigerant flow meter
refrigerant loss
refrigerant mixture
refrigerant properties
refrigerants
refrigerated air conditioning
refrigerated display case
refrigeration
refrigeration cycle
refrigerator
refrigerator efficiency
refrigerator/freezer
refuse derived fuel
regeneration temperature
regenerator
reject heat
research activities
residential load
residential water heater
reverse Brayton cycle
rooftop air conditioner
rooftop air conditioning
room air conditioner
Go to Top | Bottom
 
S schools
screening tool
seasonal cost of operation
seasonal energy efficiency ratio
seasonal performance factor
Seebeck effect
SEER
sensitivity study
series arrangement
shell and tube heat exchanger
short tube
simulation tool
singele effect absorption chiller
single effect absorption
single effect absorption chiller
single effect absorption cycle
single effect chiller
single solution cycle
single stage
small cogeneration
smooth tube
SO2
soil thermal conductivity
soil thermal diffusivity
solar assisted heat pump
solar powered absorption cycle
space heating
spine fin
spiny tube
St. Paul District Heating Demonstration Project
STATCOM
Static Synchronous Compensators
static VAR compensators
steady state
steady state efficiency
steam distribution system
steam expander
steam turbine
steam/Rankine
Stirling cycle
Stirling cycle heat pump
Stirling engine
storage tank
stratospheric ozone
subcooling
subcritical flow
sulfur dioxide
supermarket refrigeration
supervisory controller
supply side conservation
swamp cooler
synchronous condensers
system financing
system heat losses
system model
Go to Top | Bottom
 
T TAT
technical assessment
temperature amplifier
temperature boost
ternary mixture
ternary solution
TES
test method
test procedure
test standard
TEWI
thermal conductivity
thermal energy storage
thermal grid
thermal modeling
thermal storage
thermally activated technology
thermionic
thermoacoustic refrigeration
thermodynamic properties
thermoelectric cooling
thermophysical properties
time of day rates
total energy recovery wheel
total energy system
total equivalent warming impact
transcritical CO2
transport properties
triple effect absorption chiller
TRNSYS
two evaporator
Go to Top | Bottom
 
U U tube heat exchanger
unequal parallel compressors
university
utility program effectiveness
Go to Top | Bottom
 
V vacuum insulation
vapor compression cycle
variable capacity heat pump
variable speed compressor
variable speed drive
variable speed heat pump
ventilation
ventilation air
vertical ground coil
vertical tube absorber
void fraction
voltage control
voltage source inverter
Go to Top | Bottom
 
W warm liquid defrost
washing machine
waste heat
water heater
water heater efficiency
water injection
water source heat pump
water to water heat pump
wavy fin
wavy flow
window air conditioner
Go to Top | Bottom
 
Z zeotropic mixture
Go to Top | Bottom





ABSIM Go to Top | Bottom
 
ABSORB Go to Top | Bottom
 
absorbent concentration Go to Top | Bottom
 
absorber Go to Top | Bottom
 
absorption Go to Top | Bottom
 
absorption chiller Go to Top | Bottom
 
absorption chiller-heater Go to Top | Bottom
 
absorption cycle Go to Top | Bottom
 
absorption fluid properties Go to Top | Bottom
 
absorption heat pump Go to Top | Bottom
 
absorption model Go to Top | Bottom
 
absorption modeling Go to Top | Bottom
 
accelerated life test Go to Top | Bottom
 
ACES Go to Top | Bottom
 
active desiccant Go to Top | Bottom
 
active desiccant module Go to Top | Bottom
 
add on heat pump Go to Top | Bottom
 
additive Go to Top | Bottom
 
adjustable speed drive Go to Top | Bottom
 
ADM Go to Top | Bottom
 
adsorption Go to Top | Bottom
 
adsorption cooling Go to Top | Bottom
 
adsorption heat pump Go to Top | Bottom
 
advanced appliance Go to Top | Bottom
 
advanced insulation Go to Top | Bottom
 
advanced microturbine system Go to Top | Bottom
 
air conditioner Go to Top | Bottom
 
air conditioning Go to Top | Bottom
 
air cooled absorption chiller Go to Top | Bottom
 
air cycle Go to Top | Bottom
 
air pollution Go to Top | Bottom
 
air quality impact Go to Top | Bottom
 
air to air heat pump Go to Top | Bottom
 
air to water heat exchanger Go to Top | Bottom
 
alternative refrigerant Go to Top | Bottom
 
ammonia/water Go to Top | Bottom
 
AMTS Go to Top | Bottom
 
analytical model Go to Top | Bottom
 
ancillary benefit Go to Top | Bottom
 
ancillary service Go to Top | Bottom
 
annual cycle energy system Go to Top | Bottom
 
annual energy consumption Go to Top | Bottom
 
annual performance Go to Top | Bottom
 
annual performance factor Go to Top | Bottom
 
APF Go to Top | Bottom
 
appliance Go to Top | Bottom
 
appliance insulation Go to Top | Bottom
 
ASHRAE Standard 152P Go to Top | Bottom
 
ASHRAE Standard 62 Go to Top | Bottom
 
atmospheric lifetime Go to Top | Bottom
 
automatic defrost Go to Top | Bottom
 
automobile air conditioning Go to Top | Bottom
 
back pressure Go to Top | Bottom
 
back pressure steam turbine Go to Top | Bottom
 
BCHP Go to Top | Bottom
 
bi-radiant oven Go to Top | Bottom
 
binary mixture Go to Top | Bottom
 
blower Go to Top | Bottom
 
blowing agent Go to Top | Bottom
 
boiler population Go to Top | Bottom
 
bore field design Go to Top | Bottom
 
borehole Go to Top | Bottom
 
Braun linear engine Go to Top | Bottom
 
Brayton cycle Go to Top | Bottom
 
Brayton cycle heat pump Go to Top | Bottom
 
brazed plate heat exchanger Go to Top | Bottom
 
building technology Go to Top | Bottom
 
burner Go to Top | Bottom
 
capacity modulation Go to Top | Bottom
 
carbon monoxide Go to Top | Bottom
 
Carnahan-Starling-DeSantis Go to Top | Bottom
 
case study Go to Top | Bottom
 
CCHP Go to Top | Bottom
 
central air conditioner Go to Top | Bottom
 
central heating equipment Go to Top | Bottom
 
centrifugal chiller Go to Top | Bottom
 
CFC Go to Top | Bottom
 
CFC alternatives Go to Top | Bottom
 
CFC-11 Go to Top | Bottom
 
CFC-113 Go to Top | Bottom
 
CFC-12 Go to Top | Bottom
 
charge inventory Go to Top | Bottom
 
chemical heat pipe Go to Top | Bottom
 
chlorofluorocarbon Go to Top | Bottom
 
CHP Go to Top | Bottom
 
CHP installed cost Go to Top | Bottom
 
chromate Go to Top | Bottom
 
circulating fan Go to Top | Bottom
 
CO Go to Top | Bottom
 
coal fired Go to Top | Bottom
 
coal fired power plant Go to Top | Bottom
 
coefficient of performance Go to Top | Bottom
 
cogeneration Go to Top | Bottom
 
cogeneration hot water distribution Go to Top | Bottom
 
cogeneration system cost Go to Top | Bottom
 
cogeneration system failure Go to Top | Bottom
 
college Go to Top | Bottom
 
combination appliance Go to Top | Bottom
 
combined appliance Go to Top | Bottom
 
combined cooling heating and power Go to Top | Bottom
 
combined heat and power Go to Top | Bottom
 
commercial appliance Go to Top | Bottom
 
commercial boiler Go to Top | Bottom
 
commercial building Go to Top | Bottom
 
commercial HVAC Go to Top | Bottom
 
commercial industrial boiler Go to Top | Bottom
 
commercial refrigeration Go to Top | Bottom
 
commercial sector Go to Top | Bottom
 
commercial water heater Go to Top | Bottom
 
composition shift Go to Top | Bottom
 
compressor Go to Top | Bottom
 
compressor map Go to Top | Bottom
 
compressor model Go to Top | Bottom
 
compressor performance Go to Top | Bottom
 
computational fluid dynamics Go to Top | Bottom
 
computer model Go to Top | Bottom
 
condensation Go to Top | Bottom
 
condenser modeling Go to Top | Bottom
 
condensing steam turbine Go to Top | Bottom
 
continuously variable-speed Go to Top | Bottom
 
conversion cost Go to Top | Bottom
 
cooling capacity Go to Top | Bottom
 
cooling heating and power Go to Top | Bottom
 
cooling seasonal performance Go to Top | Bottom
 
cooling water impact Go to Top | Bottom
 
COP Go to Top | Bottom
 
COP meter Go to Top | Bottom
 
corrosion Go to Top | Bottom
 
corrosion inhibitor Go to Top | Bottom
 
cost allocation Go to Top | Bottom
 
cost optimization Go to Top | Bottom
 
cost saving Go to Top | Bottom
 
coupled systems Go to Top | Bottom
 
crawl space heat pump Go to Top | Bottom
 
Cromer cycle Go to Top | Bottom
 
cryogenic Go to Top | Bottom
 
CSD Go to Top | Bottom
 
CYCLE-Z Go to Top | Bottom
 
cycling loss Go to Top | Bottom
 
cylinder heat transfer Go to Top | Bottom
 
data acquisition Go to Top | Bottom
 
data analysis Go to Top | Bottom
 
DCC Go to Top | Bottom
 
DE Go to Top | Bottom
 
DEAC Go to Top | Bottom
 
decentralized small cogeneration Go to Top | Bottom
 
dedicated outdoor air system Go to Top | Bottom
 
deemed energy saving Go to Top | Bottom
 
defrosting loss Go to Top | Bottom
 
dehumidification Go to Top | Bottom
 
dehumidifier Go to Top | Bottom
 
dehumidify Go to Top | Bottom
 
demand charges Go to Top | Bottom
 
demand reduction Go to Top | Bottom
 
demand saving Go to Top | Bottom
 
demand side conservation Go to Top | Bottom
 
demand side management Go to Top | Bottom
 
density Go to Top | Bottom
 
Department of Energy Go to Top | Bottom
 
der Go to Top | Bottom
 
deregulation Go to Top | Bottom
 
desiccant Go to Top | Bottom
 
desiccant dehumidification Go to Top | Bottom
 
desiccant dehumidifier Go to Top | Bottom
 
desiccant enhanced air conditioner Go to Top | Bottom
 
desiccant loading Go to Top | Bottom
 
desiccant wheel speed Go to Top | Bottom
 
design method Go to Top | Bottom
 
design model Go to Top | Bottom
 
design software Go to Top | Bottom
 
design tool Go to Top | Bottom
 
desuperheater Go to Top | Bottom
 
DG Go to Top | Bottom
 
DHW Go to Top | Bottom
 
diagnostic Go to Top | Bottom
 
diaphragm coupled compressor Go to Top | Bottom
 
dimethylether Go to Top | Bottom
 
direct expansion ground coil Go to Top | Bottom
 
direct fired desiccant Go to Top | Bottom
 
distillation column Go to Top | Bottom
 
distributed energy Go to Top | Bottom
 
distributed energy reference designs Go to Top | Bottom
 
distributed energy resource Go to Top | Bottom
 
distributed generation Go to Top | Bottom
 
distribution system Go to Top | Bottom
 
distribution system efficiency Go to Top | Bottom
 
distribution system losses Go to Top | Bottom
 
district cooling Go to Top | Bottom
 
district energy Go to Top | Bottom
 
district energy system Go to Top | Bottom
 
district heating Go to Top | Bottom
 
DME Go to Top | Bottom
 
DOAS Go to Top | Bottom
 
DOE Go to Top | Bottom
 
domestic hot water Go to Top | Bottom
 
domestic hot water distribution Go to Top | Bottom
 
double effect absorption chiller Go to Top | Bottom
 
dual loop Go to Top | Bottom
 
dual stroke compressor Go to Top | Bottom
 
duct efficiency Go to Top | Bottom
 
duct insulation Go to Top | Bottom
 
durability test Go to Top | Bottom
 
DXGC Go to Top | Bottom
 
dynamic loss Go to Top | Bottom
 
E-125 Go to Top | Bottom
 
E-143a Go to Top | Bottom
 
earth coupled heat pump Go to Top | Bottom
 
ECM Go to Top | Bottom
 
economic analysis Go to Top | Bottom
 
economic assessment Go to Top | Bottom
 
economic comparison Go to Top | Bottom
 
economic evaluation Go to Top | Bottom
 
economic growth Go to Top | Bottom
 
economics Go to Top | Bottom
 
EER Go to Top | Bottom
 
efficiency Go to Top | Bottom
 
ejector heat pump Go to Top | Bottom
 
electric air conditioner Go to Top | Bottom
 
electric chiller Go to Top | Bottom
 
electric demand Go to Top | Bottom
 
electric generation Go to Top | Bottom
 
electric grid Go to Top | Bottom
 
electric heat pump Go to Top | Bottom
 
electric load leveling Go to Top | Bottom
 
electric power Go to Top | Bottom
 
electric power plant Go to Top | Bottom
 
electric reliability Go to Top | Bottom
 
electric utility Go to Top | Bottom
 
electric water heater Go to Top | Bottom
 
electrical demand Go to Top | Bottom
 
electricity deregulation Go to Top | Bottom
 
electricity generation Go to Top | Bottom
 
electricity only Go to Top | Bottom
 
electricity prices Go to Top | Bottom
 
electronically modulated motor Go to Top | Bottom
 
emissions Go to Top | Bottom
 
end user conservation Go to Top | Bottom
 
endurance testing Go to Top | Bottom
 
energy conservation Go to Top | Bottom
 
energy consumption Go to Top | Bottom
 
energy consumption database Go to Top | Bottom
 
energy efficiency Go to Top | Bottom
 
energy efficiency ratio Go to Top | Bottom
 
energy efficient appliance Go to Top | Bottom
 
energy resource Go to Top | Bottom
 
energy saving Go to Top | Bottom
 
energy saving potential Go to Top | Bottom
 
energy savings performance contract Go to Top | Bottom
 
energy storage Go to Top | Bottom
 
energy use Go to Top | Bottom
 
enery efficiency Go to Top | Bottom
 
engine driven heat pump Go to Top | Bottom
 
enhanced heat transfer Go to Top | Bottom
 
entering water temperature Go to Top | Bottom
 
enthalpy Go to Top | Bottom
 
enthalpy wheel Go to Top | Bottom
 
entropy Go to Top | Bottom
 
environmental impact Go to Top | Bottom
 
environmental regulation Go to Top | Bottom
 
EPRI Go to Top | Bottom
 
equation of state Go to Top | Bottom
 
equipment cost data base Go to Top | Bottom
 
ESCO Go to Top | Bottom
 
ESPC Go to Top | Bottom
 
ETFE Go to Top | Bottom
 
ethyltetrahydro furfuryl Go to Top | Bottom
 
evacuated panel insulation Go to Top | Bottom
 
evaporation Go to Top | Bottom
 
evaporative cooling Go to Top | Bottom
 
exhaust fired Go to Top | Bottom
 
expansion device Go to Top | Bottom
 
external heat system Go to Top | Bottom
 
falling film Go to Top | Bottom
 
fan coil Go to Top | Bottom
 
fan efficiency Go to Top | Bottom
 
feedbach mechanisms Go to Top | Bottom
 
field data acquisition Go to Top | Bottom
 
field test Go to Top | Bottom
 
filter replacement Go to Top | Bottom
 
financial incentive Go to Top | Bottom
 
flammable refrigerant Go to Top | Bottom
 
floating head pressure Go to Top | Bottom
 
flow boiling Go to Top | Bottom
 
fluid heating Go to Top | Bottom
 
fluid properties Go to Top | Bottom
 
fluidyne Go to Top | Bottom
 
forced air cooling Go to Top | Bottom
 
forced air distribution Go to Top | Bottom
 
forced air heating Go to Top | Bottom
 
forced convection Go to Top | Bottom
 
forced ventilation Go to Top | Bottom
 
Fort Polk Go to Top | Bottom
 
four effect absorption chiller Go to Top | Bottom
 
four effect chiller Go to Top | Bottom
 
FPSE Go to Top | Bottom
 
free piston Stirling engine Go to Top | Bottom
 
freezer Go to Top | Bottom
 
frosting loss Go to Top | Bottom
 
frostless heat pump Go to Top | Bottom
 
fuel cell Go to Top | Bottom
 
fuel cell/gas turbine hybrid Go to Top | Bottom
 
fuel conservation Go to Top | Bottom
 
gadolinium Go to Top | Bottom
 
gas fired heat pump Go to Top | Bottom
 
gas fired water heater Go to Top | Bottom
 
gas heat pump Go to Top | Bottom
 
gas spring Go to Top | Bottom
 
gas turbine Go to Top | Bottom
 
GAX Go to Top | Bottom
 
GCHP Go to Top | Bottom
 
generator Go to Top | Bottom
 
generator absorber heat exchange Go to Top | Bottom
 
geothermal heat pump Go to Top | Bottom
 
GHP Go to Top | Bottom
 
global warming Go to Top | Bottom
 
global warming potential Go to Top | Bottom
 
greenhouse gas Go to Top | Bottom
 
ground coil Go to Top | Bottom
 
ground coil design Go to Top | Bottom
 
ground coupled heat pump Go to Top | Bottom
 
ground heat exchanger Go to Top | Bottom
 
ground water Go to Top | Bottom
 
ground water heat pump Go to Top | Bottom
 
GTI Go to Top | Bottom
 
GWP Go to Top | Bottom
 
HAHP Go to Top | Bottom
 
halon Go to Top | Bottom
 
harvest scheme Go to Top | Bottom
 
HCFC Go to Top | Bottom
 
HCFC-123 Go to Top | Bottom
 
HCFC-124 Go to Top | Bottom
 
HCFC-141b Go to Top | Bottom
 
HCFC-22 Go to Top | Bottom
 
heat activated heat pump Go to Top | Bottom
 
heat and mass transfer Go to Top | Bottom
 
heat exchanger Go to Top | Bottom
 
heat exchanger modeling Go to Top | Bottom
 
heat flow measurement Go to Top | Bottom
 
heat flux assumption Go to Top | Bottom
 
heat only Go to Top | Bottom
 
heat pump Go to Top | Bottom
 
heat pump modeling Go to Top | Bottom
 
heat pump water heater Go to Top | Bottom
 
heat recovery Go to Top | Bottom
 
heat recovery unit Go to Top | Bottom
 
heat transfer Go to Top | Bottom
 
heat transfer coefficient Go to Top | Bottom
 
heat transfer correlation Go to Top | Bottom
 
heat transformer Go to Top | Bottom
 
heating capacity Go to Top | Bottom
 
heating only Go to Top | Bottom
 
heating seasonal performance Go to Top | Bottom
 
HFC Go to Top | Bottom
 
HFC-125 Go to Top | Bottom
 
HFC-134 Go to Top | Bottom
 
HFC-134a Go to Top | Bottom
 
HFC-145a Go to Top | Bottom
 
HFC-152a Go to Top | Bottom
 
HFC-32 Go to Top | Bottom
 
high back pressure Go to Top | Bottom
 
high efficiency Go to Top | Bottom
 
high efficiency air conditioner Go to Top | Bottom
 
high efficiency blower Go to Top | Bottom
 
high efficiency compressor Go to Top | Bottom
 
high efficiency fan Go to Top | Bottom
 
high efficiency motor Go to Top | Bottom
 
high R value Go to Top | Bottom
 
high temperature energy transport system Go to Top | Bottom
 
high velocity forced air Go to Top | Bottom
 
horizontal axis washer Go to Top | Bottom
 
horizontal ground coil Go to Top | Bottom
 
hospital load Go to Top | Bottom
 
hot water distribution system Go to Top | Bottom
 
hot water energy use Go to Top | Bottom
 
HPDM Go to Top | Bottom
 
HPWH Go to Top | Bottom
 
HRU Go to Top | Bottom
 
HSPF Go to Top | Bottom
 
humidity control Go to Top | Bottom
 
HVAC Go to Top | Bottom
 
HVAC control Go to Top | Bottom
 
HVAC equipment Go to Top | Bottom
 
HWPW Go to Top | Bottom
 
HX Go to Top | Bottom
 
hydraulic coupling Go to Top | Bottom
 
hydrochlorofluorocarbon Go to Top | Bottom
 
hydrofluorocarbon Go to Top | Bottom
 
hydronic cooling Go to Top | Bottom
 
hydronic distribution system Go to Top | Bottom
 
hydronic heating Go to Top | Bottom
 
hysteresis loss Go to Top | Bottom
 
IADR Go to Top | Bottom
 
IAQ Go to Top | Bottom
 
ice harvest scheme Go to Top | Bottom
 
ice maker heat pump Go to Top | Bottom
 
ice packing density Go to Top | Bottom
 
ice storage Go to Top | Bottom
 
ideal gas Go to Top | Bottom
 
IEA Go to Top | Bottom
 
IES Go to Top | Bottom
 
immersed condenser Go to Top | Bottom
 
in situ measurements Go to Top | Bottom
 
indoor air mover Go to Top | Bottom
 
indoor air quality Go to Top | Bottom
 
industrial boiler Go to Top | Bottom
 
industrial CHP Go to Top | Bottom
 
industrial cogeneration Go to Top | Bottom
 
industrial sector Go to Top | Bottom
 
infiltration Go to Top | Bottom
 
inlet air cooling Go to Top | Bottom
 
inlet air humidification Go to Top | Bottom
 
institutional building Go to Top | Bottom
 
institutional issues Go to Top | Bottom
 
insulated tank Go to Top | Bottom
 
insulation Go to Top | Bottom
 
integrated active desiccant rooftop Go to Top | Bottom
 
integrated appliance Go to Top | Bottom
 
integrated energy system Go to Top | Bottom
 
interaction coefficients Go to Top | Bottom
 
interseasonal energy transfer Go to Top | Bottom
 
inverter driven induction motor Go to Top | Bottom
 
IPCC Go to Top | Bottom
 
kinematic Stirling engine Go to Top | Bottom
 
Kyoto Protocol Go to Top | Bottom
 
laboratory test Go to Top | Bottom
 
latent capacity Go to Top | Bottom
 
latent cooling Go to Top | Bottom
 
latent COP Go to Top | Bottom
 
Lee-Kesler-Plöcker Go to Top | Bottom
 
LiBr/H2O Go to Top | Bottom
 
LiCl/H2O Go to Top | Bottom
 
life cycle cost Go to Top | Bottom
 
linear compressor Go to Top | Bottom
 
linear engine Go to Top | Bottom
 
linear harmonic analysis Go to Top | Bottom
 
liquid cooled condenser Go to Top | Bottom
 
liquid desiccant Go to Top | Bottom
 
liquid overfeed Go to Top | Bottom
 
lithium chromate Go to Top | Bottom
 
LKP Go to Top | Bottom
 
LOF Go to Top | Bottom
 
Lorenz-Meutzner Go to Top | Bottom
 
low back pressure Go to Top | Bottom
 
low efficiency air conditioner Go to Top | Bottom
 
low grade heat Go to Top | Bottom
 
low temperature heat Go to Top | Bottom
 
low temperature refrigeration Go to Top | Bottom
 
magnetic coupling Go to Top | Bottom
 
magnetic refrigeration Go to Top | Bottom
 
maintenance cost Go to Top | Bottom
 
Malone cycle Go to Top | Bottom
 
market analysis Go to Top | Bottom
 
market assessment Go to Top | Bottom
 
market constraints Go to Top | Bottom
 
market penetration Go to Top | Bottom
 
market potential Go to Top | Bottom
 
mass transfer Go to Top | Bottom
 
mass transfer additive Go to Top | Bottom
 
mass transfer coefficient Go to Top | Bottom
 
mathematical model Go to Top | Bottom
 
measured hot water loads Go to Top | Bottom
 
metal hydride Go to Top | Bottom
 
method of test Go to Top | Bottom
 
micro fin Go to Top | Bottom
 
micropower Go to Top | Bottom
 
microprocessor control Go to Top | Bottom
 
microturbine Go to Top | Bottom
 
mobile air conditioning Go to Top | Bottom
 
MODCON Go to Top | Bottom
 
modular designs Go to Top | Bottom
 
modulating heat pump Go to Top | Bottom
 
moisture migration Go to Top | Bottom
 
molten salt Go to Top | Bottom
 
Montreal Protocol Go to Top | Bottom
 
motor current signature analysis Go to Top | Bottom
 
multi effect absorption Go to Top | Bottom
 
multiple source evaporator Go to Top | Bottom
 
n-hexane Go to Top | Bottom
 
NAECA Go to Top | Bottom
 
NARM Go to Top | Bottom
 
national account Go to Top | Bottom
 
net energy analysis Go to Top | Bottom
 
NH3/H2O Go to Top | Bottom
 
NH3/H2O/LiBr Go to Top | Bottom
 
night setback Go to Top | Bottom
 
nitrogen oxide Go to Top | Bottom
 
nonazeotropic Go to Top | Bottom
 
nonazeotropic refrigerant mixture Go to Top | Bottom
 
nonlinear analysis Go to Top | Bottom
 
nonmetallic piping Go to Top | Bottom
 
NOx Go to Top | Bottom
 
nuclear power Go to Top | Bottom
 
nuclear power plant Go to Top | Bottom
 
nucleate boiling Go to Top | Bottom
 
Oak Ridge National Laboratory Go to Top | Bottom
 
occupancy pattern Go to Top | Bottom
 
off design operation Go to Top | Bottom
 
Oklahoma Go to Top | Bottom
 
on site generation Go to Top | Bottom
 
open cycle Go to Top | Bottom
 
operating data Go to Top | Bottom
 
optimization Go to Top | Bottom
 
organic Rankine Go to Top | Bottom
 
orifice Go to Top | Bottom
 
ORNL Go to Top | Bottom
 
oscillating flow Go to Top | Bottom
 
overall efficiency Go to Top | Bottom
 
ozone depleting Go to Top | Bottom
 
ozone depletion Go to Top | Bottom
 
ozone safe Go to Top | Bottom
 
packaged systems Go to Top | Bottom
 
parallel arrangement Go to Top | Bottom
 
part load performance Go to Top | Bottom
 
peak demand Go to Top | Bottom
 
perforated foil insert Go to Top | Bottom
 
performance contract Go to Top | Bottom
 
performance data Go to Top | Bottom
 
permanaent magnet electronically commutated motor Go to Top | Bottom
 
PJM Go to Top | Bottom
 
PM-ECM Go to Top | Bottom
 
pond aquaculture Go to Top | Bottom
 
pool boiling Go to Top | Bottom
 
porous Go to Top | Bottom
 
power distribution Go to Top | Bottom
 
power electronic converter Go to Top | Bottom
 
power grid Go to Top | Bottom
 
power markets Go to Top | Bottom
 
power quality Go to Top | Bottom
 
power reliability Go to Top | Bottom
 
power transmission Go to Top | Bottom
 
pre-conditioning Go to Top | Bottom
 
pre-treatment Go to Top | Bottom
 
pressure drop Go to Top | Bottom
 
preventive maintenance Go to Top | Bottom
 
primary energy Go to Top | Bottom
 
process steam Go to Top | Bottom
 
Programme of Research and Development on Advanced Heat Pump Systems Go to Top | Bottom
 
project financing Go to Top | Bottom
 
PTX Go to Top | Bottom
 
pulse combustion Go to Top | Bottom
 
pulse width modulated inverter Go to Top | Bottom
 
PWMI Go to Top | Bottom
 
R-11 Go to Top | Bottom
 
R-113 Go to Top | Bottom
 
R-114 Go to Top | Bottom
 
R-115 Go to Top | Bottom
 
R-12 Go to Top | Bottom
 
R-123 Go to Top | Bottom
 
R-123a Go to Top | Bottom
 
R-124 Go to Top | Bottom
 
R-124 Go to Top | Bottom
 
R-125 Go to Top | Bottom
 
R-13 Go to Top | Bottom
 
R-133a Go to Top | Bottom
 
R-134 Go to Top | Bottom
 
R-134a Go to Top | Bottom
 
R-13B1 Go to Top | Bottom
 
R-141b Go to Top | Bottom
 
R-142b Go to Top | Bottom
 
R-143a Go to Top | Bottom
 
R-152a Go to Top | Bottom
 
R-20 per inch Go to Top | Bottom
 
R-22 Go to Top | Bottom
 
R-290 Go to Top | Bottom
 
R-32 Go to Top | Bottom
 
R-407C Go to Top | Bottom
 
R-410A Go to Top | Bottom
 
R-500 Go to Top | Bottom
 
R-502 Go to Top | Bottom
 
radiant cooling Go to Top | Bottom
 
radiant heating Go to Top | Bottom
 
radiator Go to Top | Bottom
 
rating procedure Go to Top | Bottom
 
reactive power Go to Top | Bottom
 
reactive supply Go to Top | Bottom
 
reactive-power management Go to Top | Bottom
 
real time energy Go to Top | Bottom
 
rebates Go to Top | Bottom
 
recip-engine driven generator Go to Top | Bottom
 
reciprocating engine Go to Top | Bottom
 
reciprocating flow Go to Top | Bottom
 
recovered heat Go to Top | Bottom
 
reference designs Go to Top | Bottom
 
refractive index Go to Top | Bottom
 
refrigerant Go to Top | Bottom
 
refrigerant charge Go to Top | Bottom
 
refrigerant flow meter Go to Top | Bottom
 
refrigerant loss Go to Top | Bottom
 
refrigerant mixture Go to Top | Bottom
 
refrigerant properties Go to Top | Bottom
 
refrigerants Go to Top | Bottom
 
refrigerated air conditioning Go to Top | Bottom
 
refrigerated display case Go to Top | Bottom
 
refrigeration Go to Top | Bottom
 
refrigeration cycle Go to Top | Bottom
 
refrigerator Go to Top | Bottom
 
refrigerator efficiency Go to Top | Bottom
 
refrigerator/freezer Go to Top | Bottom
 
refuse derived fuel Go to Top | Bottom
 
regeneration temperature Go to Top | Bottom
 
regenerator Go to Top | Bottom
 
reject heat Go to Top | Bottom
 
research activities Go to Top | Bottom
 
residential load Go to Top | Bottom
 
residential water heater Go to Top | Bottom
 
reverse Brayton cycle Go to Top | Bottom
 
rooftop air conditioner Go to Top | Bottom
 
rooftop air conditioning Go to Top | Bottom
 
room air conditioner Go to Top | Bottom
 
schools Go to Top | Bottom
 
screening tool Go to Top | Bottom
 
seasonal cost of operation Go to Top | Bottom
 
seasonal energy efficiency ratio Go to Top | Bottom
 
seasonal performance factor Go to Top | Bottom
 
Seebeck effect Go to Top | Bottom
 
SEER Go to Top | Bottom
 
sensitivity study Go to Top | Bottom
 
series arrangement Go to Top | Bottom
 
shell and tube heat exchanger Go to Top | Bottom
 
short tube Go to Top | Bottom
 
simulation tool Go to Top | Bottom
 
singele effect absorption chiller Go to Top | Bottom
 
single effect absorption Go to Top | Bottom
 
single effect absorption chiller Go to Top | Bottom
 
single effect absorption cycle Go to Top | Bottom
 
single effect chiller Go to Top | Bottom
 
single solution cycle Go to Top | Bottom
 
single stage Go to Top | Bottom
 
small cogeneration Go to Top | Bottom
 
smooth tube Go to Top | Bottom
 
SO2 Go to Top | Bottom
 
soil thermal conductivity Go to Top | Bottom
 
soil thermal diffusivity Go to Top | Bottom
 
solar assisted heat pump Go to Top | Bottom
 
solar powered absorption cycle Go to Top | Bottom
 
space heating Go to Top | Bottom
 
spine fin Go to Top | Bottom
 
spiny tube Go to Top | Bottom
 
St. Paul District Heating Demonstration Project Go to Top | Bottom
 
STATCOM Go to Top | Bottom
 
Static Synchronous Compensators Go to Top | Bottom
 
static VAR compensators Go to Top | Bottom
 
steady state Go to Top | Bottom
 
steady state efficiency Go to Top | Bottom
 
steam distribution system Go to Top | Bottom
 
steam expander Go to Top | Bottom
 
steam turbine Go to Top | Bottom
 
steam/Rankine Go to Top | Bottom
 
Stirling cycle Go to Top | Bottom
 
Stirling cycle heat pump Go to Top | Bottom
 
Stirling engine Go to Top | Bottom
 
storage tank Go to Top | Bottom
 
stratospheric ozone Go to Top | Bottom
 
subcooling Go to Top | Bottom
 
subcritical flow Go to Top | Bottom
 
sulfur dioxide Go to Top | Bottom
 
supermarket refrigeration Go to Top | Bottom
 
supervisory controller Go to Top | Bottom
 
supply side conservation Go to Top | Bottom
 
swamp cooler Go to Top | Bottom
 
synchronous condensers Go to Top | Bottom
 
system financing Go to Top | Bottom
 
system heat losses Go to Top | Bottom
 
system model Go to Top | Bottom
 
TAT Go to Top | Bottom
 
technical assessment Go to Top | Bottom
 
temperature amplifier Go to Top | Bottom
 
temperature boost Go to Top | Bottom
 
ternary mixture Go to Top | Bottom
 
ternary solution Go to Top | Bottom
 
TES Go to Top | Bottom
 
test method Go to Top | Bottom
 
test procedure Go to Top | Bottom
 
test standard Go to Top | Bottom
 
TEWI Go to Top | Bottom
 
thermal conductivity Go to Top | Bottom
 
thermal energy storage Go to Top | Bottom
 
thermal grid Go to Top | Bottom
 
thermal modeling Go to Top | Bottom
 
thermal storage Go to Top | Bottom
 
thermally activated technology Go to Top | Bottom
 
thermionic Go to Top | Bottom
 
thermoacoustic refrigeration Go to Top | Bottom
 
thermodynamic properties Go to Top | Bottom
 
thermoelectric cooling Go to Top | Bottom
 
thermophysical properties Go to Top | Bottom
 
time of day rates Go to Top | Bottom
 
total energy recovery wheel Go to Top | Bottom
 
total energy system Go to Top | Bottom
 
total equivalent warming impact Go to Top | Bottom
 
transcritical CO2 Go to Top | Bottom
 
transport properties Go to Top | Bottom
 
triple effect absorption chiller Go to Top | Bottom
 
TRNSYS Go to Top | Bottom
 
two evaporator Go to Top | Bottom
 
U tube heat exchanger Go to Top | Bottom
 
unequal parallel compressors Go to Top | Bottom
 
university Go to Top | Bottom
 
utility program effectiveness Go to Top | Bottom
 
vacuum insulation Go to Top | Bottom
 
vapor compression cycle Go to Top | Bottom
 
variable capacity heat pump Go to Top | Bottom
 
variable speed compressor Go to Top | Bottom
 
variable speed drive Go to Top | Bottom
 
variable speed heat pump Go to Top | Bottom
 
ventilation Go to Top | Bottom
 
ventilation air Go to Top | Bottom
 
vertical ground coil Go to Top | Bottom
 
vertical tube absorber Go to Top | Bottom
 
void fraction Go to Top | Bottom
 
voltage control Go to Top | Bottom
 
voltage source inverter Go to Top | Bottom
 
warm liquid defrost Go to Top | Bottom
 
washing machine Go to Top | Bottom
 
waste heat Go to Top | Bottom
 
water heater Go to Top | Bottom
 
water heater efficiency Go to Top | Bottom
 
water injection Go to Top | Bottom
 
water source heat pump Go to Top | Bottom
 
water to water heat pump Go to Top | Bottom
 
wavy fin Go to Top | Bottom
 
wavy flow Go to Top | Bottom
 
window air conditioner Go to Top | Bottom
 
zeotropic mixture Go to Top | Bottom
Go to Top | Bottom
 
DOE EERE R&D Reports | Site Map
 
ORNL Home | Engineering Science & Technology | Cooling, Heating, and Power
Comments & Contacts | Disclaimer

 
U.S. Department of Energy Logo
 
UT-Battelle LLC Logo
 
ORNL Logo