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AN OVERVIEW OF THE DEVELOPMENT OF PHYSICS
atoms
chaos
degree of order
dual nature of light
elementary particles
entropy
fundamental forces
Galileo
greek culture
Newton
order and disorder in nature
paulis exclusion principle
principle of invariance
principle of relativity
quantum physics
the deterministic nature of laws of physics
the first and second laws of thermodynamics
uncertainty principle
DEVELOPMENT OF FUNDAMENTALS IN PHYSICS
acceleration
aharonov-bohm effects
biot-savarts law
carnot cycle
conservation laws of linear and angular momenta
coulombs law
diamagnetism
doppler effect
double slit experiments
electric and magnetic fields
electric displacement
electric polarization
electricity
electromagnetic induction
electromagnetic potential
electromotive force
energy and work
entropy
ferromagnetism
force
group velocity
hamilton formalism
heat capacities
huygens principle
interference
internal energy
keplers laws of planetary motion
kinetic theory of gases
lagrange formalism
laws of thermodynamics
lines of force
magnetism
mass
maxwell-boltzmann distribution
maxwells equations
newtons law of motion
ohms law
paramagnetism
phase velocity
pressure
reflection
refraction
sound
temperature
the equation of state
universal gravity
wave theory of light
PHYSICAL SYSTEMS AND LAWS
bifurcation
black hole
canonical ensemble
chaos
charge conservation
circle map
closed system
conservaion laws
deterministic chaos
discrete symmetry
energy-momentum-mass relation
entrainment
equation of states
fluctuation
fractal
fractal dimension
free energy
galilean invariance
gauge transformation
general relativity
geodesics
gravitational field
isolated system
light velocity
limit cycle
lorentz transformation
lorenz model
macrocanonical ensemble
macrostate
maxwell's equations
metric tensor
microstate
newtonian physics
open system
partition function
phase space cells
point attractor
principle of equivalence
special relativity
statistical physics
symmetry breaking
symmetry principles
the first and second thermodynamical laws
the uncertainty principle
thermal equilibrium
thermodynamical state variables
PARTICLES AND FIELDS
alpha decay
antiparticle
atom
atomic spectra
avogadro number
baryon
beta decay
blackbody radiation
bohr's atomic model
boson
brownian motion
characteristic x-rays
conservation laws
covalent bond
cross section
electromagnetic field
electromagnetic interaction
electron
elementary particle
fermion
fission
fusion
gauge principle
generation of quarks and leptons
gluon
hadron
ionic bond
lepton
magnetic moment
maxwell's equation
mendeleev table
meson
molecule
neutrino
neutron
nuclear force
nucleus
P, C, and CP violations
pauli principle
photoelectric effect
photon
planck's formula
polarization of light
proton
quanta
quantum numbers of atomic orbit
quark
radioactive nuclei
rutherford scattering
spin
strong interaction
weak boson
weak interaction
weiberg-salam theory
zero point energy
QUANTUM SYSTEMS
band structures
bohr's atomic model
bose-einstein condensation
bose-eistein and fermi-dirac distributions
closed shells
commutation relation
compton scattering
conduction electrons
cooper pair
covalent bonds
crystalline structure of solids
de broglie relations
degeneracy in energy
eigen value
electric conductivity
electric multipole radiations
electron holes
energy levels
gauge invariance
golden rule
heisenberg's uncertainty principle
ionic bonds
mean free path
meissner effect
mendeleev periodic table
nuclear decays
pauli's exclusion principle
phonon
photoelectric effect
photon
planck constant
quantum numbers of the atomic orbit
schrdinger equation
semiconductors
stationary state
superconductivity
superfluidity
tunneling effect
valence electrons
wave function
ORDER AND DISORDER IN NATURE
bernard cell
convection current
correlation function
correlation length
critical exponent
critical point
crystalline solid
curie point
disorder
entropy
ferro-paramagnetic transition
fluctuation
free energy
laser
latent heat
lattice structure
lattice vibration
lorentz model
magnetization
magnon
navier-stokes equation
non-equilibrium process
open system
order
order parameter
phase diagram
phase transition
phonon
prandtl number
rayleigh number
renormalization group method
reynold number
spontaneous symmetry breaking
turbulent flow
PHYSICS AND DEVELOPMENT
applications
development
education
physics
AN INTRODUCTION TO AND OVERVIEW OF FUNDAMENTALS OF PHYSICS
Chaos Theory
Classical Mechanics
Electrodynamics
Electromagnetic Interaction
Future direction in physics
General Relativity
Gravitational Interaction
Molecular Physics
Nanoscience
Non-Equilibrium Processes
Nuclear Physics
Optics
Particle Physics
Phase Transitions
Quantum Mechanics
Radioactivity
Solid State Physics
Special Relativity
Strong Interaction
Thermodynamics
Weak Interaction
Atomic Physics
HISTORICAL REVIEW OF ELEMENTARY CONCEPTS IN PHYSICS
classical mechanics
concepts in physics
electrodynamics
history of physics
kinetic theory
magnetism
optics
quantum mechanics
relativity
statistical mechanics
thermodynamics
EVOLUTION OF ELEMENTARY PARTICLE PHYSICS IN THE 20TH CENTURY
baryon
boson
electromagnetic force
elementary particle physics
fermion
gravitational force
hadron
history of physics
lepton
meson
nuclear structure
nucleon
quantum chromodynamics
quantum mechanics
quarks
radioactive decay
relativity
spin
strong force
weak force
MECHANICS OF SOLIDS
bulk moduli
hookes law
lam constants
longitudinal waves
navier equation
plastic behaviour
poisson ratio
shear
solids
spead of sound
strain tensor
strains
stresses
stress-strain relation
surface waves
transverse waves
youngs modulus
ELECTRICITY AND MAGNETISM
electrical conduction
electromagnetic induction
electromagnetic waves
electromagnetism
PRINCIPLES OF OPTICS
diffraction
interference
lasers
optical instruments
optical metrology
optics
PRINCIPLES OF ACOUSTICS
acoustics
diffraction
doppler effect
ear
music
sound
standing waves
ultrasound
vibration
waves
HISTORY OF NOBEL LAUREATES IN PHYSICS
astrophysics
atomic and particle physics
condensed matter
experimental methods.
history
laureates
Nobel Foundation
physics
quantum mechanics
technology
thermodynamics and statistical mechanics
Nobel Prize
LAWS OF PHYSICAL SYSTEMS
collective phenomena
effective field theories
emergent phenomena
general relativity
particle physics
quantum gravity
quantum mechanics
symmetries
Reductionism
SYMMETRY PRINCIPLES AND CONSERVATION LAWS
fundamental interactions
invariance
particle physics.
symmetry transformations
Physical laws
SPECIAL AND GENERAL RELATIVITY
black holes
coordinate transformations
cosmology
general relativity
gravitational waves
special relativity
QUANTUM MECHANICAL LAWS
Bell Inequalities
Canonical Quantization
Einstein-Podolski-Rosen Paradox
Entangled States
Path integral
Probabilistic Interpretation
Quantum Computing
Quantum Control
Quantum Cryptography
Quantum Observables
Quantum Teleportation
Schrodingers cat
Indeterminism
THERMODYNAMICS, STATISTICAL PHYSICS AND THEIR LAWS
Carnot
Clausius
energy
entropy
equilibrium
free energy
Gibbs
heat
Helmholtz
Second Law
statistical mechanics
temperature
thermodynamic system
Thermodynamics
thermometer
Boltzmann
COMPLEX SYSTEMS AND NON-LINEAR DYNAMICS
complexity
emergence
Chaos
PLASMAS
auroras
electric discharge.
interstellar medium
lightning
nuclear fusion
plasma technology
solar wind
star formation
Ionized gas
ELEMENTARY AND FUNDAMENTAL PARTICLES
antiparticle
charges
classical particle
color
electromagnetic interaction
electron
flavor
gauge fields
gauge symmetry
gluon
hadron
lepton
meson
muon
neutrino
photon
quantum particle
quark
strong interaction.
symmetries
weak interaction
weak mediators
Elementariness
TYPES OF INTERACTIONS
effective interaction
electromagnetism
electroweak interaction
fundamental interaction
gauge interaction
gravitation
quantum field theory
renormalizable interaction
spontaneous symmetry breaking
string theory
strong interaction
unification of interactions
MOLECULES, ATOMS AND NUCLEI
atoms
energy levels
molecules
nuclei
selection rules
quantum mechanics
QUANTUM SYSTEMS
Bose-Einstein condensates
cooling of atoms
cryptography
entanglement
phase space formulation
quantum computation
tomograms
wave-particle duality
STATIONARY STATES IN POTENTIAL WELL
Bohr’s atomic model
Frank-Hertz experiment
Hydrogen atom
Infinite square well potential
Quantum harmonic oscillator
Rutherford’s planetary model
Schrödinger equation
Wilson-Sommerfeld theory
Stationary states
ATOMS AND MOLECULES
atom optics
atomic collisions
binding energies
chemical reactions
electronic energy
exotic atoms
molecular geometry
molecules
photosynthesis
relative molecular mass
rotational energy
Rydberg atoms
spectroscopy
vibrational energy
Atoms
QUANTUM-MECHANICAL DESCRIPTION OF SOLIDS
bandstructure
effective mass
hartree-fock.
pseudopotential
tight-binding
QUANTUM PHENOMENA IN LOW DIMENSIONAL SYSTEMS
Bucky balls
composite fermions
coulomb blockade
Fermi liquid theory
heterostructures
high-temperature superconductors
Luttinger liquid theory
mesoscopic
nanocrystals
nanoparticles
nanoscience
nanostructure
nanotubes
quantum computer
quantum dots
quantum Hall effect
quantum wells
quantum wires
spin chains
superlattices
Thouless energy
two-dimensional electron gas
Wigner crystals
Aharonov-Bohm effect
STRUCTURE OF SOLIDS AND LIQUIDS:CRYSTALLOGRAPHY
aqueous solutions
biomolecule hydration
crystal defects
crystal disorder
diffraction
electronic structure
glass structure
green chemistry
hydrophobic interaction
liquid structure
molecular structure
neutrons
powder diffraction
salting out.
water
X-rays
Crystal structure
FLUCTUATIONS
Brownian motion
correlations
critical properties
Einstein’s relation
hidden variables
Langevin equation
quantum entanglement
quantum measurement
quantum randomness
quantum technology.
random noise
superposition principle
transport properties
uncertainty principle
Fluctuations
PHASE TRANSITIONS AND SPONTANEOUSLY BROKEN SYMMETRIES
electroweak theory.
ferromagnetism
global and local gauge symmetries
Nambu-Goldstone and Higgs bosons
order and control parameters
phase transitions
superconductivity
Spontaneously broken symmetries
UNIVERSALITY IN CHAOS, EVOLUTION OF TURBULENCE
chaos
turbulence
universality
Nonlinear dynamics
NON-EQUILIBRIUM PROCESSES
Boltzmann equation
entropy production
fluctuation-dissipation
Green-Kubo formulae
non-equilibrium
Onsager reciprocity
transport coefficients
Irreversibility
TOPICAL REVIEW: NUCLEAR PROCESSES
atomic bomb
fission
fusion
geometric model
heavy ion collisions
natural miler
neutrino
neutron
nuclear models
nuclear physics
nuclear synthesis
oklo
proton
radioactivity
shell model
symplectic model
NUCLEAR MODELS: SHELL STRUCTURE AND THE EXTENSION OF THE PERIODIC SYSTEM
antimatter production
cluster radioactivity
cold valleys
hyper nuclei
magic numbers
nuclear fission
structure of the vacuum
superheavy elements
NATURAL AND HUMAN-PRODUCED RADIOACTIVITY
absorbed dose.
absorptive potential
alpha-decay
asymptotic wave functions
breit-wigner formula
cluster model
collective states
collision (S-) matrix
compound nucleus
cosmogenic radioactivity
coulomb wave functions
coupled channel calculations
cross section
differential cross section
dinuclear model
direct reaction
distorted wave born approximation
doorway states
endoergic reactions
exoergic reactions
fragmentation
fusion probability
half-life
hard sphere scattering
human-produced radioactivity
natural radioactivity
nuclear reactions
nucleus-nucleus potential
one-level dispersion formula
one-level dispersion formula of breit and wigner
one-particle one-hole states
optical model
plane wave born approximation
pre-compound nucleus
primordial radioactivity
principle of detailed balance
quasimolecular resonance
Q-value
radioactivity
reaction channel
reciprocity relation
relativistic heavy ion reactions
R-matrix theory
scattering wave function
shape resonance
shell model
threshold energy
total cross section
transfer of nucleons
transfer reaction
transition matrix
virtual and quasibond states.
NUCLEAR REACTIONS
alpha-decay
asymptotic wave functions
Breit-Wigner formula
cluster model
collective states
collision (S-) matrix
compound nucleus
Coulomb wave functions
coupled channel calculations
cross section
differential cross section
dinuclear model
direct reaction
distorted wave Born approximation
doorway states
endoergic reactions
exoergic reactions
fragmentation
fusion probability
hard sphere scattering
nucleus-nucleus potential
one-level dispersion formula
one-level dispersion formula of Breit and Wigner
one-particle one-hole states
optical model
plane wave Born approximation
pre-compound nucleus
principle of detailed balance
quasimolecular resonance
Q-value
reaction channel
reciprocity relation
relativistic heavy ion reactions
R-matrix theory
scattering wave function
shape resonance
shell model
threshold energy
total cross section
transfer of nucleons
transfer reaction
transition matrix
virtual and quasibond states.
Absorptive potential
INTERACTION OF NUCLEAR RADIATION WITH MATTER
attenuation coefficient
biological effects.
charged particle range
compton effect
cross section
dose
effective charge
effective charge
energy deposition
energy loss
exposure
ionization
menu free path
neutron moderation
nuclear decay
nuclear radiation
nuclear residue
pair-production
photoelectric effect
NUCLEAR SYNTHESIS IN NATURE
big bang
chandrasekhar mass
cosmic rays
neutrino
nucleosynthesis
pulsars
r-process
s-process
stellar evolution
supernovae
x-ray bursts
PHYSICAL METHODS, INSTRUMENTS AND MEASUREMENTS
Detectors
Electronic Distance Measurements
Measurements
Microscopy
Nuclear Physics
Particle Physics
Sensors
Physical Units
MEASUREMENTS AND MEASUREMENT STANDARDS
accuracy
fundamental physical quantity
measurement
metrological assurance
metrology
metrology and assurance of life safety
national measurement system
physical quantity
quantum metrology
standard of unit
traceability
LIMITS AND ACCURACY IN MEASUREMENTS
accuracy
bias
error
estimation
least squares
maximum likelihood
measurement
non-parametric
parametric method
resolution
robust statistics
sample
statistics
superresolution
MEASUREMENT AND STANDARDS OF SPACE AND MASS
angle
balances.
frequency
length
mass
meter
space
time
wavelength
metrology
MEASUREMENTS AND STANDARDS OF TIME AND FREQUENCY
astronomical time
atomic time
atomic time and frequency standard
coordinated universal time
primary time and frequency standard
quartz frequency standard
time scale
time unit
PHYSICAL QUANTITIES AND UNITS
dimensions
equations
natural systems
physical quantity
SI
systems
units
MEASUREMENTS AND STANDARDS OF MECHANICAL MOTION QUANTITIES
acceleration
accelerometer
coordinates
direction in space
displacement
earthquake forecasting
gyroscope
mechanical motion quantities
navigation system
nuclear test control
standard
velocity
vibrometer
TEMPERATURE: TECHNIQUES AND INSTRUMENTATION
emissivity
gas-thermometry
infra-red-temperature
international-temperature-scale
ITS-90
liquid-in-glass-thermometry
plancks-law
radiant-temperature
resistance-temperature-measurement
stefan-boltzmann-law
temperature
temperature-diodes
temperature-measurement
thermistors
thermocouples
thermometer
wiens-law
SOURCES OF PARTICLES AND RADIATION, DETECTORS AND SENSORS
accelerators
bremsstrahlung
dosimeter
free electron laser
particle and radiation detectors
particles
radiation
scintillator
synchrotron radiation
PARTICLE DETECTORS
gaseous counters
geiger mller counter
ionization chamber
neutron detection
position-sensitive detectors
proportional counter
semiconductor detector
time and amplitude measurement techniques
DETECTORS OF RADIATION
compton effect
compton suppression systems
detection efficiency
energy resolution
gamma radiation
gamma-ray spectrum
geiger-mller detectors
ionization chambers
liquid scintillation counting
microcalorimeters
pair production effect
photoelectric effect
photomultiplier tubes
position-sensitive detectors
proportional counters
scintillation detectors
semiconductor detectors
surface barrier detectors
X-radiation
OPTICAL SOURCES AND DETECTORS
arc lighting
artificial light
black-body radiation
CCD detector
daylight lamp
diode vacuum tube
electric lamp
electroluminescent lamp
electronic flash tube
eye
film
gas-filled tube
glow-discharge gas tube
high-pressure arc lamp
image-converter
laser
low-pressure mercury vapor tube
luminescent lamp
MCP detector
metal-vapor lamp
optical solar radiation
photocell
photoconductor
photoeffect
photometric terms
photometry
photomultiplier tube
photoplate
semiconductordetector
sodium-vaporlamp
standard light source
sun light
tungsten halogen lamp
vacuum tube detector
visible light
OPTICAL FIBER SENSORS
fiber gyroscope
optical fiber
phase detection
phase-sensitive sensors
sagnak effect
sensors of current
sensors of magnetic field
ACOUSTICS AND ACOUSTIC MEASUREMENTS
acoustics
criteria
decibel
effect of noise
exposure
frequency bandwidths
hearing damage
human being
instrumentation
levels
monitoring
noise (sound)
noise control
noise measurement
planning
prediction
sound energy
source of noise
vibration measurement
weighting
SYNCHROTRON RADIATION
accelerator
crystallography
diffraction
fluorescence
imaging
insertion devices
storage ring
X-ray optics
X-ray spectroscopy
X-rays
SOURCES OF NUCLEAR PARTICLES
accelerators
cosmic rays
cyclotron
isotopes
nuclear particles
radiation
GRAVIMETRIC MEASURING TECHNIQUES
absolute and differential measurements
accuracy
admittance
astatization
calibration
corner cube reflector
cross-coupling
drift
earth and oceanic tides
etvs correction
free-fall
gimbals
green's functions
gyro-stabilised platforms
polar motion
precision
spring and superconducting gravimeters
vertical gradient
vibrating string gravimeter
zero length spring
IMAGING AND CHARACTERIZING - TRACE ELEMENT ANALYSIS
holography
imaging and composition
interferometry
laser spectroscopy
optical and electron microscopy
radioactivation analysis
remote sensing
tomography
tunneling microscopy
surface analysis
OPTICAL AND ELECTRON MICROSCOPY
chemical maps
confocal
EDX
EELS
electrons
high resolution
HREM
lenses
optical microscopy
phase contrast
scanning electron microscopy
SEM
STEM
TEM
transmission electron microscopy
SURFACE CHARACTERIZATION
atomic force microscopy
auger electron spectroscopy
depth profile
electron spectroscopy for chemical analysis
scanning auger microscopy
scanning probe microscopy
secondary ion mass spectrometry
surface analysis
surface chemical analysis
surface composition
surface imaging
X-ray photoelectron spectroscopy
HOLOGRAPHIC INTERFEROMETRY
deformation
flow
Holography
interferometry
non-destructive testing
optical metrology
shape
vibration
MEDICAL AND INDUSTRIAL TOMOGRAPHY
emission tomography
image reconstruction
microtomography
MRI (magnetic resonance imaging)
optical tomography
PET (positron emission tomography)
radiography
SPECT (single photon emission tomography)
transmission tomography
RADIOACTIVATION ANALYSIS AND ISOTOPIC TRACERS
activation analysis
isotopic tracers
radiation protection
radioactivation analysis
stable isotopes
APPLICATIONS OF LASER SPECTROSCOPY IN BIOMEDICINE AND PRESERVATION OF CULTURAL HERITAGE
atherosclerosis
fluorescence spectroscopy
laser cleaning
laser induced breakdown spectroscopy
laser induced fluorescence
malignancies
on-line monitoring
photosensitizers
REMOTE SENSING
absorption
aerophotography
aircraft
antenna
azimuth
bathometer
beamwidth
cassegrain systems
CO2
communication network
computer
concentration
earth
environmental
eximer
fluorescence
fluorometer
geostationary
IR-thermal radiation
laser
lidar
monitoring
natural resources
newton systems
O3
OH
optical devices
ozone
panoramic radar
photodetector
photomultiplier tube
polar pattern
radar
radio waves
raman scattering
rayleigh scattering
resolution
resonance scattering
SAR
scanner
scattering
side looking radar
space vehicles
spectrum-analyzer
sun radiation
target
wavelength
TECHNOLOGY OF PHYSICAL EXPERIMENTS
cryogenics
high pressure technology
magnetic fields
magnetometry
mass spectroscopy
permanent magnets
superconductivity
superfluidity
ultralow temperatures
vacuum technology
PERMANENT MAGNETS
actuators
Alnicos
anisotropy
computers
couplings and bearings
data storage
electromagnetism
energy product
ferrites
generators
Halbach cylinder
hysteresis
magnet structures
magnetic levitation
magnetic resonance imaging.
magnetic separation
micromachines
motors
multilayers
processing techniques
rare-earth permanent magnets
renewable and sustainable technology
sensors
thin films
Consumer electronics
MAGNETIC FIELDS
ballistic galvanometer
bitter magnet
coil
cryogenic coil
electric field
electrodynamics
fabri formula
flux density
fluxmeter
hall effect
induction
induction
line of force
magnet
magnetic charge
magnetic dipole
magnetic field
magnetic monopole
magnetic units
magnetization
magnetometer
nuclear magnetic resonance
permanent magnet
pulsed operation
solenoid
superconductors
uniform field
MASS SPECTROMETRY
accelerator mass spectrometry
cyclotron resonance
inductively coupled plasma mass spectrometry
ion trap
ions
mass analysis
mass spectrometers
mass spectrometry
matrix assisted laser desorption-ionization
plasma desorption mass spectrometry
quadrupole based mass spectrometers
secondary ion mass spectrometry
time-of-flight mass spectrometry
VACUUM TECHNOLOGY
cryogenic pump
cryogenic trap
diffusion pump
gas composition
gas flow
ion pump
laminar flow
leak
leak detector
mean free path
outgassing
pipeline
pump
vacuum
vacuum gauge
vaporization
CRYOGENICS AND ULTRA LOW TEMPERATURES
absolute (kelvin) temperature scale
absolute zero of temperature
adiabatic demagnetization
cryogenics
dilution refrigeration
joule-thomson effect
low temperature physics
negative temperature
pomeranchuk effect
superconductivity
superconductivity
superfluid 3he
superfluid 4he (he-ii)
ultra low temperature physics
vortex line
HIGH-PRESSURE: GENERATION AND MEASUREMENT
anvil
condensed state
conduction electrons
diamonds
Fermi surface
fullerenes
metallic hydrogen
metals
metal-to-insulator transition
phase transitions
polymorphism
superconductivity
superconductors
temperature
high pressure
APPLICATIONS OF MEASUREMENTS AND INSTRUMENTATION
eddy current
fluorescence
interaction of laser radiation with matter
josephson effects
non-destructive testing
radiation damages
radiation processing
radiation treatment
superconductors
thermal plasma
ultrasound
RADIATION BIOLOGY
cell cycle
cell survival
DNA damage
dose response relations
low and high LET
radiation quality
radiation sensitivity
SQUIDS IN NEURO-AND CARDIOMAGNETISM
Cardiomagnetism
Current dipole
Flux transformer
Functional magnetic resonance imaging
Heart
Imaging techniques
Josephson junction
Magnetic field
Magnetic resonance imaging
Magnetic shielding
Magnetocardiography
Magnetoencephalography
Magnetometer
Multichannel instruments
Neuro-magnetism
Pick-up coil
SQUID
superconductors
Brain
PLASMA PROCESSING AND ION IMPLANTATION
beam and plasma sources
coating
defects
depth distribution
implantation
ions beam
magnetron
modification of surface properties
plasma
sputtering
surface
surface layer
wear
RADIATION PROCESSING
electron beam
gamma ray
ionizing radiation
radiation cross-linking
radiation curing
radiation grafting and radiation degradation.
radiation processing
radiation purification
radiation sterilization
radiation treatment
LASERS IN TECHNOLOGY
alloying
beam absorption
beam characteristics
cladding
cleaning
CO2 laser
copper vapor laser
cutting
diode laser
drilling
excimer laser
forming
glazing
hardening
laminated object manufacturing
laser
laser-assisted machining
manufacturing
marking
melt
melting
micromachining
Nd:YAG laser
optics
plasma
processing
selective laser sintering
stereolithography
surface cleaning
surface modification
temperature
thermal
vapor
welding
NON-DESTRUCTIVE TESTING: NEUTRON RADIOGRAPHY
attenuation coefficient
calorimetric device
clogging
condensation
evaporation
gamma radiography
germination
neutron radiography
oil-infiltration
plant physiology
porosity
radiography image
refrigerator
segregation
thermostat
transmission
two-phase systems
visualization
water uptake
RADIATION THERAPY
biologically optimized radiation therapy
complication free cure
intensity-modulated radiation therapy
normal tissue complications
tumor control
FEMTOLASERS AND HIGH-INTENSITY LASER-MATTER INTERACTIONS
Acceleration of charged particles
Chirped pulse amplification
Nonlinear process
Relativistic plasma dynamics
Soliton
Vortex
Wake field
Laser
TELECOMMUNICATION SYSTEMS AND TECHNOLOGIES
Internet
Standards.
Telecommunication Services
Telecommunication Technologies
Wireless Communications
Telecommunication Systems
FUNDAMENTALS OF COMMUNICATION SYSTEMS
bit synchronization
capacity of a channel
carrier synchronization
Code Division Multiplexing
communication channel
frame synchronization
Frequency Division Multiplexing
modulation
multimedia synchronization
multiplexing
network synchronization
packet synchronization
symbol or clock synchronization
synchronization
Time Division Multiplexing
Wavelength Division Multiplexing
Analog and digital transmission systems
FUNDAMENTALS OF TELECOMMUNICATIONS
circuit-switching
multiplexing
packet-switching
telephony networks
the Internet.
the OSI model
protocol layering
Telecommunication networks
MODELS AND LAYERED PROTOCOL ORGANIZATION
protocol standardization
protocol validation tools
communication protocols
ANALOG AND DIGITAL SWITCHING
analog switching
ATM switching.
digital switching
multistage interconnection networks
switching networks
switching node
switching
ANTENNA SYSTEM IN TELECOMMUNICATIONS
antenna array
antenna structure
antenna system
Telecommunications
Antenna parameter
ANALOG AND DIGITAL TRANSMISSION OF DATA
Amplitude modulation
Amplitude-shift keying
Baseband data transmission
Coherent detection
Double sideband-suppressed carrier modulation
Frequency-shift keying
Multiple-accessing.
Multiplexing
Phase-shift keying
Pulse-code modulation
Single sideband modulation
Spread-spectrum modulation
Vestigial sideband modulation
Modulation and demodulation
OPTICAL FIBERS
location management
mobile computing
optimization
parallel algorithms
routing.
bandwidth allocation
WIRELESS TERRESTRIAL COMMUNICATIONS: CELLULAR TELEPHONY
cell site
cellular operator
cellular phone
cellular service
core network
emergency call
instant message
mobile subscriber
mobile terminal
quality-of-service
radio access network
short message
wireless application protocol
wireless Internet
mobile network
WIRELESS TERRESTRIAL COMMUNICATIONS: NON-TELEPHONY-ORIENTED TECHNOLOGIES
cell site
cellular operator
cellular service
circuit switch
core network
emergency call
instant message
mobile subscriber
mobile terminal
packet data
radio access network
short message
wireless application protocol
wireless Internet
mobile network
COMMUNICATION SATELLITES - TECHNOLOGIES AND SYSTEMS
channel coding
cognitive radio.
diversity
MIMO
multicarrier modulation
multiple access
multiple antenna systems
OFDM
wireless channel
wireless local area networks
wireless metropolitan area networks
wireless personal area networks
wireless sensor networks
Propagation
MOBILE AND WIRELESS POSITIONING TECHNOLOGIES
communication payload
satellite network
satellite system
telecommunication
communication satellite
TELECOMMUNICATION NETWORK MANAGEMENT
self and remote positioning techniques
Location based services (LBS)
TELECOMMUNICATION NETWORK RELIABILITY
Management automation
networks
Telecommunication networks
Web services distributed management
Network management
QUALITY OF SERVICE IN TELECOMMUNICATION NETWORKS
Congestion Control
Convergence
Service Level Agreements
Telecommunications
Quality of Service
POWER MANAGEMENT
Boolean technique
capacity related reliability
cutset
expected hop count
pathset
sum of disjoint products
terminal reliability
wireless communication network.
Telecommunication network
WIRELESS NETWORKS: OPPORTUNITIES FOR INFRASTRUCTURE-RELATED OPTIMIZATION
Congestion Control
Convergence
Service Level Agreements
Telecommunications
Quality of Service
MOBILITY MANAGEMENT IN WIRELESS SYSTEMS
Ad Hoc Networks
IEEE 802.11 PSM
Mixed Policies
Pervasive Systems
Power Management
Proactive Policies
Reactive Policies
Sensor Networks.
WiFi Hotspot
Energy Harvesting
LOCATION-AWARE TELECOMMUNICATION SERVICES
handoff management
inter-system roaming
intra-system roaming.
location management
paging
Mobility management
SESSION MANAGEMENT IN ADVANCED TELECOMMUNICATION SERVICES
H.323
PSTN
SIP
SS7
Sessions
CONTEXT AWARE TELECOMMUNICATION SERVICES
Addressing
Context
Context Awareness
Messaging
Middleware
Routing
Screening
Telecommunication Services
NETWORK SECURITY
H.323
PSTN
SIP
SS7
Sessions
TELECOMMUNICATION NETWORK INTEROPERABILITY
Attacks
Availability
Confidentiality
cryptography.
Firewall
IDS
Integrity
IPSec
Security Mechanism
Security Service
Threats
VPN
Security
TELECOMMUNICATION PROJECT MANAGEMENT
Convergence
Gateways
Interfaces
Interworking
Networks
Seamless Connectivity.
Services
Standards
Telecommunications
Interoperability
STANDARDS FOR NETWORKED EQUIPMENT AND SERVICES
disaster recovery
global telecommunications
service level agreement
service quality
project management
"LET THERE BE LIGHT":THE EMERGENCE OF STRUCTURE OUT OF THE DARK AGES IN THE EARLY UNIVERSE
first stars
high-redshift galaxies
intergalactic medium
reionization
dark ages
TURBULENCE
energy cascade
large eddy simulation
turbulence model
vortex dynamics
Turbulence
PIPELINE SYSTEMS AND STRUCTURAL INTEGRITY
defects
future prospects
incidents
integrity management
monitoring and control
public and environmental safety
quality control/assurance
smart systems
threats
pipeline systems
JOINING OF PLASTICS AND COMPOSITES
composites
dielectric welding
extrusion welding
hot gas welding
hot tool welding
induction welding
laser welding
microwave welding.
plastics
polymers
resistance welding
spin welding
ultrasonic welding
vibration welding
THERMAL SPRAYING
arc spraying
atmospheric plasma spraying
bond strength
coating
coating material
cold gas spraying
corrosion resistance
detonation spraying
electromagnetic powder deposition
flame spraying
flame spraying and fusing
high velocity oxy/air fuel spraying
lamellar structure
laser spraying
microplasma spraying
molten bath spraying
oxide inclusions
plasma spraying
porosity
powder/wire flame spraying
residual stress.
solution precursor plasma spraying
substrate
suspension plasma spraying
vacuum plasma spraying
wear resistance
thermal spraying
MECHANICAL ENGINEERING
acoustics
control
cycle
diagnostics
dynamics
elasticity
engine
engineering
force
friction
hydraulics
kinematics
law
lifetime
machine
machines science
mechanical engineering
mechanics
motion
practice
reliability
research
science
statics
strength
strength of materials
technology
theory
thermodynamics
vibration
wear
STRENGTH OF MATERIALS AND DAMAGE ASSESSMENT
bond
crystal lattice
damage.
dislocation
fracture
strength
stress
deformation
NONLINEAR MODELS AND PLASTICITY
crack initiation
dislocation
loading surface
plastic deformation
plastic work
slip system
stress space
plastic solid
PRESSURE VESSELS AND SHELL STRUCTURES
bottom
brittle fracture resistance
cover
design procedure
endurance
endurance limit
flange
limiting state
nozzle
progressing mechanical shaping
releasable connection
rigidity
seismic impact
shell structure
steady-state strength
verifying calculation
vibration strength
Pressure vessel
RELIABILITY, DIAGNOSTICS AND FAULT CORRECTION
availability
dependability
diagnostics
durability
failure
failure rate
fault correction
inspection
limit state
maintainability
monitoring
non-destructive testing
probability of failure
reliability
reliability measure
safety
SYSTEM RELIABILITY ANALYSIS
block diagram
element reliability
event tree
fault tree
parallel configuration
redundancy
sequential configuration
system reliability
MATHEMATICAL MODELS OF PHYSICAL RELIABILITY THEORY
cumulative model
down-crossing
load-strength model
poissons model
random process
reliability
safe domain
safety factor
structural integrity
structural safety
up-crossing
RELIABILITY AGAINST FRACTURE AND FATIGUE
corrosion fatigue
crack growth
fatigue
fracture
fracture toughness
linear fracture mechanics
nonlinear fracture mechanics
reliability
stress corrosion cracking
stress intensity factor
structural integrity
structural safety
FAULT DETECTION AND DIAGNOSTICS OF FAILURES
defect
design
diagnostic system
diagnostics
failure
functional diagnostics
machine
manufacturing
modeling
monitoring
quality
reliability
resource
serviceability
testing
NON-DESTRUCTIVE TESTING
eddy-current testing
electric testing
infrared testing
magnetic testing
method
microwave testing
non-destructive testing (NDT)
optical testing
penetrant testing
radiographic testing
ultrasonic testing
FAULT CORRECTION IN MECHANICAL SYSTEMS
bearing
casting
correction
mechanical system
motor vehicle.
welding
fault
NONLINEAR DEFORMATION AND FRACTURE MECHANICS FOR ENGINEERING APPROACHES IN DESIGN OF STRUCTURES
concentration
crack
damage
deformation
elasto-plastic deformation
fatigue
fracture mechanics
loading
safety
strain
strength
stress
stress intensity factor
INDUSTRIAL AND MANUFACTURING ENGINEERING
Distribution
Ergonomics
Management.
Manufacturing Engineering
Production
Industrial Engineering
Last Update: 3 July 2008
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