| slovo | definícia |
dynamics
(mass) | dynamics
- hybnosť |
dynamics
(encz) | dynamics,dynamika n: Zdeněk Brož |
dynamics
(encz) | dynamics,hybnost n: Zdeněk Brož |
dynamics
(gcide) | Mechanics \Me*chan"ics\, n. [Cf. F. m['e]canique.]
That science, or branch of applied mathematics, which treats
of the action of forces on bodies.
[1913 Webster]
Note: That part of mechanics which considers the action of
forces in producing rest or equilibrium is called
statics; that which relates to such action in
producing motion is called dynamics. The term
mechanics includes the action of forces on all bodies,
whether solid, liquid, or gaseous. It is sometimes,
however, and formerly was often, used distinctively of
solid bodies only: The mechanics of liquid bodies is
called also hydrostatics, or hydrodynamics,
according as the laws of rest or of motion are
considered. The mechanics of gaseous bodies is called
also pneumatics. The mechanics of fluids in motion,
with special reference to the methods of obtaining from
them useful results, constitutes hydraulics.
[1913 Webster]
Animal mechanics (Physiol.), that portion of physiology
which has for its object the investigation of the laws of
equilibrium and motion in the animal body. The most
important mechanical principle is that of the lever, the
bones forming the arms of the levers, the contractile
muscles the power, the joints the fulcra or points of
support, while the weight of the body or of the individual
limbs constitutes the weight or resistance.
Applied mechanics, the principles of abstract mechanics
applied to human art; also, the practical application of
the laws of matter and motion to the construction of
machines and structures of all kinds.
orbital mechanics, the principles governing the motion of
bodies in orbit around other bodies under gravitational
influence, such as artificial Earth satellites.
[1913 Webster +PJC] |
Dynamics
(gcide) | Dynamics \Dy*nam"ics\, n.
1. That branch of mechanics which treats of the motion of
bodies (Kinematics) and the action of forces in producing
or changing their motion (kinetics). Dynamics is held by
some recent writers to include statics and not kinematics.
[1913 Webster]
2. The moving moral, as well as physical, forces of any kind,
or the laws which relate to them.
[1913 Webster]
3. (Mus.) That department of musical science which relates
to, or treats of, the power of tones.
[1913 Webster] |
dynamics
(wn) | dynamics
n 1: the branch of mechanics concerned with the forces that
cause motions of bodies [syn: dynamics, kinetics] |
| | podobné slovo | definícia |
dynamics
(mass) | dynamics
- hybnosť |
aerodynamics
(encz) | aerodynamics,aerodynamika n: Zdeněk Brož |
demographic dynamics
(encz) | demographic dynamics,demografická dynamika [eko.] RNDr. Pavel Piskač |
dynamics
(encz) | dynamics,dynamika n: Zdeněk Broždynamics,hybnost n: Zdeněk Brož |
dynamics of noxious organism population
(encz) | dynamics of noxious organism population,dynamika početnosti škodlivého
organismu [eko.] RNDr. Pavel Piskač |
electrodynamics
(encz) | electrodynamics,elektrodynamika n: Zdeněk Brož |
first law of thermodynamics
(encz) | first law of thermodynamics, n: |
group dynamics
(encz) | group dynamics, n: |
hydrodynamics
(encz) | hydrodynamics,hydrodynamika n: Zdeněk Brož |
landscape dynamics
(encz) | landscape dynamics,dynamika krajiny [eko.] RNDr. Pavel Piskač |
law of thermodynamics
(encz) | law of thermodynamics, n: |
magnetodynamics
(encz) | magnetodynamics, |
magnetohydrodynamics
(encz) | magnetohydrodynamics, |
microhydrodynamics
(encz) | microhydrodynamics, |
pesticide dynamics in environment
(encz) | pesticide dynamics in environment,dynamika pesticidu v
prostředí [eko.] RNDr. Pavel Piskač |
population dynamics
(encz) | population dynamics,dynamika populace [eko.] RNDr. Pavel Piskač |
quantum chromodynamics
(encz) | quantum chromodynamics,kvantová chromodynamika n: ps |
quantum electrodynamics
(encz) | quantum electrodynamics, n: |
resource dynamics
(encz) | resource dynamics,dynamika zdrojů [eko.] RNDr. Pavel Piskač |
second law of thermodynamics
(encz) | second law of thermodynamics, n: |
syndynamics
(encz) | syndynamics,syndynamika [eko.] RNDr. Pavel Piskač |
thermodynamics
(encz) | thermodynamics,termodynamika n: Zdeněk Brož |
thermodynamics of equilibrium
(encz) | thermodynamics of equilibrium, n: |
third law of thermodynamics
(encz) | third law of thermodynamics, n: |
zeroth law of thermodynamics
(encz) | zeroth law of thermodynamics, n: |
Aerodynamics
(gcide) | aerodynamics \aer`o*dy*nam"ics\ Aerodynamics
\A`["e]r*o*dy*nam"ics\, n. [A["e]ro- + dynamics: cf. F.
a['e]rodynamique.]
The science which treats of the air and other gaseous bodies
under the action of force, and of their mechanical effects.
[1913 Webster] |
aerodynamics
(gcide) | aerodynamics \aer`o*dy*nam"ics\ Aerodynamics
\A`["e]r*o*dy*nam"ics\, n. [A["e]ro- + dynamics: cf. F.
a['e]rodynamique.]
The science which treats of the air and other gaseous bodies
under the action of force, and of their mechanical effects.
[1913 Webster] |
Biodynamics
(gcide) | Biodynamics \Bi`o*dy*nam"ics\, n. [Gr. bi`os life + E.
dynamics.]
1. (Biol.) The doctrine of vital forces or energy. [archaic]
[1913 Webster]
2. The branch of biology which treats of the active vital
phenomena of organisms; -- opposed to biostatics.
[Webster 1913 Suppl.] |
dynamics
(gcide) | Mechanics \Me*chan"ics\, n. [Cf. F. m['e]canique.]
That science, or branch of applied mathematics, which treats
of the action of forces on bodies.
[1913 Webster]
Note: That part of mechanics which considers the action of
forces in producing rest or equilibrium is called
statics; that which relates to such action in
producing motion is called dynamics. The term
mechanics includes the action of forces on all bodies,
whether solid, liquid, or gaseous. It is sometimes,
however, and formerly was often, used distinctively of
solid bodies only: The mechanics of liquid bodies is
called also hydrostatics, or hydrodynamics,
according as the laws of rest or of motion are
considered. The mechanics of gaseous bodies is called
also pneumatics. The mechanics of fluids in motion,
with special reference to the methods of obtaining from
them useful results, constitutes hydraulics.
[1913 Webster]
Animal mechanics (Physiol.), that portion of physiology
which has for its object the investigation of the laws of
equilibrium and motion in the animal body. The most
important mechanical principle is that of the lever, the
bones forming the arms of the levers, the contractile
muscles the power, the joints the fulcra or points of
support, while the weight of the body or of the individual
limbs constitutes the weight or resistance.
Applied mechanics, the principles of abstract mechanics
applied to human art; also, the practical application of
the laws of matter and motion to the construction of
machines and structures of all kinds.
orbital mechanics, the principles governing the motion of
bodies in orbit around other bodies under gravitational
influence, such as artificial Earth satellites.
[1913 Webster +PJC]Dynamics \Dy*nam"ics\, n.
1. That branch of mechanics which treats of the motion of
bodies (Kinematics) and the action of forces in producing
or changing their motion (kinetics). Dynamics is held by
some recent writers to include statics and not kinematics.
[1913 Webster]
2. The moving moral, as well as physical, forces of any kind,
or the laws which relate to them.
[1913 Webster]
3. (Mus.) That department of musical science which relates
to, or treats of, the power of tones.
[1913 Webster] |
Electro-dynamics
(gcide) | Electro-dynamics \E*lec`tro-dy*nam"ics\, n.
1. The phenomena of electricity in motion.
[1913 Webster]
2. The branch of science which treats of the properties of
electric currents; dynamical electricity.
[1913 Webster] |
Haemadynamics
(gcide) | Haemadynamics \H[ae]ma*dy*nam"ics\
(h[=e]`m[.a]*d[-i]*n[a^]m"[i^]ks or h[e^]m`[.a]*d[i^]-, n.
Same as Hemadynamics.
[1913 Webster] |
Hemadynamics
(gcide) | Hemadynamics \He`ma*dy*nam"ics\, n. [Hema- + dynamics.]
(Physiol.)
The principles of dynamics in their application to the blood;
that part of science which treats of the motion of the blood.
[1913 Webster] |
Hydrodynamics
(gcide) | Hydrodynamics \Hy`dro*dy*nam"ics\, n. [Hydro-, 1 + dynamics: cf.
F. hydrodynamique.]
That branch of the science of mechanics which relates to
fluids, or, as usually limited, which treats of the laws of
motion and action of nonelastic fluids, whether as
investigated mathematically, or by observation and
experiment; the principles of dynamics, as applied to water
and other fluids.
[1913 Webster]
Note: The word is sometimes used as a general term, including
both hydrostatics and hydraulics, together with
pneumatics and acoustics. See Hydraulics.
[1913 Webster]Mechanics \Me*chan"ics\, n. [Cf. F. m['e]canique.]
That science, or branch of applied mathematics, which treats
of the action of forces on bodies.
[1913 Webster]
Note: That part of mechanics which considers the action of
forces in producing rest or equilibrium is called
statics; that which relates to such action in
producing motion is called dynamics. The term
mechanics includes the action of forces on all bodies,
whether solid, liquid, or gaseous. It is sometimes,
however, and formerly was often, used distinctively of
solid bodies only: The mechanics of liquid bodies is
called also hydrostatics, or hydrodynamics,
according as the laws of rest or of motion are
considered. The mechanics of gaseous bodies is called
also pneumatics. The mechanics of fluids in motion,
with special reference to the methods of obtaining from
them useful results, constitutes hydraulics.
[1913 Webster]
Animal mechanics (Physiol.), that portion of physiology
which has for its object the investigation of the laws of
equilibrium and motion in the animal body. The most
important mechanical principle is that of the lever, the
bones forming the arms of the levers, the contractile
muscles the power, the joints the fulcra or points of
support, while the weight of the body or of the individual
limbs constitutes the weight or resistance.
Applied mechanics, the principles of abstract mechanics
applied to human art; also, the practical application of
the laws of matter and motion to the construction of
machines and structures of all kinds.
orbital mechanics, the principles governing the motion of
bodies in orbit around other bodies under gravitational
influence, such as artificial Earth satellites.
[1913 Webster +PJC] |
hydrodynamics
(gcide) | Hydrodynamics \Hy`dro*dy*nam"ics\, n. [Hydro-, 1 + dynamics: cf.
F. hydrodynamique.]
That branch of the science of mechanics which relates to
fluids, or, as usually limited, which treats of the laws of
motion and action of nonelastic fluids, whether as
investigated mathematically, or by observation and
experiment; the principles of dynamics, as applied to water
and other fluids.
[1913 Webster]
Note: The word is sometimes used as a general term, including
both hydrostatics and hydraulics, together with
pneumatics and acoustics. See Hydraulics.
[1913 Webster]Mechanics \Me*chan"ics\, n. [Cf. F. m['e]canique.]
That science, or branch of applied mathematics, which treats
of the action of forces on bodies.
[1913 Webster]
Note: That part of mechanics which considers the action of
forces in producing rest or equilibrium is called
statics; that which relates to such action in
producing motion is called dynamics. The term
mechanics includes the action of forces on all bodies,
whether solid, liquid, or gaseous. It is sometimes,
however, and formerly was often, used distinctively of
solid bodies only: The mechanics of liquid bodies is
called also hydrostatics, or hydrodynamics,
according as the laws of rest or of motion are
considered. The mechanics of gaseous bodies is called
also pneumatics. The mechanics of fluids in motion,
with special reference to the methods of obtaining from
them useful results, constitutes hydraulics.
[1913 Webster]
Animal mechanics (Physiol.), that portion of physiology
which has for its object the investigation of the laws of
equilibrium and motion in the animal body. The most
important mechanical principle is that of the lever, the
bones forming the arms of the levers, the contractile
muscles the power, the joints the fulcra or points of
support, while the weight of the body or of the individual
limbs constitutes the weight or resistance.
Applied mechanics, the principles of abstract mechanics
applied to human art; also, the practical application of
the laws of matter and motion to the construction of
machines and structures of all kinds.
orbital mechanics, the principles governing the motion of
bodies in orbit around other bodies under gravitational
influence, such as artificial Earth satellites.
[1913 Webster +PJC] |
magnetohydrodynamics
(gcide) | magnetohydrodynamics \mag*net"o*hy`dro*dy*nam"ics\, n.
The study of the interaction of magnetic fields with
electrically conductive fluids, such as a plasma or a molten
metal.
[WordNet 1.5] |
Myodynamics
(gcide) | Myodynamics \My`o*dy*nam"ics\, n. [Myo- + dynamics.] (Physiol.)
The department of physiology which deals with the principles
of muscular contraction; the exercise of muscular force or
contraction.
[1913 Webster] |
Photodynamics
(gcide) | Photodynamics \Pho`to*dy*nam"ics\, n. [Photo- + dynamics.]
(Plant Physiol.)
The relation of light to the movements of plants and their
organs; the study of the phenomena of curvatures induced by
the stimulus of light. -- Pho`to*dy*nam"ic,
Pho`to*dy*nam"ic*al, a.
[Webster 1913 Suppl.] |
Thermodynamics
(gcide) | Thermodynamics \Ther`mo*dy*nam"ics\, n.
The science which treats of the mechanical action or
relations of heat.
[1913 Webster] |
aerodynamics
(wn) | aerodynamics
n 1: the branch of mechanics that deals with the motion of gases
(especially air) and their effects on bodies in the flow
[syn: aeromechanics, aerodynamics] |
astrodynamics
(wn) | astrodynamics
n 1: the branch of astronomy that studies the motion of natural
and artificial bodies in space |
dynamics
(wn) | dynamics
n 1: the branch of mechanics concerned with the forces that
cause motions of bodies [syn: dynamics, kinetics] |
first law of thermodynamics
(wn) | first law of thermodynamics
n 1: the fundamental principle of physics that the total energy
of an isolated system is constant despite internal changes
[syn: conservation of energy, {law of conservation of
energy}, first law of thermodynamics] |
group dynamics
(wn) | group dynamics
n 1: the branch of social psychology that studies the
psychodynamics of interaction in social groups |
hemodynamics
(wn) | hemodynamics
n 1: the branch of physiology that studies the circulation of
the blood and the forces involved |
hydrodynamics
(wn) | hydrodynamics
n 1: study of fluids in motion [syn: hydrodynamics,
hydrokinetics] |
law of thermodynamics
(wn) | law of thermodynamics
n 1: (physics) a law governing the relations between states of
energy in a closed system |
magnetohydrodynamics
(wn) | magnetohydrodynamics
n 1: the study of the interaction of magnetic fields and
electrically conducting fluids (as plasma or molten metal) |
psychodynamics
(wn) | psychodynamics
n 1: the interrelation of conscious and unconscious processes
and emotions that determine personality and motivation
2: the branch of social psychology that deals with the processes
and emotions that determine psychology and motivation |
quantum chromodynamics
(wn) | quantum chromodynamics
n 1: a theory of strong interactions between elementary
particles (including the interaction that binds protons and
neutrons in the nucleus); it assumes that strongly
interacting particles (hadrons) are made of quarks and that
gluons bind the quarks together [syn: {quantum
chromodynamics}, QCD] |
quantum electrodynamics
(wn) | quantum electrodynamics
n 1: a relativistic quantum theory of the electromagnetic
interactions of photons and electrons and muons [syn:
quantum electrodynamics, QED] |
second law of thermodynamics
(wn) | second law of thermodynamics
n 1: a law stating that mechanical work can be derived from a
body only when that body interacts with another at a lower
temperature; any spontaneous process results in an increase
of entropy |
thermodynamics
(wn) | thermodynamics
n 1: the branch of physics concerned with the conversion of
different forms of energy |
thermodynamics of equilibrium
(wn) | thermodynamics of equilibrium
n 1: the aspect of thermodynamics concerned with thermal
equilibrium [syn: thermostatics, {thermodynamics of
equilibrium}] |
third law of thermodynamics
(wn) | third law of thermodynamics
n 1: law stating that the entropy of a substance approaches zero
as its temperature approaches absolute zero |
zeroth law of thermodynamics
(wn) | zeroth law of thermodynamics
n 1: the law that if two bodies are in thermal equilibrium with
a third body then the first two bodies are in thermal
equilibrium with each other |
computational fluid dynamics
(foldoc) | Computational Fluid Dynamics
CFD
(CFD) A Fortran-based parallel language for the
Illiac IV.
(1994-11-29)
|
dynamics analyzer
(foldoc) | DYnamics ANAlyzer
DYANA
(DYANA) An early language specialised for
vibrational and other dynamic physical systems.
[Sammet 1969, p. 628].
(1997-07-20)
|
general dynamics canada ltd
(foldoc) | General Dynamics Canada Ltd
A Canadian defence electronics company that makes direct
and indirect fire control systems, vehicle electronics,
reconnaissance vehicle surveillance systems, computerised laser
sight for anti-tank weapons, tactical communication systems,
headquarters information distribution system, tactical voice and
distribution systems, acoustic signal processing, ASW mission
systems, sonobuoy processors, active sonar systems, towed array
sonar systems, tactical acoustic trainer, Mil-Spec
electroluminiscent displays, large multi-sensor displays,
coastal intrusion detection systems and fibre-optic distribution
systems.
The company was founded in 1948 as "Computing Devices Canada
Ltd.", part of the Ceridian group of companies. It was renamed
General Dynamics Canada Ltd. on 2002-01-01.
General Dynamics Canada (http://www.gdcanada.com/).
(2013-01-20)
|
quantum bogodynamics
(foldoc) | quantum bogodynamics
/kwon'tm boh"goh-di:-nam"iks/ A theory that characterises the
universe in terms of bogon sources (such as politicians,
used-car salesmen, TV evangelists, and suits in general),
bogon sinks (such as taxpayers and computers), and bogosity
potential fields. Bogon absorption causes human beings to
behave mindlessly and machines to fail (and may also cause
both to emit secondary bogons); however, the precise mechanics
of bogon-computron interaction are not yet understood.
Quantum bogodynamics is most often invoked to explain the
sharp increase in hardware and software failures in the
presence of suits; the latter emit bogons, which the former
absorb.
[Jargon File]
(1994-11-02)
|
quantum bogodynamics
(jargon) | quantum bogodynamics
/kwon'tm boh`goh·di:·nam´iks/, n.
A theory that characterizes the universe in terms of bogon sources (such as
politicians, used-car salesmen, TV evangelists, and suits in general),
bogon sinks (such as taxpayers and computers), and bogosity potential
fields. Bogon absorption, of course, causes human beings to behave
mindlessly and machines to fail (and may also cause both to emit secondary
bogons); however, the precise mechanics of the bogon-computron interaction
are not yet understood and remain to be elucidated. Quantum bogodynamics is
most often invoked to explain the sharp increase in hardware and software
failures in the presence of suits; the latter emit bogons, which the former
absorb. See bogon, computron, suit, psyton.
Here is a representative QBD theory: The bogon is a boson (integral spin,
+1 or -1), and has zero rest mass. In this respect it is very much like a
photon. However, it has a much greater momentum, thus explaining its
destructive effect on computer electronics and human nervous systems. The
corollary to this is that bogons also have tremendous inertia, and
therefore a bogon beam is deflected only with great difficulty. When the
bogon encounters its antiparticle, the cluon, they mutually annihilate each
other, releasing magic smoke. Furthermore 1 Lenat = 1 mole (6.022E23) of
bogons (see microLenat).
|
|