International

Electrotechnical

Commission

Search results (377 hits)


113-01-01	space-time	[113 - Physics for electrotechnology]
113-01-02	space	[113 - Physics for electrotechnology]
113-01-03	time	[113 - Physics for electrotechnology]
113-01-04	event	[113 - Physics for electrotechnology]
113-01-05	instantaneous, adj	[113 - Physics for electrotechnology]
113-01-06	process	[113 - Physics for electrotechnology]
113-01-07	time axis	[113 - Physics for electrotechnology]
113-01-08	instant	[113 - Physics for electrotechnology]
113-01-09	simultaneous, adj	[113 - Physics for electrotechnology]
113-01-10	time interval	[113 - Physics for electrotechnology]
113-01-11	timescale	[113 - Physics for electrotechnology]
113-01-12	date	[113 - Physics for electrotechnology]
113-01-13	duration	[113 - Physics for electrotechnology]
113-01-14	accumulated duration	[113 - Physics for electrotechnology]
113-01-15	calendar day	[113 - Physics for electrotechnology]
113-01-16	calendar date	[113 - Physics for electrotechnology]
113-01-17	standard time	[113 - Physics for electrotechnology]
113-01-18	clock time	[113 - Physics for electrotechnology]
113-01-19	length	[113 - Physics for electrotechnology]
113-01-20	breadth	[113 - Physics for electrotechnology]
113-01-21	height	[113 - Physics for electrotechnology]
113-01-22	altitude	[113 - Physics for electrotechnology]
113-01-23	depth	[113 - Physics for electrotechnology]
113-01-24	thickness	[113 - Physics for electrotechnology]
113-01-25	radius	[113 - Physics for electrotechnology]
113-01-26	radial distance	[113 - Physics for electrotechnology]
113-01-27	diameter	[113 - Physics for electrotechnology]
113-01-28	length of path	[113 - Physics for electrotechnology]
113-01-29	displacement	[113 - Physics for electrotechnology]
113-01-30	radius of curvature	[113 - Physics for electrotechnology]
113-01-31	curvature	[113 - Physics for electrotechnology]
113-01-32	velocity	[113 - Physics for electrotechnology]
113-01-33	speed	[113 - Physics for electrotechnology]
113-01-34	speed of light in vacuum	[113 - Physics for electrotechnology]
113-01-35	relativistic speed	[113 - Physics for electrotechnology]
113-01-36	superluminal speed	[113 - Physics for electrotechnology]
113-01-37	subluminal speed	[113 - Physics for electrotechnology]
113-01-38	acceleration	[113 - Physics for electrotechnology]
113-01-39	acceleration of free fall	[113 - Physics for electrotechnology]
113-01-40	standard acceleration of free fall	[113 - Physics for electrotechnology]
113-01-41	angular velocity	[113 - Physics for electrotechnology]
113-01-42	rotational frequency	[113 - Physics for electrotechnology]
113-01-43	angle of rotation	[113 - Physics for electrotechnology]
113-01-44	rotation vector	[113 - Physics for electrotechnology]
113-01-45	revolution	[113 - Physics for electrotechnology]
113-01-46	angular acceleration	[113 - Physics for electrotechnology]
113-02-01	homogeneous, adj	[113 - Physics for electrotechnology]
113-02-02	inhomogeneous, adj	[113 - Physics for electrotechnology]
113-02-03	isotropic, adj	[113 - Physics for electrotechnology]
113-02-04	anisotropic, adj	[113 - Physics for electrotechnology]
113-02-05	phase (of matter)	[113 - Physics for electrotechnology]
113-02-06	phase transition	[113 - Physics for electrotechnology]
113-02-07	amount of substance	[113 - Physics for electrotechnology]
113-02-08	Avogadro constant	[113 - Physics for electrotechnology]
113-02-09	Faraday constant	[113 - Physics for electrotechnology]
113-02-10	electric charge	[113 - Physics for electrotechnology]
113-02-11	coulomb	[113 - Physics for electrotechnology]
113-02-12	positive electric charge	[113 - Physics for electrotechnology]
113-02-13	negative electric charge	[113 - Physics for electrotechnology]
113-02-14	adsorption	[113 - Physics for electrotechnology]
113-02-15	oxidation	[113 - Physics for electrotechnology]
113-02-16	reduction	[113 - Physics for electrotechnology]
113-02-17	Boltzmann constant	[113 - Physics for electrotechnology]
113-02-18	Avogadro number	[113 - Physics for electrotechnology]
113-03-01	inertial frame	[113 - Physics for electrotechnology]
113-03-02	inertia	[113 - Physics for electrotechnology]
113-03-03	mass	[113 - Physics for electrotechnology]
113-03-04	rest mass	[113 - Physics for electrotechnology]
113-03-05	rest energy	[113 - Physics for electrotechnology]
113-03-06	relativistic mass	[113 - Physics for electrotechnology]
113-03-07	mass density	[113 - Physics for electrotechnology]
113-03-08	relative mass density	[113 - Physics for electrotechnology]
113-03-09	specific volume	[113 - Physics for electrotechnology]
113-03-10	surface density	[113 - Physics for electrotechnology]
113-03-11	linear density	[113 - Physics for electrotechnology]
113-03-12	centre of mass	[113 - Physics for electrotechnology]
113-03-13	momentum	[113 - Physics for electrotechnology]
113-03-14	force	[113 - Physics for electrotechnology]
113-03-15	newton	[113 - Physics for electrotechnology]
113-03-16	weight	[113 - Physics for electrotechnology]
113-03-17	gravitational constant	[113 - Physics for electrotechnology]
113-03-18	force density	[113 - Physics for electrotechnology]
113-03-19	potential	[113 - Physics for electrotechnology]
113-03-20	impulse	[113 - Physics for electrotechnology]
113-03-21	moment of inertia	[113 - Physics for electrotechnology]
113-03-22	angular momentum	[113 - Physics for electrotechnology]
113-03-23	moment of force	[113 - Physics for electrotechnology]
113-03-24	couple of forces	[113 - Physics for electrotechnology]
113-03-25	moment of a couple	[113 - Physics for electrotechnology]
113-03-26	torque	[113 - Physics for electrotechnology]
113-03-27	bending moment (of force)	[113 - Physics for electrotechnology]
113-03-28	angular impulse	[113 - Physics for electrotechnology]
113-03-29	second axial moment of area	[113 - Physics for electrotechnology]
113-03-30	second polar moment of area	[113 - Physics for electrotechnology]
113-03-31	section modulus	[113 - Physics for electrotechnology]
113-03-32	dynamic friction factor	[113 - Physics for electrotechnology]
113-03-33	static friction factor	[113 - Physics for electrotechnology]
113-03-34	dynamic viscosity	[113 - Physics for electrotechnology]
113-03-35	kinematic viscosity	[113 - Physics for electrotechnology]
113-03-36	Reynolds number	[113 - Physics for electrotechnology]
113-03-37	Mach number	[113 - Physics for electrotechnology]
113-03-38	Knudsen number	[113 - Physics for electrotechnology]
113-03-39	Strouhal number	[113 - Physics for electrotechnology]
113-03-40	Euler number	[113 - Physics for electrotechnology]
113-03-41	Froude number	[113 - Physics for electrotechnology]
113-03-42	surface tension	[113 - Physics for electrotechnology]
113-03-43	Weber number	[113 - Physics for electrotechnology]
113-03-44	work	[113 - Physics for electrotechnology]
113-03-45	energy	[113 - Physics for electrotechnology]
113-03-46	joule	[113 - Physics for electrotechnology]
113-03-47	electronvolt	[113 - Physics for electrotechnology]
113-03-48	potential energy	[113 - Physics for electrotechnology]
113-03-49	kinetic energy	[113 - Physics for electrotechnology]
113-03-50	mechanical energy	[113 - Physics for electrotechnology]
113-03-51	action	[113 - Physics for electrotechnology]
113-03-52	power	[113 - Physics for electrotechnology]
113-03-53	input power	[113 - Physics for electrotechnology]
113-03-54	output power	[113 - Physics for electrotechnology]
113-03-55	watt	[113 - Physics for electrotechnology]
113-03-56	efficiency	[113 - Physics for electrotechnology]
113-03-57	strain	[113 - Physics for electrotechnology]
113-03-58	linear strain	[113 - Physics for electrotechnology]
113-03-59	shear strain	[113 - Physics for electrotechnology]
113-03-60	volume strain	[113 - Physics for electrotechnology]
113-03-61	Poisson number	[113 - Physics for electrotechnology]
113-03-62	stress	[113 - Physics for electrotechnology]
113-03-63	normal stress	[113 - Physics for electrotechnology]
113-03-64	shear stress	[113 - Physics for electrotechnology]
113-03-65	pressure	[113 - Physics for electrotechnology]
113-03-66	pascal	[113 - Physics for electrotechnology]
113-03-67	modulus of elasticity	[113 - Physics for electrotechnology]
113-03-68	modulus of rigidity	[113 - Physics for electrotechnology]
113-03-69	modulus of compression	[113 - Physics for electrotechnology]
113-03-70	compressibility	[113 - Physics for electrotechnology]
113-03-71	mass flow rate	[113 - Physics for electrotechnology]
113-03-72	volume flow rate	[113 - Physics for electrotechnology]
113-03-73	generalized coordinate	[113 - Physics for electrotechnology]
113-03-74	generalized velocity	[113 - Physics for electrotechnology]
113-03-75	generalized force	[113 - Physics for electrotechnology]
113-03-76	Lagrange function	[113 - Physics for electrotechnology]
113-03-77	generalized momentum	[113 - Physics for electrotechnology]
113-03-78	Hamilton function	[113 - Physics for electrotechnology]
113-04-01	isolated system	[113 - Physics for electrotechnology]
113-04-02	closed system	[113 - Physics for electrotechnology]
113-04-03	open system	[113 - Physics for electrotechnology]
113-04-04	microstate	[113 - Physics for electrotechnology]
113-04-05	macrostate	[113 - Physics for electrotechnology]
113-04-06	macroscopic property	[113 - Physics for electrotechnology]
113-04-07	equilibrium state	[113 - Physics for electrotechnology]
113-04-08	quasi-static process	[113 - Physics for electrotechnology]
113-04-09	state quantity	[113 - Physics for electrotechnology]
113-04-10	process quantity	[113 - Physics for electrotechnology]
113-04-11	amount of heat	[113 - Physics for electrotechnology]
113-04-12	diathermic, adj	[113 - Physics for electrotechnology]
113-04-13	adiabatic, adj	[113 - Physics for electrotechnology]
113-04-14	thermodynamic temperature	[113 - Physics for electrotechnology]
113-04-15	thermodynamic temperature scale	[113 - Physics for electrotechnology]
113-04-16	Celsius temperature	[113 - Physics for electrotechnology]
113-04-17	degree Celsius	[113 - Physics for electrotechnology]
113-04-18	International Temperature Scale of 1990	[113 - Physics for electrotechnology]
113-04-19	Celsius temperature scale	[113 - Physics for electrotechnology]
113-04-20	internal energy	[113 - Physics for electrotechnology]
113-04-21	enthalpy	[113 - Physics for electrotechnology]
113-04-22	entropy	[113 - Physics for electrotechnology]
113-04-23	Gibbs free energy	[113 - Physics for electrotechnology]
113-04-24	Helmholtz free energy	[113 - Physics for electrotechnology]
113-04-25	Planck function	[113 - Physics for electrotechnology]
113-04-26	Massieu function	[113 - Physics for electrotechnology]
113-04-27	coefficient of linear expansion	[113 - Physics for electrotechnology]
113-04-28	cubic expansion coefficient	[113 - Physics for electrotechnology]
113-04-29	pressure coefficient	[113 - Physics for electrotechnology]
113-04-30	relative pressure coefficient	[113 - Physics for electrotechnology]
113-04-31	isothermal compressibility	[113 - Physics for electrotechnology]
113-04-32	isentropic compressibility	[113 - Physics for electrotechnology]
113-04-33	thermal conduction	[113 - Physics for electrotechnology]
113-04-34	convection	[113 - Physics for electrotechnology]
113-04-35	thermal radiation	[113 - Physics for electrotechnology]
113-04-36	heat flow rate	[113 - Physics for electrotechnology]
113-04-37	density of heat flow rate	[113 - Physics for electrotechnology]
113-04-38	thermal conductivity	[113 - Physics for electrotechnology]
113-04-39	coefficient of heat transfer	[113 - Physics for electrotechnology]
113-04-40	surface coefficient of heat transfer	[113 - Physics for electrotechnology]
113-04-41	thermal insulance	[113 - Physics for electrotechnology]
113-04-42	Grashof number	[113 - Physics for electrotechnology]
113-04-43	Nusselt number	[113 - Physics for electrotechnology]
113-04-44	Stanton number	[113 - Physics for electrotechnology]
113-04-45	thermal resistance	[113 - Physics for electrotechnology]
113-04-46	thermal conductance	[113 - Physics for electrotechnology]
113-04-47	heat capacity	[113 - Physics for electrotechnology]
113-04-48	specific heat capacity	[113 - Physics for electrotechnology]
113-04-49	specific heat capacity at constant pressure	[113 - Physics for electrotechnology]
113-04-50	specific heat capacity at constant volume	[113 - Physics for electrotechnology]
113-04-51	ratio of the specific heat capacities	[113 - Physics for electrotechnology]
113-04-52	isentropic exponent	[113 - Physics for electrotechnology]
113-04-53	thermal diffusivity	[113 - Physics for electrotechnology]
113-04-54	Prandtl number	[113 - Physics for electrotechnology]
113-04-55	heat transfer factor	[113 - Physics for electrotechnology]
113-04-56	Fourier number	[113 - Physics for electrotechnology]
113-04-57	Péclet number	[113 - Physics for electrotechnology]
113-04-58	Rayleigh number	[113 - Physics for electrotechnology]
113-04-59	mass concentration of water	[113 - Physics for electrotechnology]
113-04-60	mass concentration of water vapour	[113 - Physics for electrotechnology]
113-04-61	mass ratio of water to dry matter	[113 - Physics for electrotechnology]
113-04-62	mixing ratio, <of water vapour>	[113 - Physics for electrotechnology]
113-04-63	mass fraction of water	[113 - Physics for electrotechnology]
113-04-64	mass fraction of dry matter	[113 - Physics for electrotechnology]
113-04-65	relative humidity	[113 - Physics for electrotechnology]
113-04-66	relative mass concentration of water vapour	[113 - Physics for electrotechnology]
113-04-67	dew point temperature	[113 - Physics for electrotechnology]
113-05-01	particle	[113 - Physics for electrotechnology]
113-05-02	elementary particle	[113 - Physics for electrotechnology]
113-05-03	antiparticle	[113 - Physics for electrotechnology]
113-05-04	corpuscle	[113 - Physics for electrotechnology]
113-05-05	matter	[113 - Physics for electrotechnology]
113-05-06	quantum	[113 - Physics for electrotechnology]
113-05-07	Planck constant	[113 - Physics for electrotechnology]
113-05-08	reduced Planck constant	[113 - Physics for electrotechnology]
113-05-09	spin	[113 - Physics for electrotechnology]
113-05-10	spin magnetic quantum number	[113 - Physics for electrotechnology]
113-05-11	spin quantum number	[113 - Physics for electrotechnology]
113-05-12	fermion	[113 - Physics for electrotechnology]
113-05-13	boson	[113 - Physics for electrotechnology]
113-05-14	photon	[113 - Physics for electrotechnology]
113-05-15	phonon	[113 - Physics for electrotechnology]
113-05-16	elementary electric charge	[113 - Physics for electrotechnology]
113-05-17	charge number	[113 - Physics for electrotechnology]
113-05-18	electron	[113 - Physics for electrotechnology]
113-05-19	positron	[113 - Physics for electrotechnology]
113-05-20	atom	[113 - Physics for electrotechnology]
113-05-21	atomic nucleus	[113 - Physics for electrotechnology]
113-05-22	atomic mass	[113 - Physics for electrotechnology]
113-05-23	unified atomic mass constant	[113 - Physics for electrotechnology]
113-05-24	dalton	[113 - Physics for electrotechnology]
113-05-25	molecule	[113 - Physics for electrotechnology]
113-05-26	ion	[113 - Physics for electrotechnology]
113-05-27	quark	[113 - Physics for electrotechnology]
113-05-28	proton	[113 - Physics for electrotechnology]
113-05-29	mean life	[113 - Physics for electrotechnology]
113-05-30	neutron	[113 - Physics for electrotechnology]
113-05-31	nucleon	[113 - Physics for electrotechnology]
113-05-32	nucleon number	[113 - Physics for electrotechnology]
113-05-33	proton number	[113 - Physics for electrotechnology]
113-05-34	neutron number	[113 - Physics for electrotechnology]
113-05-35	neutron excess number	[113 - Physics for electrotechnology]
113-05-36	nuclide	[113 - Physics for electrotechnology]
113-05-37	chemical element	[113 - Physics for electrotechnology]
113-05-38	isotope	[113 - Physics for electrotechnology]
113-05-39	isotone	[113 - Physics for electrotechnology]
113-05-40	isobar	[113 - Physics for electrotechnology]
113-05-41	hyperfine level	[113 - Physics for electrotechnology]
113-06-01	energy level	[113 - Physics for electrotechnology]
113-06-02	free electron	[113 - Physics for electrotechnology]
113-06-03	quasi-free electron	[113 - Physics for electrotechnology]
113-06-04	bound electron	[113 - Physics for electrotechnology]
113-06-05	valence electron	[113 - Physics for electrotechnology]
113-06-06	ionization	[113 - Physics for electrotechnology]
113-06-07	electron gas	[113 - Physics for electrotechnology]
113-06-08	ground state	[113 - Physics for electrotechnology]
113-06-09	excited state	[113 - Physics for electrotechnology]
113-06-10	excitation energy	[113 - Physics for electrotechnology]
113-06-11	resonance state	[113 - Physics for electrotechnology]
113-06-12	metastable state	[113 - Physics for electrotechnology]
113-06-13	energy band	[113 - Physics for electrotechnology]
113-06-14	allowed band	[113 - Physics for electrotechnology]
113-06-15	forbidden band	[113 - Physics for electrotechnology]
113-06-16	gap energy	[113 - Physics for electrotechnology]
113-06-17	Fermi level	[113 - Physics for electrotechnology]
113-06-18	Fermi energy	[113 - Physics for electrotechnology]
113-06-19	valence band	[113 - Physics for electrotechnology]
113-06-20	conduction band	[113 - Physics for electrotechnology]
113-06-21	conduction electron	[113 - Physics for electrotechnology]
113-06-22	electron affinity	[113 - Physics for electrotechnology]
113-06-23	hole	[113 - Physics for electrotechnology]
113-06-24	electron-hole pair	[113 - Physics for electrotechnology]
113-06-25	charge carrier	[113 - Physics for electrotechnology]
113-06-26	electrically charged, adj	[113 - Physics for electrotechnology]
113-06-27	free charge carrier	[113 - Physics for electrotechnology]
113-06-28	electron emission	[113 - Physics for electrotechnology]
113-06-29	thermionic emission	[113 - Physics for electrotechnology]
113-06-30	Richardson constant	[113 - Physics for electrotechnology]
113-06-31	photoelectric emission	[113 - Physics for electrotechnology]
113-06-32	field emission	[113 - Physics for electrotechnology]
113-06-33	primary electron emission	[113 - Physics for electrotechnology]
113-06-34	secondary electron emission	[113 - Physics for electrotechnology]
113-06-35	work function	[113 - Physics for electrotechnology]
113-06-36	mobility	[113 - Physics for electrotechnology]
113-06-37	mean free path	[113 - Physics for electrotechnology]
113-06-38	cross-section of interaction	[113 - Physics for electrotechnology]
113-06-39	ionization energy	[113 - Physics for electrotechnology]
113-06-40	probability of ionization	[113 - Physics for electrotechnology]
113-06-41	ionization coefficient	[113 - Physics for electrotechnology]
113-06-42	ionization rate	[113 - Physics for electrotechnology]
113-06-43	recombination	[113 - Physics for electrotechnology]
113-06-44	de-ionization	[113 - Physics for electrotechnology]
113-06-45	recombination rate	[113 - Physics for electrotechnology]
113-06-46	de-ionization rate	[113 - Physics for electrotechnology]
113-06-47	recombination coefficient	[113 - Physics for electrotechnology]
113-06-48	plasma	[113 - Physics for electrotechnology]
113-06-49	diffusion	[113 - Physics for electrotechnology]
113-07-01	special theory of relativity	[113 - Physics for electrotechnology]
113-07-02	general theory of relativity	[113 - Physics for electrotechnology]
113-07-03	synchronization, <of clocks>	[113 - Physics for electrotechnology]
113-07-04	synchronized, <clocks> adj	[113 - Physics for electrotechnology]
113-07-05	synchronization, <of two inertial frames>	[113 - Physics for electrotechnology]
113-07-06	relativistic effect	[113 - Physics for electrotechnology]
113-07-07	normalized velocity	[113 - Physics for electrotechnology]
113-07-08	normalized speed	[113 - Physics for electrotechnology]
113-07-09	Lorentz factor	[113 - Physics for electrotechnology]
113-07-10	event, <in relativity>	[113 - Physics for electrotechnology]
113-07-11	four-vector	[113 - Physics for electrotechnology]
113-07-12	special Lorentz transformation	[113 - Physics for electrotechnology]
113-07-13	general Lorentz transformation	[113 - Physics for electrotechnology]
113-07-14	invariant, <to a transformation>	[113 - Physics for electrotechnology]
113-07-15	Lorentz invariant	[113 - Physics for electrotechnology]
113-07-16	Lorentz scalar	[113 - Physics for electrotechnology]
113-07-17	four-scalar product	[113 - Physics for electrotechnology]
113-07-18	squared four-magnitude	[113 - Physics for electrotechnology]
113-07-19	position four-vector	[113 - Physics for electrotechnology]
113-07-20	time-like position vector	[113 - Physics for electrotechnology]
113-07-21	absolute future	[113 - Physics for electrotechnology]
113-07-22	absolute past	[113 - Physics for electrotechnology]
113-07-23	space-like position vector	[113 - Physics for electrotechnology]
113-07-24	relative presence	[113 - Physics for electrotechnology]
113-07-25	light-like vector	[113 - Physics for electrotechnology]
113-07-26	light cone	[113 - Physics for electrotechnology]
113-07-27	displacement four-vector	[113 - Physics for electrotechnology]
113-07-28	squared space-time distance	[113 - Physics for electrotechnology]
113-07-29	local time	[113 - Physics for electrotechnology]
113-07-30	local duration	[113 - Physics for electrotechnology]
113-07-31	relativistic time	[113 - Physics for electrotechnology]
113-07-32	proper time	[113 - Physics for electrotechnology]
113-07-33	proper duration	[113 - Physics for electrotechnology]
113-07-34	proper distance	[113 - Physics for electrotechnology]
113-07-35	proper length	[113 - Physics for electrotechnology]
113-07-36	local length	[113 - Physics for electrotechnology]
113-07-37	Lorentz contraction	[113 - Physics for electrotechnology]
113-07-38	time dilatation	[113 - Physics for electrotechnology]
113-07-39	four-velocity	[113 - Physics for electrotechnology]
113-07-40	four-acceleration	[113 - Physics for electrotechnology]
113-07-41	four-volume element	[113 - Physics for electrotechnology]
113-07-42	four-nabla	[113 - Physics for electrotechnology]
113-07-43	four-gradient	[113 - Physics for electrotechnology]
113-07-44	four-divergence	[113 - Physics for electrotechnology]
113-07-45	four-rotation	[113 - Physics for electrotechnology]
113-07-46	d'Alembertian operator	[113 - Physics for electrotechnology]
113-07-47	four-momentum	[113 - Physics for electrotechnology]
113-07-48	four-force	[113 - Physics for electrotechnology]
113-07-49	electromagnetic four-potential	[113 - Physics for electrotechnology]
113-07-50	Lorenz convention	[113 - Physics for electrotechnology]
113-07-51	four-current density	[113 - Physics for electrotechnology]
113-07-52	continuity equation	[113 - Physics for electrotechnology]
113-07-53	electromagnetic field tensor	[113 - Physics for electrotechnology]
113-07-54	stress-energy tensor	[113 - Physics for electrotechnology]
113-07-55	four-force density	[113 - Physics for electrotechnology]
113-07-56	relativistic kinetic energy	[113 - Physics for electrotechnology]
113-07-57	four-wave vector	[113 - Physics for electrotechnology]
113-07-58	squared interval, <in general theory of relativity>	[113 - Physics for electrotechnology]
113-07-59	Kronecker symbol	[113 - Physics for electrotechnology]
113-07-60	metric tensor	[113 - Physics for electrotechnology]
113-07-61	flat space-time	[113 - Physics for electrotechnology]
113-07-62	curved space-time	[113 - Physics for electrotechnology]
113-07-63	Schwarzschild radius	[113 - Physics for electrotechnology]
113-07-64	black hole	[113 - Physics for electrotechnology]
113-07-65	gravitational shift, <effect>	[113 - Physics for electrotechnology]
113-07-66	gravitational red shift, <quantity>	[113 - Physics for electrotechnology]
395-03-113	reference standard	[395 - Nuclear instrumentation]
395-07-113	channel	[395 - Nuclear instrumentation]
806-15-113	wavy edge	[806 - Recording and reproduction of audio and video]
811-37-113	transport layer	[811 - Electric traction]
821-02-113	special protection signal	[821 - Signalling and security apparatus for railways]
845-21-113	S/P ratio	[845 - Lighting]
845-22-113	adaptive colorimetric shift	[845 - Lighting]
845-24-113	filter	[845 - Lighting]
845-25-113	tilt in application, <of a luminaire>	[845 - Lighting]
845-27-113	maintained value	[845 - Lighting]
845-29-113	CIE standard general sky	[845 - Lighting]
845-31-113	variable message set	[845 - Lighting]