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1 two-wavelength measurement
Телекоммуникации: измерения на двух длинах волнУниверсальный англо-русский словарь > two-wavelength measurement
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2 two-wavelength measurement
English-Russian dictionary of telecommunications and their abbreviations > two-wavelength measurement
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3 measurement
- ac measurement
- acoustic measurement
- approximate measurement
- audio impedance measurement
- distance measurement
- electrical measurement
- field measurement
- fine measurement
- heterodyne measurement
- HF-power measurement
- hot measurements
- indirect measurement
- inductance measurement
- instantaneous measurement
- integrated measurement
- interference measurement
- internal decay measurement
- laboratory measurement
- light measurement
- microwave impedance measurement
- noise-power measurement
- out-of-service measurement
- phase measurement
- probability measurement
- pulse measurements
- radio-frequency measurement
- reflected-attenuation measurement
- remote measurement
- rough measurement
- start-stop measurement
- totalizing measurement
- two-wavelength measurement
- uniformity-to-obstacle distance measurement
- voltage measurement
- wave resistance measurementEnglish-Russian dictionary of telecommunications and their abbreviations > measurement
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4 measurement
= MEAS1) измерение2) размер(ы)3) система мер•- distance measurement
- field measurement
- in-service measurement
- live measurements
- out-of-service measurement
- position measurement
- quantum nondemolition measurements
- radar distance measurement
- remote measurement
- two-wavelength measurements -
5 measurement
1) измерение2) размер(ы)3) система мер•- distance measurement
- field measurement
- in-service measurement
- live measurements
- out-of-service measurement
- position measurement
- quantum nondemolition measurements
- radar distance measurement
- remote measurement
- two-wavelength measurementsThe New English-Russian Dictionary of Radio-electronics > measurement
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6 measurement
2) размер3) система мер•downhole measurement while drilling — скважинные исследования в процессе бурения;measurement on a voltmeter — измерение вольтметром;to transfer measurements from standards to instruments — передавать размеры единиц от эталонов рабочим средствам измерений-
absolute measurement
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ac measurements
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accurate measurement
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acting position measurement
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acting speed measurement
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airborne radar measurement
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ancillary measurement
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angle measurement
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angular position measurement
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antenna measurements
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antenna pattern measurement
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attenuation measurement
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aureole measurements
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automatic workpiece measurement
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balance measurement
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balloon-borne measurements
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balloon measurements
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bared measurement
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base measurement
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calibration grade measurement
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calibration measurement
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check measurement
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coarse visual measurement
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cold measurements
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comparative international measurement
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comparative measurement
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computer-aided measurement and control
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consecutive measurements
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conventional measurement
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dc measurements
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differential torque measurement
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dimensional measurements
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direct measurement
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discharge measurement
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distance measurement
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distortion-free measurement
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Doppler measurement
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dual wavelength satellite measurements
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dynamic measurements
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eclipse measurements
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electrical ac loss measurement
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electrical measurements
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emissivity measurement
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end-use measurements
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external measurement
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field measurement
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floating measurement
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flow measurement
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forest measurement
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four-terminal measurement
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free-field measurement
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frequency-domain measurements
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go-and-return measurement
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ground-based measurements
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hot measurements
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hydraulic measurement
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indirect measurement
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inflight measurement
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infrared measurements
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in-process measurement
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in-service measurement
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in-situ measurements
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instantaneous measurement
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integrated measurement
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internal measurement
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in-water measurements
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isotope-tracer measurement
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laboratory measurements
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land-based radar measurement
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lidar visibility measurement
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linear measurement
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mass-spectrometer measurements
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meaningful measurement
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microwave measurements
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multipath measurement
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multipoint measurements
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multispectral measurements
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near-surface measurements
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off-ground measurement
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omnidirectional measurement
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one-shot measurement
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on-line frequency response measurement
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out-of-service measurement
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pattern measurement
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pendulum measurement
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phase-conscious measurement
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photoelastic measurement
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photometric measurements
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physical measurements
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point-to-point measurements
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polarographic measurement
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position measurement
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potentiometric measurements
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precision measurement
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primary measurement
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pseudorange measurement
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pseudorange transit-time measurement
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pulse measurements
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qualitative measurement
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quantitative measurement
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radar distance measurement
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radio interferential measurements
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radio occultation measurements
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radioactivity measurement
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radiocarbon measurements
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radiometric measurements
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radiosonde measurements
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reference measurement
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reliable measurement
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remote measurement
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repeatable measurements
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reproducible measurements
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rocket ground measurements
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rocket measurements
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rocket probe measurements
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rough measurement
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routine measurement
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satellite-based measurements
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satellite measurements
-
sea truth measurements
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sediment-load measurement
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shipboard measurements
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short-circuit measurement
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single-plane measurements
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sound measurement
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spaceborne measurement
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spaced sensor measurements
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spectrophotometric measurement
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spectrometric measurement
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static measurements
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steady-state measurements
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substitution measurement
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surface roughness measurement
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survey measurement
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time-domain measurements
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tower measurement
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traceable measurement
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transfer measurement
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two-plane measurements
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typographic measurement
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ultrasonic measurement
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unambiguous measurement
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unbalance measurement
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uniform measurements
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volume measurements
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wide-angle measurements
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work bench measurements
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zero offset measurement -
7 Hertz, Heinrich Rudolph
[br]b. 22 February 1857 Hamburg, Germanyd. 1 January 1894 Bonn, Germany[br]German physicist who was reputedly the first person to transmit and receive radio waves.[br]At the age of 17 Hertz entered the Gelehrtenschule of the Johaneums in Hamburg, but he left the following year to obtain practical experience for a year with a firm of engineers in Frankfurt am Main. He then spent six months at the Dresden Technical High School, followed by year of military service in Berlin. At this point he decided to switch from engineering to physics, and after a year in Munich he studied physics under Helmholtz at the University of Berlin, gaining his PhD with high honours in 1880. From 1883 to 1885 he was a privat-dozent at Kiel, during which time he studied the electromagnetic theory of James Clerk Maxwell. In 1885 he succeeded to the Chair in Physics at Karlsruhe Technical High School. There, in 1887, he constructed a rudimentary transmitter consisting of two 30 cm (12 in.) rods with metal balls separated by a 7.5 mm (0.3 in.) gap at the inner ends and metallic plates at the outer ends, the whole assembly being mounted at the focus of a large parabolic metal mirror and the two rods being connected to an induction coil. At the other side of his laboratory he placed a 70 cm (27½ in.) diameter wire loop with a similar air gap at the focus of a second metal mirror. When the induction coil was made to create a spark across the transmitter air gap, he found that a spark also occurred at the "receiver". By a series of experiments he was not only able to show that the invisible waves travelled in straight lines and were reflected by the parabolic mirrors, but also that the vibrations could be refracted like visible light and had a similar wavelength. By this first transmission and reception of radio waves he thus confirmed the theoretical predictions made by Maxwell some twenty years earlier. It was probably in his experiments with this apparatus in 1887 that Hertz also observed that the voltage at which a spark was able to jump a gap was significantly reduced by the presence of ultraviolet light. This so-called photoelectric effect was subsequently placed on a theoretical basis by Albert Einstein in 1905. In 1889 he became Professor of Physics at the University of Bonn, where he continued to investigate the nature of electric discharges in gases at low pressure until his death after a long and painful illness. In recognition of his measurement of radio and other waves, the international unit of frequency of an oscillatory wave, the cycle per second, is now universally known as the Hertz.[br]Principal Honours and DistinctionsRoyal Society Rumford Medal 1890.BibliographyMuch of Hertz's work, including his 1890 paper "On the fundamental equations of electrodynamics for bodies at rest", is recorded in three collections of his papers which are available in English translations by D.E.Jones et al., namely Electric Waves (1893), Miscellaneous Papers (1896) and Principles of Mechanics (1899).Further ReadingJ.G.O'Hara and W.Pricha, 1987, Hertz and the Maxwellians, London: Peter Peregrinus. J.Hertz, 1977, Heinrich Hertz, Memoirs, Letters and Diaries, San Francisco: San Francisco Press.R.Appleyard, 1930, Pioneers of Electrical Communication.See also: Heaviside, OliverKFBiographical history of technology > Hertz, Heinrich Rudolph
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8 mode
2) мода, вид [форма, тип\] колебаний; вид [тип\] волн5) вчт. состояние6) швейн. мода•-
ablative pit-forming mode
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abnormal mode
-
acceleration mode
-
access mode
-
accumulation mode
-
acoustic mode
-
acquisition mode
-
active mode
-
adaptive control mode
-
addressing mode
-
air-liquefaction mode
-
alternate mode
-
anticipation mode
-
approach mode
-
assemble mode
-
astable vibration mode
-
astable mode
-
automatic mode
-
automatic opening mode
-
automatic skinning mode
-
autopilot heading mode
-
autoposition mode
-
avalanche mode
-
axial mode
-
background mode
-
backward mode
-
backward propagating mode
-
backward scattering mode
-
backward scatter mode
-
backward traveling mode
-
bare resonator mode
-
basic mode
-
batch mode
-
birefringent mode
-
block mode
-
block-multiplex mode
-
bound modes
-
broadcast mode
-
buckling mode
-
burst mode
-
calibration mode
-
capture mode
-
cavity flipping mode
-
cavity mode
-
central mode
-
character generation mode
-
character mode
-
characteristic mode
-
charge-coupling mode
-
circularly polarized mode
-
cladding mode
-
clockwise polarized mode
-
coherently locked modes
-
cold mode
-
collective modes
-
command mode
-
common failure mode
-
common mode
-
compatibility mode
-
competing modes
-
compute mode
-
confined mode
-
constant cutting speed mode
-
constant speed mode
-
contention mode
-
continuous mode
-
continuous path mode
-
continuous-wave mode
-
contour modes
-
contradirectional modes
-
control mode
-
conversational mode
-
cooling mode
-
co-orbital mode
-
coplanar mode
-
core-guided mode
-
core mode
-
counterclockwise polarized mode
-
counterrotating circularly polarized modes
-
counting mode
-
coupled modes
-
cross polarized modes
-
cubic mode
-
current mode
-
current saving mode
-
cutoff mode
-
cutting mode
-
damped mode
-
data-processing mode
-
Debye-like mode
-
Debye mode
-
deceleration mode
-
deflected mode
-
degenerated mode
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degenerate mode
-
depletion mode
-
design mode
-
dialog mode
-
difference mode
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differential mode
-
diffraction-limited mode
-
diffusive mode
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discrete mode
-
dispersion modes
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display mode
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distributed-feedback mode
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DNC mode
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dominant mode
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double-pass mode
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drift mode
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dual-processing mode
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duplex mode
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dynamic mode
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dynamic-scattering mode
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E mode
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edge mode
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edit mode
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eigen mode
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electromagnetic mode
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elementary mode
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Emn mode
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emulation mode
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energy dissipating mode
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enhancement mode
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equal-loss modes
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equally spaced modes
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erase mode
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evanescent mode
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even mode
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excited mode
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exciting mode
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executive mode
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extensional mode
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extraordinary mode
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Fabry-Perot mode
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face shear modes
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fast mode
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faulted mode
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fiber mode
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filamentary mode
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first mode
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flexural mode
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forced mode
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force mode
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foreground mode
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foreground-background mode
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forward mode
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forward propagating mode
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forward scattering mode
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forward scatter mode
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forward shear mode
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forward traveling mode
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fracture mode
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free-running mode
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free-space mode
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frequency-division multiplex mode
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frequency-shift-keying mode
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full program mode
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full-duplex mode
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fundamental mode
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gated mode
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gate mode
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Gaussian mode
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generator mode
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go-ahead mode
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graphics mode
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graphic mode
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guidance mode
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guided-wave mode
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guided mode
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half-duplex mode
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heating mode
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height-lock mode
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higher-order mode
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high-frequency mode
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high-loss mode
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high-pass mode
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high-resolution mode
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Hmn mode
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horizontally polarized mode
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idler mode
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independent mode
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index mode
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injected mode
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injection-locked mode
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in-phase modes
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in-plane mode
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insert mode
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integer mode
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interacting modes
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interactive mode
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internally trapped mode
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interpretive mode
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interrupt mode
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inverter mode
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isolated mode
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jog mode
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kernel mode
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keyboard mode
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laser mode
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lasing mode
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lattice mode
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launched mode
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leaking mode
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leaky mode
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left-hand polarized mode
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left polarized mode
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length extentional mode
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length flexural mode
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length modes
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length-width flexural mode
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light mode
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linearly polarized mode
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load mode
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local mode
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locate mode
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lock mode
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long coherence length mode
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long wavelength mode
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longitudinal mode
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loopback mode
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low-frequency mode
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low-pass mode
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low-resolution mode
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lugdown mode
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macro-by-macro mode
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magnetron mode
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main mode
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malfunction mode
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manual mode
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manual skinning mode
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mapping mode
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maser mode
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master mode
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matched mode
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measurement mode
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message mode
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mirror image mode
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mixed mode
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mode of behavior
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mode of deformation
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mode of excitation
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mode of failure
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mode of functioning
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mode of propagation
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mode of test
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mode of transport
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mode-locked mode
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mode-match mode
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monopulse mode
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move mode
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multiple-frame mode
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multiplexed mode
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multiplex mode
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multitask mode
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native mode
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natural mode
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nonaxial mode
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noncounting mode
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nondegenerate mode
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nondegenerative mode
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nonoscillating mode
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nonpropagating mode
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nonradiative mode
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nonresonant mode
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nonspiking mode
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nontransparent mode
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normal mode
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odd mode
-
off mode
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off-axis mode
-
off-design mode
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off-line mode
-
off-normal mode
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on-line mode
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on-link mode
-
opening fracture mode
-
opening mode
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operating mode
-
optical mode
-
ordinary mode
-
original mode
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orthogonally polarized modes
-
oscillating mode
-
oscillation mode
-
oscillatory mode
-
out-of-plane mode
-
overtype mode
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parallel mode
-
parametric mode
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parasitic mode
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partially suppressed mode
-
path following mode
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path modifying mode
-
penetration mode
-
periodic mode
-
perturbed mode
-
photographing mode
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photon-counting mode
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pipelined mode
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plane mode
-
plane polarized mode
-
plasma mode
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plasma-guide mode
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playback mode
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point-to-point path mode
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polarization mode
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polarization-bistable mode
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polarized mode
-
posttrigger mode
-
power-down mode
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p-polarized mode
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pretrigger mode
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principal mode
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priviledged mode
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propagating mode
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propagation mode
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pulse counting mode
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pulsed mode
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pump mode
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push-pull mode
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Q-spoiled mode
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Q-switched mode
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quadrupole mode
-
quantum noise limited mode
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radial mode
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radially polarized mode
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radiating mode
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radiation mode
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rail mode
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ranging mode
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ready mode
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real-time mode
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receive mode
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record mode
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rectifier mode
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reflected mode
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reflection mode
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reflective mode
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refracted mode
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refrigeration mode
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repetitive Q-switched mode
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request mode
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resonant mode
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resonator mode
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retropropulsion mode
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return beam mode
-
reverse bias mode
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reversible recording mode
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right-hand polarized mode
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right polarized mode
-
run mode
-
sample-and-hold mode
-
satellite mode
-
saturation mode
-
scanning mode
-
scan mode
-
scope mode
-
screen mode
-
search mode
-
selected mode
-
selector mode
-
self-ammoniation mode
-
self-heating mode
-
self-locked mode
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self-Q-switched mode
-
self-refresh mode
-
self-reporting mode
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self-trapping mode
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serial mode
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series mode
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setup mode
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severe wear mode
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shear mode of crack initiation
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shear mode
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side mode
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signal mode
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simplex mode
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simulation mode
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single block mode
-
single mode
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single Q-switched mode
-
single-channel mode
-
single-character mode
-
single-pulse mode
-
single-step mode
-
slave mode
-
slightly coupled modes
-
spatial mode
-
spectral mode
-
spiking mode
-
split-screen mode
-
s-polarized mode
-
spurious mode
-
spurious pulse mode
-
square mode
-
stable mode
-
standby mode
-
standing-wave mode
-
start-stop mode
-
static mode
-
stationary mode
-
steady state mode
-
stiffened mode
-
still-frame mode
-
storage mode
-
store-and-forward mode
-
stretching mode
-
stripped cladding modes
-
strong mode
-
strongly excited mode
-
substrate mode
-
superradiant mode
-
supervisor mode
-
switching mode
-
symmetric modes
-
synchronously pumped mode
-
tape auto mode
-
teaching mode
-
tearing mode
-
thickness-extensional modes
-
time compression mode
-
time mode
-
time-difference mode
-
time-shared mode
-
torsional modes
-
track-and-hold mode
-
tracking mode
-
transcribe mode
-
transfer mode
-
transformed mode
-
transient mode
-
transit mode
-
transit-time mode
-
transmission mode
-
transparent mode
-
transverse mode
-
TRAPATT mode
-
trapped mode
-
trapped plasma avalanche transit time mode
-
traveling-wave mode
-
triggering mode
-
trimming mode
-
truncated mode
-
tuning mode
-
tunneling mode
-
twist mode
-
two-level mode
-
unattended mode
-
uncoupled modes
-
undamped mode
-
unmanned mode
-
unperturbed mode
-
unstable mode
-
unstiffened mode
-
vertically polarized mode
-
vibration mode
-
vibration-free mode
-
virtual mode
-
voting mode
-
waiting mode
-
walk-off mode
-
warped mode
-
wave mode
-
wavefront watched modes
-
waveguide mode
-
wavy slip mode
-
wear mode
-
whispering modes
-
whistler mode
-
width modes
-
write mode
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zero-order mode
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