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Radio, radios

Go to radio. Radio Area Technician (AT) to go to MSM and verify gas leak. Radio channel availability Noise, Interference. AT may be busy. Channels may be unavailable... [Pg.343]

R. Stratonovich, Selected Problems of the Fluctuational Theory in Radio (Radio, Moscow, 1961). [Pg.136]

Strengths Simple and straightforward No need for radio- Radio-labeled compounds... [Pg.322]

See also Computer Engineering Computer Science Radio Radio Astronomy Spectroscopy Telecommunications. [Pg.1227]

Commercial Radio. Radio broadcasts are available throughout the globe. They offer a variety of products, such as news, music, and political opinion. Many broadcasts are free of charge and available to receivers in range of the station. The station derives its revenue from advertising. An hour of broadcasting... [Pg.1573]

The sample is again subjected to a constant magnetic field but all the nuclei are excited by a very short radio frequency pulse. The frequency e (e.g., 400 MHz for a proton at 9.4 tesla) is applied over a period of several... [Pg.64]

Telecommunications systems will include internal communications within the platforms (telephone, radio, walkie-talkie, air-ground-air, navigation, public address) and external systems (telephone, telex, fax, telemetry, VFIF radio, and possibly satellite links). These systems are designed to handle the day-to-day communications as well as emergency situations. [Pg.285]

V. G. Repin, G. P. Tartakovsky, Statistical Synthesis under the Prior Uncertainty (In Russian), Sov. Radio, Moscow, 1977... [Pg.126]

T.M. Habashy, W.C. Chew, and E.Y. Chow, Simultaneous reconstruction of permittivity and conductivity profiles in a radially inhomogeneous slab, Radio Sci., 1986,21,... [Pg.130]

Four volumetric defects are also included a spherical cavity, a sphere of a different material, a spheroidal cavity and a cylinderical cavity (a side-drilled hole). Except for the spheroid, the scattering problems are solved exactly by separation-of-variables. The spheroid (a cigar- or oblate-shaped defect) is solved by the null field approach and this limits the radio between the two axes to be smaller than five. [Pg.158]

When comparing the magnetic particle- and penetrant inspection with other visual methods it appears that our viewing eonditions are not so bad, compared with other methods. In radio-graphie the contrast on the film is mueh lower. In ultrasonies and eddy current the presentation times on the screen is shorter and the contrast is lower. [Pg.677]

Taking into account that it is necessary to make vary the flaw detector settings during the main part of the verifications, the total number of verifications is rather important. So, Technical Center for Mechanical Industries (CETIM) began the development of an electronic system enabling to benefit of the current possibilities of generation of synthesised radio frequency signals and help of personal computer for operator assistance and calculation. [Pg.703]

Gonorovskiy 1. S. Radio Engineering Circuits and Signals. Moscow, Radio i Svyaz, 1986, 512 p. (in Russian)... [Pg.832]

One of the radio detection advantages is the use of decametric waves range which provide the detection and sea surface watch even via clouds, and it really does not matter from what object the detection is carried out. from the airplane, from the satellite, from the land (or vessel). [Pg.913]

Electromagnetic earthquake forerunners show themselves like the electromagnetic phenomena, including electromagnetic emission (EME) in a radio frequency range. This emission caused by collective exiting of the set of local mechano-electrical transformers (MET). The excitation mechanism inside the crust is determined by the fact that elastic tension ranges up to the threshold level within the source area. [Pg.914]

The choice of tracer gas for the measurements is Kr-85 It has a long half-life so that it can be stored for application when needed. It is a noble gas which is chemically inactive giving a low radio toxicity as it is readily removed in case of accidental contamination. [Pg.1055]

See K. Fajans, Radio Elements and Isotopes. Chemical Forces and Optical Properties of Substances, McGraw-Hill, New York, 1931. [Pg.427]

Above approximately 80 km, the prominent bulge in electron concentration is called the ionosphere. In this region ions are created from UV photoionization of the major constituents—O, NO, N2 and O2. The ionosphere has a profound effect on radio conmumications since electrons reflect radio waves with the same frequency as the plasma frequency, f = 8.98 x where 11 is the electron density in [147]. The... [Pg.817]

To date, researchers have identified more than 100 different molecules, composed of up to 13 atoms, in the interstellar medium [16]. Most were initially detected at microwave and (sub)millimetre frequencies, and the discoveries have reached far beyond the mere existence of molecules. Newly discovered entities such as difhise mterstellar clouds, dense (or dark) molecular clouds and giant molecular cloud complexes were characterized for the first time. Indeed, radioastronomy (which includes observations ranging from radio to submillunetre frequencies) has dramatically changed our perception of the composition of the universe. Radioastronomy has shown that most of the mass in the interstellar medium is contained in so-called dense... [Pg.1240]

Carlstron J and Zmuidzinas J 1996 Millimeter and submillimeter teohniques Review of Radio Science 1993-1996 ed W Ross Stone (Oxford Oxford University Press) pp 839-92... [Pg.1259]

Barrett A H 1983 The beginnings of moleoular radio astronomy Serendipitous Discoveries in Radio Astronomy ed K Kellerman and B Sheets (Green Bank, WV NRAO)... [Pg.1259]

Biver N ef a/1997 Evolution of the outgassing of oomet Flale-Bopp (C/1995 01) from radio observations Science 275 1915-18... [Pg.1260]


See other pages where Radio, radios is mentioned: [Pg.225]    [Pg.440]    [Pg.108]    [Pg.1571]    [Pg.197]    [Pg.247]    [Pg.440]    [Pg.108]    [Pg.1571]    [Pg.197]    [Pg.225]    [Pg.247]    [Pg.151]    [Pg.503]    [Pg.285]    [Pg.913]    [Pg.810]    [Pg.817]    [Pg.934]    [Pg.1239]    [Pg.1339]    [Pg.1339]    [Pg.1385]    [Pg.1521]    [Pg.1522]    [Pg.1531]    [Pg.1533]    [Pg.1990]    [Pg.2060]    [Pg.2802]    [Pg.2812]    [Pg.207]   
See also in sourсe #XX -- [ Pg.80 , Pg.81 , Pg.82 , Pg.174 , Pg.185 , Pg.187 ]




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AM radio

Allocation of Frequencies in the Radio

Allocation of Frequencies in the Radio Spectrum

Amateur radio

Ammonia, radio emission

Amplifier radio

Arizona Radio Observatory

Automobile radio

Cannabinoid radio-labeled

Cellular radio

Chromatography radio-labeled thin layer

Commercial Application of Radio-Frequency Plasmas

Commercial radio

Crystal radio

Detector, radio

Digital radio

Discharge radio-frequency

Distal Radio-Ulnar Joint

Distribution radio-labelled molecules

Divider radio-frequency

Double resonance optical radio-frequency

Driver distraction radios

Drugs radio-sterilization

Electromagnet radio wave

Electromagnetic and radio frequency

Electromagnetic and radio frequency interference

Electromagnetic radio

Elements radio

Encoded radio-frequency tags

Energy radio frequency

FM radio

FM radio waves

Federal Radio Commission

Finite-pulse radio frequency-driven

Finite-pulse radio frequency-driven recoupling

Flow rate radio

Frequency radio spectrum allocations

GNU radio

Galaxies radio

Glow discharge radio frequency

Gold radio-active

Ham radio

High intensity radio frequency

High-energy radio-frequency

High-frequency dielectric (radio

Hydrogen radio emission

Impulse radio UWB

In situ radio frequency heating

Induction heating, radio-frequency

Inductively coupled plasmas Radio-frequency generators

Infrared/radio-frequency double resonance

Institute of Radio Engineers

Interferometry radio

International Union of Electrical, Radio and Machine Workers

Intrinsic radio sensitivity

Light radio wave

Malignant radio-chemotherapy

Marine radio

Mass radio frequency

Metal detectors radio frequency detector

Mixer, radio frequency

Molecular radio astronomy

National Public Radio

Nitrogen radio

Nonthermal Radio Emission

Nuclear magnetic resonance radio frequency effect

Old Navy Radio Station

Orbiting Satellite Carrying Amateur Radio

Phosphorus radio

Portable radios

Preparation radio-labelled compounds

Proteins radio-iodinated

Proteins radio-labelling

Quasars and Radio Sources

RADAR (RAdio Detection And

RADIATION RADIO FREQUENCY

RADIO LABELLING

RFDR (radio-frequency driven dipolar

Radicals Radio

Radio

Radio Astronomy, Planetary

Radio Corporation of America

Radio Frequency (r.f.) Magnetron Sputtering

Radio Frequency Glow Discharge Mass Spectrometry

Radio Frequency ID

Radio Frequency Tags

Radio Frequency Types

Radio Frequency and Low Discharge Mass Spectrometry

Radio Frequency magnetron sputtering method

Radio Frequency power supply

Radio Frequency source

Radio Immune Assay

Radio Instability

Radio Interferometric Image Restoration

Radio Observations

Radio Research Laboratory

Radio TLC

Radio Technical Commission for Aeronautics

Radio Waves in the Lower Ionosphere

Radio agent

Radio allergosorbent test

Radio astronomy

Radio astronomy astrophysics

Radio astronomy cloud

Radio astronomy interstellar molecule detection

Radio astronomy interstellar molecules

Radio astronomy millimeter

Radio astronomy molecular clouds

Radio bands defined

Radio chemical action

Radio communications

Radio communications, electrons

Radio continuum

Radio copper

Radio direction finding

Radio elements, production

Radio emission

Radio fire alarm systems

Radio flow detection

Radio frequency Extraction

Radio frequency RF magnetron sputtering

Radio frequency RF sputtering

Radio frequency Subject

Radio frequency ablation

Radio frequency analyzers

Radio frequency and glow discharge mass spectroscopy

Radio frequency and microwave

Radio frequency cavity

Radio frequency coherence,

Radio frequency continuous wave

Radio frequency curing

Radio frequency definition

Radio frequency detector

Radio frequency drying

Radio frequency electrical discharge films

Radio frequency electromagnetic fields

Radio frequency electromagnetic radiation

Radio frequency encoding

Radio frequency field device

Radio frequency generator

Radio frequency generator, pulsed

Radio frequency glow discharge RFGD)

Radio frequency hazards

Radio frequency heating

Radio frequency homogeneity

Radio frequency identification

Radio frequency identification (RFID

Radio frequency identification RFID) tags

Radio frequency identification card

Radio frequency identification implementation

Radio frequency identification system

Radio frequency identification tags

Radio frequency identification tags silicon

Radio frequency identifier

Radio frequency identifier antennas

Radio frequency identifier systems

Radio frequency identifier technology

Radio frequency interference

Radio frequency interference effects

Radio frequency interference shielding

Radio frequency labels

Radio frequency magnetron sputtering

Radio frequency magnetron sputtering deposition

Radio frequency magnetron sputtering fluoropolymer film deposition

Radio frequency magnetron sputtering process description

Radio frequency oxygen plasma

Radio frequency plasma assisted CVD

Radio frequency plasma polymer

Radio frequency plasma reactions

Radio frequency plasma treatment

Radio frequency plasma-enhanced chemical

Radio frequency plasma-enhanced chemical vapor deposition

Radio frequency potential

Radio frequency power

Radio frequency power distribution

Radio frequency power level

Radio frequency principles

Radio frequency pulse

Radio frequency quadrupole

Radio frequency resonance

Radio frequency secondary electrons

Radio frequency spectroscopy

Radio frequency sputtering

Radio frequency thermal requirements

Radio frequency wavelengths

Radio gas chromatographic

Radio hazard

Radio heating

Radio identification

Radio illustration

Radio immuno

Radio immuno assay

Radio immuno-assays (RIA)

Radio immunoassay

Radio interference

Radio isomer

Radio labeled

Radio limitations

Radio magnetic indicator

Radio novel developments

Radio over fiber

Radio process

Radio radiation

Radio receiver resonant circuit

Radio receivers

Radio recombination lines

Radio region

Radio spectroscopy

Radio spectrum

Radio springs

Radio sterilization

Radio telemetry

Radio telescope

Radio toxicity

Radio tracer measurements

Radio transmissions

Radio wave propagation, ionosphere

Radio wave region

Radio waves

Radio waves and

Radio waves, electromagnetic

Radio waves, electromagnetic spectrum and

Radio waves, energy

Radio, components

Radio-Astronomy Interferometry

Radio-Capitellar Joint

Radio-Frequency Amplifiers

Radio-Frequency Drying with 50-Ohm Technology

Radio-Frequency Spectroscopy in Molecular Beams

Radio-Frequency Thermal Plasma CVD

Radio-Frequency and Microwave Radiation

Radio-HPLC

Radio-HPLC chromatograms

Radio-Interferometric Array

Radio-active decay

Radio-activity

Radio-activity, characteristics

Radio-chemotherapy

Radio-dating

Radio-frequency

Radio-frequency EDLs

Radio-frequency antenna

Radio-frequency discharge detector

Radio-frequency electronic

Radio-frequency equipment

Radio-frequency excitation pulses

Radio-frequency field

Radio-frequency glow discharge systems

Radio-frequency glow-discharge method

Radio-frequency healing

Radio-frequency identification devices

Radio-frequency identification technology

Radio-frequency inhomogeneous

Radio-frequency magnetic field

Radio-frequency magnetron

Radio-frequency oscillator

Radio-frequency photocathode

Radio-frequency plasma

Radio-frequency plasma reactor

Radio-frequency plasma torch

Radio-frequency plasma-assisted

Radio-frequency plasmas commercial applications

Radio-frequency potential, mass

Radio-frequency preheating

Radio-frequency range

Radio-frequency region

Radio-frequency spark source

Radio-frequency spectroscopy of optically oriented atoms

Radio-frequency technology

Radio-frequency thermal plasma

Radio-frequency transition

Radio-frequency waves

Radio-frequency welding

Radio-frequency-assisted heat-pump

Radio-frequency-assisted heat-pump drying

Radio-frequency-driven dipolar recoupling

Radio-frequency-driven dipolar recoupling RFDR)

Radio-frequency-vacuum drying

Radio-gas chromatography

Radio-immunological technique

Radio-immunology

Radio-iodination reactions

Radio-iodine

Radio-isotope Labelling

Radio-isotopes

Radio-label

Radio-labeled binding studies

Radio-labeled cannabinoids

Radio-labeled probes

Radio-labeled probes, synthesis

Radio-labeled study results

Radio-labelled

Radio-labelled ammonia

Radio-labelled molecules

Radio-labelling dilution

Radio-labelling specific

Radio-labelling tritium

Radio-labelling uniform

Radio-ligand binding

Radio-ligand binding assay

Radio-opaque cements

Radio-oxidation

Radio-potassium

Radio-resistance

Radio-sensitizers

Radio-sensitizing/-sensitizer

Radio-tagging

Radio-tracer studies

Radio-tracer technique

Radio. Paul

Radionuclide/radio isotopes

Radiotherapy radio-chemotherapy

Reactive radio frequency sputtering

Safety radio hazards

Satellite radio

Short wave radio

Shortwave radio

Signal radio frequency

Sparks radio-frequency

Strontium radio

TRH Radio-Immunoassay

Technology radio science

The Effect of a Radio Frequency Pulse

The Radio Frequency (RF) Pulse

The Radio-frequency Source

Thorium radio

Thorium, radio-activity

Transfer radio-frequency energy

Two-way radios

Use of Radio-Frequency Plasma

Use of Radio-Frequency Plasma Chemical Synthesis

Use of Radio-Frequency Plasma S. M. L. Hamblyn and B. G. Reuben

Very Large Array radio

Very Large Array radio telescope

Water radio-active

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