D

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AcronymDefinition
DDay
DDaily
D500 (Roman numeral)
DDigital
DDivision
DDepth
DDenver, Colorado (mint mark)
DBattery Size
DDemocrat
DDecimal
DCalciferol (vitamin)
DBelow Average grade
DDenarius/Penny (nail size)
DDate
DData
DDrive
DDisplay
DDistance
DDirector (Drone Control; US military aircraft designation; as in D-21)
DDead
DDrive (automatic transmissions)
DDegree
DDutch
DDaughter
DDeutschland (Germany) (International Auto Identification)
DDraw (a tie; sports)
DDallas, TX, USA
DDiscuss
DDevice
DDistance Vision
DDelta
DDiablo (roleplaying game)
DDefense
DDedicated (Channel)
DDiesel
DDrum
DDelay
DDublin (car registration identification)
DDiversity
DDuty Factor
DDepot
DDeparture
DPenny (old British penny)
DDiamonds (playing cards)
DDemonstration
DDuke (British title of nobility)
DDiameter
DDensity
DDragon (Yu-Gi-Oh!)
DDatum
DDesperados (game)
DDrain (transistor; electronics)
DDimensional
DDaytime (broadcasting operating schedule)
DDigit
DDoctrine
DDeed (real estate)
DDeaf (member of the Deaf Community who shares a sense of Deaf Culture)
DDrag Force (aerodynamic equations)
DDiarrhea
DDüsseldorf (Germany)
DDifferential
DDirecting
DDerivative
DDeceased
DDummy
DDetective (NSW, Australia)
DDetective (police)
dDeaf (person who can not hear but is not part of the Deaf Community)
DDependency
DDiners Club (credit card)
DDisconnect
DDoubtful (player's likelihood of participating)
DDinar
DDiode
DAbsorbed Dose
DDominion Resources Inc (stock symbol)
DDiffusion Coefficient
DTenacious D (band)
DDenominator
DTunisian Dinar (unit of currency)
DDorsal
DDielectric
DDefenseman (hockey)
DDeci- (metric prefix, 1/10)
DDiastolic (blood pressure)
DDecedent (IRB)
DDecrement
DAspartic Acid (amino acid)
DDeuterium
DDahlonega, Georgia (mint mark, 1838-61)
DDiopter (unit of optical power)
DDiamox (medicine)
DDiaphragmatic
DDelete(d) (action code)
DDenarius (Roman Coin)
DDebye (unit of dipole moment)
DDerated
DDegaussing
DDoubleword
DDie/Dice (role play reference)
DDextrorotary (clockwise optical rotaton)
dsurface drift (US DoD)
DDrift distance
DPneumatic Post (Scott Catalogue prefix; philately)
DDocumentary Division
DD Sub-Shell (third outer subshell of an electron shell)
DDistrict spare (Stores 100 code)
DFederal Reserve Bank of Cleveland, Ohio (designates original point of circulation of a dollar bill)
DCohen's Measure of Effect Size (statistics; usually expressed as italic d)
DDeutschverzeichnis (Works of Schubert by Otto Erich Deutsch)
Dtotal drift, data (US DoD)
DUndenominated United States Stamp (22 cents, introduced 17 Nov 1985)
DTotal Outside Dose (radiation)
References in periodicals archive ?
Dreasler worked directly with Dielectric's Global OEM Sales Manager, Cory Edwards, to design side- and top-mounted, high-power antennas for each system using the company's Dielectric Antenna Systems Planning DASP software program.
The measurement of the dielectric constant requires specialized equipment .
The change in dielectric properties against time under constant pressure has also been investigated.
Here, two concepts are combined to achieve a simple, compact and yet a wideband aperture coupled dielectric resonator antenna.
However, if we decrease the dielectric constant, and we want to maintain the same target impedance of 50 [ohm], with the same .
In order to evaluate the effect of wood characteristics by microwaves, some devices of automatic control have been developed, which are based on the dielectric constant of the material (Martin et al.
We expect to hear from the USDA in about two months, and in the interim, this chip manufacturer is running some of its own process tests, to check for durability under high temperature processing, determine dielectric constant and loss factors, and [look into] other issues related to manufacturing processes.
The basic design of a thin-shell radome involves the selection of a proper dielectric material, thickness and shape.
Generally speaking, circumventing resistance increases means changing to lower-resistance metals, while combating rises in capacitance means switching to lower dielectric constant (k) dielectrics.
Topics covered include downscaling limits of current transistor designs, deposition techniques for high-k dielectric materials, electrical characterization of the resulting devices, and an outlook towards future transistor stacking technology.
The authors (no credentials provided) present 12 chapters introducing dielectric materials--found in crystal, ceramic, and thin film forms--and describing their history, characteristics, and applications.