Übersetzung für 'G&H' von Englisch nach Deutsch

grin <g>

grins <g> [einfaches Grinsen]Internet

G'day! [Aus.] [coll.]

Hallo!

Guten Tag!

Tag auch! [ugs.]

Moin moin! [nordd.]

Werbung

giga- {prefix} <G> [10 ^ 9]

Giga- <G>unit

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gale <g>

Sturm {m}meteo.

gram <g>

Gramm {n} <g>unit

gramme <g> [Br.] [spv.]

Gramm {n} <g>unit

grams <g>

Gramm {pl} <g>unit

guanine <G, Gua> [C5H5N5O, C5H3(NH2)N4O]

Guanin {n} <G, Gua>biochem.mineral.

gauss <G> [unit of magnetic flux density]

Gauß {n} <Gs, G> [Einheit der magnetischen Flussdichte]phys.unit

gluon <g>

Gluon {n} <g>phys.

graviton <G> [hypothetical elementary particle]

Graviton {n} <G> [hypothetisches Elementarteilchen]phys.

glycine <Gly, G> [C2H5NO2]

Glycin {n} <Gly, G>biochem.

Glyzin {n} <Gly, G>biochem.

G [sl.]

Gangster {m}

Bandenmitglied {n}

g [letter, musical note]

g {n} [Buchstabe, Ton]ling.mus.print

G [letter, musical note]

G {n} [Buchstabe, Ton]ling.mus.print

geneticin <G418, G-418>

Geneticin {n} <G418, G-418>pharm.

gluino <g͂> [hypothetical elementary particle]

Gluino {n} <g͂> [hypothetisches Elementarteilchen]phys.

gravitino <G͂> [hypothetical elementary particle]

Gravitino {n} <G͂> [hypothetisches Elementarteilchen]phys.

Italians <I.G.> [short: Italian Greyhounds]

Italienische Windspiele {pl}zool.T

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exempli gratia {adv} <e.g.>

zum Beispiel <z. B.>

beispielsweise <bspw.>

for example {adv} <e.g.>

beispielhalber

beispielshalber

zum Beispiel <z. B.>

beispielsweise <bspw.>

zum Exempel [veraltend] <z. E.>

G-rated {adj} [Am.]

jugendfreifilm

Kia ora! [NZ: Hi!, G'day!]

Hallo! [Guten Tag!]

main gauche {adv} <M.G., m.g.> [used as a direction in keyboard music]

mit der linken Handmus.

zero-g {adj} [coll.]

schwerelos

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Big G [coll.] [(Newtonian) gravitational constant] <G>

(Newton'sche) Gravitationskonstante {f} <G>phys.

G cell

G-Zelle {f}anat.biol.

G clef

G-Schlüssel {m}mus.

Violinschlüssel {m}mus.

G flat <G♭>

Ges {n} <G♭>mus.

G major <G>

G-Dur {n} <G>mus.

G minor <g, Gm>

g-Moll {n} <g, Gm>mus.

G protein

G-Protein {n}biochem.

G proteins

G-Proteine {pl}biochem.

G sharp <G♯>

Gis {n} <G♯>mus.

G string

G-Saite {f}mus.

G suit

Anti-G-Anzug {m}cloth.

G-clamp

Schraubzwinge {f} [G-Form]tools

G-classification [guesthouses, inns, boarding houses]

G-Klassifizierung {f} [deutsche Klassifizierung für Gästehäuser, Gasthöfe und Pensionen]travel

G-force

Andruck {m}

G-forces

G-Kräfte {pl} <g-Kräfte>

g-load

vertikale Beschleunigung {f}aviat.

G-man [Am.] [coll.]

FBI-Mann {m}

g-man [Am.] [sl.] [short for Government Man]

G-Man {m}

G-men [Am.] [coll.]

FBI-Männer {pl}

g-meter

Beschleunigungs­anzeiger {n} [für Gravitationskraft (Aviatik), ugs auch in Kfz-Bau]phys.

G-spot

G-Punkt {m} [Gräfenberg-Punkt]anat.

G-string

G-Saite {f}mus.

Minislip {m}cloth.

Stringtanga {m}cloth.

G-String {m} {f}cloth.

G. Raymond [Can.]

Max Mustermann {m}

Erika Mustermann {f}

Gâteaux derivative <G-derivative>

Gâteaux-Ableitung {f} <G-Ableitung>math.

Gâteaux differential <G-differential>

Gâteaux-Differential {n} <G-Differential>math.

Gâteaux-Differenzial {n} <G-Differenzial>math.

general average <G/A>

große Havarie {f}insur.naut.

general average <GA, G/A>

große Haverei {f} <GH>lawnaut.

girl friend <G/F>

feste Freundin {f}

glide slope <G/S, GS>

Gleitpfad {m}aviat.

Grand Hotel <G&H> [also: grand hotel] [luxury hotel]

Grandhotel {n} [auch: Grand Hotel, Grand Hôtel]gastr.travel

gravitational constant <G>

Gravitationskonstante {f} <G>phys.

Guyanese dollar <GYD, G$>

Guyana-Dollar {m} <GYD, G$>curr.

immunoglobulin G <IgG>

Immunglobulin G {n} <IgG>biochem.

mass concentration <g/L, g/dL, γ, p>

Massenkonzentration {f} <g/l, g/dl, β, p> [Formelzeichen: β, p; Einheit (Beispiel): g/l, g/dl]chem.

mass fraction <w, g/g>

Massenprozent {n} <Gew.-%, % (w/w)> [ugs.] [Massenanteil]chem.

mass ratio <g/g, ζ>

Massenverhältnis {n} <g/g, ζ> [Formelzeichen: ζ; Einheit (Beispiel): g/g]chem.

Newton's constant <G>

Newtons Gravitationskonstante {f} <G>phys.

(Newton'sche) Gravitationskonstante {f} <G>phys.

shear modulus <G>

Schermodul {m} <G> [Schubmodul]geol.materialphys.

Schubmodul {m} <G>constr.engin.

specific gravity <S.G.>

spezifisches Gewicht {n}

Super G [Super Giant Slalom]

Super-G {m} [Super-Riesenslalom]sports

vitamin G [dated] [vitamin B2]

Vitamin {n} G [veraltet] [Vitamin B2]biochem.

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air-to-ground {adj} <A/G>

Bord-Boden-

G for George

G wie Gustavidiom

G for Golf [NATO phonetic alphabet]

G wie Golf [NATO-Buchstabiertafel]idiommil.

G'wan, beat it! [coll.] [chiefly dated]

Hau ab! [ugs.]

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anti-G carburetor

beschleunigungs­unempfindlicher Vergaser {m}aviat.tech.

center of gravity <COG, C/G> [Am.]

Gravizentrum {n}phys.

centre of gravity <COG, C/G> [Br.]

Gravizentrum {n}phys.

cost and freight <CFR, G&F>

Kosten und Fracht [Incoterm]comm.

crotchless G-string

G-String ouvert {m}cloth.

Federal Joint Committee <G-BA> [Germany]

Gemeinsamer Bundesausschuss {m} <G-BA>med.pharm.QM

G and T <G & T> [a drink of gin and tonic (water)]

Gin Tonic {m}gastr.

G double flat <Gbb>

Geses {n}mus.

G double sharp <Gx>

Gisis {n}mus.

G flat major

Ges-Dur {n}mus.

G flat minor

ges-Moll {n}mus.

G sharp major <G♯ major>

Gis-Dur {n} <Gis, G♯>mus.

• 55th Battery. Major G.N. Cartwright. Captain J.R. Colville. Lt. P.H. Ferguson. 2Lt H.G. Hess. 2Lt S.H. Doake.
• A connected graph "G" with the same vertex set as a connected hypergraph "H" is a host graph for "H" if every hyperedge of "H" induces a connected subgraph in "G". For a disconnected hypergraph "H", "G" is a host graph if there is a bijection between the connected components of "G" and of "H", such that each connected component "G" of "G" is a host of the corresponding "H".
• This terminology is also used when P is just another group. That is, if "G" and "H" are groups then "G" is "virtually" "H" if "G" has a subgroup "K" of finite index in "G" such that "K" is isomorphic to "H".
• Examples of non-multiplicative graphs can be constructed from two graphs "G" and "H" that are not comparable in the homomorphism order (that is, neither "G"→"H" nor "H"→"G" holds). In this case, letting "K"="G"×"H", we trivially have "G"×"H"→"K", but neither "G" nor "H" can admit a homomorphism into "K", since composed with the projection "K"→"H" or "K"→"G" it would give a contradiction.
• It is also easy to see that for each "H" ≤ "G", the map "Ω"("G") → Z : "X" ↦ "m'X"("H") is a homomorphism. This means that to know the marks of "G", it is sufficient to evaluate them on the generators of "Ω"("G"), "viz." the orbits "G"/"H".

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• In case of intermittent high-flux hemodialysis: 1 g (I.V. injection) per 24 h of inter-dialytic session, preferably at the end of the hemodialysis (1 g q24 h, 2 g q48 h, 3 g q72 h).
• If "G" had a nontrivial proper normal subgroup "H", then (because of the minimality of "G"), "H" and "G"/"H" would be solvable, so "G" as well, which would contradict our assumption. So "G" is simple.
• Here an element "g" is in "H"C"G"("H"/"K") if and only if there is some "h" in "H" such that for every "x" in "H", "x'g" ≡ "x'h" mod "K".
• Alternatively, the group law on "G" can be constructed by lifting the group law "H" × "H" → "H" to "G", using the lifting property of the covering map "G" × "G" → "H" × "H".
• The [...] G.H. Dawe Community Centre is shared by G.H. Dawe Community School, the G.H. Dawe Branch of the Red Deer Public Library, G.H. Dawe Centre Recreation Facility and St. Patrick's School.

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• The subgroup "G" × {0} of "G" ⊕ "H" is isomorphic to "G" and is often identified with "G"; similarly for {0} × "H" and "H". (See "internal direct sum" below.) With this identification, it is true that every element of "G" ⊕ "H" can be written in one and only one way as the sum of an element of "G" and an element of "H". The rank of "G" ⊕ "H" is equal to the sum of the ranks of "G" and "H".
• What are the graphs (solutions) "G" and "H" such that the line graph of "G" is same as the total graph of "H"? (What are "G" and "H" such that "L"("G") = " T"("H")&hairsp;?).
• Two unitary representations π1: "G" → U("H"1), π2: "G" → U("H"2) are said to be unitarily equivalent if there is a unitary transformation "A":"H"1 → "H"2 such that π1("g") = "A"* ∘ π2("g") ∘ "A" for all "g" in "G". When this holds, "A" is said to be an intertwining operator for the representations [...].