⇄ 

Übersetzung für ''n'' von Englisch nach Deutsch

nano- {prefix} <n> [10 ^ -9]

Nano- <n>unit

less'n {conj} [regional] [unless]

außer

es sei denn, (dass) ...

---

Werbung

nitrogen <N> [E-941]

Stickstoff {m} <N>chem.FoodInd.

Nitrogenium {n} [seltener für: Stickstoff] <N>chem.FoodInd.

north <N>

Norden {m} <N>

Nord <N> [Himmelsrichtung] [ohne Artikel]geogr.meteo.naut.

bos'n [spv. for: bosun] [boatswain]

Bootsmann {m}jobsnaut.

newton <N>

Newton {n} <N>phys.unit

asparagine <Asn, N> [C4H8N2O3]

Asparagin {n} <Asn, N>biochem.

[former East German dance, GDR's answer to rock 'n' roll]

Lipsi {m}dance

n [letter]

n {n} [Buchstabe]ling.print

N [letter]

N {n} [Buchstabe]ling.print

N'Djamena

N'Djamena {n}geogr.

neutralino <N͂> [hypothetical elementary particle]

Neutralino {n} <N͂> [hypothetisches Elementarteilchen]phys.

rhythm'n'blues <R&B, R'n'B, RnB>

Rhythm'n'Blues {m} <R&B, R'n'B, RnB>mus.

Rhythm and Blues {m} <R&B, R'n'B, RnB>mus.

---

'n shit [vulg.]

und so'n Scheiß [vulg.]

as needed {adv} <p.r.n., PRN> [pro re nata]

bei Bedarfmed.pharm.

n type {adj}

n-leitend

n-ary {adj}

n-stufig

n-dimensional {adj}

n-dimensionalmath.

n-rowed {adj}

n-reihigmath.

N-terminal {adj}

N-terminalbiochem.

no date <n.d.>

ohne Datum <o. D.>

no date {adv} <n.d.> [citation]

ohne Jahresangabe <o. J.> [Literaturangabe]acad.publ.

no risk <N/R, n.r.>

ohne Risiko

no text <N/T> <nt>

ohne (weiteren) Text <oT, owT>Internet

no year {adv} <n.y.> [of publication]

ohne Jahr <o. J.>acad.publ.

non-consensual {adj} <N/C>

nicht einvernehmlich

not applicable {adj} <N/A, n/a, N.A., NA>

entfällt [in Formularen]

not applicable {adj} <N/A>

nicht zutreffend <n. z.>

not available {adj} <N/A, n/a>

nicht erreichbar

nicht verfügbar

not connected {adj} {past-p} <NC, N.C.>

nicht angeschlossen [nicht verbunden, nicht geschaltet usw.]electr.tech.

not specified <ns, n/s>

keine Angabe / Angaben <k. A., KA>

nota bene {adv} <N.B.> [Am.]

notabene [geh.] <NB>

omni nocte {adv} <o.n., on> [at night]

nachtsmed.pharm.

---

affiliative need <n-affiliation, nAff>

Gesellungs­bedürfnis {n}psych.

Affiliationsbedürfnis {n}psych.

amino-terminus <N-terminus>

Amino-Terminus {m} <N-Terminus>biochem.

author's note <A/N>

Anmerkung {f} des Verfassers <Anm. d. Verf.>

Anmerkung {f} des Autorsjourn.lit.

bellows normal <B.N.>

[Ende des Balgtremolos]mus.

Buna-N [Am.] [nitrile rubber]

Nitrilkautschuk {m}engin.

construction number <c/n, CN>

Baunummer {f} <Bau-Nr.>tech.

degree Newton <°N>

Grad {m} {n} Newton <°N>unit

factory number <F/N>

Fabriknummer {f} <FN>

Werknummer {f} <WN> [veraltet für: Fabriknummer]

Lao kip <LAK, ₭, ₭N>

Kip {m} <LAK, ₭, ₭N>curr.

n material

n-leitendes Material {n}

N-acetylaspartate <NAA>

N-Acetylaspartat {n} <NAA>biochem.

N-acetylglucosamine

N-Acetylglucosamin {n}biochem.

N-benzoylglycine [C9H9NO3]

Hippursäure {f}biochem.chem.

n-butanol [also: 1-butanol] [C4H9OH]

n-Butanol {n} [auch: 1-Butanol]chem.

n-dash [spv.] <–>

Halbgeviertstrich {m} <–>print

N-extein

N-Extein {n}biochem.

n-gon

n-Eck {n}math.

N-Eck {n}math.

N-myristoyltransferase

N-Myristoyltransferase {f}biochem.

n-port [multiport]

n-Tor {n} [Mehrtor]electr.telecom.

N-radiation

N-Strahlung {f}phys.

N-rays

N-Strahlen {pl}phys.

N-terminal

N-Klemme {f}electr.

n-tuple

n-Tupel {n}comp.math.

N-word [euphemism for the use of the word nigger] [Am.]

N-Wort {n} [bezieht sich auf das Wort "Nigger" oder "Neger", eine verächtliche Bezeichnung für einen dunkelhäutigen Menschen]

Namibian dollar <NAD, N$>

Namibia-Dollar {m} <NAD, N$>curr.

new series <n.s.>

neue Folge {f} <n. F.>publ.

nitrogen assimilation <N-assimilation>

Stickstoffaufnahme {f}biol.

nitrogen conversion <N-conversion>

Stickstoffumsatz {m} <N-Umsatz>ecol.

Stickstoffumsetzung {f} <N-Umsetzung>ecol.

nitrogen cycle <N cycle>

Stickstoffzyklus {m}biol.

no chord <N.C.>

kein Akkord {m} [bes. Popularmusik]mus.

nondisclosure agreement <NDA, N.D.A.>

Vertraulichkeitsvereinbarung {f}law

normal solution <N solution>

Normallösung {f}chem.tech.

nota bene <N.B.>

Anmerkung {f} <Anm.>

part number <P/N>

Teilekennzeichen {n} <Tkz, TKZ>mil.tech.

part number <PN, P/N, part no.>

Sachnummer {f} <SN, Sach-Nr.>

serial number <S/N>

Fertigungs­nummer {f}

Seriennummer {f} <S/N>

Fabrikationsnummer {f} [Seriennummer] <S/N>ind.

shipping note <s/n>

Schiffszettel {m}

Stuart number <N>

Stuart-Zahl {f} <N>phys.unit

---

east by north <EbN, E by N>

Ost zu Nord <OzN>

N for Nelly [Br.]

N wie Nordpolidiom

N for November [NATO phonetic alphabet]

N wie November [NATO-Buchstabiertafel]idiommil.

n times continuously {adv}

n-mal stetigmath.

n times differentiable {adj}

n-mal differenzierbarmath.

no appreciable disease <n.a.d., NAD>

ohne (krankhaften) Befund <o.B., oB> [Nomenklatur]med.

no commercial value <NCV, n.c.v.>

kein Handelswert

no date given {adv} <N.D., n.d.>

ohne Jahresangabe <o. J.>acad.publ.

no place given {adv} <N.P., n.p.>

ohne Ortsangabe <o. O.>acad.artpubl.

no place given <N.P., n.p.> [sine loco] [without place]

sine loco <s. l.> [veraltet] [ohne Ort]acad.artpubl.

north by east <NbE, N by E>

Nord zu Ost <NzO>

north by west <NbW, N by W>

Nord zu West <NzW>

northeast by north <NEbN, NE by N>

Nordost zu Nord <NOzN>

northwest by north <NWbN, NW by N>

Nordwest zu Nord <NWzN>

not elsewhere classified {adj} <n.e.c.> [customs classification]

anderweitig nicht genannt <a. n. g.> [Zolltarifnummern]comm.EUstat.

not elsewhere identified {adj} <n.e.i.>

nicht näher bestimmt <n.n.b., NNB>idiom

not otherwise specified <n.o.s.>

nicht anderweitig spezifiziert

• nach [+Dat.] <n.> [zeitlich; zur Angabe einer Reihenfolge oder Rangfolge] = after [later in time than; next to and following in order or importance]
• Stickstoff {m} <N> = nitrogen <N> [E-941]
• Norden {m} <N> = north <N>

• On Android devices, holding "n" or "N" down on the keyboard makes entry of "ñ" and "Ñ" possible.
• Since efficient priority queue data structures require O(log "n") time per insertion, and a tree with "n" leaves has 2"n"−1 nodes, this algorithm operates in O("n" log "n") time, where "n" is the number of symbols.
• Thus, the number of quadratic residues modulo "n" cannot exceed "n"/2 + 1 ("n" even) or ("n" + 1)/2 ("n" odd).
• The eight queens puzzle is a special case of the more general "n" queens problem of placing "n" non-attacking queens on an "n"×"n" chessboard. Solutions exist for all natural numbers "n" with the exception of "n" = 2 and "n" = 3. Although the exact number of solutions is only known for "n" ≤ 27, the asymptotic growth rate of the number of solutions is approximately (0.143 "n")"n".
• "d"("n") = σ0("n") is the number of divisors of "n", including 1 and "n" itself.

• For odd "n" we have Z2"n" = Z"n" × Z2 and Dih2"n" = Dih"n" × Z2.
• For a finite set of cardinality "n", there are "n'n" transformations and ("n"+1)"n" partial transformations.
• Thus RP"n" can also be formed by identifying antipodal points of the unit "n"-sphere, "S'n", in R"n"+1.
• An "n"-gonal form has 3"n" vertices, 6"n" edges, and 2+3"n" faces: 2 regular "n"-gons, "n" rhombi, and 2"n" triangles.
• Arithmetic cost (time-complexity): "n"2(2"n" − 1) for sufficiently large "n" or O("n"3).

• We have Γg(2"n")⊆ Γg("n",2"n") ⊆ Γg("n") where Γg("n") is the subgroup of matrices congruent to the identity modulo "n".
• It is known that φ("n") = "n" − 1 if and only if "n" is prime. So for every prime number "n", we have φ("n") = "n" − 1 and thus in particular φ("n") divides "n" − 1. D. H. Lehmer conjectured in 1932 that there are no composite numbers with this property.
• Axial polytopes containing vertices on parallel offset hyperplanes can be represented by the || operator. A uniform prism is {"n"}||{"n"} and antiprism {"n"}||"r"{"n"}.
• Let C"n" &times; "n" be the "n" &times; "n" matrices with complex entries. A von Neumann algebra M is a self adjoint subalgebra in C"n" &times; "n" such that M contains the identity operator "I" in C"n" &times; "n".
• In general, for any natural number n, there are n-pointed non-convex regular polygonal stars with Schläfli symbols {"n"/"m"} for all "m" such that "m" < "n"/2 (strictly speaking {"n"/"m"} = {"n"/("n" − "m")}) and "m" and "n" are coprime.

• For "n" > 0, the subfactorial !"n" equals the nearest integer to "n"!/"e," where "n"! denotes the factorial of "n" and "e" is Euler's number.
• In the example above the action of GL("n","n") has an open orbit on "M"("n") consisting of invertible matrices. Then we immediately recover SI(Q,("n","n")) = "k"[...].
• For an arbitrary number of points, "n", "t"3orchard("n") was shown to be (1/6)"n"2 &minus; O(n) in 1974.