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Übersetzung für 'van der Waals radius' von Englisch nach Deutsch

van der Waals radius

Van-der-Waals-Radius {m}chem.

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van der Waals force

Van-der-Waals-Kraft {f}chem.

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van der Waals volume

Van-der-Waals-Volumen {n}chem.

van der Waals bond

Van-der-Waals-Bindung {f}chem.phys.

van der Waals forces

Van-der-Waals-Kräfte {pl}chem.

van der Waals equation

Van-der-Waals-Gleichung {f}chem.

van der Waals interaction [also: van der Waals' interaction]

Van-der-Waals-Wechselwirkung {f}chem.

van der Waerden's theorem

Satz {m} von van der Waerdenmath.

outside broadcasting van <OB van> [Br.]

Übertragungs­wagen {m} <Ü-Wagen>RadioTV

Der Busant

Der Busant [mhd. Versepos]hist.lit.F

Rottenburg an der Laaber

Rottenburg {n} an der Laabergeogr.

Vilshofen an der Donau [Danube]

Vilshofen {n} an der Donaugeogr.

Weiden in der Oberpfalz [Upper Palatinate]

Weiden {n} in der Oberpfalzgeogr.

Rechts der Isar Hospital [Munich, Germany]

Klinikum {n} rechts der Isar [München]med.

Von der Decken's sifaka [Propithecus deckenii]

Von-der-Decken-Sifaka {m}zool.T

distinguished encoding rules <DER> [ITU X.690]

Distinguished Encoding Rules {pl} <DER>comp.

Von der Decken's hornbill [Tockus deckeni]

Decken-Toko {m}orn.T

Von-der-Decken-Toko {m}orn.T

Der Stürmer [lit.: The Attacker; a weekly tabloid-format Nazi newspaper]

Der Stürmer {m} [antisemitische Wochenzeitung, 1923-1945]hist.journ.

radius

Speiche {f}anat.

Radius {m}

• Van-der-Waals-Radius {m} = van der Waals radius
• Van-der-Waals-Gleichung {f} = van der Waals equation
• Van-der-Waals-Volumen {n} = van der Waals volume
• Van-der-Waals-Kraft {f} = van der Waals force
• Van-der-Waals-Bindung {f} = van der Waals bond
• Van-der-Waals-Wechselwirkung {f} = van der Waals interaction [also: van der Waals' interaction]
• Van-der-Waals-Kräfte {pl} = van der Waals forces
• Satz {m} von van der Waerden = van der Waerden's theorem
• Radius {m} = radius
• Radius {m} = radial bone [Radius] [radius]
• Schwarzschild-Radius {m} = Schwarzschild radius
• Radius {m} [Flossenstrahl] = ray
• Larmor-Radius {m} = Larmor radius
• Radius {m} unter Last = loaded radius
• bohrscher Radius {m} <a0> = Bohr radius <a0>
• Einstein-Radius {m} [auch: Einsteinradius] = Einstein radius
• Bohr'scher Radius {m} <a0> = Bohr radius <a0>
• Radius-Curvus-Syndrom {n} <RCS> = radius curvus syndrome <RCS>
• Bohr-Radius {m} [bohrscher Radius] = Bohr / Bohr's radius
• Van {m} = multi-purpose vehicle <MPV>
• Van {m} = van

• In most cases it is constructed as an assembly of atom-centered spheres with radii approximately 20% larger than the Van der Waals radius.
• builds a library of known protein–protein interfaces from the PDB, where the interfaces are defined as pairs of polypeptide fragments that are below a threshold slightly larger than the Van der Waals radius of the atoms involved.
• Sterically, the sulfur of cysteine also forms longer bonds and has a bulkier van der Waals radius and if mutated to serine can be trapped in unproductive orientations in the active site.
• The Cl–Cl distance is 198 pm (close to the gaseous Cl–Cl distance of 199 pm) and the Cl···Cl distance between molecules is 332 pm within a layer and 382 pm between layers (compare the van der Waals radius of chlorine, 180 pm).
• ... as the van der Waals radius or a certain electron density).

• The smaller amplitude of vibration for deuterium as compared to hydrogen in C–H (carbon–hydrogen), C–D (carbon–deuterium) bonds results in a smaller van der Waals radius or effective size in addition to a difference in the ZPE between the two.
• The Br–Br distance is 227 pm (close to the gaseous Br–Br distance of 228 pm) and the Br···Br distance between molecules is 331 pm within a layer and 399 pm between layers (compare the van der Waals radius of bromine, 195 pm).
• 5 Å, which is within the van der Waals radius for many atoms.
• The shortest intermolecular distance, 376 pm, is notably short compared to twice the Van der Waals radius, which is 430 pm.
• Dexter electron transfer is a short-range phenomenon that falls off exponentially with distance (proportional to e−"kR" where k is a constant that depends on the inverse of the van der Waals radius of the atom [...]) and depends on spatial overlap of donor and quencher molecular orbitals.

• The van der Waals radius, "r" [...] , of an atom is the radius of an imaginary hard sphere representing the distance of closest approach for another atom.