Übersetzung für 'surface structure' von Englisch nach Deutsch

surface structure

Oberflächenstruktur {f}

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surface structure analysis

Oberflächenstrukturanalyse {f}engin.med.

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beta sheet structure <β sheet structure>

Beta-Faltblattstruktur {f} <β-Faltblattstruktur>biochem.

surface-to-surface missile <SSM>

Boden-Boden-Rakete {f}weapons

three-dimensional structure <3D structure>

dreidimensionale Struktur {f} <3D-Struktur>spec.

surface {adj}

auf Putz <aP, AP>constr.electr.

to surface

hochkommen [fig.]

an die Oberfläche kommen

auftauchen

zum Vorschein kommen

in Erscheinung treten [Redewendung]

surface

Spiegel {m} [Wasserfläche]

Fläche {f}

Oberfläche {f}

Surface

Surface - Unheimliche TiefeRadioTVF

structure

Struktur {f}

Bau {m}archi.

Konstruktion {f}

Anordnung {f}

Bausubstanz {f}archi.constr.

Bauwerk {n}archi.

Gebäude {n}archi.

• The Matrix Language Hypothesis states that those grammatical procedures in the central structure in the language production system which account for the surface structure of the Matrix Language + Embedded Language constituent (linguistics) are only Matrix Language–based procedures.
• What differs is the surface structure's semantic meaning, which while related to the case role of the noun phrases, can be proven as a result of a transformation that occurred between the deep structure and surface structure.
• The powerful high-speed doors have a smooth surface structure and no protruding edges, allowing minimal particle retention and easy cleaning.
• Though transformations continue to be important in Chomsky's theories, he has now abandoned the original notion of deep structure and surface structure.
• for a given surface is defined by the difference The electron must also be close to the surface compared to the nearest edge of a crystal facet, or to any other change in the surface structure, such as a change in the material composition, surface coating or reconstruction.

• This last conclusion attempts to refute Saussure's division between "langue" and "parole" and Chomsky's distinction between deep structure and surface structure simultaneously.
• However, material surfaces can also have bactericidal properties based solely on their physical surface structure, as for example biomaterials like insect wings.
• In addition, surface deposition of a fluorescing phospholipid bilayer (or monolayer) allows the characterization of hydrophilic (or hydrophobic) surfaces in terms of surface structure and free energy.
• Due to the very narrow electron beam, SEM micrographs have a large depth of field yielding a characteristic three-dimensional appearance useful for understanding the surface structure of a sample.
• It is suggested that exposing the cells to divalent cations in cold condition may also change or weaken the cell surface structure, making it more permeable to DNA.

• Users generally index at least 2 RHEED scans at different azimuth angles for reliable characterization of the crystal's surface structure.
• Deep structure and surface structure (also D-structure and S-structure although those abbreviated forms are sometimes used with distinct meanings) are concepts used in linguistics, specifically in the study of syntax in the Chomskyan tradition of transformational generative grammar.
• But while in the two former case the (parabolic) Riemann surface structure is unique, varying the parameter [...] in the third case gives non-isomorphic Riemann surfaces.
• These fakes are detected by gemologists using a number of tests, relying primarily on non-destructive, close examination of surface structure under magnification; a featureless, pale blue background peppered by flecks or spots of whitish material is the typical surface appearance of natural turquoise, while manufactured imitations will appear radically different in both colour (usually a uniform dark blue) and texture (usually granular or sugary).
• Low-energy electron diffraction (LEED) is a technique for the determination of the surface structure of single-crystalline materials by bombardment with a collimated beam of low-energy electrons (30–200 eV) and observation of diffracted electrons as spots on a fluorescent screen; see the main page for more information and reference.