Übersetzung für 'phase transformation' von Englisch nach Deutsch

phase transformation

Phasentransformation {f}

Phasenumwandlung {f}phys.

Phasenübergang {m}material

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slow-wave sleep phase <SWS phase>

Tiefschlafphase {f}med.

non-REM phase <NREM phase>

Nicht-REM-Phase {f} <NREM-Phase>med.

Non-REM-Phase {f} <NREM-Phase>med.

three-phase four-wire system <3-phase four-wire system, 3-phase 4-wire system>

Drehstrom-Vierleitersystem {n} [auch: Drehstromvierleitersystem]electr.

mitosis phase <M-phase>

Mitosephase {f} <M-Phase>biol.

synthesis phase <S-phase>

Synthesephase {f} <S-Phase>biol.

three-phase induction machine <3-phase induction machine>

Drehstrominduktionsmaschine {f}tech.

Drehstrom-Induktionsmaschine {f}tech.

three-phase induction motor <3-phase induction motor>

Drehstromasynchronmotor {m}tech.

Drehstrom-Asynchronmotor {m}tech.

three-phase symbol <3-phase symbol, ③>

Dreiphasensymbol {n} <3-Phasen-Symbol, 3-Phasensymbol, ③>electr.

transformation

Umformung {f}

Umspannung {f}electr.

Umwandlung {f}

Übersetzung {f}math.

Wandlung {f}

Transformation {f}

Überführung {f} [Überführen]

Abbildung {f}math.

Veränderung {f} [Transformation]

• Also, when metals are cycled around their phase transformation, internal stresses are produced and superplastic-like behaviour develops.
• Second, it is dependent upon the rate at which energy is released in the phase transformation (essentially the rate of cooling at the interface).
• The mechanical robustness compared to alumina is attributed to the displacive phase transformation of the metastable tetragonal zirconia grains when the material is stressed.
• Free energy reduction drives crystal growth (atom-by-atom or by oriented attachment ), which may again drive the phase transformation due to the change of the relative phase stability at increasing sizes.
• The torsional and tensional deformation under cryogenic temperature of stainless steel is found to be significantly enhance the mechanical strength while incorporating the gradual phase transformation inside the steel.

• The 520-km depth discontinuity is generally believed to be caused by the transition of the olivine polymorph wadsleyite (beta-phase) to ringwoodite (gamma-phase), while the 660-km depth discontinuity by the phase transformation of ringwoodite (gamma-phase) to a silicate perovskite plus magnesiowüstite.
• Pseudoelasticity, sometimes called superelasticity, is an elastic (reversible) response to an applied stress, caused by a phase transformation between the austenitic and martensitic phases of a crystal.
• Strain crystallization is a phenomenon in which an initially amorphous solid material undergoes a phase transformation due to the application of strain.
• Parylene N has a monoclinic crystal structure in its as-deposited condition and it does not appreciably become more crystalline until it undergoes a crystallographic phase transformation at ~220 °C to hexagonal, at which point it becomes highly crystalline like the fluorinated parylenes.
• He has pioneered new methods of using computer modeling in the fields of fracture mechanics, membrane dynamics and phase transformation behavior of matter.

• Residual stresses can result from a variety of mechanisms including inelastic (plastic) deformations, temperature gradients (during thermal cycle) or structural changes (phase transformation).
• Since super elastic materials deform reversibly at high strains, the material experiences a flattened elastic region in its stress-strain curve caused by a resulting phase transformation from an austenitic to a martensitic crystal phase.
• This source of heat or phase transformation is absolutely sterile due to the vacuum and scull of solidified metal around the cold copper crucible walls.
• As a result of cyclic loading (both mechanical and thermal), the material loses its ability to undergo a reversible phase transformation.
• Nitinol's unusual properties are derived from a reversible solid-state phase transformation known as a martensitic transformation, between two different martensite crystal phases, requiring [...] of mechanical stress.