two-aspect signaling - перевод на русский
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two-aspect signaling - перевод на русский

GRAMMATICAL CATEGORY DENOTED BY A VERB
Aspect (linguistics); Verb aspect; Aspect (grammar); Verbal aspect; Aspect (verb); Aspectual verb; Viewpoint aspect; Experiential aspect
Найдено результатов: 1391
two-aspect signaling      

железнодорожное дело

сигнализация двузначный

block signaling         
  • Vertical colour light signal on the [[Enshū Railway Line]], Japan
  • Traditional mechanical signals on display at a railway station in [[Steinfurt]], Germany
  • Original 1932 operation of Sydney's speed controlled trips. Note: The signal that allows the trains to proceed into the platform is a "call on" signal and conflicting sources say that the small lower light was either white, yellow or green.
  • ''stop and stay'' aspect]]). The next closest signal is yellow (''proceed with caution''), and the nearest signal shows green (''proceed'').
SYSTEM WITH SIGNALS USED TO CONTROL RAILWAY TRAFFIC
Railway signalling/Temp; Railway signaling; Railway Signalling; Block signaling; Railroad signaling; Block signals; Block signal; Railroad traffic control; Railway traffic control; Train detection; Signalling systems; Railway signaling system; Railway signalling system; Railway Signaling; Fixed block; Time interval working

железнодорожное дело

путевая блокировка

automatic block system         
  • access-date=February 21, 2022 }} {{Registration required}}</ref>
  • position light signals]] each governing one direction of travel on [[Norfolk Southern Railway]]'s [[Enola Branch]] (former [[Pennsylvania Railroad]])
RAILROAD COMMUNICATIONS SYSTEM
Automatic block signalling; Automatic block signal; Automatic Block Signal; Automatic Block System; Automatic Block Signaling
[ж.-д.] автоблокировка
automatic block system         
  • access-date=February 21, 2022 }} {{Registration required}}</ref>
  • position light signals]] each governing one direction of travel on [[Norfolk Southern Railway]]'s [[Enola Branch]] (former [[Pennsylvania Railroad]])
RAILROAD COMMUNICATIONS SYSTEM
Automatic block signalling; Automatic block signal; Automatic Block Signal; Automatic Block System; Automatic Block Signaling

железнодорожное дело

автоблокировка

wingless         
  • Figure 1. Wnt doesn't bind to the receptor. Axin, GSK and APC form a "destruction complex," and β-Cat is destroyed.
  • Canonical Wnt pathway
  • Diagram illustrating the epithelial-mesenchymal transition
  • Noncanonical PCP pathway
  • Noncanonical Wnt/calcium pathway
  • Figure 2. Wnt binds to (activates) the receptor. Axin is removed from the "destruction complex." β-Cat moves into the nucleus, binds to a transcription factor on DNA, and activates transcription of a protein. "P" represents [[phosphate]].
  • Diagram illustrating the interaction between the Wnt and insulin signaling pathways
  • Crystal structure of Wnt8 (rainbow coloring) bound to the cysteine rich domain of Frizzled8 (green).
SERIES OF MOLECULAR SIGNALS INITIATED BY BINDING OF A WNT PROTEIN TO A FRIZZLED FAMILY RECEPTOR
Wnt Signaling Pathway; Wingless signaling; Wnt signalling pathway; Wnt proteins; WNT signals; Wnt/Wingless; Wingless; Wnt7a; Wnt2b; Wnt8c; Wnt pathway; Wnt protein; Polarity genes; WNT pathway; Wnt signaling; Wnt signalling; Wnt signaling pathways; Wnt receptor; Canonical wnt signaling; Canonical Wnt signalling

['wiŋlis]

общая лексика

бескрылый

прилагательное

общая лексика

бескрылый

two stroke engine         
  • Lateral view of a two-stroke Forty series [[British Seagull]] [[outboard engine]], the serial number dates it to 1954/1955
  • generator]]
  • D: Expansion (power)}}
  • D: Expansion (power)}}
  • Uniflow scavenging
  • Two-stroke motorbike with an expansion chamber exhaust system that increases the cylinder charge
  • abbr=on}} reed valve engine, disassembled, uses glow-plug ignition. Its mass is 64 g.
  • A two-stroke minibike
  • 1966 [[Saab Sport]]
  • [[Deflector piston]] with cross-flow scavenging
INTERNAL COMBUSTION ENGINE TYPE
Two-stroke; Two-stroke Diesel cycle; Two stroke engine; Two stroke; 2-stroke; Two Stroke; 2 stroke; Two-stroke engines; 2 stroke engine; 2 cycle engine; X-flow; 2-stroke engine; Two cycle engine; Two-stroke cycle; Two-cycle; Two-cycle engine; Two-stroke motor; Cross scavenged; 2 cycle; 2-cycle; Crankcase-compression two-stroke petrol engine; Exhaust port; Transfer port; Uniflow diesel engine; 2-cycle engine; Crankcase compression two-stroke engine; Piston-controlled inlet port; Two stroke cycle; Uniflow scavenging; Cylinder port
двухтактный двигатель
inceptive         
GRAMMATICAL ASPECT, REFERRING TO THE BEGINNING OF A STATE
Inceptive; Inchoatives; Inchoative; Incohative aspect

[in'septiv]

нефтегазовая промышленность

начинающийся

зарождающийся (напр. об отказе)

прилагательное

общая лексика

начальный

начинающийся

зарождающийся

начинающий

начинающийся, зарождающийся

лингвистика

начинательный

fixed block         
  • Vertical colour light signal on the [[Enshū Railway Line]], Japan
  • Traditional mechanical signals on display at a railway station in [[Steinfurt]], Germany
  • Original 1932 operation of Sydney's speed controlled trips. Note: The signal that allows the trains to proceed into the platform is a "call on" signal and conflicting sources say that the small lower light was either white, yellow or green.
  • ''stop and stay'' aspect]]). The next closest signal is yellow (''proceed with caution''), and the nearest signal shows green (''proceed'').
SYSTEM WITH SIGNALS USED TO CONTROL RAILWAY TRAFFIC
Railway signalling/Temp; Railway signaling; Railway Signalling; Block signaling; Railroad signaling; Block signals; Block signal; Railroad traffic control; Railway traffic control; Train detection; Signalling systems; Railway signaling system; Railway signalling system; Railway Signaling; Fixed block; Time interval working
блок определенной длины
block signal         
  • Vertical colour light signal on the [[Enshū Railway Line]], Japan
  • Traditional mechanical signals on display at a railway station in [[Steinfurt]], Germany
  • Original 1932 operation of Sydney's speed controlled trips. Note: The signal that allows the trains to proceed into the platform is a "call on" signal and conflicting sources say that the small lower light was either white, yellow or green.
  • ''stop and stay'' aspect]]). The next closest signal is yellow (''proceed with caution''), and the nearest signal shows green (''proceed'').
SYSTEM WITH SIGNALS USED TO CONTROL RAILWAY TRAFFIC
Railway signalling/Temp; Railway signaling; Railway Signalling; Block signaling; Railroad signaling; Block signals; Block signal; Railroad traffic control; Railway traffic control; Train detection; Signalling systems; Railway signaling system; Railway signalling system; Railway Signaling; Fixed block; Time interval working

['blɔk'sign(ə)l]

железнодорожное дело

блокировочный сигнал

fixed block         
  • Vertical colour light signal on the [[Enshū Railway Line]], Japan
  • Traditional mechanical signals on display at a railway station in [[Steinfurt]], Germany
  • Original 1932 operation of Sydney's speed controlled trips. Note: The signal that allows the trains to proceed into the platform is a "call on" signal and conflicting sources say that the small lower light was either white, yellow or green.
  • ''stop and stay'' aspect]]). The next closest signal is yellow (''proceed with caution''), and the nearest signal shows green (''proceed'').
SYSTEM WITH SIGNALS USED TO CONTROL RAILWAY TRAFFIC
Railway signalling/Temp; Railway signaling; Railway Signalling; Block signaling; Railroad signaling; Block signals; Block signal; Railroad traffic control; Railway traffic control; Train detection; Signalling systems; Railway signaling system; Railway signalling system; Railway Signaling; Fixed block; Time interval working

общая лексика

неподвижный блок

Определение

aspect-oriented programming
<programming> (AOP) A style of programming that attempts to abstract out features common to many parts of the code beyond simple functional modules and thereby improve the quality of software. Mechanisms for defining and composing abstractions are essential elements of programming languages. The design style supported by the abstraction mechanisms of most current languages is one of breaking a system down into parameterised components that can be called upon to perform a function. But many systems have properties that don't necessarily align with the system's functional components, such as failure handling, persistence, communication, replication, coordination, memory management, or real-time constraints, and tend to cut across groups of functional components. While they can be thought about and analysed relatively separately from the basic functionality, programming them using current component-oriented languages tends to result in these aspects being spread throughout the code. The source code becomes a tangled mess of instructions for different purposes. This "tangling" phenomenon is at the heart of much needless complexity in existing software systems. A number of researchers have begun working on approaches to this problem that allow programmers to express each of a system's aspects of concern in a separate and natural form, and then automatically combine those separate descriptions into a final executable form. These approaches have been called aspect-oriented programming. {Xerox AOP homepage (http://parc.xerox.com/csl/projects/aop/)}. AspectJ (http://AspectJ.org/). {ECOOPP'99 AOP workshop (http://wwwtrese.cs.utwente.nl/aop-ecoop99/)}. (1999-11-21)

Википедия

Grammatical aspect

In linguistics, aspect is a grammatical category that expresses how an action, event, or state, as denoted by a verb, extends over time. Perfective aspect is used in referring to an event conceived as bounded and unitary, without reference to any flow of time during ("I helped him"). Imperfective aspect is used for situations conceived as existing continuously or repetitively as time flows ("I was helping him"; "I used to help people").

Further distinctions can be made, for example, to distinguish states and ongoing actions (continuous and progressive aspects) from repetitive actions (habitual aspect).

Certain aspectual distinctions express a relation between the time of the event and the time of reference. This is the case with the perfect aspect, which indicates that an event occurred prior to (but has continuing relevance at) the time of reference: "I have eaten"; "I had eaten"; "I will have eaten".

Different languages make different grammatical aspectual distinctions; some (such as Standard German; see below) do not make any. The marking of aspect is often conflated with the marking of tense and mood (see tense–aspect–mood). Aspectual distinctions may be restricted to certain tenses: in Latin and the Romance languages, for example, the perfective–imperfective distinction is marked in the past tense, by the division between preterites and imperfects. Explicit consideration of aspect as a category first arose out of study of the Slavic languages; here verbs often occur in pairs, with two related verbs being used respectively for imperfective and perfective meanings.

The concept of grammatical aspect should not be confused with perfect and imperfect verb forms; the meanings of the latter terms are somewhat different, and in some languages, the common names used for verb forms may not follow the actual aspects precisely.

Как переводится two-aspect signaling на Русский язык