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Новости переводов

07 февраля, 2024

Ghostwriting vs. Copywriting

30 января, 2024

Preparing a scientific article for publication in an electronic (online) journal

20 декабря, 2023

Translation and editing of drawings in CAD systems

10 декабря, 2023

About automatic speech recognition

30 ноября, 2023

Translation services for tunneling shields and tunnel construction technologies

22 ноября, 2023

Proofreading of English text

20 ноября, 2023

Chatbot machine learning language service



Глоссарии и словари бюро переводов Фларус

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Biosensors consist of three parts

AI Glossary
    A component that recognizes the analyte and produces a signal, a signal transducer, and a reader device.11




Transducer, английский
  1. A device that converts energy from one form to another, such as optical energy to electrical energy.

  2. Преобразователь, датчик, при?мник

  3. A device which converts power in one kind of system to power in another form, e.g., a loudspeaker which converts electric power to acoustic power.

  4. A device that converts one type of energy to another (e.g., water pressure to electricity, as in a speed recorder; or electrical to acoustic as in a loudspeaker).

  5. Первичный измерительный преобразователь, датчик

  6. A device that converts energy from one form to another, such as a microphone or speaker.

  7. An electrical device that converts a signal from one form of energy to another.

  8. Any device that is capable of converting energy from one form to another.

  9. (1) device that converts mechanical energy to electrical output or vice versa. (2) piezoelectric device that converts attributes of the stress-versus-strain field of an acoustic wave into an electrical signal of voltage versus time. sensor; probe. transducer, differential: piezoelectric twin-element or dual-pole transducer.

  10. Device by means of which energy can flow from one or more transmission systems or media to one or more other transmission systems or media; sensor or probe.4

  11. (1) device that converts mechanical energy to electrical output or vice versa. (2) piezoelectric device that converts attributes of the stress-strain field of an acoustic wave into an electrical signal of voltage versus time. sensor; probe.16 transducer, differential: piezoelectric twin-element or dual-pole transducer, the output poles of which are isolated from the case and are at a floating potential.16


Carbon nanotubes, английский
  1. Nano-scale structures that can be used to make transistors and could potentially replace silicon transistors in the future. compared to existing silicon transistors, carbon nanotube transistors are both capable of being shrunk to a smaller size and more amenable to being stacked in three dimensions (see 3d chip stacking).

  2. Long, thin cylinders of carbon, discovered in 1991 by s. iijima. these large macromolecules are unique for their size, shape, and remarkable physical properties. they can be thought of as a sheet of graphite (a hexagonal lattice of carbon) rolled into a cylinder. the physical properties are still being discovered. nanotubes have a very broad range of electronic, thermal, and structural properties that change depending on the different kinds of nanotube (defined by its diameter, length, and chirality, or twist). to make things more interesting, besides having a single cylindrical wall (single walled nanotubes or swnts), nanotubes can have multiple walls (mwnts)–cylinders inside the other cylinders. sometimes referred to simply as nanotubes.

  3. (cnts) come in single walled, (swnts) double walled (dwnts), and multi walled (mwnts) varieties. cnts can best be described as a graphene sheet rolled into a one dimensional structure with axial symmetry. cnts are one of the primary building blocks which will be critical to the nanotechnology revolution. cnts have many unique and interesting properties, please visit our our resources page to find out more about cnts.


Biometric technologies, английский
    Technologies that leverage physical or behavioral human characteristics that can be used to digitally identify a person and grant access to systems, devices, or data, such as face, voice, and gait recognition.12