Anagram & Information om | Engelska ordet BISTABLE

Exempel på hur man kan använda BISTABLE i en mening

• Static random-access memory, a type of semiconductor memory that uses bistable latching circuitry to store each bit.
• This dual threshold action is called hysteresis and implies that the Schmitt trigger possesses memory and can act as a bistable multivibrator (latch or flip-flop).
• Other neurons are bistable and generate plateau potentials that can be triggered by a depolarizing current pulse, and terminated by a hyperpolarizing current pulse.
• In static random-access memory (SRAM), another type of semiconductor memory, the data is not stored as charge on a capacitor, but in a bistable circuit, so SRAM does not need to be refreshed.
• Early ring counters used only one active element (vacuum tube, valve, or transistor) per stage, relying on global feedback rather than local bistable flip-flops, to suppress states other than the one-hot states, for example in the 1941 patent filing of Robert E.
• The time scales of thigmonastic responses tend to be shorter than those of thigmotropic movements because many examples of thigmonasty depend on pre-accumulated turgor or on bistable mechanisms rather than growth or cell division.
• Perceptually bistable stimuli are often used to test for cue recruitment because they allow the experimenter to measure very small cue-contingent biases in appearance.
• Neuropsin is bistable at 0 °C and activates a UV-sensitive, heterotrimeric G protein Gi-mediated pathway in mammalian and avian tissues.
• A hysteretic bistable system can act as a robust reversible switch because it is harder for the system to transition between ‘on’ and ‘off’ states (compared to the equivalent monostable ultrasensitive response).
• Many more recent systems have built onto this work, for instance triboelectric generators, bistable systems, pyroelectric materials and continuing work on piezoelectric systems as well as those described in more general overviews including applications in wireless electronic devices and other areas.
• In electronics, flip-flops and latches are circuits that have two stable states that can store state information – a bistable multivibrator.
• Despite the great potential complexity and diversity of biological networks, all first-order network behavior generalizes to one of four possible input-output motifs: hyperbolic or Michaelis–Menten, ultra-sensitive, bistable, and bistable irreversible (a bistability where negative and therefore biologically impossible input is needed to return from a state of high output).
• Other examples of irreversible transition points include Start (irreversible commitment to a new cell division cycle) that can be explained by irreversible bistable switch whose control parameter is tightly regulated by the systemic feedbacks involving Cln2, Whi5, and SBF.
• A bistable feedback loop required for ASE laterality is in place, consisting of miRNAs lsy-6, mir-273, and their respective transcription factors cog-1 and die-1.
• cII is the central “switchman” in the lambda phage bistable genetic switch, allowing environmental and cellular conditions to factor into the decision to lysogenize or to lyse its host.
• He was one of the first researchers to explore nonlinear dynamic phenomena for frequency bandwidth enhancement in energy harvesting, specifically by using a bistable Duffing oscillator with electromechanical coupling, namely the piezomagnetoelastic energy harvester.
• He also studied tautomerism and photochromism of organic compounds, stereodynamics of coordination compounds, nonclassical organic and elementorganic structures, bistable molecular systems with light-controlled reversible rearrangements.
• Since 1995, Yuriy’s main milestones include light manipulation of nanoparticles in arrays of topological defects, developing a technique to measure ultra-large cholesteric pitch, studying orientational coupling in two-component suspensions of rod-like nanoparticles, discovering strong thermal optical nonlinearity in liquid crystalline metal nano-colloids, developing stable liquid crystal ferromagnetic nano-colloids, observation of high magnetic sensitivity of the aggregated ferromagnetic nano-colloids, surface mediated photorefraction in liquid crystals, developing rollable bistable plastic liquid crystal displays, studying diluted liquid crystal ferroelectric nano-colloids, finding surface bistability in liquid crystals sandwiched between photo-aligning surfaces.

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