microsecond

plural microseconds

1. metrologyAn SI unit of time equal to 10⁻⁶ seconds. Symbol: μs

   Meronyms: quectosecond < rontosecond < yoctosecond < zeptosecond < attosecond < femtosecond < picosecond < nanosecond

   5 more examples

   Holonyms: millisecond < centisecond < decisecond < second < decasecond < minute < hectosecond < kilosecond < hour < day < week < megasecond < fortnight < month < year < gigasecond < century < kiloannum, kiloyear, millennium < terasecond < mega-annum, megayear < petasecond < giga-annum, gigayear < exasecond < zettasecond < yottasecond < ronnasecond < quettasecond

   He'd be on her ass in a microsecond, revoke her letters testamentary, they'd call her names, proclaim her through all Orange County as a redistributionist and pinko, slip the old man from Warpe, Wistfull, Kubitschek and McMingus in as administrator de bonis non and so much baby for code, constellations, shadow-legatees.

   1966 March, Thomas Pynchon, chapter 6, in The Crying of Lot 49, New York, N.Y.: Bantam Books, published November 1976, →ISBN, page 136

   The data word processor 606 handles the in-flow and out-flow of byte-oriented input/output data and interleaved signals at a rate of, for example, 500 kilobytes per second. Instruction processing rates of four to eight per microsecond are required for such a data flow.

   1969, Harold R. Dell, HIGH-DENSITY PERMANENT DATA STORAGE AND RETRIEVAL SYSTEM, US Patent 3638185

   The hemifused intermediate state dominates on the microsecond time scale, with a decay t_(1/2) of 6.3 μs. […] On the submillisecond time scale, long-lived hemifusion intermediates dominate; this population decays over a time scale of several microseconds (t_(1/2) = 6.3 μs) to yield fully fused vesicles.

   2006 August 8, Peter M Kasson et al., “Ensemble molecular dynamics yields submillisecond kinetics and intermediates of membrane fusion”, in PNAS, volume 103, number 32, →DOI, archived from the original on 06 Mar 2025

   O₂^(•−) and OH^• are highly unstable (half-life at the level of microseconds and nanoseconds, respectively) and cannot cross membrane, while H₂O₂, though not a free radical but a ROS, is relatively stable (half-life around 1 ms) (Møller et al. 2007) and can cross membranes through aquaporins.

   2015, Rup Kumar Kar, “ROS Signaling: Relevance with Site of Production and Metabolism of ROS”, in Dharmendra K. Gupta, José M. Palma, Francisco J. Corpas, editors, Reactive Oxygen Species and Oxidative Damage in Plants Under Stress, Springer, →ISBN, page 117