litre

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Related to Picolitre: Picoliter

li·tre

 (lē′tər)
n. Chiefly British
Variant of liter.

litre

(ˈliːtə) or

liter

n
1. (Units) one cubic decimetre
2. (Units) (formerly) the volume occupied by 1 kilogram of pure water at 4°C and 760 millimetres of mercury. This is equivalent to 1.000028 cubic decimetres or about 1.76 pints
[C19: from French, from Medieval Latin litra, from Greek: a unit of weight]

li•ter

(ˈli tər)

n.
a unit of liquid capacity equal to the volume of one kilogram of distilled water at 4°C and equivalent to 1.0567 U.S. liquid quarts. Abbr.: l
[1800–10; < French litre, back formation from litron an old measure of capacity, derivative of Medieval Latin litra < Greek lítra pound]
ThesaurusAntonymsRelated WordsSynonymsLegend:
Noun1.litre - a metric unit of capacity, formerly defined as the volume of one kilogram of pure water under standard conditionslitre - a metric unit of capacity, formerly defined as the volume of one kilogram of pure water under standard conditions; now equal to 1,000 cubic centimeters (or approximately 1.75 pints)
metric capacity unit - a capacity unit defined in metric terms
deciliter, decilitre, dl - a metric unit of volume equal to one tenth of a liter
dal, decaliter, decalitre, dekaliter, dekalitre, dkl - a metric unit of volume or capacity equal to 10 liters
Translations
لِتْرلِتْرٌ
litr
liter
litro
litra
litra
liter
líter
リットル
리터
litras
litrs
liter
liter
liter
หน่วยวัดปริมาณ ๑ ลิตร
lít

litre

liter (US) [ˈliːtəʳ] Nlitro m

litre

[ˈliːtər] liter (US) nlitre m

litre

, (US) liter
nLiter m or nt

litre

[ˈliːtəʳ] nlitro

litre

(ˈliːtə(r)) (American) liter (ˈliːtə) noun
a measure of (usually liquid) capacity. a litre of wine.

litre

لِتْرٌ litr liter Liter λίτρο litro litra litre litra litro リットル 리터 liter liter litr litro литр liter หน่วยวัดปริมาณ ๑ ลิตร litre lít
References in periodicals archive ?
Genome sequencing in microfabricated high-density picolitre reactors.
The bundle includes eppendorf femtojet express for dispensing picolitre to microliter volumes, multiple times and a eppendorf patchman np2 micromanipulator.
The behaviour of fluids at the micro scale can differ significantly from macro fluidic behaviour, and this can be exploited in micro fluidic systems to enable, for example, high dpi printing systems ejecting picolitre volumes of ink, or, equally, high-throughput screening at the nanolitre volume level using arrayed systems.