nanometer


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nan·o·me·ter

 (năn′ə-mē′tər)
n. Abbr. nm
One billionth (10-9) of a meter.

nan•o•me•ter

(ˈnæn əˌmi tər, ˈneɪ nə-)

n.
a unit of measure equal to one billionth of a meter. Abbr.: nm
[1960–65]
ThesaurusAntonymsRelated WordsSynonymsLegend:
Noun1.nanometer - a metric unit of length equal to one billionth of a meter
metric linear unit - a linear unit of distance in metric terms
A, angstrom, angstrom unit - a metric unit of length equal to one ten billionth of a meter (or 0.0001 micron); used to specify wavelengths of electromagnetic radiation
micrometer, micron - a metric unit of length equal to one millionth of a meter
References in periodicals archive ?
In today's chips, the length of these gates is about 45 nanometers, or billionths of a meter.
A wide carbon nanotube doesn't bind to hydrogen strongly enough, but a carbon nanotube 1 nanometer in diameter is just right.
ADC's NFH process, together with its Phase masks, enables replication of structures as small as 100 nanometers in large-scale manufacturing using cost-effective contact print technology to manufacture optical gratings.
"But what we did is to show that for the first time that we can image magnetic domains with nanometer precision.
The goal, if realized, will enable TSMC to lead Intel in the development of cutting-edge technology, as the latter is scheduled to launch 22 nanometer technology at the end of 2011, following the application of 32 nanometer technology in mass production last year.
By experimenting with materials at the nanometer level, researchers find that even common materials exhibit unusual properties.
To succeed in this quest, researchers also need to integrate such molecules with ultrathin electrodes, only a few nanometers thick, for writing and reading data to and from the molecules.
22, 2009 (CENS)--Backed by the deep pocket of their parent firm Formosa Plastics Group, Nan Ya Technologies and Inotera Memories, two major DRAM (dynamic random access memory) makers, will spend NT$64 billion on capital outlay next year, 2.5 times this year's level of NT$26 billion, for entering sub-50 nanometer technology, thereby greatly boosting their global competitiveness.
To overcome this problem, Lahann and his coworkers ran simulations that showed that each molecular bristle needs at least 0.65 square nanometer to bow.