-
approximately 2.75 zJ – is
given by the
Landauer limit.[citation needed]
nanojoule 160
nanojoule is
about the
kinetic energy of a
flying mosquito.
microjoule The...
- per second-squared (g⋅cm2/s2). It is thus
equal to 10−7
joules or 100
nanojoules (nJ) in SI units. 1 erg = 10−7 J = 100 nJ 1 erg = 10−10 sn⋅m = 100 psn⋅m...
- joule, or more conveniently,
gigabyte per
nanojoule; 1 K−1 is
equivalent to
about 13,062
gigabytes per
nanojoule; at room temperature: T = 300K, β ≈ 44 GB/nJ...
- 103 J kJ
kilojoule 10−6 J μJ
microjoule 106 J MJ
megajoule 10−9 J nJ
nanojoule 109 J GJ
gigajoule 10−12 J pJ
picojoule 1012 J TJ
terajoule 10−15 J fJ...
-
needed to
damage most
electronic devices[specify] is
between 2 and 1000
nanojoules. A
relatively small energy,
often as
little as 0.2–2 millijoules, is needed...
-
which the
pulse circulates 30 to 60 times,
increasing its
energy from
nanojoules to tens of millijoules. The
second stage sends the
light four
times through...
-
scale in green,
Fahrenheit scale in red),
coldness values in
gigabyte per
nanojoule are
shown in black.
Infinite temperature (coldness zero) is
shown at the...
-
femtoseconds (1 fs = 10−15 seconds)
there is only very low
energy of a few
nanojoules (1 nJ = 10−9 joules) per
laser pulse deposits into the tissue. This limits...
- J.; Ko, K. S.; Lee, B.; Ou, E.; Pugh, J. (2003). "The Lutonium: A sub-
nanojoule asynchronous 8051 microcontroller".
Ninth International Symposium on Asynchronous...
- "Fabrication and
analysis of a
directional coupler written in gl**** by
nanojoule femtosecond laser pulses".
Optics Letters. 26 (1): 42–3. Bibcode:2001OptL...
