# Fileset [unit-evaluation-corpus.tei.xml](https://mdr.nims.go.jp/filesets/e6659d87-3dc9-40f7-baea-66d3bf39e0b4/download) ## Creator [FOPPIANO, Luca](https://orcid.org/0000-0002-6114-6164), [SUZUKI, Akira](https://orcid.org/0000-0002-8167-0414), [DIEB M. Thear](https://orcid.org/0000-0002-8111-2009), [ISHII, Masashi](https://orcid.org/0000-0003-0357-2832), [TANIFUJI, Mikiko](https://orcid.org/0000-0001-5284-6364) ## Rights Creative Commons BY Attribution 4.0 International[Creative Commons BY Attribution 4.0 International](https://creativecommons.org/licenses/by/4.0/) ## Other metadata [Leveraging Segmentation of Physical Units through a Newly Open Source Corpus](https://mdr.nims.go.jp/datasets/0a3ba3d0-f072-4dc5-aadc-f31fc0636fa8) ## Fulltext n m °C K μ m eV Å m m c m −1 c m −3 min Oe m eV c m −2 G Pa Torr k eV μ s c m k Hz k Oe G Hz Hz M Hz k V ∕ c m μ m^ 2 W m Torr M Pa m A Pa c m^ 2 m V k V A ∕ c m^ 2 wt % mol % m m^ 2 M eV c m^ 2 ∕ V s m W m bar W ∕ c m^ 2 Ω c m J ∕ c m^ 2 s −1 SCCM T Hz m ∕ s m T c m ∕ s m Ω n m^ 2 μ A ppm n A g ∕ c m^ 3 m A ∕ c m^ 2 μ Ω c m M V ∕ c m k A ∕ m m W ∕ c m^ 2 V ∕ c m c m^ 2 V −1 s −1 k V ∕ m m m m^ 3 sccm k m ∕ s dB Å ∕ s °C ∕ min emu ∕ g n m ∕ s Å −1 m J V ∕ μ m M μ C ∕ c m^ 2 A ∕ m p C ∕ N n m ∕ min emu ∕ c m^ 3 c m^ 2 ∕ s ions ∕ c m^ 2 torr vol % m −3 m s −1 rpm m m ∕ s M V ∕ m k W m J ∕ m^ 2 m J ∕ c m^ 2 c m^ 3 μ m ∕ s Ω c m^ 2 k W ∕ c m^ 2 p m ∕ V atm N M L J ∕ m^ 3 k J ∕ mol μ A ∕ c m^ 2 k G at. % W ∕ m K wt. % k Ω K ∕ min erg∕ c m^ 3 μ l m g N ∕ m m A c m −2 μ m ∕ h slm J ∕ m^ 2 μ J c d ∕ m^ 2 m J c m −2 ions c m −2 n m −1 m K m M c m −2 s −1 c m^ 3 ∕ s μ W M Ω °C ∕ h p A V ∕ m K −1 Ω −1 c m −1 atoms ∕ c m^ 2 M W ∕ c m^ 2 days m^ 2 ∕ s ppm ∕ °C G W ∕ c m^ 2 μ V ∕ K W m −1 K −1 W c m −3 ppm ∕ K c m^ 3 s −1 n m^ 3 J c m −2 V ∕ m m k A ∕ c m^ 2 c m s −1 c m^ 2 s −1 W ∕ m K M rad m rad k g ∕ m^ 3 p F rad W c m −2 n J ∕ pulse °C ∕ s m −2 atoms ∕ c m^ 3 m Ω c m K Hz μ J ∕ c m^ 2 μ W ∕ c m^ 2 J ∕ k g K Ω ∕ sq arc sec A ∕ m^ 2 emu ∕ cc K ∕ s S ∕ c m m bars M V W ∕ m^ 2 k b a F μ m ∕ min k cal ∕ mol deg Ω μ m^ 2 A ∕ W k Pa T Pa pixels m g ∕ m l Å^ 3 k J ∕ m^ 3 MGOe k V ∕ s °C −1 μ N k fci dB∕ c m C ∕ m^ 2 n m ∕ h °C s −1 lm ∕ W g c m −3 Ω m m^ 2 k V ∕ m Torr s n m s −1 m g ∕ m L bar c m ^3 ∕ g keV∕n m yr erg∕ c m^ 2 J ∕ m l ∕ min m m −1 Ω ∕ ◻ f F M L ∕ s m eV ∕ K N ∕ m^ 2 m eV ∕ G Pa particles ∕ c m^ 2 m −1 m Ω M W μ m −1 m mol m mole ∕ s sun m N ∕ m S ∕ m k g μ V m N c m −2 eV −1 m m^ 2 s −1 μ in m J ∕ pulse n T bit k bar μ m −2 g ∕ l c m^ 6 s −1 M Gy S c m −1 Pa s erg∕ c m g ∕ mol m Ω μ m^ 2 n m −2 m C ∕ m^ 2 C ∕ c m^ 2 cd ∕ A sec V μ m −1 mass % c St m torr at ∕ c m^ 2 at.% arc min a.u. m m diam μ m 2 μ m^ 3 m m ∕ h emu N m −2 c m^ 2 ∕ V s Å∕ min V m^ 3 erg∕ cc rad ∕ s V c m −1 k g m −3 k W c m −2 F ∕ m esu psi erg s ∕ c m^ 3 Ω μ m^ 2 at ∕ c m^ 3 K s −1 Ry K ∕ k bar ppb mole % dB ∕ m m m Pa s m^ 2 s −1 μ mol ∕ min n F weeks n J eV ∕ K T bit ∕ in^ 2 G Ω m g ∕ cc J c m −2 m g ∕ k g m eV ∕ Å^ 2 W ∕ m ∕ K months W ∕ c m^ 3 μ rad m g ∕ s m W ∕ c m^ 3 A c m −2 eV −1 c m −3 g∕ cc J ∕ g eV ∕ Å lines ∕ m m g ∕ m m Å^ 2 MG Oe A ∕ s k Ω c m V ∕ decade m Ah ∕ g frames ∕ s Ω c m c m −3 s −1 c m ∕ G W c m^ 6 ∕ s wt% K ∕ c m m m μ s −1 k J mol −1 V ∕ s N m A m −1 μ V K −1 C ∕ N m −3 s −1 N m −4 s N s ∕ m^ 2 m W c m −2 n A ∕ c m^ 2 m Hz eV −1 V Ω −1 m −1 μ C c m −2 G Pa −1 μ C m^ 2 ∕ V s J K −1 mol −1 n N m V ∕ s m W ∕ m m^ 2 rad ∕ c m m J ∕ m m^ 2 μ Torr M A ∕ c m^ 2 ergs ∕ c m^ 2 μ J ∕ pulse m l ∕ min M bar μ A c m −2 m^ 3 ∕ s ppba m m ∕ min T ∕ s k A bits J k g −1 K −1 m T ∕ s emu ∕ g Oe J m −2 m A ∕ μ m^ 2 k J ∕ mole Å ∕ cycle pixel J ∕ g K m A ∕ W arcsec m g ∕ c m^ 2 μ L p F c m −1 M L ∕ min k m s −1 micron ergs ∕ c m C m −2 A m −2 m Torr s M Ω c m J c m −2 amu p N counts ∕ s μ T Ω m m M W c m −2 suns c m −3 eV −1 μ erg ∕ c m V m −1 C c m −2 K −1 mins μ S N m −1 month mol ∕ l emu c m −3 T b ∕ in^ 2 m L m C ∕ c m^ 2 P ∕ c m^ 3 W ∕ c m K N ∕ m 3 ∕ 2 m^ 3 ∕ J n F c m −1 Å s −1 °C ∕ m m G eV J ∕ mol K s ∕ step M W ∕ m^ 2 n H μ F M A ∕ m G b ∕ in^ 2 Pa c m J m −3 K min −1 dB m erg c m −3 V photons ∕ c m^ 2 s μ eV m J ∕ K^ 2 mol N ∕ m m^ 2 M J ∕ m^ 3 m s −1 M bit G bits ∕ in^ 2 J K g −1 K −1 μ C ∕ m^ 2 K dB m T eV ∕ c n F / c m^ 2 m eV ∕ at m ∕ W m −2 s −1 V A −1 T −1 W / c m^ 2 μ m^ 2 s c m −3 K −1 q / c m^ 2 c m −1 c m^ 3 l ∕ s dyn / c m^ 2 c m^ 2 ∕ W eV ∕ unit mol °K ppm K −1 °C min −1 m^ 2 ∕ g k bit c m G W −1 memu / c m^ 2 K V / c m m J c m −2 pulse −1 emu ∕ mol A ∕ m m^ 2 m^ 2 ∕ N eV atom W / m^ 3 A / K^ 2 c m^ 2 J ∕ K m^ 4 / C^ 2 T Pa −1 m^ 2 V −1 s −1 V −1 at. / c m^ 2 n C / c m^ 2 m eV ∕ atom c m^ 2 ∕ V n W n m min −1 eV ∕ n m^ 2 T W / c m^ 2 m m ∕ μ s m J / c m^ 3 K m s ∕ div deg ∕ min k J / m^ 2 W m −1 K −2 W c m −1 K −1 Ω ∕ square μ Ω G pa f Ω m^ 2 mol d m −3 M Hz ∕ Oe dynes / c m^ 2 m V ∕ decade K ∕ m W μ A m^ 2 microns m T s μ W ∕ m m^ 2 J ∕ T mol ∕ min h −1 atoms c m −3 N m V ∕ AT carriers / c m^ 2 V m ∕ N g / m^ 2 ∕ d k A c m −2 M V c m −1 J m −3 K −1 slpm c m^ 2 ∕ V ∕ s W ∕ m m M V m −1 states c m −2 eV −1 m ∕ V Pa −1 G Hz ∕ k Oe photons ∕ s m^ 2 / V ^ 2 μ N ∕ s G Pa ∕ n m c P c m^ 3 mol −1 ions / c m^ 3 μ V / c m in^ 2 Tesla A ∕ div Hz ∕ Oe n m ∕ m m J / k g ergs / cc Oe ∕ s μ m h −1 J m −3 H ∕ m T ∕ m G Hz ∕ T J ∕ s G S ∕ s k Ω μ m^ 2 ergs g −1 K −1 J mol −1 K −1 K ∕ G Pa mol d m -3 μ m s −1 Å -1 k eV n m −1 A c m −2 K −2 μ Ω m n Ω n m C / m^ 3 mol / c m^ 3 m V ∕ Oe F / c m^ 2 amu ∕ e k V m m −1 electrons / c m^ 3 m g / m^ 3 ppt k g ∕ m m^ 2 μ L ∕ min n m^ 3 / c m^ 3 W / K^ 2 c m μ m ∕ yr ps ∕ k m n m m^ 2 K / W vol. % W m −2 deg ∕ μ m m mol ∕ s m^ 2 ∕ C Pa −1 ∕ 2 C / m^ 2 K J ∕ molecule V k V ∕ n s m ∕ K at / m^ 3 ions c m −2 s −1 dots / c m^ 2 mm Hg n A c m −2 °C / min μ sec m m^ 2 ∕ s keV∕μ m Ω −1 m −2 k m μ C / c m k A m −1 Gauss J K g −1 K −1 erg c m^ 3 ∕ min k tpi n mol ∕ min m Ω μ m^ 2 m eV ∕ T Ω ∕ m m m V wt.%--> p J / m G Byte ∕ platter μ M n m^ 2 ∕ s K ∕ T k bits G μ m μ erg c m −1 m S ∕ m m V rms V ∕ n m W / m^ 3 K Oe ∕ m A μ g ∕ m l atoms c m −2 erg c m −2 g ∕ h n m Au atoms / m^ 3 Amp c m −2 μ F / c m^ 2 min −1 T^ 2 ∕ m deg / c m n s −1 mol% holes / c m^ 3 J ∕ mole l s −1 k Ω ∕ ◻ eV Å ^ 3 °C ∕ mol K c m ∕ k V p F / c m^ 2 m J m −2 g mol −1 μ V / m c m^ 2 W −1 n m ∕ div W m −1 K −1 p W ∕ m A G B K ∕ h h Pa k A ∕ m s m eV ∕ decade μ V K ∕ μ s M A / m^ 2 °C ∕ M Gy electrons ∕ pulse c m ∕ M V T c m^ 2 vacancies / c m^ 3 ohm c m pA ∕ V m eV ∕ molecule dyn / c m^ 3 n A∕ m m^ 2 m m ∕ pixel c m^ 3 C −1 photons ∕ pulse A / c m −2 k eV / c m^ 3 A s p C / μ m^ 2 Å ∕ sec hours μ s ∕ pixel Ω −1 Å −2 m mol ∕ l g / c m^ 2 electrons / c m^ 2 g / c m −3 k K / s W c m −1 °C −1 Å ∕ pix g / c m^ 2 s m A / μ m bilayers / s m s mol −1 dB / m m J / c m^ 2 ∕ pulse c m s −1 K −1 G W c m −2 T W c m −2 A m^ 2∕ k g J ∕ mole K arc s k J n m −3 m T ∕ min emu g −1 k rpm Ω m N m −2 m l −1 particle ∕ m L c m ∕ min m Ry G μ m electrons ∕ cell f A emu g −1 Oe −1 k pps μ m^ 2 / s μ m Si_3N_4 n m Cu J m^ 6 J m −1 m eV T −1 T b ∕ in M bit / s G bit ∕ in^ 2 eV / c m V / s m sec f F / μ m^ 2 m g L −1 F / c m^ 3 monolayer / s K g c m −2 dB ∕ k m Volts M eV ∕ m at c m −2 eV Å μ g / s W / c m ∕ K μ W ∕ A m W ∕ A M J k rad ∕ A c m W −1 n m ∕ G Pa N c m −2 V / c m Oe m eV^ 2 Np ∕ m A 1∕3 p s ∕ n m M Ω μ m^ 2 W Ω K −2 at. c m −2 s −1 s / c m g c m −3 minutes p C V ∕ m m / s c m^ 2∕ G W carriers / c m^ 3 Å ∕ pulse k g m −1 s −1 n m ∕ cycle m m ∕ k V m m ∕ k V m s k K −1 K c m 3∕2 m V / μ m J / c m^ 3 m^ 2 K W −1 V ∕ min hartree eV ∕ n m M −1 μ m −1 m A h ∕ g cylinders m −2 c m^ 3 ∕ mol molar % m J / K m^ 2 particles μ m −2 k cal ∕ mole rad ∕ n m p C N −1 k g / m^ 2 A m^ 2∕ k g m V ∕ dec dB ∕ μ s n m W n m^ 2 s −1 c m −2 sec −1 count / s n m ∕ °C M S / s Ω ∕ Oe J / k g K A / c m mol % ∕ m m decades ∕ V m eV Å −2 cd m −2 M ∕ L k HZ m −2 K −1 V ∕ W gm / c m^ 3 mol / c m^ 2 K g / c m^ 2 μ V ∕ m m dyn / c m J / c m^ 3 ∕ K J ∕ g ∕ K m eV K −1 G Hz^ 2 m J / c m 2 μ s −1 n F / m M J / m^ 2 m s ∕ pixel m mol ∕ min g ∕ mole M yr μ m diameter emu ∕ g m e / c m^ 2 k g ∕ m 3 J g −1 K −1 A^ 2 Hz −1 °C / c m mol l −1 F c m −1 μ m ∕ pix W / m^ 2 K M W h W / μ m^ 2 vol% k V c m −1 ion / c m^ 2 m A −1 g ∕ L G b ∕ inc h^ 2 kilotrack per inch Å −3.5 G s μ m ∕ pixel e V −2 A c m −2 k Ω −1• m −1 m eV Å^ 2 m V ∕ p H m Ω μ m^ 2∕ n m G b / s Torr c m m A Ω× μ m^ 2 J / K^ 2 mol m A / s particles ∕ m l k N emu ∕ g G k psi photon s −1 m m −2 M rad / s k rad / s m eV ∕ W m S k g c m G bit ∕ in. 2 n T ∕ √Hz m emu ∕ m g ergs k Å k g / s T bit ∕ in. 2 m Ω Å ∕ fs m l min −1 J m 12 k TPI k BPI A m^ 2 m Oe eV c m eV Å −1 M J m −3 A ∕ d m^ 2 C −1 μ Ω c m m Ω −1 n m / sec T −1 K m^ 2∕ W emu K ∕ g Oe Hz / s lbf μ V ∕ W a.u c m ∕ k V °F m V / μ m m Sv ∕ A k Vp m g ∕ A m H m / s^ 2 molecules / c m^ 3 Ω ∕ K Oe moles / c m^ 3 k cps Å / μ m f C g / s m^ 3 C −1 m g l −1 Ω c m K −1 M Ω∕◻ m J K −2 mol −1 carat c m^ 2 K / W N ∕ m s C k g −1 h −1 V ∕ A W ∕ A m G / Hz 0.5 K^ 2 ∕ m eV^ 2 Å −3 T eV V^ 2/ K^ 2 hole m −3 monolayers at. c m −3 Ω −1 W −1 V n m ∕ psi at% M eV ∕ nucleon W Ω / K^ 2 S K c m −1 V ∕ Oe K V ∕ m m Hz m m eV ∕ T 1∕2 eV ∕ k T Å min −1 n M ∕ m l m^ 3 ∕ A dB / μ m J ∕ mol gm / cc V c m^ 2 photons c m −2 s −1 n V n V ∕ √Hz l ∕ m μ Amp eV ∕ cell electrons per diffraction electrons per pulse e ∕ pixel μ m ∕ p s A ∕ K^ 2 n T ∕ s m K ∕ W A m −2 m^ 3 s −1 J g −1 K −1 line ∕ m m eV −1 n m −1 m lm μ C ∕ μ m^ 2 m^ 2 g −1 electron ∕ c m^ 3 n l ∕ c m^ 2 N ∕ m ∕ √Hz μ W ∕ c m K^ 2 p T m m Hz −1∕2 V T −1 m^ 2 W −1 Ω∕sheet frame ∕ s A ∕ c m^ 2 K ^ 2 m −1 Pa −1 m eV c m SLPM rps m m ∕ m m c m −3 meV −1 k g ∕ c m^ 2 n L k m ∕ s kbar μ m^ 4 p m V −1 n F m −1 F V −1 A s ∕ V m eV n m^ 3 T W p s −1 c m^ 2 V −1 c m^ 3 eV −1 μ V K −2 G Pa c m^ 3 ∕ g n m^ 3 ∕ s eV ∕ n m^ 3 M Ω m k J ∕ c m^ 2 K c m ∕ V V s ∕ C n m ∕ m spins ∕ c m^ 3 m W∕well c m −1 K −1 eV −1 c m −2 k Ω∕sq m m −3 s −1 molecule c m −2 s −1 S ∕ s J g −1 k sample ∕ s m A ∕ m m BL ∕ min m W ∕ μ m V m m −1 s −1 G S s −1 m m min −1 k W ∕ m m^ 2 L ∕ min μ l ∕ min p F ∕ c m holes ∕ c m^ 2 μ A s ∕ c m^ 2 sites ∕ c m^ 3 ions s −1 c m −1 A V −2 μ m −1 vacancies c m −3 °C ∕ day eV c m^ 4 μ W rms μ V Pa −1 s yrs Ω∕⧠ μ Hz k J k g −1 m^ 2 c m −1 emu ∕ m^ 3 m g ∕ c m^ 3 Å ∕ pixel m^ 2 s c m^ 2 ∕ V S at ∕ c m −3 μ m ∕ °C A V −2 A V −2 s −1 m m in diameter m m in height ML s −1 μ eV ∕ K c m ∕ W M bars min −1 m W −4 μ m ∕ s 0.2 stripes ∕ c m m W ∕ m m J∕T m M k g m −2 s −1 c m ∕ h measures per second N s ∕ m p A ∕ Hz c m −8 Ω μ m k J ∕ k g °C W ∕ m °C W ∕ m^ 2 °C Å ∕ Hz W m −2 K −4 k Bq V s ∕ c m^ 2 arcmin photons ∕ c m^ 2 electrons ∕ dot k eV ∕ Å J ∕ K sec c m μ V c m^ 2 sec m^ 3 ∕ C n g ∕ μ l rds ∕ s m K M V ∕ c m eV f s ∕ μ m C ∕ min k Ω∕square μ g ∕ c m^ 2 n A m m −2 c m^ 2 ∕ V^ 2 mol −1 d m^ 2 c m −1 m^ 3 s −1 V ∕ Å^ 2 N ∕ s M b k V ∕ m M V ∕ G M Ω ∕ c m meters J ∕ m −3 f A ∕ Hz n m K °C ∕ at % W K −5 μ m −3 ccm Å ∕ m l ions / c m^ 2 J m −1 K −2 W m −3 K −1 V m s ∕ C c m −3∕ V J c m −3 K −1 m −2 C −1 MLs ∕ min lm W −1 m bar s Å −1 p A ∕ c m^ 2 nm per frame J s Ω c m −1 c m −2 W ∕ m m^ 2 A −1 m μ N ∕ m k g m{ −1} s −2--> N m −1 s −1 n m V −1 c m^ 2 V s μ m^ 4 ∕ s K h s 1∕2 eV −1 cc −1 K −1.5 A s ∕ c m^ 3 K 3∕2 T ∕ min Ω K −1 W ∕ k g cc ∕ min emu ∕ g G emu ∕ T W ∕ m K^ 2 m W ∕ c m K m J ∕ mole K^ 2 Ω μ m^ 2∕ n m μ H C ∕ J m ∕ N cal mol −1 K −1 m^ 6 ∕ J s m deg m V ∕ n m V s F M C M G Oe C m −2 F m −1 C −2 m^ 4 N mol ppm m emu ppm∕wt k g ∕ m^ 2 s J −1 m emu ∕ c m_ 2 μ m_ 2 m J ∕ g ∕ K^ 2 μ J ∕ g ∕ K^ 4 states ∕ eV c m^ 3 Ω T ∕ m Ω T ∕ m m W ∕ μ m^ 2 frames ∕ sec n eV n m ∕ pulse pulses ∕ c m^ 2 n m bit m Ω μ m^ 2 dB Hartree k N ∕ m dyne ∕ c m^ 2 M −1 n s ∕ pulse m Ry ∕ cell n W ∕ Å k word step ∕ s μ Ω. c m μ m M Hz 2∕3 μ A c m^ 2 k V ∕ μ m W ∕( m K) l ∕ m m dynes dyn c m n m diameter rad ∕ Oe ∕ s p mol disks ∕ h m^ 3 ∕ min M S ∕ m k Pa m^ 3 ∕ k mole K gm ∕ mole k J ∕ k g mole ∕ s dB c μ A ∕ s J K −1 n N n m n N ∕ n m V n m −1 m V T −1 G bits ∕ c m^ 2 erg s ∕ c m^ 3 n V ∕ Hz Ω μ m 2 A −2 m l ∕ drop m mol ∕ m l f T states ∕ Ry ∕ atom cubic centimeter per minute Ω m^ 2 Oe ∕ sec lb K ∕ W m m ∕ sec Å ∕ S μ Ω c m^ 3 p A ∕ s μ emu G bit ∕ in^ 2 G bit ∕ c m^ 2 mol L −1 m J ∕ mol K μ m ∕ μ m 2 m^ 4 J^ 6 ∕ c m 12 seconds Cd ∕ A m −1 K −2 lbs k Ω ∕ μ m m A s μ bar eV n m °C s M J ∕ m^ 3 K V∕div μ g ∕ m L Ohm c m Å ∕ μ s Tbpsi p T ∕ Hz 0.5 T ∕ Hz 1∕2 Tera bit ∕ in^ 2 n m ∕ V rad ∕ T s p J K ∕ p s atoms ∕ n m^ 3 eV K −1 eV at −1 J ∕ m^ 3 K m m^ 2 ∕ k V s n F c m −2 m^ 3∕ mol rf watts rad n m −1 V −1 W s K −1 atoms c m −2 s −1 A K −2 c m −2 μ Ω c m ∕ K^ 2 μ Ω c m K −2 M HZ eV^ 3 atoms c m^ 3 μ Ω m m W ∕ m K^ 2 eV ∕ photon Torr −1 s −1 N ∕ V m C ∕ m V k gf ∕ c m^ 2 Oe −1 n s −1 μ g m l −1 m l h −1 Ω ∕ K m N s −1 m N s −1 m T ∕ m m m C ∕ c m^ 3 G Pa Å J mol −1 K −2 G c m^ 2 k Oe ∕ K W m −2 K −1 k V ∕ c m^ 2 c m^ 5 ∕ C^ 2 F n m ∕ l T m^ 2 M W ∕ m g. c m −3 mol ∕ ℓ k J ∕ k g K m J mol −1 K −2 N s Ω ∕ c m T Ω dpi C k g −1 d m^ 3 ∕ mol c m c m ∕ J n A ∕ μ m J ∕ K ∕ g d m^ 3 c m −2∕ eV k Ohm c m −3 A 1∕3 ft m K ∕ s ions s −1 n m −2 s −1 K −1 G Pa −1 G bits ∕ in.^ 2 T bit ∕ in.^ 2 M bytes M Pa m 1∕2 Wt. % k N m m −2 eV −1 ∕ c m^ 2 sec −1 J 0.5 m J m M eV ∕ amu c m^ 2 V −1 s −1 J m^ 6 L ∕ s ions ∕ s c m^ 2 M L ∕ sec m V ∕ μ rad K g ∕ m^ 3 J ∕ K g K G Pa^ 2 V −1 c m −1 s −1 J ∕ m^ 3 K ^ 2 J ∕ m^ 3∕ K Ω× c m M W c m^ 2 c m^ 2 s −1 Torr m^ 2 k g s −2 K −1 p W N ∕ c m −3 m^ 2 / N m V m ∕ N m emu ∕ c m^ 2 grains ∕ bit μ m ∕ sec s ∕ pixel bytes ∕ c m^ 2 bytes ∕ c m^ 3 G B ∕ c m^ 2 bytes k bit ∕ s M byte line scans ∕ cycle K m g s −1 pairs ∕ m V monolayer ∕ second m g m l −1 s −3 c m 5∕2 s −1 island ∕ μ m m A h ∕ c m^ 2 n N n m −1 molecules n m −2 monolayers min −1 at. c m −2 μ m^ 2 ∕h c m^ 3 ∕mol ∕ s s 1∕2 ∕ c m k gw ∕ c m^ 2 J T −1 k g −1 m ∕ √Hz counts ∕ m m ∕ s^ 2 k V∕dc n m g ∕ c m^ 3 ions ∕ c m^ 2/ s m eV ∕ cell J ∕ g ∕ °C gm ∕ h A ∕ c m^ 2 sr G eV ∕ m frames m ∕ c m^ 2 c m^ 2 s -1 m A c m^ 2 g ∕ min cells ∕ c m^ 2 cells ∕ m l A m^ 2 k g −1 c m^ 3 s^ 1 k eV ∕ amu m ∕ A eV^ 2 traps ∕ c m^ 3 c m −1∕ m m m g ∕ g f m ∕ Å^ 3 Ω c m K −2 W c m −1 K −1 c m −6 K −2 K −2 eV c m^ 3 n m C c m -3 c m −6 G Pa μ m −1 V ∕ m s n C ∕ μ m^ 2 V electrons ∕ ion hr k g m −2 s −1 μ W c m −2 Wb dyn ∕ c m ∕ √Hz ppq k J ∕ m^ 3 s shots ∕ μ m k g c m −3 W m −1. K −1 n A ∕ cell J ∕ k g °C W s −1 m m 2 n m 2 atoms ∕ m^ 2 eV ∕ H T m^ 2 k cal ∕ mole k Gy V ∕ M Gy cal ∕ mole J mol −1 m −4 p F ∕ m c m^ 2∕ V sec A sec Da hartree∕bohr g ∕ m^ 3 G Hz T −1 k G ∕ n m M Ω c m −1 p g k m s −1 V m −1 Pa −1 eV ∕ c m^ 3 V −2 M −1 c m −1 eV^ 4 samples ∕ s C m −1 V −1 C m V −3 K ∕ k V c m −1 k Gy ∕ H N ∕ m m s −2 g c m^ 2 c m -3 m mole ∕ c m^ 2 m moles ∕ s m^ 2 ∕ c m^ 3 V −1∕2 F ∕ c m G W l ∕ mol c m V ∕ eV dyn dyn c m −2 m m ∕ day A W −1 n S W K −1 m −2 C^ 2∕ N m^ 2 K g N ∕ n m^ 2 K ∕ M Pa m^ 2∕ J Å p s ∕ channel M Hz ∕ T μ g atoms ∕ mole c m^ 2 ∕ period c m^ 3 ∕ W W ∕ c m μ W μ m −2 A ∕ c m^ 3 K^ 2 μ s ∕ m m c m 5∕4 s −1 Pa× s p M μ Ω c m ∕ K c m^ 2 s −1 V −1 c m −1 m M −1 c m^ 2 c m −1 m M −1 c m^ 2 c m eV M Pa m m m ∕ G Pa eV ∕ particle molecule c m^ 2 ∕ min n F ∕ m m^ 2 decade ∕ V G V ∕ m s −1 c m −2 A m −2 K −2 watts mole ∕ m^ 2 s n m^ 3 ∕ mole moles ∕ n m^ 3 mole ∕ n m^ 3 μ A ∕ V^ 2 rad ∕ m Å ∕ m V c m −1 K −1 charges ∕ c m^ 3 c m −3 n charges ∕ c m −3 N ∕ A^ 2 eV s n m ∕ day n m ∕ week n m ∕ month A ∕ m m k g• c m −2 K Pa M A m −1 W c m −2 N m −1 V A −1 m A ∕ m m^ 2 charges ∕ c m^ 2 m C eV m T m F m −1 M Pa ∕ c m^ 2 V ∕ J meter c m^ 3 s −1 per c m −1 K c m −1 c m −2 ∕ V sec p F ∕ °C m^ 3 mol −1 poise μ m −3 Ω □ −1--> m V ∕ A m rad dB m m −1 m m ∕ hr Hz ∕ m^ 2 K g m −3 m s −1 n ∕ c m^ 2 P s n m^ 2 ∕ μ s m l ∕ s m^ 2 s −1 K ∕ M Ω∕□ p m ∕ V^ 2 p A ∕ V m^ 2 C m times ∕ s m N −1 W ∕ sccm V s ∕ A m V^ 2 K −2 c m −2 ∕ s CCM m g c m −3 m^ 2 C ^ 2 f A ∕ c m^ 2 f A c m −2 in ∕ s c m −2 eV −1 molecules c m −2 s −1 vacancies ∕ ion ∕ c m counts ∕ day arc deg n m^ 4 s −1 c m^ 1 vacancies ∕ ion ∕ Å k S ∕ s m^ 2 V −2 Ω• c m Ω • c m M g ∕ m^ 3 s K Ω m −1 m −1 dB∕decade n m ∕ A n m ∕ K μ Ω c m K −3 c m Ω C m^ 4 ∕ c^ 2 μ N s ∕ m n V ∕ √Hz f A ∕ √Hz c m ∕ μ s c m^ 3 min −1 V −1 s −1 c m ∕ day m m k V −1 c m −7 m A ∕ g Ω m m grams k bars μ m W electron ∕ pulse ∕ μ m^ 2 electrons ∕ pulse ∕ μ m^ 2 n m emu ∕ g W K −1 m −1 J ∕ c m^ 3∕ g tubes ∕ c m^ 2 n J ∕ m N ∕ c m^ 2 V ∕ μ Pa n m ∕ m ∕ s m V ∕ μ rad M bits ∕ s eV ∕ G Pa^ 2 A ∕ c m V A ∕ V^ 2 a N electrons ∕ Hz N A −2 m m ∕ m s G Pa ∕ n m^ 5 turns ∕ c m c m^ 3 ∕ H rad ∕ s^ 2 n m m W −2 Ω. c m m L ∕ H G W ∕ m^ 2 k W ∕ k m^ 2 Oe ∕ Å m m s −1 A^ 2 s N ∕ c m^ 3 m m A photons s −1 c m −2 photons s −1 M Ω c m^ 2 A eV V −2 eV −3∕2 V m −1 k W ∕ m^ 2 eV. K −1 ohms ∕ square emu ∕ c m −3 C m^ 2 ∕ V at. ∕ c m^ 3 °C per min T bits ∕ in^ 2 atoms ∕ c m −2 m s −2