nm °C K μm eV Å mm cm−1 cm−3 min Oe meV cm−2 GPa Torr keV μs cm kHz kOe GHz Hz MHz kV∕cm μm^2 W mTorr MPa mA Pa cm^2 mV kV A∕cm^2 wt % mol % mm^2 MeV cm^2∕V s mW mbar W∕cm^2 Ω cm J∕cm^2 s−1 SCCM THz m∕s mT cm∕s m Ω nm^2 μA ppm nA g∕cm^3 mA∕cm^2 μΩ cm MV∕cm kA∕m mW∕cm^2 V∕cm cm^2 V−1 s−1 kV∕mm mm^3 sccm km∕s dB Å∕s °C∕min emu∕g nm∕s Å−1 mJ V∕μm M μC∕cm^2 A∕m pC∕N nm∕min emu∕cm^3 cm^2∕s ions∕cm^2 torr vol % m−3 m s−1 rpm mm∕s MV∕m kW mJ∕m^2 mJ∕cm^2 cm^3 μm∕s Ω cm^2 kW∕cm^2 pm∕V atm N ML J∕m^3 kJ∕mol μA∕cm^2 kG at. % W∕m K wt. % kΩ K∕min erg∕cm^3 μl mg N∕m mA cm−2 μm∕h slm J∕m^2 μJ cd∕m^2 mJ cm−2 ions cm−2 nm−1 mK mM cm−2 s−1 cm^3∕s μW MΩ °C∕h pA V∕m K−1 Ω−1 cm−1 atoms∕cm^2 MW∕cm^2 days m^2∕s ppm∕°C GW∕cm^2 μV∕K W m−1 K−1 W cm−3 ppm∕K cm^3 s−1 nm^3 J cm−2 V∕mm kA∕cm^2 cm s−1 cm^2 s−1 W∕mK Mrad mrad kg∕m^3 pF rad W cm−2 nJ∕pulse °C∕s m−2 atoms∕cm^3 mΩ cm KHz μJ∕cm^2 μW∕cm^2 J∕kg K Ω∕sq arc sec A∕m^2 emu∕cc K∕s S∕cm mbars MV W∕m^2 kb aF μm∕min kcal∕mol deg Ω μm^2 A∕W kPa TPa pixels mg∕ml Å^3 kJ∕m^3 MGOe kV∕s °C−1 μN kfci dB∕cm C∕m^2 nm∕h °C s−1 lm∕W g cm−3 Ω m m^2 kV∕m Torr s nm s−1 mg∕mL bar cm^3∕g keV∕nm yr erg∕cm^2 J∕m l∕min mm−1 Ω∕◻ fF ML∕s meV∕K N∕m^2 meV∕GPa particles∕cm^2 m−1 mΩ MW μm−1 mmol mmole∕s sun mN∕m S∕m kg μV mN cm−2 eV−1 mm^2 s−1 μin mJ∕pulse nT bit kbar μm−2 g∕l cm^6 s−1 MGy S cm−1 Pa s erg∕cm g∕mol mΩ μm^2 nm−2 mC∕m^2 C∕cm^2 cd∕A sec V μm−1 mass % cSt mtorr at∕cm^2 at.% arc min a.u. mm diam μm2 μm^3 mm∕h emu N m−2 cm^2∕Vs Å∕min V m^3 erg∕cc rad∕s V cm−1 kg m−3 kW cm−2 F∕m esu psi ergs∕cm^3 Ωμm^2 at∕cm^3 K s−1 Ry K∕kbar ppb mole % dB∕mm mPa s m^2 s−1 μmol∕min nF weeks nJ eV∕K Tbit∕in^2 GΩ mg∕cc Jcm−2 mg∕kg meV∕Å^2 W∕m∕K months W∕cm^3 μrad mg∕s mW∕cm^3 A cm−2 eV−1 cm−3 g∕cc J∕g eV∕Å lines∕mm g∕mm Å^2 MG Oe A∕s kΩ cm V∕decade mAh∕g frames∕s Ωcm cm−3 s−1 cm∕GW cm^6∕s wt% K∕cm mm μs−1 kJ mol−1 V∕s Nm A m−1 μV K−1 C∕N m−3 s−1 N m−4 s N s∕m^2 mW cm−2 nA∕cm^2 mHz eV−1 V Ω−1 m−1 μC cm−2 GPa−1 μC m^2∕V s J K−1 mol−1 nN mV∕s mW∕mm^2 rad∕cm mJ∕mm^2 μTorr MA∕cm^2 ergs∕cm^2 μJ∕pulse ml∕min Mbar μA cm−2 m^3∕s ppba mm∕min T∕s kA bits J kg−1 K−1 mT∕s emu∕g Oe J m−2 mA∕μm^2 kJ∕mole Å∕cycle pixel J∕g K mA∕W arcsec mg∕cm^2 μL pF cm−1 ML∕min km s−1 micron ergs∕cm C m−2 A m−2 mTorr s MΩ cm J cm−2 amu pN counts∕s μT Ω mm MW cm−2 suns cm−3 eV−1 μerg∕cm V m−1 C cm−2 K−1 mins μS N m−1 month mol∕l emu cm−3 Tb∕in^2 mL mC∕cm^2 P∕cm^3 W∕cm K N∕m3∕2 m^3∕J nF cm−1 Å s−1 °C∕mm GeV J∕mol K s∕step MW∕m^2 nH μF MA∕m Gb∕in^2 Pa cm J m−3 K min−1 dBm erg cm−3 V photons∕cm^2 s μeV mJ∕K^2 mol N∕mm^2 MJ∕m^3 ms−1 Mbit Gbits∕in^2 J Kg−1 K−1 μC∕m^2 K dB m TeV∕c nF/cm^2 meV∕at m∕W m−2 s−1 V A−1 T−1 W/cm^2 μm^2 s cm−3 K−1 q/cm^2 cm−1 cm^3 l∕s dyn/cm^2 cm^2∕W eV∕unit mol °K ppm K−1 °C min−1 m^2∕g kbit cm GW−1 memu/cm^2 KV/cm mJ cm−2 pulse−1 emu∕mol A∕mm^2 m^2∕N eVatom W/m^3 A/K^2 cm^2 J∕K m^4/C^2 TPa−1 m^2 V−1 s−1 V−1 at./cm^2 nC/cm^2 meV∕atom cm^2∕V nW nm min−1 eV∕nm^2 TW/cm^2 mm∕μs mJ/cm^3 K ms∕div deg∕min kJ/m^2 W m−1 K−2 W cm−1 K−1 Ω∕square μΩ Gpa fΩ m^2 mol dm−3 MHz∕Oe dynes/cm^2 mV∕decade K∕mW μA m^2 microns mT s μW∕mm^2 J∕T mol∕min h−1 atoms cm−3 N m V∕AT carriers/cm^2 V m∕N g/m^2∕d kA cm−2 MV cm−1 J m−3 K−1 slpm cm^2∕V∕s W∕mm MV m−1 states cm−2 eV−1 m∕V Pa−1 GHz∕kOe photons∕s m^2/V^2 μN∕s GPa∕nm cP cm^3 mol−1 ions/cm^3 μV/cm in^2 Tesla A∕div Hz∕Oe nm∕mm J/kg ergs/cc Oe∕s μm h−1 Jm−3 H∕m T∕m GHz∕T J∕s GS∕s kΩ μm^2 ergs g−1 K−1 J mol−1 K−1 K∕GPa mol dm-3 μm s−1 Å-1 keV nm−1 A cm−2 K−2 μΩ m nΩ nm C/m^3 mol/cm^3 mV∕Oe F/cm^2 amu∕e kV mm−1 electrons/cm^3 mg/m^3 ppt kg∕mm^2 μL∕min nm^3/cm^3 W/K^2 cm μm∕yr ps∕km nm m^2 K/W vol. % W m−2 deg∕μm mmol∕s m^2∕C Pa−1∕2 C/m^2 K J∕molecule V kV∕ns m∕K at/m^3 ions cm−2 s−1 dots/cm^2 mm Hg nA cm−2 °C/min μsec mm^2∕s keV∕μm Ω−1 m−2 km μC/cm kA m−1 Gauss JKg−1 K−1 erg cm^3∕min ktpi nmol∕min m Ω μm^2 meV∕T Ω∕mm mV wt.%--> pJ/m GByte∕platter μM nm^2∕s K∕T kbits G μm μerg cm−1 mS∕mm V rms V∕nm W/m^3 K Oe∕mA μg∕ml atoms cm−2 erg cm−2 g∕h nm Au atoms/m^3 Amp cm−2 μF/cm^2 min−1 T^2∕m deg/cm ns−1 mol% holes/cm^3 J∕mole l s−1 kΩ∕◻ eV Å^3 °C∕mol K cm∕kV pF/cm^2 mJ m−2 g mol−1 μV/m cm^2 W−1 nm∕div Wm−1 K−1 pW∕mA GB K∕h hPa kA∕ms meV∕decade μV K∕μs MA/m^2 °C∕MGy electrons∕pulse cm∕MV T cm^2 vacancies/cm^3 ohm cm pA∕V m eV∕molecule dyn/cm^3 nA∕mm^2 mm∕pixel cm^3 C−1 photons∕pulse A/cm−2 keV/cm^3 A s pC/μm^2 Å∕sec hours μs∕pixel Ω−1 Å−2 mmol∕l g/cm^2 electrons/cm^2 g/cm−3 kK/s W cm−1 °C−1 Å∕pix g/cm^2 s mA/μm bilayers/s m s mol−1 dB/m mJ/cm^2∕pulse cm s−1 K−1 GW cm−2 TW cm−2 Am^2∕kg J∕mole K arc s kJ nm−3 mT∕min emug−1 krpm Ωm Nm−2 ml−1 particle∕mL cm∕min mRy Gμm electrons∕cell fA emu g−1 Oe−1 kpps μm^2/s μm Si_3N_4 nm Cu J m^6 J m−1 meV T−1 Tb∕in Mbit/s Gbit∕in^2 eV/cm V/s msec fF/μm^2 mg L−1 F/cm^3 monolayer/s Kg cm−2 dB∕km Volts MeV ∕m at cm−2 eV Å μg/s W/cm∕K μW∕A mW∕A MJ krad∕A cm W−1 nm∕GPa N cm−2 V/cm Oe meV^2 Np∕mA1∕3 ps∕nm MΩ μm^2 W Ω K−2 at. cm−2 s−1 s/cm gcm−3 minutes pC V∕mm/s cm^2∕GW carriers/cm^3 Å∕pulse kg m−1 s−1 nm∕cycle mm∕kV mm∕kV ms kK−1 K cm3∕2 mV/μm J/cm^3 m^2 K W−1 V∕min hartree eV∕nm M−1 μm−1 mA h∕g cylinders m−2 cm^3∕mol molar % mJ/K m^2 particles μm−2 kcal∕mole rad∕nm pC N−1 kg/m^2 A m^2∕kg mV∕dec dB∕μs nm W nm^2 s−1 cm−2 sec−1 count/s nm∕°C MS/s Ω∕Oe J/kgK A/cm mol %∕mm decades∕V meV Å−2 cd m−2 M∕L kHZ m−2 K−1 V∕W gm/cm^3 mol/cm^2 Kg/cm^2 μV∕mm dyn/cm J/cm^3∕K J∕g∕K meV K−1 GHz^2 mJ/cm2 μs−1 nF/m MJ/m^2 ms∕pixel mmol∕min g∕mole Myr μm diameter emu∕gm e/cm^2 kg∕m3 J g−1 K−1 A^2 Hz−1 °C/cm mol l−1 F cm−1 μm∕pix W/m^2 K MW h W/μm^2 vol% kV cm−1 ion/cm^2 mA−1 g∕L Gb∕inch^2 kilotrack per inch Å−3.5 Gs μm∕pixel eV−2 Acm−2 kΩ−1•m−1 meV Å^2 mV∕pH m Ω μm^2∕nm Gb/s Torr cm mA Ω×μm^2 J/K^2 mol mA/s particles∕ml kN emu∕g G kpsi photon s−1 mm−2 Mrad/s krad/s meV∕W mS kg cm Gbit∕in.2 nT∕√Hz memu∕mg ergs kÅ kg/s Tbit∕in.2 m Ω Å∕fs ml min−1 J m12 kTPI kBPI A m^2 mOe eV cm eV Å−1 MJ m−3 A∕dm^2 C−1 μΩcm mΩ−1 nm/sec T−1 K m^2∕W emu K∕g Oe Hz/s lbf μV∕W a.u cm∕kV °F mV/μm mSv∕A kVp mg∕A mH m/s^2 molecules/cm^3 Ω∕KOe moles/cm^3 kcps Å/μm fC g/s m^3 C−1 mg l−1 Ω cm K−1 MΩ∕◻ mJ K−2 mol−1 carat cm^2 K/W N∕ms C kg−1 h−1 V∕A W∕A mG/Hz0.5 K^2∕meV^2 Å−3 TeV V^2/K^2 hole m−3 monolayers at. cm−3 Ω−1W−1 V nm∕psi at% MeV∕nucleon W Ω/K^2 S K cm−1 V∕Oe KV∕mm Hz m meV∕T1∕2 eV∕kT Å min−1 nM∕ml m^3∕A dB/μm J∕mol gm/cc V cm^2 photons cm−2 s−1 nV nV∕√Hz l∕m μAmp eV∕cell electrons per diffraction electrons per pulse e∕pixel μm∕ps A∕K^2 nT∕s mK∕W Am−2 m^3 s−1 Jg−1 K−1 line∕mm eV−1 nm−1 mlm μC∕μm^2 m^2 g−1 electron∕cm^3 nl∕cm^2 N∕m∕√Hz μW∕cm K^2 pT mm Hz−1∕2 V T−1 m^2 W−1 Ω∕sheet frame∕s A∕cm^2 K^2 m−1 Pa−1 meV cm SLPM rps mm∕mm cm−3 meV−1 kg∕cm^2 nL km∕s kbar μm^4 pm V−1 nF m−1 F V−1 A s∕V m eV nm^3 TW ps−1 cm^2 V−1 cm^3 eV−1 μV K−2 GPa cm^3∕g nm^3∕s eV∕nm^3 MΩ m kJ∕cm^2 K cm∕V V s∕C nm∕m spins∕cm^3 mW∕well cm−1 K−1 eV−1 cm−2 kΩ∕sq mm−3 s−1 molecule cm−2 s−1 S∕s J g−1 ksample∕s mA∕mm BL∕min mW∕μm V mm−1 s−1 GS s−1 mm min−1 kW∕mm^2 L∕min μl∕min pF∕cm holes∕cm^2 μA s∕cm^2 sites∕cm^3 ions s−1 cm−1 A V−2 μm−1 vacancies cm−3 °C∕day eV cm^4 μW rms μV Pa−1 s yrs Ω∕⧠ μHz kJ kg−1 m^2 cm−1 emu∕m^3 mg∕cm^3 Å∕pixel m^2 s cm^2∕V S at∕cm−3 μm∕°C A V−2 A V−2 s−1 mm in diameter mm in height ML s−1 μeV∕K cm∕W Mbars min−1 mW−4 μm∕s0.2 stripes∕cm mW∕m mJ∕T m M kg m−2 s−1 cm∕h measures per second N s∕m pA∕Hz cm−8 Ω μm kJ∕kg °C W∕m °C W∕m^2 °C Å∕Hz W m−2 K−4 kBq Vs∕cm^2 arcmin photons∕cm^2 electrons∕dot keV∕Å J∕K sec cm μV cm^2 sec m^3∕C ng∕μl rds∕s m K MV∕cm eV fs∕μm C∕min kΩ∕square μg∕cm^2 nA mm−2 cm^2∕V^2 mol−1 dm^2 cm−1 m^3s−1 V∕Å^2 N∕s Mb kV∕mM V∕G MΩ∕cm meters J∕m−3 fA∕Hz nm K °C∕at % W K−5 μm−3 ccm Å∕ml ions/cm^2 Jm−1 K−2 Wm−3 K−1 V ms∕C cm−3∕V J cm−3 K−1 m−2 C−1 MLs∕min lm W−1 mbar s Å−1 pA∕cm^2 nm per frame Js Ω cm−1 cm−2 W∕mm^2 A−1 m μN∕m kg m{−1} s−2--> N m−1 s−1 nm V−1 cm^2V s μm^4∕s K h s1∕2 eV−1 cc−1 K−1.5 A s∕cm^3 K3∕2 T∕min Ω K−1 W∕kg cc∕min emu∕gG emu∕T W∕m K^2 mW∕cm K mJ∕mole K^2 Ω μm^2∕nm μH C∕J m∕N cal mol−1 K−1 m^6∕Js m deg mV∕nm Vs F MC M G Oe Cm−2 Fm−1 C−2 m^4 N mol ppm memu ppm∕wt kg∕m^2 s J−1 memu∕cm_2 μm_2 mJ∕g∕K^2 μJ∕g∕K^4 states∕eV cm^3 Ω T∕m ΩT∕m mW∕μm^2 frames∕sec neV nm∕pulse pulses∕cm^2 nm bit mΩμm^2 dB Hartree kN∕m dyne∕cm^2 M−1 ns∕pulse mRy∕cell nW∕Å kword step∕s μΩ.cm μm MHz2∕3 μAcm^2 kV∕μm W∕(m K) l∕mm dynes dyn cm nm diameter rad∕Oe∕s pmol disks∕h m^3∕min MS∕m kPa m^3∕kmole K gm∕mole kJ∕kg mole∕s dB c μA∕s J K−1 nN nm nN∕nm V nm−1 mV T−1 Gbits∕cm^2 erg s∕cm^3 nV∕Hz Ω μm2 A−2 ml∕drop mmol∕ml fT states∕Ry∕atom cubic centimeter per minute Ω m^2 Oe∕sec lb K∕W mm∕sec Å∕S μΩ cm^3 pA∕s μemu G bit∕in^2 G bit∕cm^2 mol L−1 mJ∕mol K μm∕μm2 m^4 J^6∕cm12 seconds Cd∕A m−1 K−2 lbs kΩ∕μm mA s μbar eV nm °C s MJ∕m^3K V∕div μg∕mL Ohm cm Å∕μs Tbpsi pT∕Hz0.5 T∕Hz1∕2 Terabit∕in^2 nm∕V rad∕T s pJ K∕ps atoms∕nm^3 eV K−1 eV at−1 J∕m^3 K mm^2∕kV s nF cm−2 m^3∕mol rf watts rad nm−1 V−1 Ws K−1 atoms cm−2 s−1 A K−2 cm−2 μΩ cm∕K^2 μΩ cm K−2 MHZ eV^3 atoms cm^3 μΩm mW∕mK^2 eV∕photon Torr−1 s−1 N∕V m C∕mV kgf∕cm^2 Oe−1 ns−1 μg ml−1 ml h−1 Ω∕K mN s−1 m N s−1 mT∕mm mC∕cm^3 GPa Å J mol−1 K−2 G cm^2 kOe∕K W m−2 K−1 kV∕cm^2 cm^5∕C^2F nm∕l Tm^2 MW∕m g. cm−3 mol∕ℓ kJ∕kg K mJ mol−1 K−2 Ns Ω∕cm TΩ dpi C kg−1 dm^3∕mol cm cm∕J nA∕μm J∕K∕g dm^3 cm−2∕eV kOhm cm−3 A1∕3 ft mK∕s ions s−1 nm−2 s−1 K−1 GPa−1 Gbits∕in.^2 Tbit∕in.^2 Mbytes MPa m1∕2 Wt. % kN mm−2 eV−1∕cm^2 sec−1 J0.5 m J m MeV∕amu cm^2 V−1s−1 Jm^6 L∕s ions∕s cm^2 ML∕sec mV∕μ rad Kg∕m^3 J∕Kg K GPa^2 V−1 cm−1 s−1 J∕m^3 K^2 J∕m^3∕K Ω×cm MWcm^2 cm^2 s−1 Torr m^2 kg s−2 K−1 pW N∕cm−3 m^2/N mV m∕N m emu∕cm^2 grains∕bit μm∕sec s∕pixel bytes∕cm^2 bytes∕cm^3 GB∕cm^2 bytes kbit∕s Mbyte line scans∕cycle K m g s−1 pairs∕mV monolayer∕second mg ml−1 s−3 cm5∕2 s−1 island∕μm mAh∕cm^2 nN nm−1 molecules nm−2 monolayers min−1 at. cm−2 μm^2∕h cm^3∕mol∕s s1∕2∕cm kgw∕cm^2 J T−1 kg−1 m∕√Hz counts∕mm∕s^2 kV∕dc nm g∕cm^3 ions∕cm^2/s meV∕cell J∕g∕°C gm∕h A∕cm^2 sr GeV∕m frames m∕cm^2 cm^2 s-1 mA cm^2 g∕min cells∕cm^2 cells∕ml A m^2 kg−1 cm^3 s^1 keV∕amu m∕A eV^2 traps∕cm^3 cm−1∕mm mg∕g fm∕Å^3 Ω cm K−2 Wcm−1 K−1 cm−6 K−2 K−2 eV cm^3 nm C cm-3 cm−6 GPa μm−1 V∕ms nC∕μm^2 V electrons∕ion hr kg m−2 s−1 μW cm−2 Wb dyn∕cm∕√Hz ppq kJ∕m^3 s shots∕μm kg cm−3 W m−1.K−1 nA∕cell J∕kg °C W s−1 mm2 nm2 atoms∕m^2 eV∕H T m^2 k cal∕mole kGy V∕MGy cal∕mole J mol−1 m−4 pF∕m cm^2∕V sec A sec Da hartree∕bohr g∕m^3 GHz T−1 kG∕nm MΩ cm−1 pg km s−1 V m−1 Pa−1 eV∕cm^3 V−2 M−1 cm−1 eV^4 samples∕s C m−1 V−1 C m V−3 K∕kV cm−1 kGy∕H N∕mm s−2 g cm^2 cm-3 mmole∕cm^2 mmoles∕s m^2∕cm^3 V−1∕2 F∕cm GW l∕mol cm V∕eV dyn dyn cm−2 mm∕day A W−1 nS W K−1 m−2 C^2∕N m^2 Kg N∕nm^2 K∕MPa m^2∕J Å ps∕channel MHz∕T μg atoms∕mole cm^2∕period cm^3∕W W∕cm μW μm−2 A∕cm^3 K^2 μs∕mm cm5∕4 s−1 Pa×s pM μΩ cm∕K cm^2 s−1 V−1 cm−1mM−1 cm^2 cm−1 mM−1 cm^2 cm eV MPam mm∕GPa eV∕particle molecule cm^2∕min nF∕mm^2 decade∕V GV∕m s−1 cm−2 A m−2 K−2 watts mole∕m^2 s nm^3∕mole moles∕nm^3 mole∕nm^3 μA∕V^2 rad∕m Å∕m V cm−1 K−1 charges∕cm^3 cm−3n charges∕cm−3 N∕A^2 eV s nm∕day nm∕week nm∕month A∕mm kg•cm−2 KPa MA m−1 Wcm−2 Nm−1 V A−1 mA∕mm^2 charges∕cm^2 mC eV m T m F m−1 MPa∕cm^2 V∕J meter cm^3 s−1 per cm−1 K cm−1 cm−2∕V sec pF∕°C m^3 mol−1 poise μm−3 Ω □−1--> mV∕A m rad dB mm−1 mm∕hr Hz∕m^2 Kg m−3 m s−1 n∕cm^2 Ps nm^2∕μs ml∕s m^2s−1 K∕M Ω∕□ pm∕V^2 pA∕V m^2 Cm times∕s m N−1 W∕sccm V s∕A m V^2 K−2 cm−2∕s CCM mg cm−3 m^2 C^2 fA∕cm^2 fA cm−2 in∕s cm−2eV−1 molecules cm−2 s−1 vacancies∕ion∕cm counts∕day arc deg nm^4 s−1 cm^1 vacancies∕ion∕Å kS∕s m^2 V−2 Ω•cm Ω •cm Mg∕m^3 s K Ωm−1 m−1 dB∕decade nm∕A nm∕K μΩ cm K−3 cm Ω C m^4∕c^2 μN s∕m nV∕√Hz fA∕√Hz cm∕μs cm^3 min−1 V−1 s−1 cm∕day mm kV−1 cm−7 mA∕g Ωmm grams kbars μm W electron∕pulse∕μm^2 electrons∕pulse∕μm^2 nm emu∕g W K−1 m−1 J∕cm^3∕g tubes∕cm^2 nJ∕m N∕cm^2 V∕μPa nm∕m∕s mV∕μrad Mbits∕s eV∕GPa^2 A∕cm V A∕V^2 aN electrons∕Hz NA−2 mm∕ms GPa∕nm^5 turns∕cm cm^3∕H rad∕s^2 nm mW−2 Ω.cm mL∕H GW∕m^2 kW∕km^2 Oe∕Å mm s−1 A^2 s N∕cm^3 mm A photonss−1 cm−2 photons s−1 MΩ cm^2 AeV V−2 eV−3∕2 V m−1 kW∕m^2 eV.K−1 ohms∕square emu∕cm−3 C m^2∕V at.∕cm^3 °C per min Tbits∕in^2 atoms∕cm−2 m s−2