Convert cm 1 to ev

• [PDF File]UV Measurement & Process Control

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  Watts per inch or cm (200-800+ WPI) WPI/CM estimate:Voltage x Amperage/Arc length of bulb WPI/CM settings-variations from actual, linearity of system Power applied to system, not the effective amount of UV generated or effective amount reaching the cure surface Describing lamp power is not the same as describing its output.

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• [PDF File]Wavenumbers and Frequencies

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  1 c. ν ν λ = = Example: The wavelength of the red line in the Hydrogen spectrum is approximately 656.5 nm. This corresponds to 656.5 x 10-9 m x 102 cm/m or 656.5 x 10-7 cm or 1.523x104 cm-1. We can convert this to Hz by multiplying by the speed of light which is 2.99792458 x 10. 10. cm s-1. resulting in 4.566 x 10. 14. Hz.

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• [PDF File]Molecular energy levels and spectroscopy

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  B is usually given in units of cm 1, and in order to end up with these units, the speed of light in this equation, c, needs to be in cm s 1 rather than ms 1. Using B in cm 1 will yield the energy in the same units. [Note: cm 1 are common units in spectroscopy for historical reasons, even though they are non-SI. Units of

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• [PDF File]PHYSICS FORMULA LIST

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  0.1: Physical Constants Speed of light c 3 108 m=s Planck constant h 6:63 1034 J s hc 1242 eV-nm Gravitation constant G 6:67 1011 m3 kg1 s2 Boltzmann constant k 1:38 1023 J=K Molar gas constant R 8:314 J=(mol K)

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• [PDF File]1. 2 Photometric units

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  15: Wave number (cm-1) c: Velocity of light 3X108m/s Here, velocity of light has relation to frequency V and wavelength A as follow: c = \>A. When E is expressed in eV (electron volts) and A in nm, the relation between eV and A is given as follows: 1240 E (eV) =~ """""'" (Eq. 1-2)

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• [PDF File]Guide for Infrared Spectroscopy

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  Range [cm-1] ([micrometer]) Refractive Index n at 2000 cm-1 Reflectance loss per surface Hardness (Knoop) Chemical Properties Infrasil SiO 2 ... [eV] 2.0 5 000.00 5 0000 00 60 .00 025 4.0 2 500.00 2 500 000 120 .00 050 6.0 1 666.67 1 666 667 180 .00 074 8.0 1 250.00 1 250 000 240 .00 099

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• [PDF File]UNITS CONVERSION TABLES

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  Table 1 Multiples and Submultiples of SI Units Table 2 Length Units Table 3 Area Units Table 4 Volume Units Table 5 Mass Units Table 6 Density Units ... mm cm m km in ft yd mi 1 0.1 0.001 0.000001 0.03937 0.003281 0.001094 6.21e-07 10 1 0.01 0.00001 0.393701 0.032808 0.010936 0.000006 1000 100 1 0.001 39.37008 3.28084 1.093613 0.000621 ...

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• [PDF File]Atomic units (a.u)

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  1 a.u = 27.211396 eV = 219 474.63 05 cm-1 =2 Ry 1 Ry = 13.6057 eV 1 degree kelvin = 0.0862 meV (energy units for cold atoms) = 0.695 cm-1 1 Kcal/mol= 0.0434 eV = 43.4 meV (energy units used by chemists) 1 GHz 6.6x10-7 eV (energy units by laser physicists) (be careful here-- GHz is the frequency f, to get the energy you need the conversion ...

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• [PDF File]Chapter 11 Density of States, Fermi Energy and Energy Bands

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  11-3 ! p k (11.6) Knowing the momentum p = mv, the possible energy states of a free electron is obtained m k m p E mv 2 2 2 1 2 2 ! (11.7) which is called the dispersion relation (energy or frequency-wavevector relation). Effective Mass In reality, an electron in a crystal experiences complex forces from the ionized atoms.

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• [PDF File]Atomic units (a.u.)

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  Atomic units (a.u.) 1 a.u. of mass = me = 9.109×10−31 kg 1 a.u. of charge = charge of a proton = 1.602×10−19 C 1 a.u. of length = 0.52918×10−10 m = 0.52918 ˚A 1 a.u. of energy = 1hartree = 4.360×10−18 J = 27.211eV = 2625kJ/mol = 627.5kcal/mol

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• [PDF File]Fundamentals of Nuclear Engineering

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  5 Neutron reaction cross sections •Total microscopic neutron cross section is expressed as: σ= dN/dt / [(I/A) n A ∆x] • Defining neutron flux as: φ= I/A (neutrons/sec.cm2) • Then: dN/dt = φ(A ∆x n σ) • Neutron flux can also be defined: φ= nnvn where: nn is neutron density per cm3 in beam, vn relative velocity (cm/sec.) of neutrons in beam

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• [PDF File]CHARGED PARTICLE IONIZATION AND RANGE

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  1.265 0.0954ln(0.3179) 2 Rmax (0.412) (0.3179) 0.08529g/cm Copper has a density of 8.933 g/cm3, so the actual shield thickness necessary is 0.00955 cm 8.933g/cm 0.08529g/cm 3 2 max R thickness Electron Range The average range of an electron from a monoenergetic beam of energy equal to E ,max is greater

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• [PDF File]Optical Detectors - University of Washington

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  1. Absorbed h excited e from valence to conduction, resulting in the creation of e-h pair 2. Under the influence of a bias voltage these carriers move through the material and induce a current in the external circuit. 3. For each electron-hole pair created, the result is an electron flowing in the circuit.

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• [PDF File]Energy Unit Conversion

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  WN(cm-1) 108/WN 104/WN l/WN 3.00x 1010WN 1.24 x 10-7WN 1 1.99x 1O-16WN E(erg) 1.99x 1O-8/E 1.99x 10-12/E j.99x 10-16IE 1.51x 1026E 6.24x108E 5.03x 1015E 1 Flux Density Conversion (E in keV; Ain A) TO-Sv(Jy) fE (photons)cm2skeV f,\ ( Photo~S) F'\(~) F(ergs) cm 2sA cm sA v cm2sHz FROM! Sv(Jy) Sv(Jy) 1.51x 103Sv/E 1.51x103Sv/,\ 3.00x 1O-5Sv/ A2 10 ...

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• [PDF File]University of Washington Department of Chemistry Chemistry ...

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  4) The fundamental vibration frequency of gaseous 14N16O is 1904 cm-1. a) Calculate the force constant using formula for a simple harmonic oscillator. Solution: ccmscm s()()3 10 1904 5.71 1010 1 1 13 1 c ν ν=⇒= =× = ×νν − −− ()( )27 26 23 1 1 12.24100.014 0.016 1.24 10 6.02 10 0.014 0.016 0.181 NO N O NO AN O mm M M mm NM M kg kg ...

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• [PDF File]Electric Potential Work and Potential Energy

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  Consider an electron crossing a potential difference of 1 volt: UqVeV()1.6 10 C 1 V 1.6 10 J = 1 eV−−19 19( ) This is a tiny number, which we can define as one electron-volt (abbreviated “eV”). It is a basic unit used to measure the tiny energies of subatomic particles like the electron. You can easily convert back to the SI unit Joules ...

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• [PDF File]Molecular Thermodynamics Week 1 Lecture Assessments Energy ...

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  Give your answer in kJ/mol and eV. An electron-volt is another common unit of energy, and it is often used when discussing electronic energy levels (1 eV = 1.602 1910 J = 8066 cm 1). (a) 1.312 kJ mol 1 and 13.6 eV (b) 1312 kJ mol 1 and 13.6 eV (c) 5489.4 kJ mol 1 and 13.6 eV (d) 1312 kJ mol 1 and 3.491 10 36 eV (e) 2.179 1910 kJ mol 1 and 13.6 eV

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• [PDF File]Unit Conversions

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  Created Date: 2/14/2011 4:22:03 PM

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• [PDF File]Conversion Factor Table

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  eV (electronvolt) 1.602x10-19 J erg 1x10-7 J ft (feet) 0.3048* m ft 30.48 cm ft2 2.2957x10-5 acre ft2 144 in2 ft2 0.09290304* m2 ft3 7.481 gal (U.S.) ft3 0.02832 m 3 ft 328.317 L ft3 / lbm 0.062428 m3 / kg ft·lbf 1.285x10-3 Btu ft·lbf 1.35582 J ft·lbf 3.766x10-7 kWh ft·lbf 1.35582 N·m ft·lbf 0.324 calorie (g-cal) ft·lbf / sec 1.818x10-3 ...

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• [PDF File]Chapter 5 External Dose Calculations H-117 – Introductory ...

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  ¾The mass attenuation coefficient, μ/ρ,for 1 MeV photons for water is 0.07 cm2/g ¾To get the linear attenuation coefficient, we multiply by the density of the absorber material Calculating μ H-117 – Introductory Health Physics Slide 20 yy ¾The density of water is 1 g/cm 3 ¾(μ/ρ)(ρ) = (0.07 cm 2/g)(1 g/cm3) = 0.07 cm-1

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