; AHc@s dZdklZdZeddZde_de_ededdZd e_ededdZed d Zd e_ed dZde_eddZ de _eddZ de _eddZ de _eddZ de _eddZ de _eddZde_ed d!Zd"e_ed#d$Zd%e_ed&d'Zd(e_eZed)d*Zd+e_ed)d*Zed,d-Zd.e_ed/d0Zd1e_ed2dZd3e_ed4d5Zd6e_ed7d8Zd9e_ed:d5Zd;e_ed<d8Zd=e_d>Zed?d@ZdAe_ed?d@ZedBd!ZdCe_edDdEZ dFe _edGdHZ!dIe!_edJdKZ"dLe"_edMdKZ#dNe#_edOdPZ$dQe$_dRZ%edSdZ&dTe&_edUdVZ'dWe'_edXdEZ(dYe(_edZd[Z)d\e)_d]Z*d^Z+d_Z,d`Z-daZ.dbZ/edcddZ0dee0_edfdgZ1dhe1_edid!Z2dje2_edkd!Z3dle3_edmdnZ4doe4_edpd5Z5dqe5_drZ6dsZ7dtZ8duZ9dvZ:dwZ;dxZ<dyZ=dzZ>d{Z?ed|d}Z@d~e@_eddZAdeA_eddVZBdeB_eddEZCdeC_edd[ZDdeD_dZEdZFdZGdZHeddgZIdeI_edd!ZJdeJ_edd5ZKdeK_dZLdZMdZNdZOdZPeddZQdeQ_eddVZRdeR_eddEZSdeS_edd[ZTdeT_dZUdZVdZWdZXeddgZYdeY_edd!ZZdeZ_eddZ[de[_eddVZ\de\_eddEZ]de]_edd[Z^de^_dZ_dZ`dZadZbedddZcdec_eddgZdded_edd!Zedee_edd5Zfdef_dZgdZhdZidZjedd5Zkdek_dZldZmdZnedd}Zodeo_edd}Zpdep_eddZqdeq_eddVZrder_eddEZsdes_edd[Ztdet_dZudZvdZwdZxeddgZydey_edd!Zzdez_ed d5Z{de{_dZ|dZ}dZ~dZd Zd Zedd}Zde_eddZde_eddVZde_eddEZde_edd[Zde_dZdZeddgZde_edd5Zde_dZdZdZdZd ZeddZde_eddVZde_eddEZde_edd[Zde_dZdZeddgZde_edd5Zde_dZdZd Zd Zedd}Zde_eddZd e_ed dVZd e_ed dEZd e_edd[Zde_dZdZeddgZde_eddZde_eddZeddZAdeA_eAZeddEZCdeC_edd[ZDdeD_eddZde_ed d!Zd"e_ed#d$Zd%e_ed&d'Zd(e_ed)d*Zd+e_ed,d-Zd.e_ed/d0Zd1e_ed2d0Zd3e_d4Zd5Zed6d7Zd8e_ed9d:Zd;e_ed<d=Zd>e_ed?d@ZdAe_edBd@ZdCe_dDS(Est Module with physical constants for use with ipython, profile "physics". Definition of Fundamental Physical Constants, CODATA Recommended Values Source, Peter J. Mohr and Barry N. Taylor, CODATA Recommended Values of the Fundamental Physical Constants, 1998 Website: physics.nist.gov/constants (sPhysicalQuantityInteractivef3.1415926535897931iJxsm/ssspeed of light in vacuumif9.9999999999999995e-08sN/(A**2)smagnetic constantf8.8541878170000005e-12sF/mselectric constant f376.73031346099998sohms#characteristic impedance of vacuum f6.6729999999999999e-11sm**3/(kg*s**2)s%Newtonian constant of gravitation f6.6260687599999996e-34sJ*ssPlanck constant f4.1356672700000001e-15seV*ssPlanck constant in eVs f1.054571596e-34sHbarf6.5821188900000004e-16s Hbar in eVf2.1766999999999999e-08skgs Planck massf 1.616e-35smsPlanck length f5.3906000000000004e-44sss Planck time f1.6021764620000001e-19sCselementary chargef2.067833636e-15sWbsmagnetic flux quantum f7.7480916960000006e-05sSsconductance quantum f483597898000000.0sHz/VsJosephson constantf25812.807572000002svon Klitzing constantf9.2740089900000002e-24sJ/Ts Bohr magnetonf5.7883817489999998e-05seV/TsBohr magneton in eV T-1f5.0507831700000002e-27snuclear magneton f3.152451238e-08s nuclear magneton in eV T-1 f0.007297352533f10973731.568549s1/msRydberg constant f5.2917720829999998e-11s Bohr radius f4.3597438099999999e-18sJsHartree energy f27.211383399999999seVsHartree energy in eV f0.00036369475159999997sm**2/ss!quantum of circulation h/(2me) f0.00072738950319999995s quantum of circulation h/(me) f 1.16639e-05s1/GeV**2sFermi coupling constant f0.22239999999999999f9.1093818800000006e-31selectron mass f0.00054857991100000004samus7electron mass (electron relative atomic mass times amu)f8.1871041400000004e-14s%electron mass - energy equivalent f0.51099890199999998sMeVs(electron mass - energy equivalent in MeVf0.0048363321000000001f0.00028755499999999999f0.00054461702320000003f0.00054386734620000005f0.00027244371170000002f0.00013709335610999999f-175882017400.0sC/kgs$electron charge to mass quotient f5.48579911e-07skg/molselectron molar mass f2.426310215e-12sCompton wavelength f2.8179402850000001e-15sclassical electron radius f6.6524585400000005e-29sm**2sThomson cross section f-9.2847636200000004e-24selectron magnetic moment f-1.0011596521869f -1838.281966f0.0011596521869f-2.0023193043737f206.76697200000001f-658.21068749999995f-658.22759540000004f960.92049999999995f-2143.9234980000001f864.05825500000003f176085979400.0s1/(s*T)selectron gyromagnetic ratio f1.88353109e-28s muon mass f 0.1134289168s4muon mass in muon relative atomic mass times amu f1.6928333200000001e-11senergy equivalent f105.65835680000001senergy equivalent in MeV f 206.7682657f0.059457200000000002f 0.1126095173f 0.1124545079f0.0001134289168smuon molar mass f1.1734441969999999e-14smuon Compton wavelength f-4.4904481299999999e-26smuon magnetic moment f-0.0048419708500000002f-8.8905977000000007f0.0011659160200000001f-2.0023318319999999f-3.1833453899999999f3.1678800000000001e-27s tau mass f1.90774s1tau mass (tau relative atomic mass times amu) f2.8471499999999998e-10stau mass energy equivalent f1777.05s"tau mass energy equivalent in MeV f3477.5999999999999f16.8188f1.8939600000000001f1.8913500000000001f 0.00190774stau molar mass f6.9769999999999998e-16stau Compton wavelength f1.67262158e-27s proton mass f1.0072764668800001s5proton mass (proton relative atomic mass times amu) f1.50327731e-10senergy equivalent f938.27199800000005senergy equivalent in MeV f 1836.1526675f8.8802440800000007f0.52799399999999996f 0.99862347855f95788340.799999997s"proton charge to mass quotient f0.00100727646688sproton molar mass f1.321409847e-15s!proton Compton wavelength h/mpc f1.4106066330000001e-26sproton magnetic moment f0.0015210322029999999f 2.792847337f5.5856946750000001f-1.4598980500000001f1.4105703990000001e-26s5shielded proton magnetic moment (H2O, sphere, 25 C)f0.0015209931319999999f2.7927755969999999f 2.5687e-05f 267522212.0sproton gyromagnetic ratio f 267515341.0s7shielded proton gyromagnetic ratio (H2O, sphere, 25 C)f1.6749271600000001e-27sneutron mass f1.0086649157800001s6neutron mass (neutron relative atomic mass times amu) f1.5053494599999999e-10s neutron mass energy equivalent f939.56533000000002s(neutron mass energy equivalent in MeV f 1838.683655f8.8924847800000002f0.52872200000000003f1.0013784188699999f0.0010086649157800001sneutron molar mass f1.319590898e-15sneutron Compton wavelengthf9.6623639999999996e-27sneutron magnetic moment f-0.0010418756299999999f -1.91304272f-3.8260854499999999f 0.00104066882f0.68497934000000005f 0.68499694f 183247188.0sneutron gyromagnetic ratio f3.3435830899999998e-27sdeuteron mass f2.0135532127100002s9deuteron mass (deuteron relative atomic mass times amu) f3.0050626200000001e-10s deuteron mass energy equivalent f 1875.612762s(deuteron mass energy equivalent in MeV f3670.4829549999999f1.9990075008299999f0.0020135532127100002sdeuteron molar mass f4.3307345699999999e-27sdeuteron magnetic moment f0.00046697545560000001f0.85743822839999995f-0.00046643455370000002f0.30701220829999998f 0.44820652f5.0064117399999997e-27s helion mass f3.0149322346899998s5helion mass (helion relative atomic mass times amu) f4.4995384799999998e-10shelion mass energy equivalent f2808.3913200000002s%helion mass energy equivalent in MeV f5495.8852379999998f2.9931526585000001f0.0030149322346900002shelion molar mass f-1.0745529670000001e-26s4shielded helion magnetic moment (gas, sphere, 25 C)f-0.0011586714740000001f-2.1274977179999999f0.76176656300000001f0.76178613129999995f203789476.40000001s3shielded helion gyromagnetic (gas, sphere, 25 C) f6.6446559800000003e-27salpha particle mass f4.0015061747000003sDalpha particle mass (alpha particle relative atomic mass times amu) f5.9719189700000004e-10s'alpha particle mass energy equivalent f3727.3790399999998s.alpha particle mass energy equivalent in MeV f7294.2995080000001f 3.9725996846f0.0040015061747000003salpha particle molar massf6.02214199e+23s1/molsAvogadro constant f1.6605387300000001e-27s=atomic mass constant mu = 112m(12C) = 1 u = 10E-3 kg mol-1/NAf1.49241778e-10s-energy equivalent of the atomic mass constantf 931.494013s5energy equivalent of the atomic mass constant in MeV f96485.341499999995sC/molsFaraday constantf3.9903126890000001e-10sJ*s/molsmolar Planck constant f8.3144720000000003s J/(mol*K)smolar gas constant f1.3806503000000001e-23sJ/KsBoltzmann constant f8.6173420000000005e-05seV/KsBoltzmann constant in eV f 2.6867775e+25s1/m**3sLoschmidt constant NA/Vm f0.022413995999999999sm**3/mols?molar volume of ideal gas RT/p T = 273.15 K, p = 101.325 kPa f0.022710981000000002s<molar volume of ideal gas RT/p T = 273.15 K, p = 100 kPa f-1.1517048000000001f-1.1648677999999999f5.6704000000000003e-08s W/(m**2*K**4)sStefan-Boltzmann constant f3.7417710700000002e-16sW*m**2sfirst radiation constantf1.1910427219999999e-16s W*m**2/srs.first radiation constant for spectral radiancef 0.014387752sm*Kssecond radiation constantf 0.0028977686s>Wien displacement law constant b = maxT = c2/4.965 114231... N(s__doc__s'IPython.Extensions.PhysicalQInteractivesPhysicalQuantityInteractivespiscsu_0smu_0s epsilon_0sZ_0sGshsh_eVsh_barsh_bar_eVsP_msP_lsP_ts_esqs capitalphi_0smfq_0sG_0sK_JsR_Ksu_BsueVT_Bsu_NsueVT_NsalphasRysRy_INFsa_0sE_hsEev_hsqcir2sqcirsFccswma_Wsm_esm_e_usme_Jsme_MeVsmemusmetausmempsmemnsmemdsmemalphas echargeemasssMolar_eslambdaCsr_essigma_esu_esueuBsueuNsa_esg_esueuusueupsueuspsueunsueudsueushsgamma_esm_usmu_usmuc2_Jsmuc2_MeVsmumesmumsmumpsmumnsMolar_us lambda_C_usuusuuuBsuuuNsa_usg_usuuupsm_tausmu_tausmtauc2_Js mtauc2_MeVsmtaumesmtaumusmtaumpsmtaumns Molar_taus lambda_C_tausm_psmu_psmpc2_Jsmpc2_MeVsmpmesmpmusmpmtausmpmnsempsMolar_ps lambda_C_psupsupuBsupuNsg_psupunsuspsuspuBsuspuNsspcsgamma_psgamma_spsm_nsmu_nsmnc2_Jsmnc2_MeVsmnmesmnmusmnmsmnmpsMolar_ns lambda_C_nsunsunuBsunuNsg_nsunuesunupsunuspsgamma_nsm_dsmu_dsmdc2_Jsmdc2_eVsmdmesmdmpsMolar_dsudsuduBsuduNsuduesudupsudunsm_hsmu_hsmhc2_Jsmhc2_MeVsmhmesmhmpsMolar_hsushsushuBsushuNsushupsushuspsgamma_hsm_alphasmu_alphas malphac2_Js malphac2_MeVsmalphamesmalphamps Molar_alphasN_AsLsamusFsN_AhsRsk_Jsk_eVsn_0sVm_1sVm_2sS_0R_1sS_0R_2ssigmasc_1sc_1Lsc_2sb(smtaumnsa_0sRysmnmsmtaumpsE_hsmtaumus lambda_C_nsc_1LsamusmnmesFccsPhysicalQuantityInteractivesEev_hs lambda_C_us_es lambda_C_pssigma_esa_us mtauc2_MeVsunupsLsmtaumesudupsa_esunuesgamma_psushusps lambda_C_tausm_hsm_ns Molar_alphashsk_eVsm_esm_dsS_0R_2smpc2_JsunuBsempsunuNsmnmusm_psm_usZ_0smpc2_MeVsmumpsuduNsg_us malphac2_MeVsuduBsg_psupsmumes capitalphi_0sg_nsg_esmumnsN_AsS_0R_1sm_alphasudunsmpmusuduesmdc2_JsuspuNsmpmnsmu_alphasmumsmpmesuspuBsGsmfq_0sueuBsueuNsh_bar_eVsh_eVsueups epsilon_0smdmesueudsR_Ksm_e_usueunsupunsueVT_BsueVT_Nsm_tausc_1s malphac2_Jsc_2sme_MeVsmpmtausmnc2_JsupuNsgamma_nsgamma_hsgamma_esupuBsushsN_Ahsuspsk_Jspisqcir2smtauc2_JsmhmesmemdsFsmhc2_MeVsmemnscswma_WsmemusueuspsmhmpsuuupsushuNsmuc2_MeVsbsme_JsushupsuuuBsuusuuuNsG_0slambdaCsunsunuspsmu_tausuds Molar_tausueuusu_BsMolar_usMolar_psu_NsMolar_esgamma_spsMolar_nsRsspcsqcirsMolar_hsP_lsP_msu_esmhc2_Jsmu_usmu_psmu_nsK_Jsmnmpsmu_hsRy_INFsP_tsmu_dsr_esVm_1smetausVm_2sueushsmuc2_Jsn_0smdc2_eVsmdmpsmnc2_MeVsalphash_barsmalphamessigmasmu_0sqsu_0smalphampsmemalphasushuBsMolar_ds echargeemasssmemp((sQ/u/d/b/dbachman/=/lib/python2.3/site-packages/IPython/Extensions/ipy_constants.pys? sD