calculand - The unit list (page 122)

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Particle spectrum [φ - Energy spectrum of particles, e.g. neutrons]

→ Amagat per dyne second [amg/dyns] ≈ 2,68678 · 10⁺³⁰ 1/m² s J
→ Chad per bethe [chad/B] ≈ 1,0 · 10^-40 1/m² s J
→ Chad per electronvolt [chad/eV] ≈ 6,24151 · 10⁺²² 1/m² s J
→ Chad per joule [chad/J] ≈ 10.000 1/m² s J
→ Chad second per planck constant [chad s/h] ≈ 1,50919 · 10⁺³⁷ 1/m² s J
→ Hertz per square metre joule [Hz/m² J] ≈ 1 1/m² s J
→ Hertz per square metre second watt [Hz/m² s W] ≈ 1 1/m² s J
→ Loschmidt constant per newton second [n₀/Ns] ≈ 2,68678 · 10⁺²⁵ 1/m² s J
→ Particle per barn second joule [1/b s J] ≈ 1,0 · 10⁺²⁸ 1/m² s J
→ Particle per cubic metre newton second [1/m³ Ns] ≈ 1 1/m² s J
→ Particle per dirac constant square metre [1/ħ m²] ≈ 9,48252 · 10⁺³³ 1/m² s J
→ Particle per kilogram quartic metre hertz [1/kg m⁴ Hz] ≈ 1 1/m² s J
→ Particle per planck constant square metre [1/h m²] ≈ 1,50919 · 10⁺³³ 1/m² s J
→ Particle per square attometre second joule [1/am² s J] ≈ 1,0 · 10⁺³⁶ 1/m² s J
→ Particle per square centimetre second electronvolt [1/cm² s eV] ≈ 6,24151 · 10⁺²² 1/m² s J
→ Particle per square centimetre second joule [1/cm² s J] ≈ 10.000 1/m² s J
→ Particle per square decametre second joule [1/dam² s J] ≈ 0,01 1/m² s J
→ Particle per square decimetre second joule [1/dm² s J] ≈ 100 1/m² s J
→ Particle per square exametre second joule [1/Em² s J] ≈ 1,0 · 10^-36 1/m² s J
→ Particle per square femtometre second joule [1/fm² s J] ≈ 1,0 · 10⁺³⁰ 1/m² s J
→ Particle per square foot second joule [1/ft² s J] ≈ 10,76391 1/m² s J
→ Particle per square gigametre second joule [1/Gm² s J] ≈ 1,0 · 10^-18 1/m² s J
→ Particle per square hectometre second joule [1/hm² s J] ≈ 0,0001 1/m² s J
→ Particle per square inch second calorie [1/in² s cal] ≈ 370,21188 1/m² s J
→ Particle per square inch second joule [1/in² s J] ≈ 1.550,00310 1/m² s J
→ Particle per square kilometre second joule [1/km² s J] ≈ 1,0 · 10^-6 1/m² s J
→ Particle per square lightyear second electronvolt [1/ly² s eV] ≈ 6,97333 · 10^-14 1/m² s J
→ Particle per square lightyear second joule [1/ly² s J] ≈ 1,11725 · 10^-32 1/m² s J
→ Particle per square megametre second joule [1/Mm² s J] ≈ 1,0 · 10^-12 1/m² s J
→ Particle per square metre hour joule [1/m² h J] ≈ 0,00028 1/m² s J
→ Particle per square metre minute joule [1/m² min J] ≈ 0,01667 1/m² s J
→ Particle per square metre second calorie [1/m² s cal] ≈ 0,23885 1/m² s J
→ Particle per square metre second electronvolt [1/m² s eV] ≈ 6,24151 · 10⁺¹⁸ 1/m² s J
→ Particle per square metre second joule [1/m² s J] ≈ 1 1/m² s J
→ Particle per square metre second squared watt [1/m² s² W] ≈ 1 1/m² s J
→ Particle per square micrometre second joule [1/µm² s J] ≈ 1,0 · 10⁺¹² 1/m² s J
→ Particle per square mile second joule [1/mi² s J] ≈ 3,86102 · 10^-7 1/m² s J
→ Particle per square millimetre second electronvolt [1/mm² s eV] ≈ 6,24151 · 10⁺²⁴ 1/m² s J
→ Particle per square millimetre second joule [1/mm² s J] ≈ 1.000.000 1/m² s J
→ Particle per square nanometre second joule [1/nm² s J] ≈ 1,0 · 10⁺¹⁸ 1/m² s J
→ Particle per square petametre second joule [1/Pm² s J] ≈ 1,0 · 10^-30 1/m² s J
→ Particle per square picometre second joule [1/pm² s J] ≈ 1,0 · 10⁺²⁴ 1/m² s J
→ Particle per square terametre second joule [1/Tm² s J] ≈ 1,0 · 10^-24 1/m² s J
→ Particle per square yoctometre second joule [1/ym² s J] ≈ 1,0 · 10⁺⁴⁸ 1/m² s J
→ Particle per square yottametre second joule [1/Ym² s J] ≈ 1,0 · 10^-48 1/m² s J
→ Particle per square zeptometre second joule [1/zm² s J] ≈ 1,0 · 10⁺⁴² 1/m² s J
→ Particle per square zettametre second joule [1/Zm² s J] ≈ 1,0 · 10^-42 1/m² s J
→ Rayleigh per electronvolt [R/eV] ≈ 6,24151 · 10⁺³² 1/m² s J
→ Rayleigh per joule [R/J] ≈ 1,0 · 10⁺¹⁴ 1/m² s J
→ Second per gram quartic centimetre [s/g cm⁴] ≈ 100.000.000.000 1/m² s J
→ Second per kilogram quartic metre [s/kg m⁴] ≈ 1 1/m² s J
→ Solar constant per electronvolt squared [E₀/eV²] ≈ 5,32535 · 10⁺⁴⁰ 1/m² s J
→ Solar constant per joule squared [E₀/J²] ≈ 1.367 1/m² s J

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⇒ Molar heat capacity ⇒ Molar mass ⇒ Molar volume ⇒ Momentum ⇒ Momentum density ⇒ Noise spectral density ⇒ Noise-equivalent power ⇒ Particle density ⇒ Particle flux ⇒ Particle spectrum ⇒ Permeability ⇒ Permeation ⇒ Permittivity ⇒ Polarizability ⇒ Power ⇒ Power density ⇒ Power gradient ⇒ Precipitation ⇒ Pressure ⇒ Pressure gradient