A part of my Research Symbol meaning: Δx: change in position(Meter) Δt: change in Time(Second) h: Planck constant(Joule-Second) q: charge(Coulomb) E: Electric Field (Newton/Coulomb) Fe: Electric Force (Newton) ɸ: Phase Difference (Radian or angle) B: Magnetic Field (Tesla) V: Velocity (Meter/Second) Fm: Magnetic Force (Newton) v: unit vector velocity (No unit) ΔV: change in Velocity (Meter/Second) n: orbit number where electron are moving(unit Less) r radius of orbit(Meter) K: angular wave number (1/meter) λ: wavelength(Meter) e :charge on electron(Coulomb) m: mass of particle(Kg) n’: number of electron(Any Number) rο: small orbit radius before emit the electron(Meter) Ao: small orbit area E’: photon Energy ϵο: it is fixed quantity (epsilon) Here B, V, Fm, Fe are vector Heisenberg Formula in Electric Field: The following formulas have been derived using the Heisenberg’s principle in the electric field: 1) Change in Position and Time The change in position (Δx) and change in time (Δt) is given by: Δx. Δt ≥h/4πqE OR Δx. Δt≥h/4πFe 2. Phase and Change in Time The following formulas show the relation between the phase (ɸ) and change in time (Δt): ɸ.Δt≥ h*k/4πqE OR ɸΔt≥h/2*qEλ Heisenberg Formula in Magnetic Field: 1. Change in Position and Time: The change in position (Δx) and change in time (Δt) is given by: Δx. Δt≥h/4πq BV OR Δx. Δt≥h/4πFm OR Δx.Δp≥(q*B*v*r*r)/2n 2. Phase and Change velocity: The following formulas show the relation between the phase (ɸ) and change in velocity (ΔV): ɸ. Δp≥h*k/4π OR ɸ.ΔV≥q*B*v*r*r*k/2n
Posted on: Fri, 12 Jul 2013 04:30:55 +0000
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