Visio Index

Visio Index PhL 2.9.14 last full update 10.9.14 Chapter 1 Fig 1.1 electret king meets stak.vsd page 7 Fig 1.2 div theorem king meets stak.vsd page 7 Fig 1.3 simple boundary lines1.vsd page 2 Fig 1.4 pillbox lines1.vsd page 6 left only! Fig 1.5 conductors king meets stak.vsd page 6 Fig 1.6 Feynman diagram king meets stak.vsd page 7 Fig 1.7 gray/gray boundary king meets stak.vsd page 5 Fig 1.8 gray capacitor king meets stak.vsd page 5 Fig 1.9 RC circuit king meets stak.vsd page 5 Chapter 2 Fig 2.1 quarter circle lines1.vsd page 1 Fig 2.2 wire slice rectangle lines1.vsd page 1 Fig 2.3 two roots lines1.vsd page 1 Fig 2.6 overlay of curves lines1.vsd page 1 Fig 2.11 wire with endcaps lines1.vsd page 1 Fig 2.15 stripline and twin lead originals from lines doc! Fig 2.16 fat twinlead original from lines doc! Chapter 3 Fig 3.1 PE data from Eaton and Kmiec local pdf file Fig 3.2 red square on boundary lines1.vsd page 1 older version Fig 3.3 blue wire cross section lines1.vsd page 2 Fig 3.4 two cyl with red square loop lines1.vsd page 2 (3.7.5) drawing with arrows and Steps repairs.vsd page 2 above 3.7.17 no Fig # repairs.vsd page 3 Fig 3.5 two eggs and red ovals repairs.vsd page 2 Fig 3.6b repairs.vsd page 2 below Fig 3.6b kinematics repairs.vsd page 2 Fig 3.7 cross sec of TL lines1.vsd page 5 Fig 3.8 top view of TL lines1.vsd page 5 Fig 3.9 oblique view of TL lines1.vsd page 5 Fig 3.10 cross sec and voltmeter repairs.vsd page 3 Chapter 4 Fig 4.1 R and sij lines bug chapter 4.vsd page 2 Fig 4.2 R lines and V(z) bug chapter 4.vsd page 1 Fig 4.3 blue sij lines bug chapter 4.vsd page 1 Fig 4.4 circles kinematics bug chapter 4.vsd page 2 Fig 4.7 coax kinematics bug chapter 4.vsd page 2 Fig 4.10 W(x) sij lines bug chapter 4.vsd page 3 Fig 4.11 red loop for Le lines1.vsd page 6 Fig 4.12 TL with squares bug chapter 4.vsd page 7 Fig 4.13 two wide conductors repairs.vsd page 2 Fig 4.14 2nd circle kinematics bug chapter 4.vsd page 3 (4.13.6) b1 circles lines1.vsd page 8 Chapter 5 Fig 5.1 R lines for ln(s/s)limit bug chapter 4.vsd page 3 Fig 5.2 amoeba conductors bug chapter 4.vsd page 4 Fig 5.3 capacitor problem bug chapter 4.vsd page 5 Chapter 6 Fig 6.1 Perga bug chapter 4.vsd page 4 Fig 6.3 cats eyes bug chapter 4.vsd page 5 Fig 6.4 cats eyes bug chapter 4.vsd page 5 Fig 6.5 cats eyes bug chapter 4.vsd page 5 Fig 6.6 prox effect light facing eddy.vsd page 4 App P Fig 6.16 same direction repairs.vsd page 3 Chapter 7 none Appendix A none Fig below (A.7.7) superposition lines1.vsd page 5 Appendix B Fig B.1boundary lines1.vsd page 2 Fig B.2 egg lines1.vsd page 2, now page 8? Fig B.3 mag current atoms king meets stak.vsd page 6 Fig B.4 disk kinematics king meets stak.vsd page 7 Fig B.5 Stakgold taken from my Stak notes somewhere! Fig B.6 melted egg with red circle bug chapter 4.vsd page 6 Fig B.7 disk kinematics again king meets stak.vsd page 7 Fig B.8 fields for round wire cross sec king meets stak.vsd page 7 Appendix C Fig below (C.1.1) lines1.vsd page 1 piece of image Fig C.1 rect wire kinematics bug chapter 4.vsd page 6 Fig C.5 Kuester's plot lines1.vsd page 8 Fig C.6 flat wire width w reactance.vsd page 2 Fig C.7 red loop in flat wire reactance.vsd page 2 Fig C.9,10 and 11 are Maple generated Fig C.13 mag lines for flat wire mag field plots REVIEWED.doc in App C Fig C.14 mag lines for flat wire mag field plots REVIEWED.doc in App C Fig C.15 hollow pipe reactance.vsd page 2 Appendix D Fig D.1 n(φ) picture lines1.vsd page 6 Fig D.2 charge pump 1/4 disk lines1.vsd page 1 Fig D.3 blue Smythe annulus lines1.vsd page 7 Fig D.4 quadrupole lines1.vsd page 7 Fig D.5 torsion waves lines1.vsd page 7 Fig D.6 Debye surface layer repairs.vsd page 3 Fig D.7 row of charge pumps repairs.vsd page 1 Fig D.8 line of resistors only reactance.vsd page 3 Appendix E Fig E.1 for how thick is charge lines1.vsd page 1 Appendix F Fig F.1 par plate waveguide bug chapter 4.vsd page 6 Appendix G nada Appendix H Fig H.1 pink circle lines1.vsd page 2 Appendix I Fig I.1 pink circle lines1.vsd page 2 (same pic) Fig I.2 λ plane for H(1) lines1.vsd page 4 Appendix J none Appendix K Fig K.1,2.3 network pix reactance.vsd page 1 Fig K.4 resistor ladder reactance.vsd page 3 Fig K.5 y z section, from Fig K.3 reactance.vsd page 1 Fig K.6 red loop for Le reactance.vsd page 1 Appendix L Fig L.1 spheres 3 regions also Fig L.1' king meets stak.vsd page 3 Fig L.3 sphere 2 regions king meets stak.vsd page 9 Fig L.4 wedgie king meets stak.vsd page 9 Fig L.5 2 region close also Fig L.5' king meets stak.vsd page 9 Fig L.6 1 region also Fig L.6' king meets stak.vsd page 9 Appendix M Fig M.1 two cyl kinematics repairs.vsd page 1 Appendix N Hall Fig N.1 hall block Hall effect2.vsd page 1 Fig N.2 radial Hall kinematics Hall effect2.vsd page 1,3 combo Appendix O Mag field line plotting Fig O.3 overlay rect conduct B field lines.vsd page 1 Fig O.4 two cyl kinematics repairs.vsd page 4 Appendix P Eddy Currents (see combined Visio/Maple index below) Fig P.1,2 eddy views eddy.vsd page 4 Fig P.3 radial Hall kinematics grey Hall effect2.vsd page 3 Fig P.6 cylinder grey rectangle eddy.vsd page 2 (close) Fig P.7(a) is a Maple arrows.vsd picture Fig P.7(b) arrows eddy.vsd page 3 Fig P.7(c) is a Maple arrows.vsd picture Fig P.8 gray rectangle in cyl eddy.vsd page 2 Fig P.9 arrows overlay eddy.vsd page 2 Fig P.10 arrows overlay eddy.vsd page 2 Fig P.11 is a Maple arrows.vsd picture Fig P.12 wash green eddy.vsd page 4 edited Fig P.13 wash green eddy.vsd page 4 as is Fig P.14,P.15 with legends added eddy.vsd page 5 Fig P.18 TL eddy currents eddy.vsd page 1 Fig P.19 from Smith paper in Refs Appendix Q props of k(ω) and Z0 Fig Q.6.1 two arrows in z plane new way complex z plane.vsd page 1 Appendix R Belden case study Fig R.8 attenuation plot 8281 attenuation 2014.xls Appendix S Averaging nada More on Appendix P. After writing the above, I found that I had already made a combined Visio and Maple index for Appendix P in that folder. Here is that combined index right here: Maple and Visio Index for Appendix P PhL 5.6.14 This is the appendix on eddy currents. Fig P.1 eddy.vsd, page 5 Fig P.2 eddy.vsd, page 5 Fig P.3 hall effect2.vsd, page 3 Maple code below (P.2.10) eddy2.mws, very start Maple code below (P.3.25) Section P3c.mws Fig P.4 Section P3c.mws "We have verified using Maple that the stream function Tz(r,θ) shown in (P.3.32) satisfies (P.3.19) and that the electric fields Er(r,θ) and Eθ(r,θ) satisfy (P.3.6). " The above code is in: problem2.mws Maple code below (P.3.33) problem2.mws, toward the end Fig P.5 problem2.mws, toward the end Fig P.6 eddy.vsd, page 2 (but has been added to) Fig P.7(a) arrows.mws Fig P.7(b) arrows.mws, post-process in eddy.vsd, page 3 Fig P.7(c) arrows.mws Fig P.8 eddy.vsd, page 2 Fig P.9 arrows.mws, post-process in eddy.vsd, page 2 Fig P.10 arrows.mws, post-process in eddy.vsd, page 2 Fig P.11 arrows.mws Fig P.12 eddy.vsd, page 4 Fig P.13 eddy.vsd, page 4 (same picture edited) Fig P.14 field lines 2.mws, post-process in eddy.vsd page 5 Fig P.15 field lines 2.mws, other polarity, pp in eddy.vsd page 5 Fig P.16 field lines 2.mws (without abs value) Fig P.17 field lines 2.mws (without abs value) Fig P.18 source lost, post-process in eddy.vsd, page 1 Fig P.19 taken from PDF of G. Smith Other interesting Maple files: field lines 2.mws Shows a detailed plot of the magnetic field lines for two-cylinder transmission line at DC. This picture does not show B field strength, so not too useful for eddy current illustration. However, it also shows that the B field lines do not align with the cylinders, which is a point to be made in Chapter 4 so Chap 4 does not apply at low frequencies. densityplot.mws Experimenting with Maple's densityplot routine; also a possible plot of Jz in cylinder cross section for a the simple functional form of (P.5.6).