User contributions
Jump to navigation
Jump to search
- 19:07, 19 April 2017 diff hist +49 In the wire frame
- 19:05, 19 April 2017 diff hist +50 In the wire frame
- 18:52, 19 April 2017 diff hist -14 In the wire frame
- 18:49, 19 April 2017 diff hist +15 In the wire frame
- 18:48, 19 April 2017 diff hist +13 In the wire frame
- 18:48, 19 April 2017 diff hist 0 In the wire frame
- 18:47, 19 April 2017 diff hist -51 In the wire frame
- 18:45, 19 April 2017 diff hist +167 In the wire frame
- 18:34, 19 April 2017 diff hist +2,566 N In the wire frame Created page with "Points of Intersection Since the wires are 6\[Degree] above the y axis in the x-y plane, we can use a rotation matrix about the z axis, to rotate points and equations into the c…"
- 18:32, 19 April 2017 diff hist -4 VanWasshenova Thesis →Mathematica Simulation
- 18:31, 19 April 2017 diff hist +2,950 In the Detector Frame
- 18:11, 19 April 2017 diff hist +2,088 In the Detector Frame
- 18:08, 19 April 2017 diff hist +1,034 In the Detector Frame
- 18:07, 19 April 2017 diff hist 0 N File:SameWireDifferentPsi.png current
- 18:05, 19 April 2017 diff hist +6,525 N In the Detector Frame Created page with " We can define the constraints of the plane the DC is in <pre> right = ContourPlot[ x2 == Cot[29.5 \[Degree]] y + .09156, {y, -1, 1}, {x2, 0, 1.8}, Frame -> {True, True, …"
- 18:04, 19 April 2017 diff hist +1 VanWasshenova Thesis →In the Detector Plane
- 18:04, 19 April 2017 diff hist -6,585 Mathematica Simulation Blanked the page current
- 18:03, 19 April 2017 diff hist +64 VanWasshenova Thesis →Drift Chamber
- 18:00, 19 April 2017 diff hist +41 Mathematica Simulation
- 17:58, 19 April 2017 diff hist -120 Mathematica Simulation
- 17:55, 19 April 2017 diff hist +84 Mathematica Simulation
- 17:52, 19 April 2017 diff hist +13 Mathematica Simulation
- 17:51, 19 April 2017 diff hist -4 Mathematica Simulation →Setting up Mathematica for DC Theta-Phi Isotropic Cone
- 17:50, 19 April 2017 diff hist +3,400 Mathematica Simulation →Setting up Mathematica for DC Theta-Phi Isotropic Cone
- 17:50, 19 April 2017 diff hist 0 N File:40EllipseTest.png current
- 17:43, 19 April 2017 diff hist +3,074 Mathematica Simulation →Setting up Mathematica for DC Theta-Phi Isotropic Cone
- 21:48, 22 March 2017 diff hist -19 Determing Elliptical Components →Determining ellipse components
- 21:47, 22 March 2017 diff hist +2 Determing Elliptical Components →Determining ellipse components
- 21:46, 22 March 2017 diff hist +2 Determing Elliptical Components →Determining ellipse components
- 21:45, 22 March 2017 diff hist 0 Determing Elliptical Components →Determining ellipse components
- 21:44, 22 March 2017 diff hist +22 Determing Elliptical Components →Determining ellipse components
- 15:15, 13 March 2017 diff hist -42 Mathematica Simulation →Setting up Mathematica for DC Theta-Phi Isotropic Cone
- 15:14, 13 March 2017 diff hist -4 Mathematica Simulation →Setting up Mathematica for DC Theta-Phi Isotropic Cone
- 15:14, 13 March 2017 diff hist 0 N File:Part1d.pdf current
- 14:29, 9 March 2017 diff hist -1 Determining wire-theta correspondence
- 20:51, 7 March 2017 diff hist +5 Wire Number Function →Function for the wire number in the detector frame for change in \phi and constant \theta in the lab frame
- 19:49, 7 March 2017 diff hist 0 Determining wire-theta correspondence
- 19:48, 7 March 2017 diff hist +61 Determining wire-theta correspondence
- 15:24, 7 March 2017 diff hist +3 Wire Number Function →Function for the wire number in the detector frame for change in \phi and constant \theta in the lab frame
- 05:59, 4 March 2017 diff hist +53 In the Detector Plane
- 05:58, 4 March 2017 diff hist +83 Test in Plane for Theta at 20 degrees and Phi at 0
- 05:57, 4 March 2017 diff hist +89 Test in Plane for Theta at 20 degrees and Phi at 1 degree
- 05:55, 4 March 2017 diff hist +71 Function for change in x', Lab frame
- 05:54, 4 March 2017 diff hist +51 Wire Number Function
- 05:52, 4 March 2017 diff hist +129 Conic Sections
- 05:51, 4 March 2017 diff hist +1,742 N Conic Sections Created page with "=Conic Sections= Looking just at sector 1, we can see that the intersection of level 1 and the cone of constant angle theta forms a conic section. <pre> Show[sector1,PhiCone,Beam…"
- 05:50, 4 March 2017 diff hist +28 VanWasshenova Thesis →Detector_Geometry Simulation
- 05:50, 4 March 2017 diff hist -47 Detector Geometry Simulation →<-Back
- 05:49, 4 March 2017 diff hist -41 Detector Geometry Simulation →Forward->
- 05:49, 4 March 2017 diff hist -1,744 Detector Geometry Simulation →Conic Sections
