Publications

It is easier to look at the

Raging storm

and worry but it is wiser to look at the

Almighty God

and rest in His Presence

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https://art-constructions.com/2779-dtgf16424-annonce-gay-14.html

Technical Papers and Articles

  • 1. Octree Based Voxel Model for Representation of Spatial Conflicts Across Multiple Design Domains, February 2020
  • 2. Non-Spatial conflict detection using octree based voxel model and physics based constraints, December 2019
  • 3. Design of a 12 kW Sheet Beam EIK for W-Band Radar, July 2019
  • 4. Design of a W-band Multi-Beam Folded Waveguide TWT for High Data-Rate Communication, July 2019
  • 5. Electromagnetic design of a 220 GHz BWO with experimental study of micro-fabricated folded waveguide structure, July 2019
  • 6. Design of a 220 GHz Voltage Tunable BWO using Microfabricated Folded Waveguide Structure’ July 2019
  • 7. Design of a high gain and high efficiency W-band folded waveguide TWT using phase-velocity taper, February 2018
  • 8. Empty Space Modelling Using Primitive Shapes And Associated Constraints For Detecting Spatial Conflicts Across Multiple Design Domains, December 2017
  • 9. Design of W-band sheet beam Extended Interaction Klystron for millimeter-wave applications, December 2017
  • 10. Simulation of folded waveguide slow wave structure with grooves for W-band TWTs, August 2017
  • 11. Coupled resonator slow wave structures for millimetric wave TWT, August 2017
  • 12. Four Beam Folded Waveguide Slow Wave Structure for Millimeter Wave TWT, July 2017
  • 13. Design and Simulation of an Ultra Wide band slow wave structure for a millimetric wave TWT, July 2017
  • 14. Empty Space Modelling for Detecting Spatial Conflicts across Multiple Design Domains, July 2017
  • 15. Simulation of Sheet-Beam Folded Waveguide Slow Wave Structure for Millimeter Wave TWTs, Article, June 2017
  • 16. Simulation of Multi Sheet-Beams Inductively Loaded Inter Digital SWS, June 2017
  • 17. Design and Simulation of a Square Coupled cavity TWT for mm wave Radars. March 2017
  • 18. The Design of RF Couplers for a Ridge-Loaded Serpentine Folded Waveguide Slow Wave Structure, March 2017
  • 19. Strategies for getting to the top, March 2017
  • 20. Empty Space Modelling for Detecting Spatial Conflicts Across Multiple Design Domains, January 2017
  • 21. Design and Comparison of Waveguide Windows, Article, December 2016
  • 22. Particle-In-Cell Simulations of a Single-Slot Staggered Coupled-Cavity Traveling-Wave Tube, December 2016
  • 23. Particle-in-cell simulations of CC-TWT for radar transmitters, December 2016
  • 24. Design and Comparison of Wave-guide Windows, September 2016
  • 25. Mode Matching Method for the Analysis of Cascaded Discontinuities in a Rectangular Waveguide, September 2016
  • 26. Cloud Based Meta Data Driven Product Model, July 2016
  • 27. Homogeneous and inhomogeneous coupling structures for coupled cavity TWTS, January 2016
  • 28. Analysis of H-Plane Discontinuity in a Rectangular Waveguide using Mode Matching Technique, January 2016
  • 29. Design of a Transverse Focusing Structure for mm-wave TWT for Radars, December 2015
  • 30. Design of a Depressed Collector for a High Power CCTWT, December 2015
  • 31. Transverse Focusing Structure for TWTs, December 2015
  • 32. Design of a Depressed Collector for a High Power CCTWT, November 2015
  • 33. Analysis of Propagation Characteristics of Circular Waveguide Loaded with Dielectric Disks Using Coupled Integral Equation Technique, September 2015
  • 34. PPM focusing for high power CCTWT, March 2015
  • 35. Analysis of a planar inter-digital slow-wave structure, April 2014
  • 36. Magnetic focusing of electron beams in travelling- wave tubes, Article, March 2014
  • 37. Design of folded-waveguide interaction structure for Travelling Wave Tube applications Article, November 2013
  • 38. The role of technological advances in change of leadership, October 2013
  • 39. Mathematical Model of Sever and Coupler for Folded-Waveguide TWT at W-band Article, June 2013
  • 40. Design and RF Characterization of W-band Meander-Line and Folded-Waveguide Slow-Wave Structures for TWTs, Article, May 2013
  • 41. Analysis of a W-band meander-line slow-wave structure for millimeter-wave traveling-wave tubes, April 2012
  • 42. P2-24: Numerical simulation of resonant loss in coupled-cavity SWS, May 2010
  • 43. P2-21: Optimization of waveguide coupler for coupled-cavity TWT using Artificial Neural Network, May 2010
  • 44. Synthesis of Pillbox waveguide window using Artificial Neural Network, December 2009
  • 45. Particle-in-cell Simulation of Beam-wave Interaction in Helix Traveling-wave Tube, November 2009
  • 46. Advanced Technologies for High Performances TWTs, Article, November 2008
  • 47. Inverted Slot-Mode Slow-Wave Structures for Traveling-Wave Tubes, Article, July 2007
  • 48. Coalesced-mode Inductively Loaded Interdigital Structure for Broadband TWTs, June 2007
  • 49. Analysis of Propagation Characteristics of Circular Corrugated Waveguides Using Coupled Integral Equation Technique, May 2007
  • 50. An Inductively Loaded Inter-Digital Slow-Wave Circuit For Coalesced-Mode TWTs, May 2007
  • 51. An Improved Wrap-around TE01Mode converter for broad-band and higher efficiency Article, May 2007
  • 52. Design of an inverted slot mode slow-wave circuit using quasi TEM analysis, December 2006
  • 53. Numerical simulation of ring-plane, ring-bar and ring-loop slow-wave structures for traveling-wave tubes, November 2006
  • 54. Simulation of a Rectangular Inverted slot-mode circuit for TWTs, November 2006
  • 55. GUI based package for the design of waveguide window, November 2006
  • 56. Time domain simulation of inverted slot mode SWS, November 2006
  • 57. Rectangular slow-wave circuits for millimetre-wave TWTs,November 2006
  • 58. Calculation of the Parameters for a Ring-Loop slow-wave structure, November 2006
  • 59. Remote Controlled Rover with Embedded Software Technology,September 2006
  • 60. Design of a Rectangular Inductively Loaded Inter-Digital Slow-Wave Circuit for TWTS, June 2006
  • 61. Analysis of corrugated wave-guides by coupled integral equation technique and other numerical techniques, January 2006
  • 62. Design and Simulation of Inductively loaded Interdigital SWS,Article, January 2006
  • 63. Design and development of 6.5 kW X-band inverted slot-mode coupled-cavity TWT, May 2004
  • 64. Improved equivalent circuit model of practical coupled‐cavity slow‐wave structures for TWTs, Article, November 2002
  • 65. The design of an inter-digital structure for TWTs, February 2002
  • 66. 3-dimensional particle-in-cell modeling of a shadow-gridded electron gun, February 2000
  • 67. Simulation of the Magnetic Focusing Structure for High Power Coupled Cavity TWT Using MAFIA,Article, November 1999
  • 68. Determination of dispersion characteristics of coupled-cavity slow-wave structures using a synthetic technique, Article, November 1999
  • 69. Design of Ku-band CCTWT and evaluation of its dc performance using beam stick tube, Article, November 1999
  • 70. Three-dimensional simulation and sensitivity analysis of a waveguide window, November 1999
  • 71. Resonant Ring for High Power Testing, January 1999
  • 72. Analysis Of Coupled-Resonator Slow-Wave Structures For Traveling-Wave Tubes For Aerospace Applications, Article

Books

  • 1. Beyond the Boundaries of Science: Exploring the Cosmic Story, Book, April 2019
  • 2. When the flame flickers: Emerging from marital abuse, Book, July 2014
  • 3. Coupled-Resonator Slow-Wave Structures for Traveling-Wave Tubes: An Analysis, Book, December 2009
  • 4. Electromagnetic Modelling of Waveguide Discontinuities, Book, October 8, 2019

Patent

  • 1. A contra coupled meander-lines SWS for beam-wave devices, Patent, March 2014

http://keepinsurance.com/tag/doctors-office-insurance/page/4/ Yea, though I walk through the valley of the shadow of death, I will fear no evil;
For You are with me; Your rod and Your staff, they comfort me.
Psalm 23:4