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Computer Technology Tags: Magnetized Electron Transport, Adaptive Meshing
IPC:G06F 9/455
NAICS:541511

Beam Optics Analysis

Calabazas Creek Research, Inc

  • Technology Description

    Beam Optics Analysis is a 3D finite element analysis program for modeling charged particle propagation in electromagnetic fields. The principle innovation is adaptive meshing, which makes this the only code in the world with its capabilities. Another innovation is the ability to import the geometry from any commercial CAD program, dramatically simplifying user input and reducing the learning curve. All parametric input is through a user-friendly, intuitive, graphical user interface. This is one of the easiest to use 3D analysis programs in the field.

  • Market Projection

    248?rand=744250
    2006 2007 2008 2009 2010
    Market Size $15000000.0 $15000000.0 $15000000.0 $15000000.0 $15000000.0
    Market Share (%) 0.8% 0.9% 1.0% 1.0% 1.0%

  • Value Proposition

    This software will allow end-users to quickly gain a nuanced understanding of their charged particle propagation problems in research, and design.

  • Competitive Analysis

    247?rand=251580

  • Video Introduction

  • Commercialization Team

    • * R. Lawrence Ives, President 408-741-8680 RLIves@Calcreek.com

      Dr. Ives received his Ph.D. from N.C. State University in plasma physics and began his microwave career in the Gyrotron Department at Varian Associates, Inc. in Palo Alto, CA. In that position he was responsible for designing electron guns, gyrotron circuits, collectors, and waveguide components. Gyrotrons are high power, high frequency microwave and millimeter wave RF sources used for fusion research and industrial heating.

    • * Preferred point of Contact

  • Company Capsule

    Calabazas Creek Research, Inc

    Calabazas Creek Research, Inc.
    690 Port Drive
    San Mateo, CA 94404-1010

    Voice: (650) 312-9575
    calcreek.com/

    Calabazas Creek Research, Inc. (CCR) was established in 1994 and has become internationally recognized as a leader in development of advanced, innovative technologies for the high power RF community. CCR specializes in very high power microwave and millimeter-wave sources and components for research in high energy physics, fusion energy development, and advanced Department of Defense systems. CCR's range of expertise extends from 1 GHz to 1 THz in frequency and from milliwatts to hundreds of Megawatts of delivered RF power.

    Personnel are skilled in advanced electron optics design, thermomechanical analysis, electromagnetic analysis, software development, and mechanical design of vacuum electron devices and other vacuum products. A key area of research is development of advanced computational tools for design of RF sources and waveguide systems.

    CCR is currently involved in fifteen government funded, research programs for the Department of Energy, National Aeronautics and Space Administration, National Science Foundation and Department of Defense. Technical services are provided to a number of corporations and organizations, including Raytheon Company, Stanford Linear Accelerator Center, SureBeam, Inc. and Titan Pulse Sciences, Inc.

    CCR has strategic alliances with several universities, including Massachusetts Institute of Technology, North Carolina State University, University of Maryland, and Rensselaer Polytechnic Institute. CCR also has strategic relationships established with several industrial organizations, including Advanced Machining Technologies, Inc. and HeatWave Labs, Inc. Numerous consultants provide specialized expertise and advice.

    CCR is available to assist in the design and development of specialized RF sources and components from UHF frequencies up to 1 THz.