Computational Design of Solenoid Geometry for Homogeneous On-Axis Field

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概要

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• A recepie is given for the geometry of thick solenoid which produces an on-axis field of high homogeneity over a long distance. The recepie is based essentially on the least-square method for the deviation of the field intensity along the axis. It is reduced to a successive approach to the coil cross section which is unique within a given set of dimensional parameters. The method is used with a digital computer to design a superconducting solenoid.

• 社団法人応用物理学会の論文
• 1973-10-05

著者

• Minoh Arimichi

  Institute Of Physical And Chemical Research

• Kasuya Takahiro

  Institute Of Physical And Chemical Research

• OUCHI Shoji

  Institute of Physical and Chemical Research

• Ouchi Shoji

  Institute Of Physical And Chemical Research:(present Address)department Of Applied Physics Defence A

• 粕谷 敬宏

  Institute of Physical and Chemical Research

• 安藤 俊就

  Institute of Physical and Chemical Research

• 三浦 庄祐

  Institute of Physical and Chemical Research

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• Resonant Absorption of Free OH Radical Observed by an H_2O Laser
• Laser-Enhanced Ionization Signals Obtained with Microwave Resonant Cavities
• Computational Design of Solenoid Geometry for Homogeneous On-Axis Field
• Contribution of Zeeman Coherence in the Nonlinear Faraday Rotation Spectrum

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