慢波組件的焊接工藝

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慢波組件的焊接工藝

文章導航 > 電子與信息學報 > 1983 > 5(5): 330-332

鄒筱先, 肖茂賀. 慢波組件的焊接工藝[J]. 電子與信息學報, 1983, 5(5): 330-332.

引用本文:

鄒筱先, 肖茂賀. 慢波組件的焊接工藝[J]. 電子與信息學報, 1983, 5(5): 330-332.

Zou Xiao-Xian, Xiao Mao-He. A WELDING TECHNOLOGY FOR SLOW WAVE STRUCTURE[J]. Journal of Electronics & Information Technology, 1983, 5(5): 330-332.

Citation:

Zou Xiao-Xian, Xiao Mao-He. A WELDING TECHNOLOGY FOR SLOW WAVE STRUCTURE[J]. Journal of Electronics & Information Technology, 1983, 5(5): 330-332.

鄒筱先, 肖茂賀. 慢波組件的焊接工藝[J]. 電子與信息學報, 1983, 5(5): 330-332.

引用本文:

鄒筱先, 肖茂賀. 慢波組件的焊接工藝[J]. 電子與信息學報, 1983, 5(5): 330-332.

Zou Xiao-Xian, Xiao Mao-He. A WELDING TECHNOLOGY FOR SLOW WAVE STRUCTURE[J]. Journal of Electronics & Information Technology, 1983, 5(5): 330-332.

Citation:

Zou Xiao-Xian, Xiao Mao-He. A WELDING TECHNOLOGY FOR SLOW WAVE STRUCTURE[J]. Journal of Electronics & Information Technology, 1983, 5(5): 330-332.

A WELDING TECHNOLOGY FOR SLOW WAVE STRUCTURE

摘要: 正慢波組件的散熱能力是螺旋線行波管向高頻、大功率、寬頻帶發(fā)展的主要障礙之一。本文就此問題提出了一種能獲得散熱能力高、高頻損耗小的、簡單可靠的工藝方法。還提出了散熱能力的測量方法,并給出了測量結(jié)果。 (一)焊接工藝 1.慢波組件裝配試驗慢波組件的尺寸如圖1所示。首先將螺旋線鍍上2025m厚的銅層。然后用真空蒸涂的方法在瓷桿上蒸涂一條鈦層,并再在Ti層上蒸涂一層Ag-Cu合金
Abstract: The capability of heat conduction of the slow wave structure is one of the main obstaeles to the development of the high-frequency high-power helix TWTs. A simple but reliable technological method for obtaining high heat conduction capability and low rf loss is suggested. The method of measurement of the heat conduction capability and the results of this measurement are given also.