1)EM shielded room
電磁屏蔽室
1.This article profoundly analyses the reason of the debase of EM shielded room s shielding effectiveness brought by opticalfiber from the stump of Maxwell Equation,and gives the derivation of some formulas relative to the problem.
以Maxwell方程為基礎(chǔ),對電磁屏蔽室因截止波導(dǎo)管穿光纖引起的屏蔽效能降低的現(xiàn)象進行了深入的理論分析和相關(guān)公式推導(dǎo),得出了根據(jù)實際應(yīng)用進行修正的公式和方法。
2)magnetic shielding room
磁屏蔽室
1.An approach to a compound equipment composed of a three axe Helmholtz coil system set inside a magnetic shielding room has been made.
探討了一種在磁屏蔽室內(nèi)套裝三軸亥姆霍茲線圈系統(tǒng)的復(fù)合裝置。
3)electromagnetic shielding
電磁屏蔽
1.Design and research on non-conductive short carbon fibers in electromagnetic shielding coating;
電磁屏蔽涂料用改性短碳纖維的研究
2.Preparation and properties of transparent metallic mesh electromagnetic shielding structure;
金屬絲網(wǎng)透明電磁屏蔽層材料制備與性能研究
3.Study of electroconductive adhesive for electromagnetic shielding;
電磁屏蔽與導(dǎo)電膠粘劑研制
4)electromagnetic shield
電磁屏蔽
1.The electromagnetic shield for radio-frequency tumor hyperthermia system;
腫瘤射頻熱療機房的電磁屏蔽系統(tǒng)
2.Technical application of electromagnetic shield for military electric power plant;
軍用電站的電磁屏蔽技術(shù)應(yīng)用
3.Research status of fillers in electromagnetic shielding rubber;
電磁屏蔽橡膠用填料的研究現(xiàn)狀
5)electromagnetism shield
電磁屏蔽
1.Polyvinyl chloride(PVC)based electromagnetism shield coating was prepared.
報道了聚氯乙烯(PVC)基材的復(fù)合型電磁屏蔽涂層的研究。
2.So the electromagnetism shield and the digital fi.
采用電磁屏蔽和數(shù)字光纖傳輸技術(shù)等措施,不但較好地解決電磁干擾難題,并將等離子體負載電壓和電流、身管膛內(nèi)壓力、炮口壓力和測量炮口速度的區(qū)截裝置等信號統(tǒng)一在一個時間軸上,為電熱炮的等離子體點火、增強作用的理論研究找到可行的試驗方法。
6)electromagnetic interference shielding
電磁屏蔽
1.Composite plastic containing graphite embedded with magnetism particles for electromagnetic interference shielding;
氧化鐵-石墨/ABS復(fù)合材料制備及電磁屏蔽性能
2.The species of electromagnetic interference shielding material and the characteristic of dope and filling that were used in shielding material were reviewed.
闡述了研究電磁屏蔽材料和吸波材料的重要性,分析了在不同情況下電磁屏蔽材料和吸波材料的作用機理。
----版權(quán)所有www.hnysjl.cn(莫克屏蔽)轉(zhuǎn)載請注明出處。
