縱磁場 的英文怎麼說
中文拼音 [zōngcíchǎng]
縱磁場
英文
longitudinal magnetic field-
These results indicate that the magnetic field should have upper stability when the particle beam is low polarized while the requirement of the stability of the magnetic field can be lowered when the particle beam is high polarized in the experiment of producing the polarization of the particle beam. and the complementariness can be used as a negative feedback to stabilize the polarization of particle
這一結果表明，在產生離子束極化的實驗中，在離子束低度極化的前期階段，磁場應具有較高的穩定性，而在離子束極化度較高的後期階段，磁場的穩定性要求可以放鬆；自旋的縱向分量的無規漲落和橫向分量的無規漲落的互補性有可能用來做成穩定離子極化的負反饋。At the same time, on the basis of above results, the stability problem of the polarization of particle self - spin is discussed in irregular magnetic field of accelerator. the discovery that the low degree polarization system is very sensitive to the irregular magnetic field while the high degree polarization system is very stable is found. the irregular fluctuation of the vertical ponderance is complementary to that of the horizontal ponderance due to the self - spin conservation
同時，在此基礎上，利用su （ 2 ）代數動力學方程研究了加速器中帶自旋離子的極化對磁場的含時無規擾動的穩定性問題，發現：低度極化的系統對磁場無規擾動十分敏感，而高度極化的系統對磁場無規擾動十分穩定；自旋守恆導致自旋的縱向分量的無規漲落和橫向分量的無規漲落存在著互補性。For amf contact structure, raising axial magnetic field density is an effective way to raise breaking current density in certain range
對于縱向磁場結構，在一定范圍內提高其縱向磁感應強度是提高其電流開斷密度的有效途徑。The type vacuum arcing chamber is miniaturization product, adopts copper and chrome contactor material, cup shape and longitudinal magnetic field structure, glass insulation case, sealing type shield barrel in the plate
本型號真空滅弧室為小型化產品，採用銅鉻觸頭材料，杯狀縱磁場結構，玻璃絕緣外殼，盤片中間封接式屏蔽筒。The product vacuum arcing chamber adopts porcelain case, cup shape and longitudinal magnetic field contactor structure, copper and chrome contactor material, it has the capacity of good open and close short circuit current
本產品真空滅弧室採用陶瓷外殼，杯狀縱磁場觸頭結構，銅鉻觸頭材料，具有優良的開斷和關合短路電流能力。2 miniaturized vacuum arc quenching chamber which is with cucr25 contact material, cup shape and longitudinal magnetic field contact structure, intensive interrupting ability is used. vacuum arc quenching chamber is laid in a sealed insulating cylinder, which significantly improve the ability of enduring environment and phase - phase insulation character
2 、設計了採用cucr25觸頭材料、杯狀縱磁場觸頭結構、開斷能力很強的小型化真空滅弧室；真空滅弧室布置在封閉的絕緣筒內，提高了環境耐受能力，同時使相間絕緣性能顯著提高。Analysis of axial magnetic field in vacuum interrupters with cup type axial magnetic field contacts
杯狀縱磁真空滅弧室磁場特性分析Axial magnetic field of a new cup type axial magnetic field vacuum interrupter contact with iron plates
鐵心式杯狀縱磁真空滅弧室觸頭磁場特性The axial magnetic field distribution on center surface of contact gap and contact piece are calculated when the current is at peak. it can be found that the intensity of axial magnetic field and radial magnetic field uniformity are strengthened after the iron core is put into, this helps to improve the stability of the vacuum arc
計算了電流峰值時觸頭間隙中心平面和觸頭片上的縱向磁場分佈，可以看出加入鐵芯后縱向磁場強度和徑向磁場均勻性增強，這有利於提高真空電弧的穩定性。Bose - einstein condensate ? a gas so cold that the atoms have lost their individual identity ? can act on sound like an expanding universe does on light, either by literally flying apart or by being manipulated using a magnetic field to give the same effect
一團玻色?愛因斯坦凝聚（一種冷到原子會喪失其個體性的氣體） ，可以像膨脹的宇宙對光的作用一樣，來對聲音作用，不管是令其飛散，或是用磁場來操縱，都可以得到同樣的效應。A bose - einstein condensate ? a gas so cold that the atoms have lost their individual identity ? can act on sound like an expanding universe does on light, either by literally flying apart or by being manipulated using a magnetic field to give the same effect
一團玻色?愛因斯坦凝聚（一種冷到原子會喪失其個體性的氣體） ，可以像膨脹的宇宙對光的作用一樣，來對聲音作用，不管是令其飛散，或是用磁場來操縱，都可以得到同樣的效應。Comparison of axial magnetic field characteristics of 5 axial magnetic field vacuum interrupter contacts
五種縱向磁場真空滅弧室觸頭磁場特性分析比較The finite element model is built for the axial magnetic field of the cup vacuum interrupter contacts without iron core and with two kinds of iron core. the calculation and analysis of the three - dimension axial magnetic field distribution characteristic on the axial magnetic field of cup the vacuum interrupter with iron core are carried out for the first time
對無鐵芯及兩種鐵芯結構的杯狀縱磁真空滅弧室觸頭建立了有限元模型，首次對有鐵芯的杯狀縱磁真空滅弧室進行了三維縱向磁場分佈特性的計算與分析。Analysis of static magnetic field of an iron style bipolar axial magnetic field vacuum interrupter by 3d finite element method
鐵芯式兩極縱磁真空滅弧室三維靜磁場有限元分析According to the magnetic field produced from different direction, the contact structure is normally classified into perpendicular and axial magnetic field ( amf ). the cup - type contact structure of axial magnetic field is popularly used in domestic manufacturers
根據所產生的磁場方向的不同，可分為橫向磁場結構和縱向磁場結構，目前國內普遍採用的是杯狀縱磁場結構。Apply the new type touch head structure to vacuum interrupter, make the product of trying on. the comparative test in combination circuit was carried on between the new touch head structure product and the original structure product. the result of test indicated that the vacuum interrupter based cup form horizontal magnetic field touch head structure has greater improvement in the performance of turning on current density than the original structure
將該觸頭結構應用於現行的真空滅弧室中，製成試品，在合成迴路與原結構產品進行了比較性試驗，試驗結果表明，採用該杯狀縱磁場觸頭結構的真空滅弧室其電流開斷密度較原結構有較大的提高。A mathematical model of longitudinal magnetic contact and its applications
一種縱磁場觸頭的數學模型及其應用Its magnetic field intensity is much higher than the original structure and there is an obvious improvement along the radial distribution. according to vacuum arc theory, we think the breaking current density could be raised by this new structure
該結構開斷時在斷口空間產生的縱向磁感應強度較原杯狀縱磁場結構有較大的提高，且沿徑向的分佈有明顯的改善。As we know that this new contact structure was first used in current vacuum interrupter in our country, and a series of comparison tests have been performed. the results indicated that the breaking current density using the new cup - type contact structure is much higher than that of original structure
據我們所知，該種新型杯狀縱磁場觸頭結構在真空滅弧室中的應用屬國內首次，製成的試品，在合成迴路與原結構產品進行了比較性試驗。Through the research of amf contact structure, several kinds of improvement are proposed and the improvement effects of amf density have been analyzed by adopting finite element method with cae. after fully considering the influence of the vortex and residual amf, a new cup - type contact structure with amf has been confirmed
本課題通過對現行杯狀縱磁場結構的研究，提出了幾種改進方案，採用有限元法應用cae手段對改進方案的縱向磁場密度進行了分析，在充分考慮渦流和剩磁的影響后，從中確定了一種新的杯狀縱磁場觸頭結構。分享友人