magnetic field strength 中文意思是什麼

magnetic field strength 解釋
磁場力
  • magnetic : adj. 1. 磁（性）的；（可）磁化的。2. 吸引人心的；有魅力的。3. 催眠術的。
  • field : n 菲爾德〈姓氏〉。n 1 原野，曠野；（海、空、冰雪等的）茫茫一片。2 田地，牧場；割草場；〈pl 〉〈集...
  • strength : n. 1. 力，力量，體力。2. 強度，濃度；長處；（要塞等的）抵抗力。3. 實力；兵力；全體人數，額定人數，編制。4. 筆力；文勢。5. （證券等的）市價堅挺。6. 〈美俚〉（可能有的）利潤。
  1. Signal strength is modified by properties of each proton ' s microenvironment, such as its mobility and the local homogeneity of the magnetic field

    發射信號的強度由每個氫原子周圍的微環境的性質來調整，如質子的移動性與磁場的局部的均一性。
  2. The spin - down rate has been measured for almost every radio pulsar, and theory indicates that it depends on the strength of the star ' s magnetic field

    這種自轉變慢的速率，幾乎每一顆無線電波霎都量得到，而理論指出，此速率和星體的磁場強度有關。
  3. Performance levels and methods of measurement of magnetic and electric field strength from electric vehicles, broadband, 9 khz to 30 mhz

    頻率范圍9khz到30 mhz的電氣車輛電磁場強度的性能水平和測量方法
  4. Magnetic field strength h of sintered smco magnet

    燒結釤鈷磁鐵的最低飽和磁化磁場強度
  5. When the stress at the tip of crack is inflicted on the m - type ferrite particle dispersed in matrix as a second particle, not only the toughness of composites will be pro ved because of the non - elastic area produced by the particle but also the strength change of magnetic field and the stress distribution in the structural ceramics will be detected by the strength of spontaneous magnetization varying while magnetic materials being pressed or drawn

    這是因為當結構陶瓷中裂紋尖端的應力作用在彌散於基體內的鐵磁體二相粒子上時，鐵磁粒子不僅在裂紋尖端周圍產生的非彈性區域使復合材料的韌性提高；而且還能利用鐵磁材料在外應力作用下自發磁化強度發生變化的性質，通過測量復合材料在應力作用下磁場強度的變化，探測出結構陶瓷中的應力分佈情況。
  6. Development and clinical applications of intelligent type pulse magnetic treat instrument with high magnetic field strength

    智能型高場強脈沖磁療儀的研製及臨床應用
  7. In chap. 2, the observational characteristics of the radio burst of the bastille event were discussed in detail. in chap. 3, we described the associated foundational theories with the model of a magnetic - mirror loop, consisting of the flux duct, the magnetic reconnection, the plasma wave, the wave - wave interaction and so on. then in chap. 4, using the model of magnetic - mirror loop to estimate quantitatively, we obtain the magnetic field strength, the number of solitons in a single fiber source, the volume of the source and the ducting parameters

    對疊加於太陽射電型爆發上的精細結構，作出了觀測特徵分析，發現大多數纖維結構的觀測特徵在米波段和分米波段是相似的，由此提出它們可能源於相似的輻射機制，並採用磁鏡環模型，首次對分米波段的纖維結構進行分析計算，推算了纖維輻射源區磁場強度大小及輻射源的空間尺度，且相關物理參量的推算量級與其他人的研究工作結果是一致的，從而對該爆發源區的物理環境及過程有了進一步深入的認識。
  8. Recommended practice for instrumentation for magnetic flux density and electric field strength meters - 10hz to 3khz

    10hz - 3khz磁通密度檢測儀表和電場強度計的推薦實施規程
  9. Abstract : it was deduced that the shapes of magnetic particle indicationsof point - type defects on workpiece surface depended on the resistance of carrier medium, and their dimensions depended on the volume of the defect equivalent cuboid, the magnetising characters of workpieces and magnetic particles, the strength of magnetic field, the lengths and sections of magnetic particles and the resistance character of carrier medium

    文摘:推斷出工件表面點狀缺陷磁痕的形狀取決于磁粉載體的介質阻尼力，磁痕大小取決于缺陷等效長方槽的體積、工件和磁粉材料的磁化特性、磁場強度、磁粉長度和橫截面積以及載體介質的阻尼特性等。
  10. Considering that the ferrite core is often made from good permeable material, the dissertation presents the condition that the normal component of the magnetic field strength is zero approximately at the inside surface of good permeable material, i. e. bn = 0 to determine the eigenvalues for the separation constant. during the solving process, the solenoid coil is supposed to be wound closely by infinite symmetrical delta - coils

    考慮到磁芯通常是由導磁性能非常好的軟磁材料構成，本文提出利用靠近良導磁材料內側磁場強度法向分量近似為零，即b _ n 0 ，這一邊界條件，來確定邊值問題中的本徵值。
  11. Specifications for magnetic flux density and electric field strength meters - 10 hz to 3 khz

    磁通量密度和電場強計的規格. 10hz - 30khz
  12. Abstract : the effects of magnetizing methods on the effective magnetic field strength showing the defects in the holes with short distances in magnetic particle inspection were studied by calculation

    文摘:通過計算研究小間距孔磁粉探傷時不同磁化方法對顯示缺陷的有效磁場強度的影響。
  13. Abstract : it was studied by us that new technologies using strong pulsed magnetic field and electric current were applied to refine metal ' s solidified structure. these technologies improved remarkably the solidified structure of ly12 aluminum alloy and made the solidified grains more equiaxed and apparently finer compared with that of the normal sample, which is of more dendrite grains. the stronger the strength of the pulsed electromagnetic field, the better the improvement effect was. the refinement mechanisms of the new technologies were analyzed theoretically. new phenomena and problems occurred in our experiments were also pointed out in this paper

    文摘:提出了用強脈沖磁場和電流細化金屬凝固組織的新工藝.與未經磁場或電流處理的凝固樣品相比，強脈沖電磁場能夠顯著地改善ly12鋁合金的凝固組織，使晶粒明顯細化、球化，電磁場的強度愈強，這種改善效果愈明顯.對該新工藝的細化機理進行了理論分析，同時，指出了實驗中的新現象和新問題
  14. Magnetic field strength in audio - frequency induction loops for hearing aid purposes

    助聽器用音頻感應迴路的磁場強度
  15. If the core magnetic field started with sufficient strength, this compression could explain pulsar magnetism

    要是一開始的核心磁場夠強，星體塌縮的確可以解釋波霎的磁性。
  16. The geologic record also shows that the strength of the magnetic field varies widely in time, and fluctuates wildly during field reversals, sometimes dropping to zero gauss strength ; ie : the field vanishes, disappears

    地質記錄也表明磁場強度在時間上普遍變化，在磁場逆轉期間廣泛波動，有時降到零高斯強度；也就是：磁場消失不見了！
  17. Hearing aids - magnetic field strength in audio - frequency induction loops for hearing aid purposes

    助聽器.助聽用音頻感應環路的磁場強度
  18. Hearing aids. part 4 : magnetic field strength in audio - frequency induction loops for hearing aid purposes

    助聽器.第4部分:助聽器的聲頻感應迴路中磁場強度
  19. Hearing aids - part 4 : magnetic field strength in audio - frequency induction loops for hearing aid purposes ; amendment 1

    助聽器.第4部分:助聽器的聲頻感應迴路中磁場強度.補充件1
  20. Since the stronger the magnetic field, the faster the slow down rate an object will be. thus, they can use the slow rate rate data to infer the magnetic field strength of sgr1806 - 20

    由於恆星的磁場愈強，減速率愈高，天文學家因此可根據減速數據推算出sgr1806 - 20磁場的強度。
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