誘導電極性 的英文怎麼說

中文拼音 [yòudǎodiànjíxìng]
誘導電極性 英文
induced electrical polarity
  • 誘 : 動詞1. （誘導） guide; lead; induce 2. （使用手段引人隨從自己的意願） lure; seduce; entice
  • 導 : 動詞1. （引導） lead; guide 2. （傳導） transmit; conduct 3. （開導） instruct; teach; give guidance to
  • 電 : Ⅰ名詞1 （有電荷存在和電荷變化的現象） electricity 2 （電報） telegram; cable Ⅱ動詞1 （觸電） give...
  • 極 : i 名詞1 （頂點; 盡頭） the utmost point; extreme 2 （地球的南北兩端; 磁體的兩端; 電源或電器上電流...
  • 性 : Ⅰ名詞1 （性格） nature; character; disposition 2 （性能; 性質） property; quality 3 （性別） sex ...
  • 誘導 : guide; lead; induce; guidance; induction
  • 電極 : electrode; pole
  1. The optical bloch equation of a v - type three - level atom embedded in dielectrics is derived. because of the vacuum anisotropy induced by the presence of the dielectrics, quantum interference between the two decay channels can still be generated in spite of the two dipole moments of the atom are orthogonal to each other

    推導了介質中一個v型三能級原子的光學bloch方程，由於介質所誘導的真空的各向異性，即使此v型三能級原子的兩電偶極矩互相垂直，依然能夠產生量子干涉。
  2. Abstract : one of the unsolved problems of the high power application of high temperature superconductors is how to lower the energy dissipation induced by flux motion. due to the extremely high anisotropy, small coherence length and weak pinning potential, the mixed state phase diagram which is tightly related to the flux dynamics becomes very complicated. a brief account is given of the field induced crossover of criticalities of energy dissipation, which has been observed in our recent sensitive electromagnetic measurement

    文摘:高溫超導體在強電方面應用的關鍵問題是如何克服磁通運動所造成的能量損耗.由於存在極強的各向異性、短的相干長度和小的磁通釘扎勢，因此與磁通運動緊密相關的混合態相圖變得很復雜.文章綜述了根據一系列靈敏的電磁測量所觀察到的磁場誘導的能量耗散行為的轉變
  3. The homologious comparison proved the cloned gene had 96 % homology to the sequence of the omp gene, and the alignment of the amino acid sequence was 98 %. the recombinant plasmid was constructed with the target gene and the expressing vector pgex - 4t - l and then was transformed into e. coli bl21 ( de3 ) the fusion protein was expressed under the iptg inducing condition, and exhibited about 62kda in size, very close to the predicted molecular weight of gst - momp. furthermore, the fusion protein was specifically recognized by anti - serum which raised against the major outer membrane protein of ahl316

    Sds - page電泳分析顯示誘導表達的基因產物分子量約為62kda ，與預測的gst -外膜蛋白重組融合蛋白的分子量極為相似， western - blot進一步證實，表達產物能被嗜水氣單胞菌l316主要外膜蛋白特異性抗血清所識別，產生明顯的染色條帶，說明所表達的基因產物與天然的外膜蛋白抗原性一致。
  4. The peak at shorter wave length side is assigned to be the electronic transitions between lumo and homo and that at longer wavelength is considered to be originated from excitons. to prove this assignment we draw support from study on ionization of excited luminescent centers in inorganic materials. we really observed the same behavior

    利用無機材料中的碰撞離化，無機有機復合的類陰極射線激發及雙極注人的相互補充、疊加、一個加強另一個過程的關系，可以把它們集成在一起，如再加一電子阻擋層，則可更充分地利用獲得的電子，使電場誘導發光的性能如光強、光譜。
  5. The results of native - page showed that the male fish could synthesis vitellogenin after the injection of 0. 05mg g " ' bw of 17 - estradiol for two weeks. the average content of vitellogenin in ej exposed group was 690. 2ng ml - 1 by elisa, it was significantly different from male control group ( p < 0. 01 ), which average content was 10. 7 ng ml - 1, and it was also much higher than the female control group, which average content was 285. 5 ng ml - 1. compared with control male goldfish, both the ca2 + content and total protein content in serum of the e2 exposed male goldfish showed significant increase

    電泳結果表明，經過2周的17 ?雌二醇暴露，誘導雄性金魚產生了卵黃原蛋白，並通過elisa檢測卵黃原蛋白的平均含量為690 . 2ngml ~ （ - 1 ） ，和對照組雄性金魚平均含量為10 . 7ngml ~ （ - 1 ）的差異極顯著（ p 0 . 01 ） ，比雌性對照組檢出量285 . 5ngml ~ （ - 1 ）高1倍多，並且17 ?雌二醇可以誘導雄性金魚血漿鈣離子和血漿總蛋白含量增加。
  6. The polymer is widely used in fields of electric and electronic insulation, but local fields ( electric fields, mechanical stress ) distortion induced by space charges in polymers will greatly affect properties of polarization, conductance, short - term breakdown and long - term breakdown

    聚合物在電氣、電子絕緣中應用極為廣泛，但其中的空間電荷誘導的局部場（電場、力場）畸變，將對極化、電導、短時及長時擊穿特性帶來巨大影響。
分享友人
分享到 Line

分享到臉書