錳殼 的英文怎麼說

中文拼音 [měngké]
錳殼 英文
manganese crust
  • 錳 : 名詞[化學] manganese （25號元素, 符號 mn）
  1. The coupled equation method ( cem ) has been improved to calculate 4s subshell of mnl by adding 3d ~ ( 5 ) ( ( 4 ) ~ x ) 4s ( ( 5 ) ~ x ) channels, which were verified to play a key role to the magnitude of resonance structure due to the interaction between 4s kp transition and 3p 3d excitation. our calculation shows higher symmetry and a solo peak near 51. 7ev, which is in better agreement with experimental data than garvin ' s calculation. except 3p 3d giant resonance, there are obvious 3p nd ( n > 4 ) rydberg resonances with width in the total cross section of mnl

    在研究錳原子4s殼層的共振結構時，我們首次在耦合方程方法中加入了3d ~ 5 （ ~ 4x ） 4s （ ~ 5x ）通道與大共振之間的相互作用，發現這類通道對於4s殼層的共振結構具有較大的貢獻，從而改善了在耦合方程方法中只考慮基態3d ~ 5 （ ~ 6s ） 4s （ ~ （ 7 ， 5 ） s ）的缺陷，為精確計算其他過渡金屬原子外殼層的共振結構做了很好的鋪墊。
  2. Major producers of electrical and electronic ceramics, engineering ceramics, ceramic thick - film integrated circuits, ceramics molybdenum, manganese, tungsten metal manganese, ceramic packages such as ceramics pieces

    主要生產電子電器陶瓷、工程陶瓷、陶瓷厚膜集成電路、陶瓷鉬錳、鎢錳金屬化、陶瓷封裝外殼等各種陶瓷瓷件。
  3. It works well : the exception rate is low and the automatization degree is high. this design fruit is a successful example by using modern design theory to do creative design. the method used in this design is worth being spreaded to the process of developing and design of other mechanism of alkaline - mnoa battery

    利用新的設計手段與方法設計出的堿錳電池集電體自動入殼系統，經實際使用表明：該系統工作正常、故障率低、自動化程度高，各項指標均達到了設計使用要求，該項設計成果是一項利用現代設計理論進行工程創新設計非常成功的範例，本方法值得推廣到其它堿錳電池機械產品的開發設計過程中。
  4. Abstract : sea - floor cobalt crust is rich in such metals as mn, co and ni, and has been one of recently - exploited and investigeted mineral resources

    文摘:海底鈷結殼富含錳、鈷和鎳等金屬，是人類近期勘探和開采研究的熱點之一。
  5. This dissertation concentrates on photoionizaiton of mnl and mnll including resonance structure in the framework of many - body perturbation theory ( mbpt ). more accurate results were obtained by using the new approach to calculate resonance structure and photoionization cross section

    首先針對錳原子或離子不同殼層的光電離結構進行特定的理論分析，然後通過合理的選擇勢能及共振結構的計算方法，並考慮高階關聯，得到了一系列新的更為精確的光電離截面及共振結構。
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