愛波斯坦法 的英文怎麼說

中文拼音 [àitǎn]
愛波斯坦法 英文
epsom salt
  • : Ⅰ動詞1 (對人或事物有很深的感情) love 2 (喜歡; 愛好; 喜好) like; be fond of; be keen on 3 (...
  • : Ⅰ名詞1 (波浪) wave 2 [物理學] (振動傳播的過程) wave 3 (意外變化) an unexpected turn of even...
  • : Ⅰ名詞(古代驅疫時用的面具) an ancient maskⅡ形容詞[書面語] (醜陋) ugly
  • : Ⅰ形容詞1 (平) level; smooth; flat 2 (坦白) candid; frank; open 3 (心裏安定) calm; composedⅡ...
  • : Ⅰ名詞1 (由國家制定或認可的行為規則的總稱) law 2 (方法; 方式) way; method; mode; means 3 (標...
  • 波斯 : persia (the old name of iran)波斯綢 persian; 波斯紅 [無機化學] persian red; 波斯菊 [植物學] coreopsis; 波斯人 persian
  1. After all, it took many years for the quantum idea, as put forth by max planck, einstein and niels bohr, to be encapsulated into the schr ? dinger equation, and more time still to be made compatible with special relativity

    畢竟,普朗克、耳提出的量子論也要隔好多年才有辦納入薛丁格方程式,又隔了好一陣子才能與狹義相對論相容。
  2. First, we concisely recall the formation and development of bose - einstein condensa - tion ' s theory and it ' s experimentation. secondly, we briefly intro - duce some properties of weakly interactive bose gases, and derive the nonlinear gross - pitaevskii equation that is the condensate macroscopic wave function ' s equation. thirdly, we give a exam - pie, an approximation analytical solution of the gross - pitaevskii equation in a spherical symmetric harmonic trap is derived by a perturbation theory approach, this solution is consistent with that numerically obtained

    全文共分為四章:第一章首先簡要的介紹和回顧了玻色-凝聚理論的產生和發展,以及其實驗研究的過程,然後著重介紹了弱相互作用的玻色氣體的一些性質,並推導出了凝聚體宏觀函數滿足非線性的gp方程,還以球對稱的諧振子勢為例,用標準的微擾方求出了定態的gp方程近似解,發現其與已知的數值結果符合得很好。
  3. By now, the main measure methods of magnetization characteristic are epstein frame method and ring specimen method, while the measure theory and measure method of epstein frame method and ring specimen method have drawback, they ca n ' t meet the demand of high accuracy

    到目前磁化特性的測量方主要是方圈和環形樣件,但不論是方圈還是環形樣件,其測量原理和測量方都有缺陷,不能滿足高精度測量的要求。
  4. Although many ultraluminous x - ray sources in nearby galaxies were discovered by the einstein x - ray observatory and rosat, the poor sensitivity and spatial resolution provide little information about their nature. in particular, due to source confusion, it is very difficult for astronomers to search for signatures at other wavelengths in order to study the physical nature of ultraluminous x - ray sources

    雖然射線天文臺和倫琴射線衛星至今已發現了不少這類超強射線源,但由於靈敏度和空間解析度不足,所得的資料非常有限,再加上無精確判定-射線的源頭位置,因此天文學家往往難以在其他段來對它們進行詳細研究。
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