核果螺 的英文怎麼說

中文拼音 [héguǒluó]
核果螺 英文
drupa morum
  • 核 : 核構詞成分。
  • 果 : Ⅰ名詞1 （果子） fruit 2 （事情的結局; 結果） result ; consequence 3 （姓氏） a surname Ⅱ動詞（吃...
  • 螺 : 1. [動物學] （軟體動物） spiral shell; snail; conch 2. （螺旋形的指紋） whorl （in fingerprint）
  • 核果 : [植物學] stone fruit; drupe核果肉 naucum
  1. Robustness of our results was confirmed by high bootstrap support of all nodes in the trees. this result contradicts the batrachia hypothesis ( a salamander + frog grouping ), and is consistent with bolt ' s hypothesis ( 1991 ) basing on the morphological data. the result was also supported by previous molecular studies based on mitochondrial and nuclear rrna data

    這個結果與蛙類假說是相矛盾的，與bolt （ 1991 ）中國澤蛙線粒體基因組結構及種群系統地理學研究在形態學基礎上提出的絨蝶類和蚓螺類為姐妹群關系的假說相一致，並得到建立在線粒體和核trna基因數據基礎上的許多分子研究的支持。
  2. Since complicated differential and integral operations were involved in the kernel of the integral equation, we simplified the equation and got the nakano equation. as instances, the planar archimedean spiral antenna, the planar equiangular spiral antenna, the monofilar helical antenna, the conical helical antenna with fixed ascending angle and the conical equiangular - spiral antenna were analyzed through the moment method. all of the results matched fairly well with the references and experiment results

    這種方法的積分方程的積分核里含有復雜的微積分運算，為了簡化計算，本文在推廣的海倫積分方程的基礎上，對方程進行了簡化，推導了nakano方程，並以平面阿基米德螺旋天線，平面等角螺旋天線，軸向模圓柱螺旋天線，具有固定升角的圓錐螺旋天線和圓錐等角螺旋天線為例，用矩量法求解了天線上的電流分佈，研究了螺旋天線輻射的寬頻帶特性，所得的結果均與參考文獻吻合很好。
  3. Fachb440 was higher than that in the others. alignment based on deduced amino acid sequences indicated that spirulina fachb440 was different from that in other three samples of arthrospira. nucleotide sequence similarity among the three strains of the genus of arthrospira ( 96. 5 - 99. 6 % ) was higher than that between arthrospira and spirulina ( 78. 1 - 78. 5 % )

    Maximaouqdsm ）采螺旋藻（ spirulinafachb440 ） rubisco大亞基基因（ rbcl ）部分片段並進行了序列測定與分析，結果表明：螺旋藻（ spirulinafachb440 ）的gc含量比其他的節旋藻品系高；氨基酸序列分析發現螺旋藻與其他節旋藻品系的差異較大；螺旋藻與節旋藻核著酸序列相似性約為78
  4. Through the verification calculations on various types of propeller, the numerical method and computer program presented in this paper can give a satisfied result of open water performance of propeller, unsteady forces, pressure distribution of blade surface

    通過對各種類型螺旋槳的校核計算，表明本文提出的計算程序在螺旋槳敞水性能、非定常力、槳葉表面壓力分佈等方面均能取得令人滿意的計算結果。
  5. According to the same method, we model three different laminated propeller. we get the optimal laminated method through comparing the result, and cater to strength check standard. now, we accomplish to the design of structure and laminated method on propeller

    將選擇的三種鋪層設計方式按照同樣的方式進行模擬，比較其結果得到一種較佳的鋪層設計方法，經強度校核滿足要求，初步完成復合螺旋槳的結構設計和鋪層設計。
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