鍵裂解能 的英文怎麼說

中文拼音 [jiànlièjiěnéng]
鍵裂解能 英文
bond dissociation energy
  • : 名詞1 [機械工程] (使軸與齒輪、皮帶輪等連接並固定在一起的零件) key 2 [書面語] (插門的金屬棍子)...
  • : 裂動詞[方言] (東西的兩部分向兩旁分開) open
  • : 解動詞(解送) send under guard
  • : 能名詞(姓氏) a surname
  1. We think increase of the internal resistance of battery is the main problem to the recycle life deteriorating at high rate, besides the influence of the materials. decomposition occurred on positive and negative electrode at high rate current and the interspaces increased. the restrains of swelling and the increase of an oxygen overvoltage can improve the performance of recycle life

    對于電池性衰減的原因,認為除了所使用的材料是影響電池性的重要因素之外,在溫度和大電流作用下,電池的正負極材料發生,極片內空隙增大,電池內阻性惡化是引起電池高倍率循環性惡化的關;通過抑制正極析氧和膨脹,並降低負極合金材料的粉化過程,將有望緩電池內阻特性的惡化,從而提高電池高倍率充放電循環性
  2. Lyase an enzyme that catalyzes the separation of two parts of a molecule with the formation of a double bond in one of them

    酶:一類催化一個分子的兩部分分離,並在其中一個上形成雙的酶。
  3. Theoretical study on the geometry and bond dissociation energy of tri - egdn and tetra - egdn

    的幾何結構和鍵裂解能的理論研究
  4. Cracking problem has been approached by waterpower equipment manufacturers of all states, but it is not solved radically. cracking problem has been one of the key technical difficult subjects in dire need of solving

    各國的水電設備製造公司均投入人力物力,研究葉片開問題,但均未從根本上決該問題,葉片開已成為水電站急需決的關技術難題之一。
  5. A single protein plays a major role in deadly prion diseases by smashing up clusters of these infectious proteins, creating the " seeds " that allow fatal brain illnesses to quickly spread, new brown uniersity research shows

    布朗大學最新研究顯示,有一種蛋白可是朊毒病中關蛋白,感染性蛋白生成「種子」片段,然後侵襲腦組織致宿主迅速死亡。
  6. As the automobile industry ’ s growing, more and more aluminum alloys have used in the manufacturing of automobile and aluminum alloys replaced parts of steel planks used in automobile parts which is one of the key resources for light weighting of automobiles. but as aluminum alloys have some limitation in forming such as crinkle, fracture and difficult for welding, the industrial scale of aluminum alloys is limited

    隨著汽車產業的發展,鋁材在汽車上的用量迅速增加,鋁合金取代部分鋼材成形汽車零件已經成為決汽車輕量化的關手段之一,然而由於鋁合金在傳統的沖壓成形中會出現難以消除的痕和褶皺,以及深沖性比較差、焊接難度高等特點,使得鋁合金的大規模運用受到限制。
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