非生物物質 的英文怎麼說

中文拼音 [fēishēngwùwùzhí]
非生物物質 英文
abiotic substance
  • 非 : Ⅰ名詞1 （錯誤） mistake; wrong; errors 2 （指非洲） short for africa 3 （姓氏） a surname Ⅱ動詞1 ...
  • 生 : Ⅰ動詞1 （生育; 生殖） give birth to; bear 2 （出生） be born 3 （生長） grow 4 （生存; 活） live;...
  • 物 : 名詞1 （東西） thing; matter; object 2 （指自己以外的人或與己相對的環境） other people; the outsi...
  • 質 : Ⅰ名詞1 （性質; 本質） nature; character; essence 2 （質量） quality 3 （物質） matter; substance;...
  • 生物 : living things; living beings; organisms; bios （pl bioi bioses）; biont; thing; life生物材料 biol...
  • 物質 : matter; substance; material
  1. This is due to genetic deficiency of the adrenocortical enzyme which normally converts that substrate to a nonandrogenic steroid in the biosynthesis of cortisol

    這是由於在皮質醇生物合成中將底質轉變為非產生男性特徵類固醇的腎上腺皮質酶遺傳缺陷所致。
  2. Theoretical study on molecular nonlinear optical properties of barbituric acid derivatives

    巴比妥酸衍生物分子非線性光學性質的理論研究
  3. The distribution of the brine shrimp hgcs varies greatly from the species studied till now. one hour after hatching, neither the dorsal - anterior area nor the other dorsal area remained positive immunoreactivity signal. and 2 hours after hatching, there was no typical hgcs in the body of the brine shrimp and the remained hatching enzymes may participate in digesting the left vitellin in the nauplius

    鹵蟲hgc最初出現至孵化前1h時均為全身性分佈，從孵出到孵出后2h ，頭鹵蟲孵化酶的生物化學性質及孵化腺細胞的免疫組織化學研究部的孵化酶顆粒已經減少，而變為非全身性分佈，到孵出后sh ，孵化酶顆粒已基本消失殆盡。
  4. This initial layer, formed of both cellulosic and noncellulosic materials, is called the primary wall.

    這頭一層由纖維素和非纖維物質構成，被稱作初生壁。
  5. Most of the dramatic scientific advances in genetics, proteomics and pharmaco - genomics have come not from the industry ' s cosseted and costly research centres but from academic labs and biotechnology start - ups

    遺傳學、蛋白質組學、藥物基因組學的大部分引人注目的進步並非來自業界情有獨鐘的昂貴研究中心，而是來自學校的實驗室和新興生物技術公司。
  6. These thin films exhibit physical properties different from those bulk crystals and per molecule. in particular, when some functional biomolecule was imbedded by way of covalence or noncovalence on the surface of the films, the films have many functions of biological membrane. these functions made supramolecular assembly technology have important application prospects

    這種技術能夠賦予該有機分子既有別于體材料又不同於單個分子的性質，特別是當在分子薄膜表面以共價或非共價的方式嵌入某種功能性的生物分子時，這種薄膜就會具有仿生膜的功能，這種功能使得超分子組裝技術在生物傳感器領域具有重要的應用前景。
  7. In view of the fact that cruciferae crops not only account for the largest growing area of vegetable crops but also play an important role in agricultural activities and lives of people in china, it has been our objective that their germplasm resources were fully utilized

    十字花科（ cruciferae ）植物是中國蔬菜作物中栽培面積最大的一類，在我國農業生產和人民生活中佔有非常重要的地位，對十字花科植物種質資源的充分利用一直是人們努力的方向。
  8. Under the following stated condition, the error introduced by the irrespective absorption of non - vitamin a can be revised by the emended by formula to gain the right result

    在以下規定的條件下，非維生素a物質的無關吸收所引入的誤差可以用校正公式校正，以便得到正確結果。
  9. Liupanshui beer co. ltd. has retrieved from bankruptcy to rapid development depending on technical innovation and improvement as follows : strengthening the control of saccharifying boiling intensity, the age of fermenting beer, filtration time, bottle washing of remnant alkali, sterilization intensity, and pressure prepare in nitrogen filling etc. ; making full play of employee ' s initiative and installing new equipments ; making control of filtration beginning time and keeping stable beer storage time at 0 ; settling the problem of beer species by high concentration dilution method ; applying low - pressure boiling system to increase boiling intensity, shorten boiling time, and increase beer non - biologic stability ; and making innovation of fermentation techniques to increase beer quality etc

    摘要六盤水啤酒有限責任公司依靠科技創新、走科技進步之路，通過加強對生產過程的糖化煮沸強度、發酵酒齡、開濾時間、洗瓶殘堿、殺菌強度、灌裝氮氣背壓等方面的控制；發揮人的主觀能動性，實施增加硬體設施；控制開濾時間，穩定控制0貯酒時間；利用高濃稀釋解決品種矛盾；採用低壓煮沸系統，提高煮沸強度、縮短煮沸時間，提高啤酒的非生物穩定性；改進發酵工藝，提高產品質量等措施，使企業實現了發展。
  10. Chemistry provides the bridge between the molecules of inanimate matter and the highly complex molecular architectures and systems which make up living organisms

    化學便在非生命物質的分子和組成活體組織的高度復雜的分子結構系統間架起一座橋梁。
  11. Animate as well as inanimate matter, living organisms as well as materials, are formed of molecules and of the organized entities resulting from the interaction of molecules with each other

    生命物質和非生命物質，活體組織和材料，都是由分子和通過分子間相互作用而成的組織體組成。
  12. Mane thought only the labor which could produce material wealth and surplus value for the society can be regarded as productive labor, or it would be considered as non - productive labor based on the exposition in capital

    摘要根據馬克思在《資本論》各卷中的論述，認為只有那些既能為社會生產物質對富，又能為社會生產剩餘價值的勞動才是生產勞動，否則就是非生產勞動。
  13. This situation is similar to that happened in non - life substance

    這種情況跟非生命物質中的情況相類似。
  14. The nonliving material upon which an organism lives or grows

    培養基：能夠使有機體存活或生長在其上的非生命物質。
  15. We have to understand that every nonliving thing has potential to become a living thing & vice versa

    我們應該理解了非生命物質有向生命轉化的可能。
  16. " this makes it highly difficult in a discussion, however, for there is no particular point at which life was inserted into nonliving matter

    「這使討論非常困難，無論如何沒有哪個生命切入非生命物質的特別點。
  17. So we know now that birth is a [ process of transformation of nonliving in to living & probably death is the process of transforming living to nonliving

    因此，現在我們知道了出生是非生命物質向生命轉化的一個過程，而死亡則是生命向非生命物質轉化的一個過程。
  18. In addition, we are highly interested to study non - covalent interaction involved in the protein quaternary structure by using various biophysical methods ( including analytical ultracentrifugation and nanospray - esi - ms ) as these approaches can be applied to decipher protein - protein interaction

    此外，我們也使用一些生物物理的方法，例如分析型超高速離心、電子噴?離子化質譜技術，探討在蛋白質四級結構中的非共價性結合的交互作用，希望所得的結果能夠應用在蛋白質與蛋白質的交互作用。
  19. It will be benefitial to adapt the structure crossing and foster capable talent, form correct life and moral concept for college students, and carry the quality education as well

    在高校非生物專業開設人類遺傳學導論課是提高中華民族遺傳素質的迫切需要；是適應21世紀學科交叉、培養復合型人才的需要；是培養大學生樹立正確的人生現、道德觀，對大學生進行素質教育的需要。
  20. Sometimes the gaps where the cells were are filled up by nearby cells getting bigger ( as in the heart ), sometimes by replacement by other types of cell or by fibrous acellular material ( this happens in the brain and the heart ) and sometimes not at all - - the tissue just shrinks ( this happens in muscle )

    有時，該細胞所在的空隙被臨近脹大細胞所填滿（例如在心臟中） ，有時被其他類型細胞置換，或被纖維性的非細胞物質所置換（這發生在腦和心臟中） ，有時完全不填滿、也不置換- -該組織僅僅皺縮（這發生在肌肉中） 。
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