植物力能學 的英文怎麼說

中文拼音 [zhíwùlìnéngxué]
植物力能學 英文
phytoenergetics
  • 植 : Ⅰ動詞1. （栽種） plant; grow; cultivate 2. （樹立） establish; set up Ⅱ名詞（姓氏） a surname
  • 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...
  • 力 : Ⅰ名1 （力量; 能力） power; strength; ability; capacity 2 [物理學] （改變物體運動狀態的作用） forc...
  • 能 : 能名詞（姓氏） a surname
  • 學 : Ⅰ動詞1 （學習） study; learn 2 （模仿） imitate; mimic Ⅱ名詞1 （學問） learning; knowledge 2 （學...
  • 植物 : plant; flora; botany; stray; greenery; phyton; phytum; phyta; phyt ; phyto ; phyte : 草本植物 her...
  1. Form. taxus chinensis var. mairei is protecting plant in the first class, which is a precious and endangering plant in china in this paper, the quantitative characterics of form. taxus chinensis vsr. mairei population including age structure, spatial distribution pattern, growth dynamics of tree basal area, niche characterics, fractal dimension and competition between specises were studied using methods of mathematics ecology from the angle of population ecology of form. taxus chinensis var. mairei, then the prent state and the endangering causes were analysed. this research offers gist to protecting and enlarging the crude resourse of form. taxus chinensis vsr. mairei population, afforesting plantation and sustainable utilize for us

    本文從南方紅豆杉種群生態學的角度、主要應用數學生態學的方法探討南方紅豆杉種群的數量特徵，包括南方紅豆杉種群年齡結構、種群空間格局（探討分佈格局動態規律與生境相互關系） 、不同立地條件下種群優勢度增長趨勢、生態位寬度、生態位相似比例、生態位重疊、空間占據能力及種間競爭等，分析其目前現狀及瀕危原因，期望為南方紅豆杉野生資源的保護和擴大、營造人工林及可持續利用提供理論基礎，也為瀕危植物種群生態學的研究提供參考。
  2. This is so because climbing plants are likely to encounter intensive - changing environmental condition during their growth ( especially change of illumination ). secondly, there is a large proportion ( 30 - 40 % ) of climbing plants which belong to dioecism, and hence a gap between male and female plants on morphology, biological characteristic, economic value and so on. this dissertation focuses on herbaceous climbing plants, perennial or annual species such as dioecious trchosahthes kirilowii maxin and dioscorea opposita thumb, and monoecious luffa cylindrical ( l ) roem, it attempts to discover how climbing plants adapted to various environments and the mechanism of adaptation from aspects of physiological and reproductive ecologies at present, due to overuse of chlorofluorocarbons ( cfcs ), the ozonosphere has become thinner and thinner, and the ultraviolet - b ( uv - b ) radiation has increased considerably

    而攀援植物本身是一類理想的植物行為生態學研究材料：第一，攀緣植物由於受攀緣能力和支柱木資源的限制，在生長過程中通常要遇到強烈變化的環境條件（特別是光照） ；第二，攀緣植物中具有較高比例的雌雄異株類型，通常佔地區攀緣植物種類的30 40左右，不同性別的植物在形態學及生物學特性、經濟價值等方面存在一定的差距，因此，本文以雌雄異株攀緣植物栝樓（ trchosahtheskirilowiimaxim ） （葫蘆科多年生草質藤本植物）和山藥（ dioscoreaoppositathunb ） （薯蕷科薯蕷屬植物） 、雌雄同株異花攀緣植物絲瓜[ luffacylindrical （ l ） roem ] （葫蘆科一年生攀緣草本植物）為材料，試圖從生理生態學及生殖生態學角度揭示攀援植物如何適應不同生境及其機理。
  3. Chromatography is a process that scientifically validates the advantages of nutrilite supplements by identifying phytonutrients within a plant and within the concentrates nutrilite utilises

    59色層分析法能辨認植物內和健爾力濃縮素中所含有的植物化學因子，亦是一項能印證健爾力營養補充品之優勢的科學方法。
  4. Industrialized production of asa efficient plant water retention agent has enhanced our nation ' s capability in plant biochemistry drought resistance sector

    高效植物保水劑的產業化生產，增強了我國在植物生物化學抗旱方面的能力。
  5. The plant kingdoms agree with this as over tilling the soil will disturb the natural biochemistry deep down that has sustained life of the plants the year before

    植物王國同意這一說法：因為過度耕作會大大擾亂土壤的天然生物化學成分，從而使其失去前一年支持植物生命的能力。
  6. The two universities work closely together to promote cultural exchange between students of hong kong and the mainland, and to set up a programme to enable students from beijing to pursue undergraduate studies at the chinese university of hong kong

    一九九九年，北京大學與香港中文大學共同成立智能工程聯合研究中心及植物基因工程聯合實驗室，合力拓展高科技研究工作，造福教育，貢獻國家。
  7. Mack ： yes ? they won ' t survive being covered in fence paint. it contains some quite powerful chemicals

    麥克：不錯，植物染滿了柵欄油漆，不可能活下去。這種油漆含有強力化學品。
  8. The preliminary study on bilogical experiment teaching in normal university

    植物學實驗教學改革及其對學生創新能力的培養
  9. This is, with regard to scientific knowledge, the students should master the basic concepts - principles - knowledge and skills about zoology - botany - physiology - chemistry - physics - geography and astronomy and understand the relation between science - technology and society - natu - e - human beings ; with regard to the scientific ability, the students should cultivate the ability in observing - thinking - experiment - innovating and so on ; with regard to the scientific methods, the students should grasp the observational method - experimental method - thinking method and learning method, etc. ; with regard to the scientific ideas, the students should form gradually the scientific world outlook of dialectical materialism - scientific ideas about aesthetics and scientific spiri : ; with regard to the scientific character, the students should train scientific interest - volition and scientism

    在科學知識上應掌握動物學、植物學、人體與生理衛生、化學、物理學、地理學、天體與宇宙等方面的基本概念、基本原理與基礎知識與基本技能，了解科技與社會、自然、人類的關系；在科學能力上應培養觀察能力、思維能力、實驗能力、創新能力等方面的能力；在科學方法上要學生學會科學的觀察方法、實驗方法、思維方法與假說方法；在科學觀念上要逐步形成科學的辯證唯物觀、科學審美觀、科學精神；在科學品質上要逐步養成科學興趣、科學態度、科學意志。
  10. Mixed lymphocy te culture and determination of tendon cell activity suggested that the antige nicity of dgua - cultured and cryopreserved tendons was significantly attenuated and the cultured and cryopreserved tendons were viable

    趾主動屈曲功能，大體、顯微及超微觀察，羥脯氨酸含量測定及生物力學分析等結果均顯示，培養及冷凍處理的異體移植肌腱與自體移植肌腱差異無顯著性意義。
  11. People has known that the mechanical stress influence botanic growth long before. the previous works shown that a series of complex physiological and chemical responses are brought in inside of organism by external forces. the complex physiological and chemical responses depend on the type and the strength of the applied forces

    很早以前，人們就認識到機械力的作用對植物生長能產生明顯的影響，諸多學者對機械應力刺激的研究結果表明，機械力的刺激在生物內部會產生一系列的復雜生理和化學響應；並且這些響應的強弱與外界機械刺激力的大小和類型有密切的關系。
  12. Fruits, vegetables and legumes are also excellent sources of antioxidants and phytochemicals which may strengthen the immune system and regulate the alkaline acidic balance of our body as well as reduce risks of chronic diseases such as hypertension, heart disease, diabetes, etc. a vegetarian diet, however, does not guarantee optimal health unless balanced nutrition and healthy lifestyle are adopted in our daily life

    另外，蔬果和豆類含有豐富的抗氧化劑和植物化學元素等，進食適量能增強抵抗力、調節體內的酸鹼度，並有可能減低患上高血壓、心臟病和糖尿病等慢性疾病的機會。但當然，素食並不一定代表健康，無論採用素食與否，更重要的是注意均衡的飲食和生活習慣。
  13. Scientists at the beijing normal university studied the link between climate factors and changes in plants ' net primary productivity ? a term used to evaluate the net reserve energy plants need during growth ? between 1982 and 1999

    北京師范大學的科研人員研究了在1982年到1999年期間氣候因素與植物凈初級生產力變化之間的聯系，植物凈初級生產力指的是植物在生長周期中的能量凈儲備值。
  14. The uniformed design of experiment is used and the sas of software was adopted to analyze the result in order to discuss that other additives affect the tribological behaviors of tbp and tpp in the rapeseed oil. it has been found that both tbp and tpp as additives increase the load - carrying capacity and antiwear ability of the vegetable oil. and the tribological model can effectively forecasts the results of the objects so it is help to cut the costs. in addition to other additives have the capcity to affect the tribological behaviors of tbp and tpp

    利用四球機考察了磷酸三丁脂（ tbp ）和磷酸三苯脂（ tpp ）作為植物油添加劑的摩擦學性能；應用bp神經網路建立了tpp在菜籽油中的摩擦學模型；用均勻設計組織試驗， sas統計軟體分析處理數據，探討其它添加劑對tbp和tpp在菜籽油中摩擦學性能的影響。結果表明： tbp和tpp能明顯改善植物油的抗磨性並有效提高植物油承載能力；用神經網路建立的摩擦學模型能對目標樣本進行有效預測，能節省成本；其它添加劑能影響tbp和tpp在菜籽油中摩擦學性能。
  15. Furthermore, the fruits damage will be studied from a new point of view - ? he force applied on the cells. according the structural characteristic of the plant call, a hexagon mechanical model for plant cell was proposed. then, using the mechanical theories and finite element method, the deformation, wall stress and turgor for plant cells, under compression and shear, was analyzed

    本文根據植物細胞結構的力學特點和力學原理、利用有限元方法，以二維問題為研究對象，建立了能夠描述植物細胞單體受力變形、細胞壁應力和內壓變化和便於建立宏觀植物組織力學模型的單細胞力學模型。
  16. Firstly, after a great deal of investigation and research, the author chose polypropylene ( pp ) and poly ( glycolide - lactide ) ( pgla ) as the tubular fabric material and the acetic acid solution of chitosan as the coating material. polypropylene display superior biomechanical properties while the pgla fiber is characteristic of controllable biodegradability, and chitin integrate the excellent biological properties of both collagen and cellulose

    本文首先選定了人工氣管支架織物的編織原料為具有生物學惰性及良好力學性能的醫用丙綸和具有優良生物性能的聚乙丙交酯；由於甲殼素兼具高等動物組織中的膠原和植物纖維中纖維素兩者的優異生物特性，所以在本課題中採用的人工氣管塗層材料為殼聚糖乙酸溶液。
  17. Through the study of botany, it is expected that students will grasp the current tendency of botanical research at home and abroad, have the capacity of referring to references themselves, and strengthen their enthusiasm about plant sciences

    通過植物學學習，讓學生了解植物學國內外研究動態，培養學生自主查閱植物學相關文獻的能力、植物探知能力，以及激發學生從事植物科學研究的興趣和志向。
  18. The application of nitrogen fertilizer affected positively and negatively the predation abilities both in laboratories and fields by its indirect and direct roles in the trophic relationship among host plants, herbivores and predators, the improvement of nutrients and the modification of allelochemicals in host plants

    摘要施用氮肥后可以直接或間接地通過對植物害蟲天敵三者之間關系的干預、改變寄主植物內的營養成分和次生化學物質的含量等從正反兩個方面影響捕食性天敵的捕食能力。
  19. The biomenchanicai study shows the stress and dispiacement measurements in aht - avb group was iess than in iiiac group and controi group in various modeis such as flex, extension, leff and right bending ( p < 0. 01 ). the torsion stress in both iiiac and aht - avb groups were greater than in control group which indicated a deficiency of anti4orsion ability of aht - avb. with additional anterior piate or pedicle screw, their stabiiity in varies modeis jncluding torsion all increased and greater than in control group

    生物力學測試結果顯示人工椎體在屈曲、伸展、左右彎曲、扭轉等工況下應變較對照組及髂骨植骨組小，位移測試結果小於對照組及髂骨植骨組（ p 0 . 01 ） ；髂骨植骨組及人工椎體組在扭轉狀態下其應變及位移均大於對照組，提示旋轉性能不足；附加前路或後路內固定后? ? ? ? ? ? ? ?其各個工況下強度及剛度均明顯增加且均大於對照組。
  20. When we used tree physiology to explain the growth and production of plants which depended on basic metabolism and environment, we must consider that abilities to produce carbon and nitrogen metabolites

    摘要植物生理學用於解釋整株植物的生長與生產力時，是如何取決于基本代謝與所處環境，須考慮植物產生碳與氮同化產物能力的大小。
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