生化鍵 的英文怎麼說

中文拼音 [shēnghuàjiàn]
生化鍵 英文
biochemical bonds
  • 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;...
  • 鍵 : 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）...
  • 生化 : biochemistry
  1. The latter arises from abstraction of the somewhat lesser activated c-h bond in the dioxolane.

    後者是由二氧雜環戊烷中活化較弱的C-H鍵離解而產生的。
  2. The sedimentation is the foundation, affecting the basic pattern of the reservoir, and the sedimentary facies zones beneficial to the formation and evolution of the reservoir includes platform edge bank facies, introplatform point beach facies and acclivity sedimentary facies, etc. ; the diagenesis is the key factor, determining the pattern and scope of the final distribution of the reservoir and being of great influence on reservoir structure, and the diagenesis of promoting the formation of storage rooms is mainly the dissolution occurred during hypergene stage and burial stage ; and the tectonism is the condition of influencing the connectivity among various reservoir bodies and among the storage rooms within a single reservoir body

    該套儲層是在4億年左右的地質歷史中，由沉積、成巖和構造作用相互影響而形成的最終成果：其中沉積作用是基礎，影響著儲層的基本形態，有利於儲層形成與演化的沉積相為臺地邊緣灘、臺內點灘和上斜坡等沉積相帶；成巖作用是關鍵，決定了儲層的最終分佈形態和范圍，對儲層結構的影響至關重要，促進儲集空間形成的成巖作用主要有表生期和埋藏期的溶解作用；構造作用是條件，影響著各儲集體之間以及單一儲集體內部儲集空間的連通情況。
  3. Differential thermal analysis ( dsc ) indicates that acid - anhydride reacts with amidogen in nylon 11 to form chemical bond and boost up bonding strength of interface

    Dsc分析表明，接枝物中的酸酐基團與尼龍11中的氨基發生反應，形成化學鍵，使得界面粘接力增強，從而使沖擊強度得到提高。
  4. The result indicates that key stages include the growth stage of late autumn treetop 、 bud differentiation stage and anthesis stage, and that key climate factors are temperature, precipitation, rainfall days and sunlight time

    結果表明：氣候條件影響廣西地區龍眼產量的關鍵時期為晚秋梢生長期、花芽分化期和開花座果期，關鍵氣候因子分別為氣溫、雨量、雨日和日照時數。
  5. Abstract : through analysis of the components of coking on different parts of desullfur system of single tower and the waste water containing sulfur, we find the cause of coking in the stripping desulur system from single tower is the polymerization reaction of carbohydrate and the separattion of varied solid powders, organic compounds, and all corrosive productions of metal out of waste water in high temperature, therefore, the solving method is how to decrease the oil content, how to depolymerize form the carbohydrate and how to antisepticize by vapour of waste water

    文摘:對單塔脫硫系統中不同部位的垢物及現場催化含硫污水進行了分析測定，結果表明：塔內污垢成分及含量隨塔體部位的不同而不盡相同，單塔汽提脫硫系統中垢物的形成，主要是由於污水中所含各類粉塵、有機物、金屬腐蝕物等在高溫下因石油碳氫化合物的析出及其單體的聚合反應所致.如何降低污水中的含油成分、減少聚合反應的生成、防止污水蒸氣對塔體材料的腐蝕，是阻垢、除垢和防垢應解決的關鍵問題
  6. Nowadays, there are a series of problems to solve in the management of student apartments. after comparing the three representative modes of investing and constructing college apartments worldwide, i. e. the modes of apartments managed by university, managed by investor and managed by both university and investor, the paper analyzes the different operation modes according to different construct forms and their advantages and disadvantages. using the operation modes of student apartments abroad for reference, the paper puts forward three new modes combining property management and ideological and political education in operating students apartments : community management, apanage management and open management, and lays emphasis on the key role of managing student apartments in the socialization reform

    目前在我國學生公寓的運作上還存在著一系列需要研究解決的問題，本文總結國內高校學生公寓投資和建設的三種代表形式進行了分析比較，針對三種管理的不同形式，即由校方統一管理、由投資方管理以及由學校和社會共同管理，進一步分析其投資建設形式不同帶來的不同運作，通過對其利弊的分析以及對國外高校學生公寓運作模式的借鑒，本文提出了「社區化管理」 、 「屬地管理」 、 「開放式管理」 、 「物業管理與思政工作有機結合」四種學生公寓運作的新思路，著重強調了學生公寓的管理工作在整個公寓的社會化運作過程中的關鍵性作用。
  7. The autotrophic nitrifying bacteria play a critical role in nitrogen cycle in nature

    硝化細菌是一大類在自然界氮循環中起關鍵作用微生物菌群。
  8. To study the biogeochemical cycle of phosphorus, it is very important to accurately determine the concentration of orthophosphates in the surface of oceans, especially oligotrophic open - oceans

    痕量活性磷分析是探索海洋，特別是寡營養海區生物地球化學過程的關鍵。
  9. Soil is the base of agriculture production, the key measure to prevent water and soil loss is to conserve soil, but most soil nutrient is lost with the sediment loss, and serious water and soil loss make the soil thickness degrease, the soil nutrient be deficient and lean, the land quality degrade and the yield of plant decrease, all this results is going to threaten the people ' s transplanting and the agriculture sustainable development, and restrict the economy development of three gorges regions

    同時，土壤是農業生產的根本，治理水土流失的關鍵是要保住土壤，而土壤養分絕大部分是隨著泥沙流失的，嚴重的水土流失造成土層淺簿、養分貧瘠，土地質量退化，產量下降，對三峽庫區移民工作和農業可持續發展造成嚴重威脅，制約三峽庫區經濟發展。因此進行三峽庫區坡耕地土壤侵蝕機理研究，探索減輕坡耕地土壤流失的方法措施，具有全局性的重大意義。
  10. The microorganism which produce ethanol from lignocellulose must be able to dissimilate both five - carbon and six - carbon sugars and consist of the pdc and adh ii which are key enzymes in ethanol formation. regretfully, no naturally occurring organism can efficiently1 produce ethanol from all monosaccharides

    要從木質纖維素生成乙醇，所利用的微生物必須能同化所有的戊糖、已糖成分，而且含有生成乙醇的關鍵酶：丙酮酸脫羧酶（ pdc ）和乙醇脫氫酶（ adh ） 。
  11. Then, main projects and synthetic techniques of ecological agriculture construction are discussed. the results indicate that main projects include fertile soil project, water conservancy, forestation and virescence project, agricultural structure adjustment project, agriculture industrialization project, integrated use of agriculture rejectamenta project, high quality and innoxious farm produce project, livestock breeding project, sight - seeing agriculture project, etc. the suited techniques include ecology location scheme technique, agriculture rejectamenta use technique, energy source regeneration technique, sewage biologic depuration technique, innoxious farm produce technique, soil fertility increase technique, ecological control technique of plant disease and insect pests, economizing water technique of dry farming, agriculture environment reconstruction technique, etc. lastly the study brings forward the countermeasure and advice of ecological agriculture development

    根據我國生態農業建設成功經驗和濟南市目前生態農業建設基礎，提出濟南市生態農業建設重點工程為沃土工程、農田水利工程、造林綠化工程、農業結構調整工程、農業產業化工程、農業廢棄物綜合利用工程、優質和無公害農產品工程、養殖工程、觀光農業工程等;生態農業建設的關鍵技術為生態位配置技術、農業廢棄物資源化綠色技術、能源再生技術、污水生物凈化利用技術、無公害農產品技術、地力持續培肥利用技術、農作物病蟲草害生態控制技術、旱作農業高效節水技術及農業生態環境綜合整治技術等。
  12. The resultant ionized bond can be cleaved by a hemi-heterolysis process, affording a cation and a neutral radical.

    生成的離子化鍵能由半異裂的過程而開裂，提供一個正離子和一個中性的游離基。
  13. Being a noble gas, it resists chemical bonding with other elements and is thus easy to purify for isotopic analysis

    由於氙是惰性的，不易與其他元素產生化學鍵，因此很容易純化以進行同位素分析。
  14. A review about current progress in understanding biochemical processes of starch synthesis in developing cereal endosperms, with an emphasis on the molecular biology aspect of key enzymes involved in the processes

    綜述了禾穀類作物胚乳澱粉合成生化過程的近期研究進展，對澱粉合成關鍵酶的生理和分子生物學研究現狀做了重點介紹。
  15. ( 3 ) volume shrinkage of composite decreases greatly with wpu increasing, even can arrive a negative number, but thermal stability is still good. ( 4 ) toughening mechanism is that : the formation of high molecular linear amino formate construct is the toughening reason ; hydroxyl - terminated pu - prepolymer and pf react to produce chemical bond effect which participate cure ; carboxyl - terminated pu - prepolymer and pf form semi - ipn which make toughened pf occur maximum

    （ 4 ）通過紅外光譜對pf / pu共混物分子結構進行的定性分析、以及掃描電鏡對沖擊斷面形貌進行的分析，可證明聚氨酯預聚物增韌酚醛樹脂的機理是：兩個體系都是由於高分子量的線形氨基甲酸酯結構而增韌；端羥基pu與pf在共固化中產生化學鍵效應，參與pf的固化；而端羧基pu則與pf形成半互穿網路而增韌。
  16. During graduated study, the author participated in many development projects, in which " fully automatic biochemical analytic instrument " and " analog control equipment under extreme temperature and extreme pressure project " were both built on the virtual instrument architecture established by the author. instructions for these two projects were in chapter vi and vii, such as analyzing the key technique and difficulty in the development and solutions to the problems

    其中全自動生化分析儀與高溫高壓極端環境模擬平臺項目都是以自主構建的虛擬儀器體系結構模型為核心，制定項目開發方案的，第六章與第七章將分別介紹這兩個開發實例，分析項目開發關鍵技術、難點，提出解決方案並介紹實現方法。
  17. The group physiological and biochemical structures and characters for yielding " 15t sugar per hectare " were analyzed, and the key technological measures of planting group structure of " 15t sugar per hectare " were suggested

    摘要分析了甘蔗「噸糖田」的高產栽培群體結構及其生理生化特性，並提出構建「噸糖田」合理種植群體結構的關鍵技術措施。
  18. Focusing on microfluidic chips for biochemical analysis, the research consists of establishing theoretical basis for system design and fabrication, solving key processing problems, developing new techniques, equipment and instrument for bio - mems, and research on microfluidics and micro stereo vision

    以應用於生化分析的微流控晶元為研究對象，建立系統設計與加工理論，解決關鍵工藝技術，開發新工藝、新設備和微系統測試技術，開展微流體輸運和顯微立體視覺研究。
  19. With other values, the query optimizer compares the number of expected rows in the cursor set and builds the keyset asynchronously if it exceeds the number set in cursor threshold

    為其他值，則查詢優化器將比較該值與游標集中的所需行數，如果後者大於前者，則將異步生成鍵集。
  20. According to the important role of clinical chemistry analyzer in the industry of medical treatment and the requirement of many hospitals in our country, this thesis studies the key technology of information processing in clinical chemistry analyzer system

    針對生化分析系統在醫療行業中所具有的重要地位，以及我國廣大中小規模醫院對生化分析系統的迫切需要，本文以一種實際生化分析系統的研製與開發為背景，討論生化分析儀系統中信息處理關鍵技術及其實現問題。
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