生化技術 的英文怎麼說
中文拼音 [shēnghuàjìshù]
生化技術
英文
biochemical technology-
Study of the industrial production technology for ultra - high purity arsine in china
我國超純砷烷產業化生產技術研究Because of the complicated manufacture technique of pcb, for example, a great deal of use of ultro - microcomponent and ultro - slimwire, the quality inspection of pcb becomes very difficult and hardly automatized
隨著生產技術的提高， pcb製作工藝日趨復雜，大量超微器件和超細走線的採用，使pcb的質量檢驗成為一件非常困難的工作，難以實現自動化。Using cd, cu, zn and cr as experimental toxicants and crucian as experimental creature, we employed the environmental biotechniques ( flame atomic absorption spectrophotometry, the method of improved pyrogallol autoxidation and electron microscopy ) to study the acute toxicity and secure concentrations of heavy metals to crucian ; the accumulation and distribution of mixed heavy metals to fingling crucian ; the activities of superoxide dismutase ( sod ) of gill and liver tissues and the hispathological and ultrastructural change of superfine structure of liver and kidney of crucian after cadmium exposure. through which, we intended to fully and systemically study the toxic influence of heavy metals to fish, and preliminarily discuss the influence of heavy metals pollution to the diversified level of fish such as individual, organ, tissue, cell and molecule. thus we tried to provide scientific evidence to establish preventative management measures, avoid and relieve the harm of heavy metals pollution to aquicolous ecosystem in time
隨后以這幾種重金屬作為實驗毒物，以鯽魚為實驗動物，應用環境生物技術、火焰原子吸收分光光度法、鄰苯三酚自氧化法、透射電鏡等技術研究了重金屬cu 、 zn 、 cd和cr對鯽魚的急性毒性及其安全濃度評價、混合重金屬在鯽魚幼體組織內的積累和分佈、 cd對鯽魚鰓和肝臟中sod活性的影響、 cd對鯽魚肝細胞和腎細胞超微結構的影響等，全面和系統地研究了水環境中重金屬暴露對魚類的毒性影響，初步探討了重金屬污染對魚類的個體? ?器官? ?組織? ?細胞? ?分子等各水平層次的影響，為制定漁業生產上預防性的管理措施提供科學依據，及時避免或減輕重金屬污染對水生生態系統造成的損害。We put forward an algorithm for self - discrimination of island relation and an automatic intersected method of the region machining unit, which can judge the relationship among any plane obturate contour line effectively and swiftly. we also study the tool path generation technology of two - dimensional machining, basso - relievo machining, three - dimensional lifting - pen machining. meanwhile, we put forward an optimize approach of tool path, which improve the efficiency of engraving
研究了圖像的刀具路徑生成技術與軌跡規劃問題，提出了基於射線的島嶼關系自動判斷和區域加工單元的自動分割方法，有效、快速地判斷了平面任意封閉輪廓線之間的關系，研究了平面任意區域填充加工、浮雕加工、三維提筆加工的刀具路徑生成的技術，提出了刀具路徑優化方法，提高了雕刻加工的質量和效率。Biotransformation in organic solvent is an attractived field in nowadays. compared with isolated enzyme whole cell is not used broadly as biocatalyst. in this research the cells of baker ' s yeast is adopted to mediated a model reaction in organic solvent, in which geraniol is converted to citronellol reductively
有機相生物轉化是當前生物技術中一個具有理論研究意義和應用價值的領域，目前該領域的研究大多集中在利用分離的酶進行生物催化，利用微生物完整細胞進行的研究比較少。We master the high - tech biotechnology and nanotechnology research and development of autonomous " anion far - infrared high - purity ceramic glaze multifunctional additives " unique advantages, research and development to produce eco - antibacterial health " premium bone china " " magnesia strengthen porcelain ", " high - white porcelain " three kinds of porcelain products
我公司充分利用自己所掌握的高科技納米生物技術和自主研發的「高純負離子遠紅外多功能陶瓷釉料添加劑」這一獨特優勢，相繼研發生產出多功能生態抗菌保健「高檔禮品骨質瓷」 、 「鎂質強化瓷」 、 「高白瓷」三大瓷種系列產品。The paper directed against the history and present of china silk industry, by analysing the principal contradiction of restricting industrial advance from the point of view in productive forces and production relations, and by comparing to the brasil silk inductry where its productive forces is quickly advanced, thus, author suggested that we must again construct the advantage of china silk industry, by transtforming a industrial mode, and by building a modern production and technique system in mulberry field, and by building a industry - like technique system for enterprise raise silk worm, and by firstly advancing a number new silkworm region in the cental and west district et cetea aspects
本文針對中國蠶絲產業的歷史和現狀，從生產力和生產關系的角度分析了制約產業發展的基本矛盾，並通過和近期蠶絲生產力發展較快的巴西進行比較，提出應從產業模式改造、建立現代化桑園生產技術體系和工業化養蠶技術體系、發展一批以中西部地區為主的新蠶區等方面，重新營造中國蠶絲產業的優勢。Abstract : the paper directed against the history and present of china silk industry, by analysing the principal contradiction of restricting industrial advance from the point of view in productive forces and production relations, and by comparing to the brasil silk inductry where its productive forces is quickly advanced, thus, author suggested that we must again construct the advantage of china silk industry, by transtforming a industrial mode, and by building a modern production and technique system in mulberry field, and by building a industry - like technique system for enterprise raise silk worm, and by firstly advancing a number new silkworm region in the cental and west district et cetea aspects
文摘:本文針對中國蠶絲產業的歷史和現狀，從生產力和生產關系的角度分析了制約產業發展的基本矛盾，並通過和近期蠶絲生產力發展較快的巴西進行比較，提出應從產業模式改造、建立現代化桑園生產技術體系和工業化養蠶技術體系、發展一批以中西部地區為主的新蠶區等方面，重新營造中國蠶絲產業的優勢。Nanjing taiye chemical industry co., ltd located in no. 199 jianye road, nanjing, china. our company mainly manage all kinds of chemical materials : medicament b color b paint b food additive b chemical reagent b oil chemical b colophony plastic b colored metals, etc. and our company is one of the lithium series producing base in china. the department of our company is international trade department b plastic chemical department b producing and technological department b engineering design department. the aim of our company is introducing the advanced technology and products in the world, encouraging the chemical products in china to be internationalizing. our company keep good relationship with the famous chemical enterprise in the world. we distributed the chemical products of usa eastman, usa dow, usa exxon, germany sasf, germany bayer, japan daicel
南京泰業化工新材料有限公司是注冊于中國南京市的大型化工企業，位於南京市建鄴路199號。本公司主要經營各類進口化工原料:醫藥塗料顏料染料及助劑食品添加劑化學試劑石油化工洗滌化工樹脂塑料有色金屬等類產品，並且是中國鋰系列產品生產出口基地之一.下設部門為：國際貿易部化工塑料部生產技術部工程設計部。The stage of alumina extraction is excluded in these technologies of aluminium production, and chloride method of electrolysis allows to decrease electric power costs by 30 - 35 % in comparision with electrolytic aluminium extraction from cryolite - alumina melts
從氧化鋁中提取鋁的方法已被排除在鋁的生產技術之外，而且電解氯化物方法相對于電解冰晶石氧化鋁融解物的方法，可以減少電力費用30 - 35 % 。The modular design such as the technical foundation, obtaining of the entity coordinates data, extending data ’ s storage and management, automatic production technology of coordinates table which were based on drawing block were emphatically studied
基於模塊化設計技術基礎，重點研究了autocad中實體坐標數據的獲取，擴展數據的存儲與管理，基於圖塊的坐標表自動生成技術。With the rapid development of the technology of computer and automation, the computer control system is widely used in the manufacture of al electrolysis and the efficiency is improved and the life - span of the electrobath is increased
隨著計算機和自動化技術的發展，以計算機為核心的自動控制系統已經被廣泛應用於鋁電解生產過程的控制，提高了生產效率、延長了電解槽壽命。Situated in county town, dehua - one of the four capitals of porcelain fujian dehua longyuan ceramics co., ltd. is a foreign - oriented manufacturer producing and marketing various kinds of porcelain arts crafts. with the utilization of domestic and international advanced technique, as well as strengthening traditional porcelain making skill, more and more high grade products emerged in the company. they are rich in variety and novel in design and pattern. especially the pearl porcelain developed by our company, has its unique style. this kind of products become transparent in lusture, changeable in colour like rainbow, highly elegant and magnificient, resistant to acid and alkali, wearable, fadeless, non - toxic, they are another gorgeous item in dehua s porcelain and ceramic field, our products are sold well in the international market and enjoy high reputation from our customers
我司位於中國四大瓷都之一的德化縣縣城，是一家生產經營工藝美術陶瓷的外向型企業。我司在注重傳統制瓷工藝的基礎上，運用當今國內外先進的生產技術，不斷創新，開發高新技術產品，種類繁多全，款式新穎別致。特別是我司研製開發的「珍珠瓷」獨具風格，產品色澤晶瑩發亮，有彩虹般變幻色感，清新淡雅高貴瑰麗，而且耐酸耐堿耐磨，不褪色，不含毒質，是德化瓷壇上綻開的又一朵絢麗奇葩。The artificially intensified water purification technologies applied to the water improvement of the polluted river at home and abroad are summarized herein, and then the technologies with good prospect of popularization in china, i. e. the gravel contact oxidation process and the ecological floating island, are emphatically expatiated with the analysis on the actual case
摘要綜述了現有國內外對污染河流人工強化凈水工程技術，並著重對在我國有推廣前景的礫間接觸氧化技術和生態浮島技術進行了闡述和工程實例分析。Optimization and generation of finite element hexahedral mesh in metal forming process
金屬塑性成形有限元六面體網格自動生成方法及優化技術The restriction factors are lack of government and policy support, the small production scale, the low degree of farmer ' s organization, the construction of industrialization management scheme was weak, internal mechanism was needed to be improved, the proportion of breed was inconsequence, low utilization ratio of resource, low research level, behindhand production technique, low science and technology content of produce, trade was lack of self - discipline, competition without orders, low level of marketing and currency, the market system was not healthiness, the scales of leading enterprises were small, so they were short of ability of bringing along others
當前制約菏澤市牡丹產業發展的主要因素是政府行為不規范、支持力度不夠;生產規模普遍較小，農民組織化程度低，產業化經營組織建設還很薄弱，內部機制有待完善;牡丹品種結構不合理，資源利用率低;科研水平低，生產技術落後，產品科技含量低;行業自律性差，無序競爭嚴重;產品營銷、流通水平低，市場體系不健全;龍頭企業弱小，帶動能力不強。Nano bio - chemical technology : with nano bio - chemical technology, the super fine nourish factor can effectively and quickly penetrate into deep skin, highly resist oxidation, prevent allergy, eliminate yellowish complexion, leave skin moisturized and healthy
納米生化技術:超微細滋養因子利用納米生化技術有效迅速滲透直達肌膚深層，高效抗氧、防敏、去黃，肌膚更潤澤健康Information from 2003 details the construction of a terrorist cyanide - based chemical weapon that can be made with easily available items, requiring little or no training to assemble and deploy
報告說，隨著核技術、生化技術和彈道導彈技術越來越容易得到，制止大規模毀滅性武器及其運載工具的擴散也越來越困難。The techniques and discussion sessions provide an in - depth view of current technologies used in the biochemistry field that are briefly outlined in the lectures
對于在課堂上大致提到了的現代生化技術，我們將在技術與討論課上提供深入的觀點。The institute provides comprehensive curricula in general chemistry, analytical chemistry, organic chemistry, and biochemistry to medical, dental, nursing, medical technology, and undergraduate life sciences students. the goal of teaching is to help students develop skills that allow them to continue teaching themselves through their careers. individually designed courses are provided for students from different departments and tailored to their career needs in academic and clinical medicine
研究生所修習課程之規劃是以必修之生化與細胞分子生物學生化技術原理等核心課程提升學生學術基本能力，佐以每年積極開設之包括各式新領域的選修課程，使學生得到更進深的知識，並能擴展學識范疇符合科技發展潮流課程中老師注重學生邏輯思考，力求培養學生獨立發掘與解決問題之能力。分享友人