電描記術 的英文怎麼說

中文拼音 [diànmiáojìshù]
電描記術 英文
electrography
  • 電 : Ⅰ名詞1 （有電荷存在和電荷變化的現象） electricity 2 （電報） telegram; cable Ⅱ動詞1 （觸電） give...
  • 描 : 動詞1. （照底樣畫） copy; depict; trace 2. （在原來顏色淡或需改正之處重復塗抹） retouch; touch up
  • 記 : Ⅰ動詞1 （把印象保持在腦子里） remember; bear in mind; commit to memory 2 （記錄; 記載;登記） writ...
  • 術 : 術名詞1. （技藝; 技術; 學術） art; skill; technique 2. （方法; 策略） method; tactics 3. （姓氏） a surname
  1. Starting with analyzing characteristics of power network, it takes content of power network as fact, and describes knowledge of power network fact base by using of object - oriented techniques. it constructs fact base in knowledge base. the various rules that reflect relation of database and graph are constructed

    在對電網知識特點的分析基礎上，把關系型數據庫中記錄的內容視為事實型知識，利用面向對象的技術對電網事實庫知識進行了描述，構建了知識庫中的事實庫，利用產生式規則構建了反映由庫到圖的各種規則（規則庫） ，並設計了面向對象的關系型電網拓撲數據庫。
  2. When exams roll around, your decision is not between blowing them off or studying 24 hours a day, but whether to spend an extra hour reviewing your notes instead of watching tv. economists use the term marginal changes to describe small incremental adjustments to an existing plan of action. keep in mind that " margin " means " edge ", so marginal changes are adjustment around the edges of what you are doing

    當考試臨近時候，你的決策不是在放棄考試或一天學習24小時之間的選擇，而是是否多花一個小時復習功課而不看電視.經濟學家用邊際變動這個術語來描述對現有行動計劃的微小增量調整.記住"邊際"指"邊緣" ，因此，邊際變動是圍繞你所做的事的邊緣的調整
  3. After one or two treatment courses of this injection preparation, patients should return to the hospital for re - evaluation by routine examinations, such as tumor markers in blood samples or ct scan. generally, in the pathological section after treatment, necrosis, transformation, fibrosis, and withered nuclear will be observed in most tumors

    經本針劑治療一個或兩個療程后，應該回醫院復檢，抽血檢查腫瘤標記或電腦斷層掃描等常規檢查，一般治療后在手術病理切片中，會發現腫瘤大部分已有壞死、變形、纖維化、細胞核萎縮等現象產生。
  4. The technique core of the 3 - d outline tracking scan lies in the adoption of several photoelectric sensors, laser measuring sensors and super voice wave measuring sensors to carry on probing, the single chip makes the photoelectric signal examined as the control basis, and controls the step motor to drive measurement machines and probing sensors to make outline tracking and scans movement along high and breadth direction of the vehicle, and record its outline track, and the data measured is delivered to the computer, finally, acquires the size of the vehicle checked through the place of computer data processing

    三維輪廓跟蹤掃描技術的核心在於採用多套光電傳感器、激光測距傳感器、超聲波測距傳感器進行探測，單片機把檢測到的光電信號作為控制依據，控制步進電機驅動測量機及探測傳感器在車長、車高和車寬方向上作輪廓跟蹤掃描進給運動，記錄其輪廓軌跡，並把測得的數據傳送到上位機，經上位機數據處理獲得被檢車輛的特徵尺寸。
  5. Standard communications protocol for computer - assisted electrocardiography

    計算機輔助心電描記術標準通信協議
  6. Call technical support after your laptop computer crashes. describe the problem to the technician and respond to his questions. discuss solutions to the problem

    當你的筆記本電腦摔壞時打電話請求技術指導。向技術人員描述問題所在並且回答他提的問題，討論解決問題的方法。
  7. Technical problems : call technical support after your laptop computer crashes. describe the problem to the technician and respond to his questions. discuss solutions to the problem

    當你的筆記本電腦摔壞時打電話請求技術指導。向技術人員描述問題所在並且回答他提的問題，討論解決問題的方法。
  8. In recent years, radio technology has developed very quickly in our country. however, a radio monitoring receiver with broad frequency scale ( 20 - 3000 mhz ), high scanning rate ( above 1ghz / s ) and whole spectrum real - time display has not developed. some imported monitoring receivers with broad frequency scale can only scan slowly and could n ' t meet actual needs. not only these imported receivers " price is high but also those developed countries usually limit the quantities of imported receivers and related technology is not open

    近年來我國無線電技術水平已經有了很大發展和進步，但對于頻率覆蓋范圍寬（ 20 - 3000mhz ） 、掃描速度快（ 1ghz / s以上）並具備快速全頻段實時頻譜顯示和記錄的無線電監測接收設備，目前我國尚不能生產，國內現在已經進口的寬頻段監測接收機一般也只能進行低速掃描，無法滿足實際的需要。
  9. This paper put forwards the realization of the individualized service model of teaching resources to solve the contradiction between individualized requirements and the masses of teaching resources, and it ' s helpful to make the teaching resources database individualized and intelligentized. the integration filtering can be used in reference in other individualized information services such as e - business. it also describes the users " interest by the real interest parameter and the integrated interest parameter, and made use of individualized character database to record the users " individualized accessing

    論文的主要研究意義有： （ 1 ）提出個性化教學資源服務的實現方法，以此解決海量教學資源與用戶個性化需求之間的矛盾，有利於提高網路教學資源庫系統的個性化和智能化； （ 2 ）提出一種兼具個體過濾技術和協同過濾技術優點的綜合過濾技術，對其它基於網路的個性化信息服務如電子商務有借鑒意義； （ 3 ）提出採用實際興趣指標和綜合興趣指標相結合來描述用戶興趣，並採用用戶個性化特徵庫來記錄和跟蹤用戶對教學資源個性化訪問，給個性化教學資源服務提供一種新思路。
  10. The practicality significance, the function of clinical ecg data - information management system in scientific research, clinical medical treatment and medicine teaching, international actuality in this field are summarized firstly in this paper. then the all data - information in common use at cardiopathy was concisely described. they have the characteristic of integrated in others systems, such as electrocardiograph. this paper utilize this characteristic and development an ecg data - information management system using in virtual ecg analyzer. it will provide rich and multiform clinical information resource for individual include doc., nurse, patient, clinical department, medical treatment and health protection in all levels, so much as in business. secondly, an advanced instrument manufacture technology ? ? virtual instrument technology and virtual instrument baseon it were intrduced. the auther of the paper detailedly introduced the idea, development, progress, systemic structure, specialties of vi, compared it with traditional hardware - instrument and standed out superiorities of vi

    本文首先概述開發臨床心電圖數據信息管理系統的實用意義及其在醫學研究、臨床醫療、教學上的重要作用和目前該領域國際國內現狀，簡要描述了心血管疾病科常用的數據信息，它具有與其它系統（如心電圖記錄分析系統、超聲心動圖像系統等）集成的特點，本文即利用這一特點開發出用於虛擬式心電圖儀中的心電圖數據信息管理系統，為個人（醫生、護士、病員） 、臨床部門、各級醫療保健機構乃至商業活動提供豐富的臨床醫學信息資源。接著介紹了一種先進的儀器設計製造技術? ?虛擬儀器技術以及在此基礎上形成的虛擬式儀器，文章對虛擬儀器的概念、產生和發展、系統結構、特點做了較詳細的介紹並與傳統硬體化儀器作了對比，突出了虛擬式儀器的優越性。
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