高低射標技術 的英文怎麼說

中文拼音 [gāoshèbiāoshù]
高低射標技術 英文
bracketing technique
  • : Ⅰ形容詞1 (從下向上距離大; 離地面遠) tall; high 2 (在一般標準或平均程度之上; 等級在上的) above...
  • : Ⅰ動詞1 (用推力或彈力送出) shoot; fire 2 (液體受到壓力迅速擠出) discharge in a jet 3 (放出) ...
  • : Ⅰ名詞1 [書面語] (樹梢) treetop; the tip of a tree2 (枝節或表面) symptom; outside appearance; ...
  • : 名詞(技能; 本領) skill; ability; trick; technique
  • : 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
  • 高低 : 1 (高低的程度) height 2 (高下) relative superiority or inferiority; difference in degree 3 (...
  1. Background : in - vitro maturation ( ivm ) of human oocytes would be an attractive alternative to gonadotrophin stimulation for in - vitro fertilization ( ivf ). it could avoid the complications of gonadotrophin stimulation and reduce the cost of drugs. however, the efficiency of existing ivm technique is suboptimal because embryos resulting from ivm oocytes exhibit frequent cleavage blocks and low implantation rate

    研究背景:近20年來,輔助生育有了突飛猛進的發展,體外受精、卵漿內單精子注( intracytoplasmicsperminjection , icsl )和種植前遺傳學診斷的成熟志著人類生殖醫學進入了嶄新的領域,但同時也不能否認,在這一領域中還存在諸如妊娠率、藥物副作用和多胎率等問題。
  2. Nevertheless the system cannot fulfill the request of present satellite launch because of the out - of - date equipment, the low grade of technique application, the in - normative system interface, etc. consequently it is crucial to update the system to meet the following satellite launch campaigns

    但當前整個系統存在著設備老化嚴重,應用水平不,系統連接準不統一等弊端,由此造成了整個效率下,設備故障率偏,運行不夠穩定等一系列問題,為了適應后續衛星發試驗任務的需要,迫切要求對系統進行相應的改造。
  3. With the development of reducing noise technology and the advent of quieter targets, sonar faces up to the challenge of low signal - to - noise ratio detection while high detection performance is demanded by weapons ' s increasing range. moving target detection is two of first and last of sonar " four main tasks : detection, loacalization, classification and tracking / motion analysis of targets, which is the base of other two functions

    隨著降噪的發展,安靜型目的出現,聲納面臨信噪比的挑戰,武器程的增加又對聲納提出了更的要求,關繫到聲納的四大功能(檢測、定位、識別和跟蹤/目運動分析)第一和第四個的運動目檢測任務重大,因為它對其餘兩個起著基礎性的指導作用。
  4. Abstract : “ three - autonomy ” ( autonomous function test, autonomous error calibration, autonomous original alignment ) technique makes the platform cast off heavy ground equipments and complicated ground operation, improves mobility and speed of response of vehicle remarkably, and reduces cost for development and launching notably, and so it has important use value

    文摘:慣性平臺的「三自」 (自主功能檢測,自主誤差定,自主初始對準)使平臺擺脫了笨重的地面設備和復雜的地面操作,使載體的機動性、快速性有顯著提,研製及發費用明顯降,具有重要應用價值和意義。
  5. This disseration focuses on a sub - project of the spot responder in the china train control system ( ctcs ). the design objective is to reseach and implement the fsk signal transmitter and receiver with low power cost and high reliability, according to the fsk signal characteristics in the spot responder system

    本論文所研究的課題是中國鐵路控制系統( chinatraincontrolsystem , ctcs )點式應答器的子課題,其目是根據列車控制信號的特點,對點式應答器系統中的瞬時、功耗、可靠性的fsk信號發機和fsk信號接收機的關鍵進行研究與實現。
  6. Combining high and low frequency technique for scattering from complex objects

    結合計算復雜目電磁散
  7. In this paper, how to evolve the action component part of struts framework into black - box framework using java reflection and program generator respectively is discussed, taking the adding, deleting, modifying in a database in struts + ejb - kiatabase three layers architecture as an example. i first present a white - box framework based implementaion that adding, deleting, modifying a database, then how to evolve the action component part of struts framework into black - box framework using java reflection and program generator respectively in the target domain is discussed, thereby all these operations can implement without programmingjust config in a xml file, reach the objective of reducing the duplicate codes, improving the maintainability, cutting down the cost of developing applications

    首先給出了基於白盒struts框架的對數據庫表的增、刪、改操作的一個實現,然後分別採用反機制和程序生成器將struts框架的action組件部分在這一目領域里進化為黑盒框架,從而使所有對數據庫的增、刪、改不再需要編程,只需在xml文件中進行相應配置即可,達到減少重復代碼的數量,提程序的可維護性,降開發成本的目的。
分享友人