dynamic adj. 1.動力的,動力學的;力學(上)的;動(態)的;起動的。 2.有力的,有生氣的;能動的;(工作)效率高的。 3.【音樂】力度;強弱法的。 4.【醫學】機能(上)的。 5.【哲學】動力論的,力本論的。 a dynamic personality 活躍的性格。 a dynamic atmosphere 生氣勃勃的景象。 a dynamic population 動態人口。 n. 〔限指 dynamic〕 (原)動力;動態。 adv. -ally
Influencing factors of dynamic accuracy of cmms 三坐標測量機動態精度影響因素
Acceptance tests for co2 - laser beam machines for welding and cutting - part 2 : measurement of static and dynamic accuracy Co2激光束焊接機和切割機的驗收試驗.第2部分:靜態和動態準度測定
Acceptance tests for co2 - laser beam machines for high quality welding and cutting - measurement of static and dynamic accuracy 高質量焊接和切割用co2激光束機的驗收試驗.靜態和動態精確度的測定
Acceptance tests for co - laser beam machines for high quality welding and cutting - part 2 : measurement of static and dynamic accuracy iso 15616 - 2 : 2003 ; german version en iso 15616 - 2 : 2003 高質量焊接和切割用co2激光機驗收試驗.第2部分:靜態
Based on the small tactical missile system design , an engineering method for ram - air servo system dynamic accuracy analysis and verifying unit design is put forward 摘要從小型戰術導彈總體設計的角度提出了一種繼電控制沖壓式伺服系統的動態精度和校正裝置的工程分析和設計方法。
Because the self - oscillation , the dynamic accuracy of the servo system is not only correlative with servo system parameters but also influenced by the input signal amplitude , frequency and the system self - oscillation state 由于自振蕩狀態的存在,伺服系統的動態精度不僅與伺服系統的參數有關,還受到輸入信號幅值、頻率以及自振蕩頻率的影響。
For the amplitude - frequency response at the self - oscillation frequency is one , a method to calculate the dynamic accuracy and the index of the servo system is provided , by comparing them , the scheme to design the verifying unit is presented 利用伺服系統在自振蕩頻率點的幅頻特性為1這一特點,將輸入信號頻率、幅值、系統的自振蕩狀態和系統的參數聯系起來,構建了伺服系統動態精度的計算公式和指標估算經驗公式,并根據兩者的關系提出動態精度校正方案。
The siphon type can not realized automatic measurement and data handling and the tipping bucket type dynamic accuracy is not high . at the same time , the bigger inaccuracy exists in these two kinds of measurement methods . along with the science and technology and the requirement of society development , the automation to the meteorological factor gathers and meteorological data saves and data handling have been put forward to the higher requirement 氣象部門長期使用的雨量計為虹吸式或翻斗式的,虹吸式不能實現自動測量與數據處理,翻斗式動態精度不高,同時,這兩種方法測量降雨量存在較大的誤差,隨著科技和社會發展的需求,對氣象要素的自動采集和氣象數據的自動存儲、數據處理也提出了更高的要求。