防振 的英文怎麼說
中文拼音 [fángzhèn]
防振
英文
antihunting; antivibration; shake proof-
In addition, their new anti - vibration technology prevents degradation of test quality that can affect yield, while simultaneously increasing prober throughput
此外，其新穎的防振技術避免了測試質量的降低或影響產出，且增加了探針臺產量。Vibration proof mechanism
防振機構Vibration proof swtich
防振開關The bench should be stable, anti - vibration, anti - disturb by near area. sensitive balances ( over 1 of 10000 level ) should be put in the same room
天平臺應穩固、防振、相鄰區域不應對其造成干擾。精密天平（ 1 /萬以上）應相對集中放置。The analysis on the vibration and the antivibration measures of industrial forging hammer foundation
工業鍛錘基礎振動分析及防振措施General technical requirement for vibration isolation gloves
防振手套一般技術條件Structure parameter calculation code for fr - type dampers
型防振錘的結構參數和計算程序General technical requirement for vibration isolation
防振鞋一般技術條件It offers some parameters and datum
為防振設計提供相關數據和資料。A case analysis on the vibration of centrifugal pump
往復式壓縮機出口管線振動分析及防振設計Impulse calculation of the springs of automobile shockproof device
汽車防撞防振器的沖量計算Requirements for vibration hazards reduction of hand - held machines at the workplace
手持式機械作業防振要求Study on the vibration and anti - vibration measures of baffle heat exchanger
折流板換熱器振動及防振措施研究Technical requirements for damper
防振錘技術條件Vibration and anti - vibration measure to super high voltage power transmission lines
超高壓輸電線路的振動及防振措施Vibration isolating material
防振材料Vibration analysis and antivibration reinforcement of spray colloidal liquid pump piping
噴膠泵管線振動分析及防振加固Vibration - proof installation
防振裝置Vibration control equipment
防振裝置A mathematical model is developed to comprehensively describe and analysis the vibration of over - head transmission lines according to pertinent datum. based on the model ， an optimum solution about the conductor - damper system is put forward to by means of the analysis of possible anti - vibration designs. a method of balance - energy is used to acquire the frequency - respondence features of the conductor - damper system under the function of breeze ; a cad software is presented and developed in terms of above approaches. the model applied in the thesis is comprehensible and considerate, and the results from the model are close to the data from experimental site. beside these, favourable interactive operational capability makes it possess more practical and economic value
通過分析有關資料，建立了普通檔距導線微風振動系統的防振數學模型，並在該數學模型的基礎上，對防振結果進行了優化分析，得到了防振系統的解，用能量平衡原理，得到系統在微風作用下的頻響特性；採用這種方法設計了普通檔距防振的計算機輔助分析軟體。所採用的分析方法對微風振動的影響因素考慮全面，所求結果與現場實驗觀測中的數據比較接近，且人機交互操作性能良好，有一定的工程實用價值分享友人