撓性陀螺儀 的英文怎麼說

中文拼音 [náoxìngtuóluó]
撓性陀螺儀 英文
flexible gyroscope
  • : 動詞1. (輕輕地抓) scratch 2. (擾亂;阻止) hinder 3. (彎曲,比喻屈服)yield;flinch:不屈不撓indomitable; unyielding
  • : Ⅰ名詞1 (性格) nature; character; disposition 2 (性能; 性質) property; quality 3 (性別) sex ...
  • : 名詞[書面語]1. (山岡) low hill; hillock2. (團狀物) lump
  • : 1. [動物學] (軟體動物) spiral shell; snail; conch 2. (螺旋形的指紋) whorl (in fingerprint)
  • : 名詞1 (人的外表) appearance; bearing 2 (禮節; 儀式) ceremony; rite 3 (禮物)present; gift 4 ...
  • 陀螺儀 : gyroscope; gyro; top
  • 陀螺 : [物理學] top; whipping top; gyroscope; scopperil
  1. The effect of flexure support to the dtg precision is studied, and the drift equation of dtg is give

    研究了支承特對動力調諧速率精度的影響,推導了動力調諧速率的漂移公式。
  2. The following important work has been done : ( 1 ) some special problems of rate - bias laser gyro were analysed. the problems include modulation and demodulation of the output and algorithm of the attitude updates ; ( 2 ) the integrated navigation system with the fault tolerance property which equipped with many navigation equipments as sins, gps, dvs, ads, mg, vg is designed, and compared with that of ckf via simulations ; ( 3 ) the theories and methods of system level fault detection apply to federated filtering is investigated ; ( 4 ) the problem about using the fused information of sins based on rate - bias laser gyroscope / dynamical tune gyroscope to realize the component level hard fault interactions detection through a back - propagation neural network is discussed

    主要研究工作有:研究了速率偏頻激光捷聯慣導的測量信號的解調演算法;設計了在速率偏頻激光捷聯慣導、 gps 、多普勒雷達、大氣數據系統、磁航向及垂直配備條件下聯邦濾波組合導航系統,對聯邦濾波器和集中濾波器的能做了模擬對比分析;研究了適用於聯邦濾波器的系統級故障理論和方法;探討了利用速率偏頻激光捷聯慣導捷聯慣導的混合測量信息,通過神經網路實現硬故障交互檢測的方法。
  3. Because of the limited rigidity in every direction of the flexure joint, the gyro drift must be existed. the simulation analysis for this drift is done. 5

    研究了由於軸在所有方向上均存在有限剛度而引起的漂移,並進行了模擬分析; 5
  4. Flexible joints are key components of dynamically tuned gyroscopes, whose thin necks ’ thickness directly influences the orientation of the gyro

    接頭作為動力調諧中的關鍵零件,其細頸厚度會直接影響的定位。
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