launching error 中文意思是什麼

launching error 解釋
發射誤差
  • launching : n. 1. 發射。2. 起飛;(船等)下水;下水典禮。3. 開辦。
  • error : n. 1. 錯誤;失錯。2. 謬見,誤想;誤信;誤解。3. 罪過。4. 【數學】誤差;【法律】誤審,違法;(棒球中的)錯打。adj. -less 無錯誤的,正確的。
  1. In order to evaluate aiming error of missile on the warship or on the submarine, including the error of warship position, the error of reference azimuth and the error of transfer measurement given by the navigation system, and try to divided them from the general error, it is highly important that we estimate and evaluate missile system of mobile bedding launching

    為了評估從艦船潛艇上發射導彈的瞄準誤差,包括艦船導航系統給定的船位誤差、基準方位誤差及其傳遞測量誤差,並試圖把它們從總的瞄準誤差中分離出來,這對于動基座發射導彈武器的瞄準精度的評價極為重要。
  2. But repetitious launching tests show that there is a remarkable error in the measurement of the angle which is measured in the technical position. the error has so notable effect on sight precision of weapons that this scheme is abandoned in the design of later missile weapons

    但經多次發射試驗證明,技術陣地測量的兩基面夾角存在較大誤差,對武器的瞄準精度產生了較大影響,以致后繼的某些型號放棄了基面轉換方案。
  3. The test of " xx " underwater to surface missile aiming precision was tested on the sea. under the circumstance there was no reference information about domestic and overseas, the test of the underwater to surface missile aiming precision for the first time was finished on the mobile bedding launching, and filled up field of aiming spacing in our country. the test indicated that total precision of missile aiming system and analysis error of drop into target provided the foundation

    基於外測岸標的「 xx 」潛地導彈海上瞄準精度鑒定試驗,它是在無國內外參基於外測岸標的潛地導彈瞄準精度鑒定方法研究外參考資料可借鑒的情況下,我國首次在動基座上進行潛地導彈瞄準精度鑒定試驗,填補了我國在這一領域的試驗方法及試驗技術的空白,取得的試驗結果,對于分析導彈落點誤差及估算導彈組合命中精度提供了依據。
  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,自主誤差標定,自主初始對準)技術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、快速性有顯著提高,研製及發射費用明顯降低,具有重要應用價值和意義。
分享友人