电子机械工程
電子機械工程
전자궤계공정
ELECTRO-MECHANICAL ENGINEERING
2012年
3期
36-40,47
,共6页
RCS测量%全频段%布局%升降塔%结构设计
RCS測量%全頻段%佈跼%升降塔%結構設計
RCS측량%전빈단%포국%승강탑%결구설계
RCS measure%whole frequency bands%layout%lift tower%structure design
文中对静态RCS全频段测量雷达多天线和多收发设备的布局进行了设计，针对结构设计的核心部分——可移动高架天线塔进行了详细论述，对升降塔风栽荷进行了分析计算并用有限元法校核了天线塔身和天线安装架的强度，结果满足结构设计强度要求。解决了高架天线塔升降、天线安装调整、天线塔所装设备维修性和安全性的问题。对多波段静态RCS测量设备总体布局设计和高架升降塔的设计具有参考借鉴意义。
文中對靜態RCS全頻段測量雷達多天線和多收髮設備的佈跼進行瞭設計，針對結構設計的覈心部分——可移動高架天線塔進行瞭詳細論述，對升降塔風栽荷進行瞭分析計算併用有限元法校覈瞭天線塔身和天線安裝架的彊度，結果滿足結構設計彊度要求。解決瞭高架天線塔升降、天線安裝調整、天線塔所裝設備維脩性和安全性的問題。對多波段靜態RCS測量設備總體佈跼設計和高架升降塔的設計具有參攷藉鑒意義。
문중대정태RCS전빈단측량뢰체다천선화다수발설비적포국진행료설계，침대결구설계적핵심부분——가이동고가천선탑진행료상세논술，대승강탑풍재하진행료분석계산병용유한원법교핵료천선탑신화천선안장가적강도，결과만족결구설계강도요구。해결료고가천선탑승강、천선안장조정、천선탑소장설비유수성화안전성적문제。대다파단정태RCS측량설비총체포국설계화고가승강탑적설계구유삼고차감의의。
This paper designs the layout of antennas and T/R equipments for whole frequency bands static RCS measure radar. Detailed discussion is per formed for the mobile antenna tower which is the key part of structure design. Wind-load computing is carried out for the lift tower, the strength of antenna tower and an- tenna mounting structure is checked by finite element method, the results meet the design requirements. The problems of antenna going up and down, antenna stance adjusting, maintenance and security of equipments in antenna tower are solved in this paper. Study results of this paper are helpful to the layout design of multi- bands static RCS measure equipments and the structure design of lift tower.
