发射场常规推进剂加注训练系统

图书标准信息

• 作者 张平 编著；相有桓；高家智
• 出版社 化学工业出版社
• 出版时间 2020-09
• 版次 1
• ISBN 9787122373182
• 装帧 其他
• 开本 16开
• 纸张 胶版纸
• 页数 234页

【内容简介】

《发射场常规推进剂加注训练系统》以常规推进剂加注系统为背景,重点阐述了专业人员基础训练知识体系,结合训练实际需求,全面介绍了加注训练系统总体架构、业务流程、实装操控推演平台设计与实现等环节中的相关技术问题。全书共分8章,主要内容包括:加注系统基础理论、加注系统基本原理、加注系统设计技术、加注系统典型问题分析、典型故障应急处置、训练系统设计与实现以及加注系统发展方向。
  本书可供航天发射场推进剂加注领域的专业技术人员阅读,也可供航天发射系统各级管理人员参考。

【目录】

第1章　绪论                                                                   1

　1.1　引言                                                                       2

　1.2　加注系统概述                                                             2

　　1.2.1　基本组成                                                               2

　　1.2.2　基本特点                                                               3

　　1.2.3　基本工作内容                                                           3

　1.3　加注训练意义                                                             4

　1.4　加注训练主要内容                                                         5

第2章　加注系统基础理论                                                     7

　2.1　管流理论                                                                 8

　　2.1.1　伯努利方程                                                             8

　　2.1.2　有能量输入或输出的伯努利方程                                           9

　　2.1.3　不稳定流动的伯努利方程                                                 9

　　2.1.4　管流的流阻损失                                                         9

　　2.1.5　管流的工程计算                                                       10

　2.2　气液两相流理论                                                         11

　　2.2.1　气液两相流特点                                                       11

　　2.2.2　气液两相流动参数                                                     12

　　2.2.3　气液两相流动模型                                                     13

　2.3　传热基本原理                                                           15

　　2.3.1　传导传热                                                             16

　　2.3.2　辐射传热                                                             16

　　2.3.3　对流传热                                                             17

　2.4　泄漏及扩散理论                                                         18

　　2.4.1　湍流扩散理论                                                         19

　　2.4.2　高斯扩散模型                                                         20

　　2.4.3　高斯扩散参数及烟流抬升高度计算                                       24

　　2.4.4　其它扩散模型                                                         26

　2.5　薄膜理论                                                                 27

　　2.5.1　薄膜应力方程组                                                       27

　　2.5.2　薄壁圆筒壳体应力计算                                                 28

　　2.5.3　薄壁圆球壳体应力计算                                                 28

　　2.5.4　圆锥壳体应力计算                                                     28

　　2.5.5　椭球壳体应力计算                                                     28

　2.6　强度理论                                                                 29

　　2.6.1　第一强度理论                                                         29

　　2.6.2　第二强度理论                                                         29

　　2.6.3　第三强度理论                                                         30

　　2.6.4　第四强度理论                                                         30

第3章　加注系统基本原理                                                   32

　3.1　加注系统基本知识                                                       33

　　3.1.1　加注系统组成                                                         33

　　3.1.2　加注基本方式                                                         38

　　3.1.3　加注系统工序流程                                                     39

　　3.1.4　液体推进剂                                                           42

　3.2　加注工艺设备原理                                                       47

　　3.2.1　贮罐                                                                 47

　　3.2.2　管路                                                                 47

　　3.2.3　阀门                                                                 49

　　3.2.4　加注泵                                                               54

　　3.2.5　流量计                                                               57

字数限制，仅显示部分目录。