内容标题
×
内容
绑定机构
扫描成功
请在APP上操作
打开万方数据APP，点击右上角"扫一扫"，扫描二维码即可将您登录的个人账号与机构账号绑定，绑定后您可在APP上享有机构权限，如需更换机构账号，可到个人中心解绑。
登录机构账号
登录 / 注册
登录 / 注册
机构登录
复制成功
设置
万方会员
暂未开通会员
开通即享超值福利、会员权益
优质内容推荐
立即开通
个人中心
我的智研
订阅
收藏
退出登录
简
繁
智研平台
会员
这是测试提示消息
首页
>
期刊导航
>
航空动力
航空动力
Aerospace Power
主办单位：
中国航空发动机研究院
主编：
成磊
出版周期：
双月刊
语种：
中文
国际刊号：
2096-5702
国内刊号：
10-1570/V
影响因子：
0.50
文献量：
1293
被引量：
2280
下载量：
18609
基金论文量：
23
电话：
010-56680553
邮政编码：
101304
地址：
北京市顺义区顺兴路21号
文章浏览
特色栏目
统计分析
期刊简介
征稿启事
DOI服务
[{"name":"Overview","count":190,"id":1},{"name":"综述","count":190,"id":2},{"name":"Technology","count":133,"id":3},{"name":"技术","count":122,"id":4},{"name":"管理","count":113,"id":5},{"name":"Management","count":102,"id":6},{"name":"青年创新大赛","count":57,"id":7},{"name":"AECC Youth Innovation Competition","count":32,"id":8},{"name":"AECC Youth Innovation Competion","count":25,"id":9},{"name":"回顾与展望","count":22,"id":10},{"name":"专稿","count":18,"id":11},{"name":"Review & Outlook","count":17,"id":12},{"name":"Features","count":16,"id":13},{"name":"Numerical Simulation","count":16,"id":14},{"name":"数值仿真","count":16,"id":15},{"name":"Safety","count":14,"id":16},{"name":"安全","count":14,"id":17},{"name":"Airworthiness","count":12,"id":18},{"name":"Electric Propulsion","count":12,"id":19},{"name":"电推进","count":12,"id":20},{"name":"适航","count":12,"id":21},{"name":"Fan / Compressor Technology","count":9,"id":22},{"name":"风扇/压气机技术","count":9,"id":23},{"name":"AEOS Product R&D System","count":8,"id":24},{"name":"AEOS 产品研发体系","count":8,"id":25},{"name":"Manufacture","count":8,"id":26},{"name":"Market","count":8,"id":27},{"name":"Supply Chain Management System","count":8,"id":28},{"name":"Sustainable Aviation","count":8,"id":29},{"name":"Test","count":8,"id":30},{"name":"Test & Measurement Digitalization","count":8,"id":31},{"name":"供应链管理体系","count":8,"id":32},{"name":"制造","count":8,"id":33},{"name":"可持续航空","count":8,"id":34},{"name":"市场","count":8,"id":35},{"name":"试验与测试数字化","count":8,"id":36},{"name":"AEOS Service & Support System","count":7,"id":37},{"name":"AEOS服务保障体系","count":7,"id":38},{"name":"Standardization","count":7,"id":39},{"name":"Wide-Range Engine","count":7,"id":40},{"name":"宽域发动机","count":7,"id":41},{"name":"标准化","count":7,"id":42},{"name":"Active Flow Control Technology","count":6,"id":43},{"name":"Combustion Technology","count":6,"id":44},{"name":"Gas Turbine Technology","count":6,"id":45},{"name":"Helicopter Transmission Technology","count":6,"id":46},{"name":"Hybrid Electric Propulsion","count":6,"id":47},{"name":"Hydrogen Powered Aviation","count":6,"id":48},{"name":"Information Technology","count":6,"id":49},{"name":"Small and Medium-Size Engines","count":6,"id":50},{"name":"Test & Measurement Technology","count":6,"id":51},{"name":"中小型航空发动机","count":6,"id":52},{"name":"主动流动控制技术","count":6,"id":53},{"name":"信息技术","count":6,"id":54},{"name":"氢能航空","count":6,"id":55},{"name":"混合电推进","count":6,"id":56},{"name":"燃气轮机技术","count":6,"id":57},{"name":"燃烧技术","count":6,"id":58},{"name":"直升机传动技术","count":6,"id":59},{"name":"试验","count":6,"id":60},{"name":"试验与测试技术","count":6,"id":61},{"name":"AECC Civil Aero Engines","count":5,"id":62},{"name":"Aero Engine Development","count":5,"id":63},{"name":"Collaborative Design Management System","count":5,"id":64},{"name":"Composite Materials","count":5,"id":65},{"name":"Fluidic Thrust Vectoring","count":5,"id":66},{"name":"General Aviation Engine","count":5,"id":67},{"name":"IT Implementation of R & D Elements","count":5,"id":68},{"name":"Review&Outlook","count":5,"id":69},{"name":"Simulation","count":5,"id":70},{"name":"Turbine Blade Cooling","count":5,"id":71},{"name":"Turbomachinery Design Technologies","count":5,"id":72},{"name":"WZ16 Project Management","count":5,"id":73},{"name":"中国航发民用发动机","count":5,"id":74},{"name":"仿真","count":5,"id":75},{"name":"叶轮机设计技术","count":5,"id":76},{"name":"复合材料","count":5,"id":77},{"name":"气动推力矢量控制技术","count":5,"id":78},{"name":"涡轮叶片冷却","count":5,"id":79},{"name":"涡轴16项目管理","count":5,"id":80},{"name":"研发要素信息化","count":5,"id":81},{"name":"航空发动机发展","count":5,"id":82},{"name":"通用航空发动机发展","count":5,"id":83},{"name":"集成研发系统","count":5,"id":84},{"name":"Aircraft / Engine Integration","count":4,"id":85},{"name":"Digital Transformation","count":4,"id":86},{"name":"Digital Twin","count":4,"id":87},{"name":"Engine Health Management","count":4,"id":88},{"name":"Helicopter Power","count":4,"id":89},{"name":"IAEC 2022","count":4,"id":90},{"name":"Leading-Edge Power","count":4,"id":91},{"name":"MRO","count":4,"id":92},{"name":"前沿动力","count":4,"id":93},{"name":"发动机健康管理","count":4,"id":94},{"name":"数字化转型","count":4,"id":95},{"name":"数字孪生","count":4,"id":96},{"name":"直升机动力","count":4,"id":97},{"name":"第三届国际航空发动机论坛","count":4,"id":98},{"name":"维修","count":4,"id":99},{"name":"飞发一体化","count":4,"id":100},{"name":"Aero Engine Control","count":3,"id":101},{"name":"New Concept Engine","count":3,"id":102},{"name":"发动机控制","count":3,"id":103},{"name":"新概念发动机","count":3,"id":104},{"name":"AI and Aero Propulsion","count":2,"id":105},{"name":"Civil-Military Integration","count":2,"id":106},{"name":"Feature","count":2,"id":107},{"name":"Test and Measurement","count":2,"id":108},{"name":"人工智能与航空推进","count":2,"id":109},{"name":"军民融合","count":2,"id":110},{"name":"测试","count":2,"id":111},{"name":"试验与测试","count":2,"id":112},{"name":"Interview","count":1,"id":113},{"name":"专访","count":1,"id":114},{"name":"卷首语","count":1,"id":115}]
全部
近一年
近三年
近五年
查看更多栏目
<
1
/
1
>
排序：
年/期
被引
下载
批量选择
（已选择）
0
条
清除
导出
共有
190
篇文献
题名
国外军用运输机动力发展分析
文摘阅读
11
下载
0
第三方链接
0
被引
0
作者: 廖忠权 罗彧
年/期：2025/5
被引：0
下载：0
美国新一代航空高性能齿轮钢研制进展分析
文摘阅读
10
下载
0
第三方链接
0
被引
0
作者: 吕春艳 尹书颖 孙科举
年/期：2025/5
被引：0
下载：0
国外旋转爆震技术研究进展
文摘阅读
10
下载
0
第三方链接
0
被引
0
作者: 李茜 王巍巍 孙露
年/期：2025/5
被引：0
下载：0
美国现役主力战斗机发动机推重比变化趋势研究
文摘阅读
13
下载
0
第三方链接
0
被引
0
作者: 张稳 韩玉琪 廖忠权 谭米 秦亚欣
年/期：2025/5
被引：0
下载：0
下一代商用航空发动机发展态势分析
文摘阅读
16
下载
1
第三方链接
0
被引
0
作者: 王翔宇 申余兵
年/期：2025/5
被引：0
下载：1
美国空军自适应循环发动机最新进展分析
文摘阅读
31
下载
4
第三方链接
0
被引
0
作者: 韩玉琪 杨守波
年/期：2025/4
被引：0
下载：4
波音公司F-47获选第六代战斗机潜在动因分析
文摘阅读
26
下载
2
第三方链接
0
被引
0
作者: 王乐 王巍巍 郭琦
年/期：2025/4
被引：0
下载：2
低空经济产业现状与对策研究
文摘阅读
24
下载
4
第三方链接
0
被引
0
作者: 刘震磊 王浩 吕勤云 李月月 齐纪
年/期：2025/4
被引：0
下载：4
典型航空企业数智化转型路线分析
文摘阅读
20
下载
0
第三方链接
0
被引
0
作者: 胡书珍 田拥胜 张洁 赵文韬
年/期：2025/4
被引：0
下载：0
航空动力电池技术发展研究:能量密度突破路径与零碳转型
文摘阅读
28
下载
4
第三方链接
0
被引
0
作者: 严慧玲
年/期：2025/3
被引：0
下载：4
1
2
3
4
5
6
7
下一页
src='', frameborder='0',name='_blank', scrolling='no')
分享到微信朋友圈
打开微信，点击底部的“发现”，使用“扫一扫”即可将网页分享到我的朋友圈。
