靶场里的坚守——南京军区空军某场站轰炸靶场写真

来源 :军队党的生活 | 被引量 : 0次 | 上传用户:oliver777
下载到本地 , 更方便阅读
声明 : 本文档内容版权归属内容提供方 , 如果您对本文有版权争议 , 可与客服联系进行内容授权或下架
论文部分内容阅读
夜色很美,月朗星稀,清幽的月光毫不吝啬地照在小岛的哨所上;夜空很静,虫鸣蛙语,阵阵波涛好像还在讲述着靶场官兵的故事。在江南某三省交界处的辽阔湖畔,有一个几乎被世人遗忘的小岛,那里驻守着南空某航空兵部队战斗力生成不可或缺的力量——轰炸靶场。靶场四周区域为水网地带,岛的形状受季节影响较大。枯水季节,小岛才能露出本来的面貌;遇洪水时,小岛则大部分被淹没。岛上居民很少,最显眼 Night is beautiful, moonlight starry, quiet moonlight stingy on the island’s post; the night sky is very quiet, insects and frog language, bursts of waves seem to tell the story of the firing rangers and soldiers. At the vast lakeside of the junction of a certain three provinces in the south of the Yangtze River, there is an island that has been almost forgotten by the world. It is stationed in an indispensable force for the combat effectiveness of an airspace unit of the air force in southern South Asia - a bombing shooting range. The surrounding area of ​​the shooting range is a water network, and the shape of the island is greatly influenced by the season. Dry season, the island can reveal the original appearance; in case of floods, the island is mostly submerged. Very few residents on the island, the most prominent
其他文献
Carbon dots (CDs) with solvatochromic emission colors in different solvents have attracted much attention as a new class of luminescent nanomaterial owing to th
Quality of epitaxial films strongly depends on their structural and chemical match with the substrates: The more closely they match,the better the film quality
To accomplish mass hydrogen production by electrochemical water-splitting,it is a necessary to develop robust,highly active,stable,and cost-effective hydrogen e
由于小学阶段的学生年龄相对较小,再加上他们的天性活动、活动,致使他们的注意力往往不能长时间集中.而只有为他们构建一个良好的课堂氛围才可以充分调动他们的学习积极性,提
本文构建了一个理论模型,对新经济地理学框架进行了动态扩展,进而模拟了专业化对企业家精神的影响,并利用全国地级及以上城市的工业企业数据进行了实证检验.研究发现,区域产
90年来,共青团在以毛泽东、邓小平、江泽民同志为核心的党的三代中央领导集体和以胡锦涛同志为总书记的党中央以及众多老一辈无产阶级革命家的亲切关怀下,不断发展壮大,为中
Self-assembled GaN nanorods were grown by metal-organic chemical vapor deposition.A highly regular rosette-shaped cathodoluminescence pattern in the GaN nanorod
The immense potential of carbon nanoprobes (CNPs) for using as contrast agents has propelled much recent research and development in the field of thermoacoustic
目的 评估缺血性脑卒中患者颅脑神经解剖学与脑区功能学的关联性,进一步挖掘缺血性卒中发生的神经机制.方法 采集15例健康对照组和19例亚急性缺血性脑卒中上肢偏瘫患者,利用
文章使用2000~2013年中国海关企业数据,基于出口经验溢出视角构造四个毗邻效应代理变量,采用Heckman二阶段模型判断这几个变量性质,并进一步采用扩展引力模型考察毗邻效应对企