长征7号海南发射场内景公开

2016-05-15 07:25

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标签：长征7号海南

5月14日16时许，中国卫星海上测控部所属“远望21号”火箭运输船顺利将“长征7号”运载火箭运抵海南文昌，标志着长征7号运载火箭首次飞行任务进入全面实施阶段。

长征7号海南发射场内景公开

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                   "note": "中国航天科技集团公司第一研究院负责人打了个形象的比方，原有的火箭运载能力相当于“一居室”，伴随空间站、深空探测、更大规模卫星平台的需求提出，需要更大的“三居室”，甚至“小别墅”。",
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                   "note": "正因为这些优势，液氧煤油发动机被誉为世界航天动力领域的“珠穆朗玛峰”。",
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                   "note": "为了研制它，从2000年正式立项，到2012年120吨级发动机研制成功，再到正在研制的500吨级大推力液氧煤油发动机取得突破性进展，中国航天科技集团公司六院的科学家先后经历过整机试车4次失败的打击，突破了高压补燃关键技术80余项，使我国成为世界上继苏联之后，第二个掌握高压补燃技术的国家。",
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                   "note": "　再次，“长征七号”是我国首枚全生命周期的数字火箭。按照中国航天科技集团中国运载火箭技术研究院原党委书记梁小虹的说法，“长征七号”采用三维协同、设计、试验和制造，火箭全研制流程没有一张纸质图纸，代表了国内运载火箭最高研制水平。",
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                   "note": "例如，在研制阶段，中国航天科技集团公司一院实现了三维设计数据审签、发放和更改技术状态管理，全箭模型数据规模超过20GB。",
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                   "note": "生产加工阶段更是神奇实现了“一键式”加工。据梁小虹介绍，以前加工某零部件，首先要根据二维图纸画出工序草图、手工编制工艺规程，然后进行车、铣、镗等系列工序。",
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                   "note": "现在，只需按动数控机床按钮，成品即刻完成，且合格率达100%。在航天703所的生产车间，呈现仿真视频和三维工艺流程的终端大屏幕显示器如今成了标配，让火箭生产越来越高大上。",
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                   "note": "在试验、装配阶段，“长征七号”还应用了时髦的虚拟现实技术 ，对火箭进行虚拟装配、虚拟试验，真实模拟火箭实际装配和试验环境，提前预见可能发生的问题，确保了火箭试验、装配一次成功。",
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                   "note": "“长征七号”的本领不是天生就有的，而是经历了千锤百炼的试验。据统计，从2010年正式立项，5年的初样研制中，研制队伍完成了32 项关键技术攻关，完成了289项初样大型地面试验。",
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                   "note": "例如，“长征七号”的助推氧化剂箱的直径达到2.25米，整箱长度由此前的4.5米增加到13米，薄区厚度仅1.7毫米，和鸡蛋壳差不多厚，是火箭研制生产中难度最大的部分之一。",
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                   "osize": {},
                   "title": "",
                   "note": "为此，科学家们不仅要研发各种成形、焊接的新技术，还要对其进行动力系统试车、常温静力试验、爆破试验等危险测试。",
                   "newsurl": "#"
                }
            
                ,
                {
                   "id": "BN3DBD634T8E0001",
                   "img": "http://img3.cache.netease.com/photo/0001/2016-05-15/BN3DBD634T8E0001.jpg",
                   "timg": "http://img3.cache.netease.com/photo/0001/2016-05-15/BN3DBD634T8E0001.jpg",
                   "simg": "http://img3.cache.netease.com/photo/0001/2016-05-15/BN3DBD634T8E0001.jpg",
                   "oimg": "http://img3.cache.netease.com/photo/0001/2016-05-15/BN3DBD634T8E0001.jpg",
                   "osize": {},
                   "title": "",
                   "note": "例如，去年底进行的全箭模态试验，需要把50多米高、近600吨重的“长征七号”绑在全箭振动塔上“荡秋千”，以模拟火箭从起飞到助推器分离前100多秒的真实飞行状态。",
                   "newsurl": "#"
                }
            
                ,
                {
                   "id": "BN3DBN3A4T8E0001",
                   "img": "http://img3.cache.netease.com/photo/0001/2016-05-15/BN3DBN3A4T8E0001.jpg",
                   "timg": "http://img3.cache.netease.com/photo/0001/2016-05-15/BN3DBN3A4T8E0001.jpg",
                   "simg": "http://img3.cache.netease.com/photo/0001/2016-05-15/BN3DBN3A4T8E0001.jpg",
                   "oimg": "http://img3.cache.netease.com/photo/0001/2016-05-15/BN3DBN3A4T8E0001.jpg",
                   "osize": {},
                   "title": "",
                   "note": "要做到这一点，首先需要建造足够高的厂房，而在2008年，中国航天人进驻天津大运载火箭基地时，这里只有几个工棚。如今，这个全箭振动塔建筑面积达10230平方米，高93米，相当于30多层楼房的高度，最大承载力为1500吨。",
                   "newsurl": "#"
                }
            
                ,
                {
                   "id": "BN3DC0514T8E0001",
                   "img": "http://img4.cache.netease.com/photo/0001/2016-05-15/BN3DC0514T8E0001.jpg",
                   "timg": "http://img4.cache.netease.com/photo/0001/2016-05-15/BN3DC0514T8E0001.jpg",
                   "simg": "http://img4.cache.netease.com/photo/0001/2016-05-15/BN3DC0514T8E0001.jpg",
                   "oimg": "http://img4.cache.netease.com/photo/0001/2016-05-15/BN3DC0514T8E0001.jpg",
                   "osize": {},
                   "title": "",
                   "note": "科学家们将“长征七号”用16根垂下来的粗钢丝绳和底部的工装托住，整个实验过程就如同坐在“秋千”上，当然，这种振幅远不如荡秋千那么大，甚至用肉眼都不易觉察。",
                   "newsurl": "#"
                }
            
                ,
                {
                   "id": "BN3DCFM74T8E0001",
                   "img": "http://img4.cache.netease.com/photo/0001/2016-05-15/BN3DCFM74T8E0001.jpg",
                   "timg": "http://img4.cache.netease.com/photo/0001/2016-05-15/BN3DCFM74T8E0001.jpg",
                   "simg": "http://img4.cache.netease.com/photo/0001/2016-05-15/BN3DCFM74T8E0001.jpg",
                   "oimg": "http://img4.cache.netease.com/photo/0001/2016-05-15/BN3DCFM74T8E0001.jpg",
                   "osize": {},
                   "title": "",
                   "note": "再比如喷水实验。一般来说，火箭点火起飞时，箭体尾部喷出的火焰几乎“直击”发射平台，使发射平台瞬间接近3000摄氏度。",
                   "newsurl": "#"
                }
            
                ,
                {
                   "id": "BN3DCRU34T8E0001",
                   "img": "http://img4.cache.netease.com/photo/0001/2016-05-15/BN3DCRU34T8E0001.jpg",
                   "timg": "http://img4.cache.netease.com/photo/0001/2016-05-15/BN3DCRU34T8E0001.jpg",
                   "simg": "http://img4.cache.netease.com/photo/0001/2016-05-15/BN3DCRU34T8E0001.jpg",
                   "oimg": "http://img4.cache.netease.com/photo/0001/2016-05-15/BN3DCRU34T8E0001.jpg",
                   "osize": {},
                   "title": "",
                   "note": "这一温度足以熔化绝大多数金属和非金属材料。火箭外壳、火箭发射平台虽然由特殊材料制成，但高温也很可能会对其内部的仪器造成影响。",
                   "newsurl": "#"
                }
            
                ,
                {
                   "id": "BN3DD4QM4T8E0001",
                   "img": "http://img3.cache.netease.com/photo/0001/2016-05-15/BN3DD4QM4T8E0001.jpg",
                   "timg": "http://img3.cache.netease.com/photo/0001/2016-05-15/BN3DD4QM4T8E0001.jpg",
                   "simg": "http://img3.cache.netease.com/photo/0001/2016-05-15/BN3DD4QM4T8E0001.jpg",
                   "oimg": "http://img3.cache.netease.com/photo/0001/2016-05-15/BN3DD4QM4T8E0001.jpg",
                   "osize": {},
                   "title": "",
                   "note": "经过多次实验，科学家们终于寻找到最为合适的喷水点。据中国航天科技集团公司一院15所大流量喷水降温降噪系统技术负责人陈劲松介绍：“喷水系统分两级。",
                   "newsurl": "#"
                }
            
                ,
                {
                   "id": "BN3DDIJ84T8E0001",
                   "img": "http://img3.cache.netease.com/photo/0001/2016-05-15/BN3DDIJ84T8E0001.jpg",
                   "timg": "http://img3.cache.netease.com/photo/0001/2016-05-15/BN3DDIJ84T8E0001.jpg",
                   "simg": "http://img3.cache.netease.com/photo/0001/2016-05-15/BN3DDIJ84T8E0001.jpg",
                   "oimg": "http://img3.cache.netease.com/photo/0001/2016-05-15/BN3DDIJ84T8E0001.jpg",
                   "osize": {},
                   "title": "",
                   "note": "一级位于发射平台上，在火箭发动机点火前向发射平台喷洒一层5厘米厚的水层;二级位于发射平台两旁5米高的空中，当火箭飞达5米高以后向箭体尾部火焰中心喷水。两级喷水设施将各喷20余秒，完成400吨的喷水量。”",
                   "newsurl": "#"
                }
            
            ]
        }