镜头记录超级单体风暴

2013-03-16 09:43

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标签：单体风暴强雷暴龙卷风

超级单体风暴是一种具有特殊结构的强雷暴，比正常雷暴的水平尺度要大得多，维持时间可达几个小时，常伴有强风、局地暴雨、冰雹甚至龙卷风。（编译：六六）

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镜头记录超级单体风暴

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        "prevue": "超级单体风暴是一种具有特殊结构的强雷暴，比正常雷暴的水平尺度要大得多，维持时间可达几个小时，常伴有强风、局地暴雨、冰雹甚至龙卷风。（编译：六六）",
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        {
           "id": "8Q32AOQL4T8F0001",
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           "osize": {"w":600,"h":391},
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           "note": "雷声隆隆，乌云可怕地聚集、翻滚。如果这样的场景发生在电影里，说不定就会从云层里飞出一个不明飞行物，或者是出现一个拯救人类命运的超级英雄。现实中，这种超级单体风暴带来的视觉刺激毫不逊色于不明飞行物或者是超级英雄。",
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           "note": "超级单体风暴名符其实：它是世界上最大、最猛烈的、破坏力最强的风暴，高度可达32公里。只要气象条件合适，超级单体风暴可以在地球上的任何地方出现。不过世界上出现超级单体风暴最频繁的地方是美国的“风暴走廊”。",
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           "note": "麦克·霍林斯赫德就是传说中的“追风者”，他会跟随着风暴行进的路线进行拍摄。",
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           "id": "8Q32AOUN4T8F0001",
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           "note": "超级单体风暴通常会带来大量的降水、冰雹。",
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        {
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           "note": "超级单体风暴底部被称作“云墙”。照片中的云墙和落日构成了强烈的对比。",
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           "note": "超级单体风暴看起来就像由核武器爆炸所生成的蘑菇云。当上升气流受阻时，就会形成铁砧状的顶部。",
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           "osize": {"w":599,"h":389},
           "title": "",
           "note": "天空中的超级风暴与地面的建筑和车辆一起组成了一幅末日画卷。",
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        {
           "id": "8Q32AP3P4T8F0001",
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           "note": "2010年7月23日出现在南达科他州的超级单体风暴。这次风暴带来了大量的降水和冰雹，最大的一块冰雹直径达20厘米。捡拾到这块冰雹的李·斯科特将其保存在了冰箱里，之后交给了国家气象局的工作人员。李·斯科特说，他曾经动过把这块冰雹做成鸡尾酒的念头。",
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           "note": "低空单体风暴是超级单体风暴中最小的一种。",
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        {
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           "title": "",
           "note": "闪电照亮了风暴右侧的天空，与左侧橘红色的落日形成了鲜明的对比，照片左上角的两颗星星则表明风暴周围的天空晴朗无云。",
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        {
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           "osize": {"w":600,"h":436},
           "title": "",
           "note": "落日为灰色的风暴染上了一层奇异的色彩。",
           "newsurl": "#"
        },
        {
           "id": "8Q32AP8V4T8F0001",
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           "osize": {"w":600,"h":431},
           "title": "",
           "note": "这张照片拍摄于风暴形成初期，漏斗云开始在上升气流周围形成。",
           "newsurl": "#"
        },
        {
           "id": "8Q32APAA4T8F0001",
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           "osize": {"w":599,"h":375},
           "title": "",
           "note": "麦克·霍林斯赫德拍摄这张照片时收到了风暴预警，但是风暴最后还是没来。",
           "newsurl": "#"
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        {
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           "title": "",
           "note": "超级单体风暴底部的云就像一张能够吞噬一切的大嘴。冷空气在上升气流的作用下不断升高，在这个过程中，空气中的湿度越来越大，最终就形成了云墙。",
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        },
        {
           "id": "8Q32APDC4T8F0001",
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           "osize": {"w":600,"h":430},
           "title": "",
           "note": "乳状云，又称“乳状积云”，是在积雨云下方形成的乳状型积云，当下降气流里温度较冷的空气与上升气流中温度较暖的空气相遇，就会形成如同一个个袋子形状的乳状云。",
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        },
        {
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           "osize": {"w":599,"h":385},
           "title": "",
           "note": "太阳落山之后的余晖成为了风暴的背景色。",
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        },
        {
           "id": "8Q32APFV4T8F0001",
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           "osize": {"w":600,"h":383},
           "title": "",
           "note": "触手可及的云墙。",
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        },
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           "osize": {"w":599,"h":385},
           "title": "",
           "note": "大约30%的超级单体风暴最终会形成龙卷风。",
           "newsurl": "#"
        },
        {
           "id": "8Q32APIF4T8F0001",
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           "osize": {"w":600,"h":391},
           "title": "",
           "note": "霍林斯赫德说他从没见过这样的风暴。",
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        },
        {
           "id": "8Q32APJN4T8F0001",
           "img": "http://img3.cache.netease.com/photo/0001/2013-03-16/900x600_8Q32APJN4T8F0001.jpg",
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           "osize": {"w":600,"h":388},
           "title": "",
           "note": "风暴中心地区下着瓢泼大雨，风暴两侧一边是橘红色落日余晖，另一边亮如白昼。霍林斯赫德的大部分照片都是通过这种对比表现出大自然的美和力量。",
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}

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镜头记录超级单体风暴

超级单体风暴是一种具有特殊结构的强雷暴，比正常雷暴的水平尺度要大得多，维持时间可达几个小时，常伴有强风、局地暴雨、冰雹甚至龙卷风。（编译：六六）

镜头记录超级单体风暴

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