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1，喷火鱼的介绍

在印度洋里有一种喷火的鱼，它身体不大，只有20厘米左右。但它有一种微妙的护身“武器”。喷火鱼平时能从食物中摄取含磷的有机物，并不断地贮存于体内，一旦遇到船只或敌害，数以万计的喷火鱼就会吐出这种有机物。磷在氧气中自燃，能喷出一束3米多长的火焰射向敌人，致使敌人害怕得转身就逃。

喷火鱼的介绍

2，bmimBF4是什么请详细介绍

他的全称是1-丁基-3-甲基咪唑四氟硼酸盐([bmim]BF4)离子液体。 是一种化学上经常研究的离子液体，关于离子液体您可以参考：http://baike.baidu.com/view/722992.html 离子液体有这一系列非常奇异的化学物理特性，所以受到了很多化学研究人员的关注。

bmimBF4是什么请详细介绍

3，河鼓二的介绍

河鼓二 指天鹰座α星，又称“牛郎星”。古代传说牛郎织女七月七日鹊桥相会。实际上牛郎织女相距16光年。即使乘现代最强大的火箭，几百年后也不曾相会。河鼓二的两侧各有一颗较暗的星，分别称为河鼓一、河鼓三，它们与河鼓二合称为“河鼓三星”河鼓三星像一根长长的扁担，所以民间又叫它“扁担星”。传说“牛郎”（河鼓二）在扁担的中间，两头挑着他的两个儿子河鼓一和河鼓三，一直在追赶织女。

河鼓二的介绍

4，MANJUSAKA 的简介

曼珠沙华
原意为天上之花，大红花，天降吉兆四华之一.佛典中也说曼珠沙华（曼殊沙华）是天上开的花，白色而柔软，见此花者，恶自去除.
传说人死之后，都会来到忘川边。忘川那湍急的黑色河水凄艳迷离，一直绵延到冥王哈迪斯的宫殿。世间的一切皆由这神秘的河水带来，又由这河水带走。忘川的水，喝一口，将遗忘全部。忘川的两岸是盛开得如火如荼的曼珠沙华，在亲眼见到这些恶魔的花朵之前，你永远无法想象怎么能有花朵美得这样邪气伤感……曼珠沙华（マンジュシャゲ），恶魔的温柔。它们似乎从来就属于这片土地。曼珠沙华，冷漠和高贵，诱惑和死亡。 传说花香有神秘的魔力，能唤醒死者生前的记忆。这种异常凄美迷离的花朵，又叫彼岸花，荼蘼。它自甘投奔地狱，被众魔遣回，却依然在通往来

5，冰河世纪的介绍分别是什么

《冰河世纪》Ⅰ的故事围绕着三只冰河时期的史前动物和一个人类弃婴展开。冰河期使得动物们纷纷迁移寻找食物。心地善良的长毛象--曼菲德、嗜食的树獭--希德、狡猾的剑齿虎--迭哥，这三只性格迥异的动物为了使一个人类的小孩重返家园，竟然聚在了一起，组成了一只临时护送队，踏上了漫漫寻亲路。一路上这三只动物矛盾重生，迭哥心生毒计，想诱领队伍踏入自己族类设下的致命伏击，但在他们共同经历了雪崩、饥荒等无数险境之后，这些与严酷环境抗争的经历使迭哥开始对自己的计划动摇了…… 在《冰河世纪2》中，地球上的冰河期就快要结束了，大大小小的动物们都在欢天喜的庆祝水世界的即将来临，一片歌舞升平。然而迭哥(丹尼斯·劳瑞 配音)、希德(约翰·莱格扎莫 配音)和曼尼(雷·罗曼诺 配音)在享受和煦阳光的同时却发现大势不妙，溶化的雪水即将湮没她们的村庄，他们必须承担起警告所有居民从灾区撤离的艰巨责任。同样简单不复杂的剧情，带来了我们的全球超重量级英雄人物，全身毛茸茸、心地善良的长毛象曼尼，嗜吃的树獭希德和凶暴的剑齿虎迭哥。　　曼尼、希德和迭哥警觉到天气正在剧烈变化，巨大的天然冰山正发生着大规模的崩解。三兄弟毅然挥军南征，沿途经历诸多危险，最终到达安全的彼岸。在旅途过程中，经常逗嘴的三兄弟互相扶持，有难同当。同时，一直认为自己是最后一头猛犸象的曼尼在旅途中遇到了爱丽(奎因·拉蒂法 配音)--世界最后一头雌性猛犸象。第一次看到好兄弟陷入情网，迭哥和希德也完全无能为力，帮不上忙。其实曼尼也很头疼，美丽的爱丽从小被负鼠家族收养，浸染了所有负鼠的习性，爬树，钻墙角等。而更夸张的是，爱丽打从骨子里认为自己是一只负鼠，所以根本无法接收曼尼。再加上与爱丽同行的一对活宝负鼠兄弟，个性鲜明，唧唧喳喳。吵的我们的长毛英雄在面对一筹莫展的爱情和恶劣的天气条件下一时完全没有了对策。而偏偏这场破冰之旅还万万少不了爱丽……

6，SSCUltimateAero 简介

公司: 福特 名称: SSCUltimateAero 产地：美国 价格：654500美元 最贵的美国车，也是最快的车。SSC的时速大约可以达到416至437公里, 以273英里(约437公里)/小时的最高速度高居榜首，相比之下，世界上速度最快的民航客机“协和”起飞时的速度仅为360公里/小时。 汽车专家认为，今后几年内这一速度纪录也未必会被打破。不过，SSCUltimateAero将成为真正的展品，采购事实上是不可能的，因为其价格高达50多万美元，而且其生产数量 不超过25辆。 排名第二的高速汽车同样是美国车，福特SaleenS7TwinTurbo，最高速度达到了416公里/小时，同样超过了协和飞机起飞时的速度。 在测试时，要想达到公开宣称的最高速度也并非易事，只能在理想条件下才有可能，要求使用几倍于飞机起飞跑道长度的封闭路面，非常平整，没有上下坡，不能顶风，合适的压力、载荷等各种条件. 非量产?你的意思是什么?限量生产的?其实,福特SSCUltimateAer生产数量也不超过25辆啊.量产意为定/限量生产,非量产即不定/限量生产,只在车展上展览(即概念车,而概念车只是一个/几个模型一般不能跑~)或汽车公司内部研究/试验用的,最高速度是多少只有内部人员知到了.
补充一下…………跑得最快的车 冠军：福特公司SSCUltimateAero超级跑车以273英里/小时（约437km/h）的最高速度高居榜首，相比之下，世界上速度最快的民航客机—『协和』起飞时的速度仅为360km/h。 　　亚军：SaleenS7TwinTurbo（416km/s） 　　季军：布加迪Veyron（406km/h） 　　第四名：KoenigseggCCR（388km/h） 　　第五名：法拉利Enzo（350km/h） 　　第六名：道奇ViperSRT-10（348km/h） 　　第七名：帕加尼Zonda（345km/h） 　　第八名：奔驰SLRMcLaren（334km/h） 　　第九名：兰博基尼Murcielago（330km/h） 　　第十名：保时捷CarreraGT（330km/h） 　　当然，许多高速量产型汽车完全可以和战斗歼击机比速度，排名第6的道奇ViperSRT-10在800米距离内的速度超过了F-16歼击机。需要指出的是，此次登上高速汽车排行榜前10名的全是量产车。　　

7，求Deciduous的简介

Deciduous In botany and horticulture, deciduous plants, including trees, shrubs and herbaceous perennials, are those that lose all of their leaves for part of the year. This process is called abscission. In some cases the leaf loss coincides with winter - namely in temperate or polar climates. While in other areas of the world, plants lose their leaves during the dry season or during other seasonal variations in rainfall, including tropical and subtropical areas of the world. The converse of deciduous is evergreen; plants that are intermediate may be called semi-deciduous. Some tree, including a few Oak species have desiccated leaves that remain on the tree through winter; these dry persistent leaves are called marcescent leaves and are dropped in the spring as new growth begins.
Like many deciduous plants, Forsythia flowers during the leafless season Many deciduous plants flower during the period when they are leafless, as this increases the effectiveness of pollination. The absence of leaves improves wind transmission of pollen in the case of wind-pollinated plants, and increases the visibility of the flowers to insects in insect-pollinated plants. This strategy is not without risks, as the flowers can be damaged by frost, or in dry season areas, result in water stress on the plant. Nevertheless, by losing leaves in the cold winter days, plants can reduce water loss since most of the water would appear as ice, and there is much less branch and trunk breakage from glaze ice storms when leafless. Leaf drop or abscission involves complex physiological signals and changes within plants. The process of photosynthesis steadily degrades the supply of chlorophylls in foliage; plants normally replenish chlorophylls during the summer months. When days grow short and nights are cool, or when plants are drought stressed, deciduous trees decrease chlorophyll pigment production allowing other pigments present in the leaf to become apparent, resulting in fall color. These other pigments include carotenoids that are yellow, brown, and orange. Anthocyanin pigments produce reds and purple colors, though they are not always present in the leaves but are produced in the foliage in late summer when sugars are trapped in the leaves after the process of abscission begins. Parts of the world that have showy displays of bright fall colors are limited to locations where days become short and nights are cool. In other parts of the world the leaves of deciduous trees simply fall off without turning the bright colors produced from the accumulation of anthocyanin pigments. The beginning of leaf drop starts when an abscission layer is formed between the leaf petiole and the stem. This layer is formed in the spring during active new growth of the leaf, it consists of layers of cells that can separate from each other. The cells are sensitive to a plant hormone called auxin that is produced by the leaf and other parts of the plant. When the auxin coming from the leaf is produced at a rate consistent with that of the auxin from the body of the plant, the cells of the abscission layer remain connected; in the fall or when under stress the auxin flow from the leaf decreases or stops triggering cellular elongation within the abscission layer. The elongation of these cells break the connection between the different cell layers, allowing the leaf to break away from the plant, it also forms a layer that seals the break so the plant does not lose sap. A number of deciduous plants remove nitrogen and carbon from the foliage before they are shed and store them in the form of proteins in the vacuoles of parenchyma cells in the roots and the inner bark. In the spring these proteins are used as a nitrogen source during the growth of new leaves or flowers.[3] Plants with deciduous foliage compared to plants with evergreen foliage, have both advantages and disadvantages in growth and competition for space. Since deciduous plants lose their leaves to conserve water or to better survive winter weather conditions, they must regrow new foliage when the next growing season is suitable, this uses more resources which evergreens do not need to expend.

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