首页>要闻>天下           天下         

      

厦门市妇幼保健医院美容中心网上爱问

2019年10月16日 04:12:44 | 作者:快问知识 | 来源:新华社
A: I want to exchange this DVD player.我想换台DVD播放机B: No problem. Do you have your receipt?没问题你有收据吗?A: That one thing I never get.收据我永远不会忘B: Now, what seems to be the problem?机器有什么问题?A: This DVD player wont play DVDs.它不播放碟片B: Well, at least you kept your receipt. One moment, please.至少你能留着收据稍等A: I spent almost an hour trying to make it work.我花了近一个小时想让机器正常播放B: If this one doesnt work, just bring it back.如果这台还不能播放,拿回来换就行了 56At least 30 high school students in Central China Henan Province have been ced to provide sex services since , with a deputy of local people congress also involved in the case, the Beijing-based Legal Mirror reported.据《北京法制晚报报道,自年起,中国中部河南省至少有30名初中生被强迫提供性务,当地一名人大代表也牵涉其中Local police of Weishi county in northern Henan said that they were paying significant attention to a brief report on ;ced sex services; circulating online, and have placed the case on file investigation.针对河南省北部的尉氏县传出的“强迫卖淫简要案情汇报”,尉氏当地警方表示,他们非常重视,并且已立案调查According to the ;brief report,; at least 30 high school students in Weishi, including several under years old, were ced to provide sex services.据该份“简报”显示,尉氏县至少30名中学生被强迫与人发生性关系,包括多名不满岁的幼童Under the current law in China, people who have sex with girls less than years old face a maximum of years in prison while those convicted of raping a child may face death sentence.照中国法律,与未满岁的少女发生性关系,将面临最高长达年的监禁,而强奸幼女者或判死刑The ;brief report; showed that since , a local entrepreneur surnamed Zhao had been asking a man surnamed Li to introduce young virgin girls sex.这份“简报”中称,自年以来,当地一名赵姓企业家要求一名李姓男子为其介绍年龄小的处女与其发生性关系But the newspaper did not mention who wrote the ;brief report.;不过,新闻报道中并没有提及是谁撰写了这则“简报”According to a victim, she was sent to a hotel by Li and saw a naked Zhao on bed in the room. After having sex with Zhao, Li gave 300 yuan (.6) to the girl, which she refused.一位受害人称,她被李某拉到宾馆后,一进门就看见赵某光着身子躺在床上在与其发生性关系后,李某给了女孩三百元钱(折合3.6美金),但被她拒绝了Currently, the Department of Public Security of Henan Province is investigating the case.目前,河南省公安厅正全力侦查此案 5793Some days, it seems like there are no mysteries left in our everyday lives. Our diets are dissected to the smallest element, there are countless books on how to raise our children and train our pets, and if we have questions, we can just turn to the Internet to find the answer. However, there are a few things left in our everyday lives that still have the experts stumped.在我们的日常生活中似乎没有什么秘密可言我们有很多途径可以去了解这些生活常识,例如我们可以通过图书学会养育孩子以及训练宠物,如果我们不满足于书上的,我们还可以求助于互联网去找到然而,还有很多生活常识是我们不知道的.Why Do Hiccup Cures Work?.为什么有些方法能有效停止打嗝?Hiccups are weird things, and were not even sure why they happen. There no real, practical reason a hiccup, and we dont know why all of our tried-and-true hiccup cures work. Everyone has their favorites, from eating a spoonful of sugar to holding your breath until the hiccups stop. There are so many ways to get rid of a hiccup that no matter where you are when you get it, someone will have a suggestion making it stop. It turns out that none of the cures are guaranteed to work everyone, and there not much scientific support any of them. As the ones that do work? Well, dont really know why they do.打嗝是一件很奇怪的事情,我们根本不知道为什么会打嗝事实上打嗝并没有所谓的真正的原因,并且我们不知道我们尝试的哪些方法可以有效停止打嗝每个人都有自己最喜欢的方式,例如吃一勺糖,屏住呼吸,直到停止打嗝除了这个方法还有很多可以停止打嗝的方法,无论你身处何地,当你打嗝的时候,周围总有人会建议你采用某种方法停止打嗝事实明,没有哪一种方法能够保对每个人都有效,这并没有太多的科学理论作为撑至于那些方法为什么有效?好吧,真的不知道为什么Hiccups are essentially caused by the diaphragm having a spasm, which can be caused by anything from laughing to medication. Stopping a hiccup seems to rely on a couple of different things. Raising the amount of carbon dioxide in the blood seems to have some success in stopping hiccups, but no one sure what that has to do with the process. Other somewhat successful remedies work by impacting the vagus nerve, which is involved in making sure we dont try to breathe and swallow at the same time. We dont know what that has to do with the diaphragm, either, but that seems to be why things like pressing on your eyes or pulling your ear help—those actions stimulate the nerve. Another method that been found to cure hiccups is, bizarrely, rectal massage. Used as a cure an extreme case of the hiccups in 1988, its success was once again traced back to stimulating the same vagus nerve.打嗝本质上是由隔膜痉挛引起的,这可能是由于人们发笑或者食用一些药物引起停止打嗝似乎依赖于一些不同的东西提高血液中二氧化碳的含量似乎能够成功停止打嗝,但没有人知道这一过程是如何进行的有些成功措施是靠影响大脑的迷走神经(注:迷走神经是第对脑神经,是脑神经中最长,分布最广的一对,含有感觉、运动和副交感神经纤维)来确保我们不同时呼吸和吞咽食物我们不知道是什么作用在隔膜上,但是看起来这解释了为什么有些人会在你打嗝的时候你的眼睛或拉你的耳朵,可能是靠这些行为刺激神经另外还有一种奇怪的方法可以来治疗打嗝,直肠这个是发生在1988年的治疗打嗝的一个极端例子,它的成功依然可以追溯到同一原理:刺激迷走神经9.Why Are Moths Attracted To Light?9.为什么飞蛾趋光Weve all watched it happen, and chances are we never really thought about it that much. Bugs—particularly moths—are attracted to light, but why? It the principle that many bug traps and zappers are built on, but no one knows just why it works. There are a couple of different theories about why moths are attracted to light, but there not even one that stands out as a front-runner. In fact, there are pretty convincing arguments against all of them.飞蛾趋光这个现象,我们都看着它发生,但是我们从未真正想过那么多昆虫们——特别是飞蛾都有趋光性,但这是为什么呢?许多灭虫器都是基于这个原理而制作的,但没有人知道为什么这些器具会有效灭虫有很多理论来论为什么飞蛾会被光所吸引,但没有一个让人信事实上,人们对于这些理论都持怀疑态度One theory suggests that only man-made, artificial lights attract bugs. Presumably, there something different about artificial light that interferes with the bugs ability to navigate, but we dont even know whether bugs are using light as a navigational aid. It also been suggested that moths may be confusing the frequencies of artificial lights with pheromones given off by willing mates, but there nothing to really support that theory, either. Researchers have found that it a pretty bizarre behavior, specifically because it seems to cross species but also works against the survival of those species. In spite of the kamikaze behavior that could be expected to discourage the practice—or at least kill off the part of the population that does it—it still a major behavior pattern.目前仅有一种理论表明,人工照明可以吸引虫子据推测,有一些不同的人造光具有干扰昆虫自身导航的能力,但我们难以判定虫子是否使用光作为导航援助还有人认为飞蛾可能会混淆人工照明产生的信息频率,但没有什么据能真正持这一理论研究人员发现,昆虫趋光是一个非常奇怪的行为,特别是它似乎跨物种,并且也不利于这些物种的生存尽管目前这种自杀性的行为被认为是一种消极的行为甚至会导致昆虫数量的减少,但是它仍然是昆虫一个主要的行为模式8.What Is Foam?8.泡沫到底是什么?Every time you wash dishes or lather your hands with soap, youre creating one of the most mysterious household compounds: foam. Foam isnt classified as a liquid, a gas, or a solid, but it all three at the same time. Different substances m different types of foam that all seem to work differently. There not much that actually known about the physics of what ms this weird cohesion of matter states or how we can predict what type of foam will be med from what type of substance.当你每次洗盘子或使用肥皂洗手时,你正在制造一个最神秘的家庭化合物:泡沫 泡沫并不能归类为液体,气体或固体,但它同时又是这三种的结合体并且不同的物质可以形成不同类型的泡沫实际上目前人们对泡沫并没有什么认识,比如说人们并不知道怎样来说明这种怪异的凝聚物质状态以及人们无法预测到什么类型的物质可以形成什么类型的泡沫Most foams are made up primarily of gas in between bits of liquid, but there no mathematical mula discovering how a foam will behave. Some foams are stiff, like shaving foams, while others are delicate, like soap bubbles. The size of the bubbles doesnt seem to have any impact on how the foam behaves. The reason we havent been able to learn much about foam is a weird one.Foam bubbles are inherently oddly shaped. The critical point of foam, defined as the moment when all the bubbles in the foam are perfectly spherical, is impossible to achieve on Earth because of gravity. Gravity pulls foam bubbles downward, and its impact is so great that even in a layer of foam just a few centimeters thick, there a definite difference between the shape of the bubbles at the bottom and the top. This makes it impossible to perm experiments on foam without changing what it is.大多数泡沫都是由气体和液体组成的,但是没有数学公式能够计算出泡沫的呈现形式有一些泡沫是僵硬的,像剃须泡沫,而另一些则很细腻柔软,像肥皂泡沫泡沫的大小似乎并不影响泡沫如何呈现这些现象都让我们认识到泡沫是多么不可思议的存在泡沫的泡泡本身就是一种特殊的存在在地心引力的作用下,每个泡泡变成完美的球形是不可能实现的地心引力对于泡沫的形成影响是巨大的,可以影响到泡沫的每一个小层,产生形变这样就使得人们无法通过不改变泡沫的形状来进行实验,也就是说人们无法对泡沫进行实验7.Why Does Static Electricity Happen?7.为什么会产生静电现象?It a mildly annoying occurrence that usually happens when the weather dry and youve done something like walking across a carpet. While we know how static electricity builds up, the question of why it happens is a surprisingly complicated one, with a weirdly elusive answer.天气干燥的时候,如果你走在地毯上,你就会发现恼人的静电产生了虽然我们知道静电是怎样积聚的,但是为什么会产生静电呢?这是一个复杂、古怪、难以捉摸的问题The problem in finding an explanation happens when one of the materials involved is, theoretically, an electrical insulator. There no confirmed reason why an electrical charge should be transferred from or to an insulating material; an insulator, by nature, shouldnt allow this. The problem is further complicated by the fact that different materials and conductors have different mechanisms the cause, buildup, and transfer of static electricity.A static electric shock can also occur between two objects made of identical materials, which makes the phenomenon even stranger. In theory, the difference in properties should be what makes the electrical charge jump from one material to the other, but experiments permed by rubbing two identical materials together have shown that static electricity still passed between the two objects. Currently, there are no satisfactory answers from the fields of physics or chemistry, suggesting that it actually a way more complicated phenomenon than either can on their own.人们找到了一个可以解释该问题所涉及的一种材料,从理论上讲,是一种电绝缘体事实上人们并没有确认为什么一个电荷会被转移到一个绝缘材料上,从本质上说,这是不可能发生的事情这个问题进一步复杂化的是,不同的材料和导体有不同的机制原理来产生、积累和转移静电静态电击也会发生在由相同的材料制成的两个事物之间理论上来说,属性的差异应该使电荷从一个物质转移到另一个,但两个相同的材料的擦实验表明,静电是在两个对象之间传递目前,在物理或化学领域中还没有令人满意的,表明这是一个多么复杂的现象6.Where Did Dogs Come From?6.是从哪里来的?Theyre some of our most constant companions, but there a lot we dont know about when dogs were first domesticated, where the process happened, and what the first domesticated dogs even were.一向被誉为我们最忠诚的同伴,但是大多数人并不知道第一只是怎么出现的,又是怎么被驯化的Studies on the subject have proven highly inconclusive, with estimates the first domestication ranging from 9,000–,000 years ago. Not only is that a huge gap, but it leaves a lot of unanswered questions as to how it happened. Dogs on the most distant end of that scale would have been associating with hunter-gatherer groups, while the more recent instances of domestication would have been happening when the human race had aly discovered agriculture and settled into a more sedentary lifestyle.Researchers from the University of Turku have isolated DNA from some of man early canine companions with some staggering implications. Some of the oldest DNA samples were taken from dogs that were living alongside humans around 33,000 years ago and were traced through to dogs that lived in Greenland about 1,000 years ago. But this particular DNA seems to be unrelated to today dogs, and it now suggested that some of the “dogs” that were domesticated thousands of years werent the same as today dogs and were instead a sort of sister species. Ancient dogs have been found in Europe, the Middle East, and Asia, but it still not known if the idea of domestication sp from one area to the other or occurred independently in all areas. If it did, it not known who was first.对于这项研究没有一个确切的说法,但是研究人员估计第一驯化应该是介于9000到000年前这个估计的年份实在是有巨大的差距,它也留下了许多未解之谜最早出现应该跟狩猎团体出现的时期一致,而驯养的最近实例应该是发生在人类已经发现农业并安顿下来追求更稳定生活方式的时候图尔库大学的研究人员在分离人类早期出现的一些的DNA时有惊人的发现这些作为实验的DNA样本取自于大约33000年前的,还有大约00年前住在格陵兰岛的 但似乎这个特殊的DNA与今天的没什么关系,和现在的驯化,甚至感觉都不是一个系列的物种古是在欧洲,中东和亚洲被发现的,但仍然不知道这个驯养的想法是否是从一个区域传播到另一个地方,或者在所有领域中是独立发生如果是这样的话,人们无法确定是怎么来的翻译:哈利小王子 前十网

79

8 18381

There a zillion characters in Game of Thrones, even after a bunch of them have been brutally bumped off. But among the likes of Tyrion, Bran, Dany, and pals, who really the main character? A team of mathematicians used a power far beyond Melisandre shadow magics to find out: the power of cold hard graphs.尽管有些人已经被残忍地干掉了,《权力的游戏里的人物还是多得难以计数但是在提利昂、布兰、丹妮以及其他人物中,谁才是真正的主角呢?一个数学家团队施展魔力,寻找,这个魔力可比梅丽珊卓的阴影魔法还强大——那就是客观实在的图表Macalester College associate professor of mathematics Andrew J. Beveridge and undergraduate student Jie Shan approached George R. R. Martin book series with a set of scientific approaches dubbed ;Network Science.; It uses graph theory, economics, math, sociology, and a plethora of other disciplines to map out a vast, interconnected network between the characters that sp all over Westeros and Essos.麦卡利斯特学院数学系副教授安德鲁·J·贝弗里奇和本科生单杰用一套名为;网络科学;的方法分析了乔治·R·R·马丁的这一系列书籍这套方法运用了图论、经济学、数学、社会学和其它许多学科的知识,描绘了一幅遍及维斯特洛和厄索斯的巨大人物关系网Using the third book in Martin saga, A Storm of Swords, and Shan created a huge character network, linking characters every time they appeared within words of each other, weighted on whether or not said characters were in the same scene together. Nearly a thousand pages later, they had a map:根据马丁这一传奇巨作的第三卷《冰雨的风暴,贝弗里奇和单杰制作了一幅巨大的人物关系网只要两个人物出现的间隔在个词之内,就把他们连在一起,看看他们是不是出现在同一个场景这样分析了大概一千页之后,他们得出了这张图:Unsurprisingly, the network sp the influence of characters pretty much where they were based in the books—Daenerys, isolated off in the East, Sansa and Tyrion down in the south in Kings Landing (among the likes of Cersei, Jamie, and Tywin), Jon Snow far to the north, and the then-alive Catelyn and Robb in the Western reaches of the Riverlands.不出所料,人物在这个网络中的影响力与书中体现的几乎一模一样丹妮莉丝独霸东方,珊莎和提利昂与瑟曦、詹姆、泰温等人在君临城南端,琼恩·雪诺远在北方,那时还活着的凯特琳和罗伯处于河间地西部After ranking the characters through various methods, the three most common characters that could be perceived as the ;main; stars of the series emerged: Sansa Stark, Jon Snow, and—at the top in pretty much every measured regard—Tyrion Lannister.在用几种方法为人物排序之后,三个出现次数最多、可被视作主角的人物就浮出了水面:珊莎·史塔克、琼恩·雪诺,以及在各种测量方法中排名都最高的提利昂·兰尼斯特It not really that surprising—each chapter of a book in the series is told from the perspective of a different character, and Tyrion has the most chapters to his name across the whole saga. And of course, the data doesnt really weigh in importance to the overall story. Speaking to Quartz, Beveridge noted that because Daenerys is so isolated in Essos, she doesnt have as many connections as the characters based in Westeros, despite playing a huge role in the future of A Song of Ice and Fire main arc:其实也没有那么出乎意料——因为每一卷的每一章都是从不同角色的视角叙述的,而在整部小说中以提利昂作为叙事视角的章节最多当然了,在整个故事中,数据并不足以说明一切在接受Quartz杂志的采访时,贝弗里奇提到,尽管丹妮莉丝在《冰与火之歌未来的主线中扮演着非常重要的角色,但因为她身处偏僻的厄索斯,构建的关系就没有维斯特洛人的那么多:Daenerys really represents the future—you can see what about to happen based on the people she linked with.丹妮莉丝确实代表着未来——你可以根据那些跟她有关系的人推断故事发展Still, it a pretty fascinating insight into the focal points that the book series concentrates on—and it always cool when these analytical concepts are turned towards our favorite fictional universes.但仍然,用这种方法来洞察这部书的焦点非常吸引人,并且这些分析概念可以用来解释我们最喜欢的虚构世界,真是太酷了 35390

  • 中华健康龙岩去老年斑多少钱
  • 莆田市无痛隆鼻收多少钱
  • 海沧区隆胸多少钱
  • 平安养生宁德隆鼻手术大概多少钱
  • 健步大夫厦门一针瘦脸针
  • 厦门隆鼻哪家医院比较好
  • 华龙面诊厦门怎样去除黑眼圈
  • 厦门地区祛晒斑
  • 在厦门地区第一医院治疗青春痘多少钱
  • 丽互动厦门大腿吸脂手术多少钱
  • 厦门颌面部知道活动
  • 厦门好的隆胸医院
  • 厦门哪里纹眼线好多少钱网上门户福建厦门市第一医院光子脱毛手术多少钱
  • 厦门无痛脱毛价格
  • 厦门抗衰美容平安中文思明区吸脂瘦身医院
  • 厦门市中医院是国有的吗新华活动
  • 中国在线厦门光子脱毛医院那个最好
  • 福建省厦门市隆鼻整容
  • 厦门地区医院哪个整形好
  • 厦门怎样去下眼袋
  • 在厦门地区副乳减同城时讯厦门自体脂肪隆鼻价格
  • 海沧区美容医院那家好365网
  • 厦门自体脂肪丰鼻翼哪里医院最好
  • 中华常识厦门哪家手术祛疤医院最好
  • 厦门一院整形价格是多少
  • 厦门如何祛斑最有效问医频道
  • 平安信息莆田市中心医院祛痘多少钱
  • 在厦门吸脂价格
  • 厦门欧菲医院割腋臭
  • 龙岩打玻尿酸溶脂针多少钱
  • 相关阅读
  • 明天开始一年内赚的盆满钵满穷的只剩钱的生肖
  • 百倍的热情千遍的呵护万分的用心品鉴华菱星马运煤专线上
  • 洛阳城市建设勘察设计院有限公司招聘信息
  • 阿梅你真的学了中医比较擅长是哪一方面的?你是在乡下学的吗
  • 深圳互金协会发布通知严禁成员单位开展首付贷等违规业务
  • 乌兰察布市召开十三五人才发展规划座谈会
  • 《梦想的声音》本周逆势上扬田馥甄浓妆惊艳颠覆
  • 特朗普要废了耶伦?华尔街的小心脏都要跳出来了!
  • 车市之星专访上海锦俊总经理尤悦梅
  • 地铁时代常青城暂无房源可售(图)
  • 编辑:光明社区

    关键词:厦门市妇幼保健医院美容中心

    更多

    更多