[新闻][转]118个化学元素拟人化成功，萌吗……还有毛丹青先生对萌的解释|『动漫主题讨论区』 - 『漫游』酷论坛

RLCABC@2008-11-24 09:53

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最初由 darlliu 发布
大部分元素都是futa才对吧,只有少数几个是强攻/绝世受,例如F肯定就是鬼畜攻,按照这本书就是个伪娘鬼畜攻了(1月那只?)
像是Cs, Fr之类的,则是受到倾城倾国:o

这个，不知道碱金属两两之间能不能相互结合，卤元素应该是没什么问题。

rgw87@2008-11-24 10:05

科学共同体太邪恶了：

In August 2000, the first argon compounds were formed by researchers at the University of Helsinki. By shining ultraviolet light onto frozen argon containing a small amount of hydrogen fluoride, argon hydrofluoride (HArF) was formed.[13] It is stable up to 40 kelvins (−233 °C).

Helium can form unstable compounds, known as excimers, with tungsten, iodine, fluorine, sulfur and phosphorus when it is subjected to an electric glow discharge, through electron bombardment or is otherwise a plasma. HeNe, HgHe10, WHe2 and the molecular ions He2+, He22+, HeH+, and HeD+ have been created this way.[59] This technique has also allowed the production of the neutral molecule He2, which has a large number of band systems, and HgHe, which is apparently only held together by polarization forces.[34] Theoretically, other true compounds may also be possible, such as helium fluorohydride (HHeF) which would be analogous to HArF, discovered in 2000.[60]

No true compounds including the neutral compounds of neon are known. However, the ions Ne+, (NeAr)+, (NeH)+, and (HeNe+) have been observed from optical and mass spectrometric studies, and neon is also known to form an unstable hydrate.[13]

以上均引自WIKI。

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Mewtwojge2@2008-11-24 11:03

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最初由 rgw87 发布
科学共同体太邪恶了：

In August 2000, the first argon compounds were formed by researchers at the University of Helsinki. By shining ultraviolet light onto frozen argon containing a small amount of hydrogen fluoride, argon hydrofluoride (HArF) was formed.[13] It is stable up to 40 kelvins (−233 °C).

Helium can form unstable compounds, known as excimers, with tungsten, iodine, fluorine, sulfur and phosphorus when it is subjected to an electric glow discharge, through electron bombardment or is otherwise a plasma. HeNe, HgHe10, WHe2 and the molecular ions He2+, He22+, HeH+, and HeD+ have been created this way.[59] This technique has also allowed the production of the neutral molecule He2, which has a large number of band systems, and HgHe, which is apparently only held together by polarization forces.[34] Theoretically, other true compounds may also be possible, such as helium fluorohydride (HHeF) which would be analogous to HArF, discovered in 2000.[60]

No true compounds including the neutral compounds of neon are known. However, the ions Ne+, (NeAr)+, (NeH)+, and (HeNe+) have been observed from optical and mass spectrometric studies, and neon is also known to form an unstable hydrate.[13]

以上均引自WIKI。

萝莉御姐自走炮一样不少，公主王子魔王人物已全，正义之师邪恶机构样样有，已经可以考虑写小说或拍动画了，名字就叫做<元素战记>爆

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jy1986@2008-11-24 11:24

难道民那不认为元素里有男性吗？

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SYH617@2008-11-24 11:45

有也是伪娘。

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angelseele@2008-11-24 12:36

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最初由 jy1986 发布
难道民那不认为元素里有男性吗？

引用楼上某人的设定这出戏里面只要萌杰列夫是男性就够了

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unkstar@2008-11-24 12:38

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最初由 jy1986 发布
难道民那不认为元素里有男性吗？

有扶它就夠。。。。。（口水。。。

ps to rgw：那紫外綫是啥？催X葯？電子轟擊呢？低溫的話是冷凍play？

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bcl2@2008-11-24 12:41

好奇人造元素的属性

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jy1986@2008-11-24 13:43

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最初由 bcl2 发布
好奇人造元素的属性

骄傲，女王，强功

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peterzk697@2008-11-24 16:10

这个。。。。。就算耍无赖我也一定要求周期表！太强大了！

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yy19@2008-11-24 16:24

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最初由 rgw87 发布
衡量元素攻受能力的标准是还原性/氧化性。还原性越强，就越容易被剥去电子外衣，就越受；氧化性越强，就越容易扒掉其它元素的电子外衣，就越攻。

以下内容可能涉及剧透,请选择性的观看:
delta同学提供的案例中，H和O本正搅得水花四溅，水漫金山，水流花落……Na突然从旁杀出，以迅雷不及掩耳盗铃之势把外衣甩掉，露出萌力四射的裸体。那O是个化合物遍天下的风流子，哪里禁得起这等诱惑？但H身轻体柔，他不忍弃之，于是曰：“你们都是我的翅膀，3P吧。”然后就有了NaOH，O，你是人生大赢家。:D

87，你这么搞，来化学实验室肯定一天就被轰出去了[/han]
要温柔，Na往乙醇里扔就行了，外带4P（茶[/TX]