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The most generally satisfying experience of foreignness—complete bafflement, but with no sense of rejection—probably comes still from time spent in Japan.

旅居他国最惬意的事情就是新奇,同时又不会被拒绝,这种感觉可能只有在日本才能找到。

However, it is also called meet 2, so in the plot is still continue the story, filled with gold.

然而,它又叫做《不见不散2》,所以在剧情上依然是延续淘金者的故事,充满了新奇。

Oh,no ,no ,no, that is not i wanna say, i just to noticed that im a letter pad collector 2, cazy for the letter pad!

哦,不,不,不,不,这不是我想要说的,我刚注意到我也是个信纸收集狂,喜欢信纸,为所有漂亮的,新奇样式,可爱的信纸着迷!

Nanomaterials have many new characterizes which different from the normal materials for their small size, big surface area ratio and quanta dimension domino effect, for examples, the metal with good conductor will be turned into nonmetal when the size is reduced tonanometer levels; the resistance of originally nonconductor will be descended greatly when its size is reduced several nanometers or so, and loss the nonconductor property; the general solid is steady under certain conditions, while under nanometer conditions, the capabilities will be effected greatly by the granule sizes, the newness characteristics made nanomaterials have great appliance foreground on catalyze, optics, and industry produce and so on, therefore the nanomaterials have been the hotspot for materials science, chemistry science and so on.

纳米材料由于尺寸小、比表面积大和量子尺寸效应使它具有不同于常规固体材料的新的特征,如原来是良导体的金属,当尺寸减小到纳米量级时就变成非金属型;原来是绝缘体的物质,当尺寸减小到几纳米或几十纳米时电阻大大下降,失去了绝缘体特性;常规固体在一定条件下物理性能是稳定的,在纳米状态下,颗粒尺寸对性能产生强烈的影响等等,这些新奇的特点使得纳米材料在催化、光学、工业生产等各个方面都有着广阔的应用前景,因此,纳米材料目前已经成为材料科学、物理学及化学等学科的前沿热点。1990年7月在美国巴尔基摩召开了国际第一届纳米科学技术会议,正式把纳米材料科学作为材料科学的一个新的分支公布于世。

Now, it shouldn't oversell the post or mislead the reader, but something funny or amazing or at least visually interesting should do the trick.

当然,它不能过分夸大或者误导你的读者,但一些新奇好玩或至少看起来很有趣是可以的。

I want to fill it with color and ducks, The zoo of the new Whose names you meditate--- April snowdrop, Indian pipe, Little Stalk without wrinkle, Pool in which images Should be grand and classical Not this troublous Wringing of hands, this dark Ceiling without a star.

我要将它填满色彩和鸭子。满园的新奇动物它们的名字你还在琢磨——四月的雪花莲,水晶兰,梗茎细嫩、没有皱皮,潭水中的图像都将盛大而经典,不像这双手失措地扭绞,不似这晦暗的天花板,没有一颗星斗。

Nothing is more wonderful or moresingular than those enormous specimens of the order of the myrtaceae, withtheir leaves placed vertically and not horizontally, so that an edge andnot a surface looks upwards, the effect being that the sun's rays penetratemore freely among the trees.

这种高大的桃金娘科树木真是新奇少有,它们的叶子是垂直的而不是水平的,也就是说,向上长着的是叶边,而不是叶面,因此,阳光很容易透过树木射下来。

We should face these novelties with joy, not with fear – because it is useless to fear what cannot be avoided.

我们应该面对这些新奇与喜悦,而不是与恐惧-因为它是没用的恐惧什麼是不能回避的。

We should face these novelties with joy, not with fear – because it is useless to fear what cannot be avoided.

我们应该面对这些新奇与喜悦,而不是与恐惧-因为它是没用的恐惧什么是不能回避的。

Koran," a novel and unique style of beauty is not in accordance with the rhythm and rhyme are not based on a number of the short section to express a sense, they are not of prose rhythm and rhyme."

古兰经》独具一种新奇美妙的文体,既不是依照韵律的,又不是以若干押韵的短节来表达一个意义的,也不是没有节奏和韵脚的散文。

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Fancy gold-plated dangling earrings with facetted White Opal crystals.

花式镀金悬垂耳环与facetted白欧泊水晶。

This essay chooses the study aim from biology teachers in middle school in Shi Jiazhuang which tells us that most of the middle school biology teachers in Shi Jiazhuang have the"burnout", lower successfulness, individualize.

本文选取石家庄市初中生物教师作为研究对象,运用问卷调查的方法对石家庄市初中生物教师职业倦怠的现状进行调查,调查结果发现,石家庄市初中生物教师这一群体普遍存在职业倦怠,情感枯竭程度偏高,成就感偏低,去个性化程度最为严重。

In measurements of a day,generallyspeaking,the photosynthesis of birch in mesophytic habitat is better than that in xerophytichabitat(peak values are 12.8,10.33μmolCO2m-2s-1 respectively);that of sexual birch inmesophytic habitat is better than that of clone birch(peak values are 9.87,6.71μmolCO2m-2s-1respectively);that of young tree is better than that of seedling(peak values are12.37,10.05μmolCO2m-2s-1 respectively).

在一天中的各个时刻,总体说来,中生生境生长的白桦光合作用超过旱生生境生长的白桦光合作用(净光合速率峰值分别为12.8、10.33μmolCO2m-2s-1);白桦幼树的光合作用超过白桦幼苗(净光合速率峰值分别为12.37、10.05μmolCO2m-2s-1);中生生境有性白桦的光合作用超过无性白桦的光合作用(净光合速率峰值分别为9.87μmolCO2m-2s-1、6.71μmolCO2m-2s-1)。