查询词典 AM
- 与 AM 相关的网络例句 [注:此内容来源于网络,仅供参考]
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I love you not become of who you are ,but because of who i am when i am with you.
我爱你,不是因为你是一个怎样的人,而是因为我喜欢与你在一起的感觉。
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Love you not because of who you are, ralph lauren bedding , but because of who I am when I am with you.
我爱你,不是由于你是一个怎样的人,而是因为我爱好与你在一起时的感到。
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I am Sir Bedivere, last living knight of the Round Table. I am he who was first made knight by the King.
我是贝迪维爵士--最后一个在世的圆桌骑士,我是国王命名的第一个骑士。
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I am glad to say that I have returned to Shanghai, and I am glad to say that I have had the hard experience of how it was before the times of Champagne and Caviar.
我很高兴地说,我回到了上海,我也很高兴地说,在没有香槟和鱼子酱的时代,我曾有过那么一段艰难的经历
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I am telling you I am not a beggar!
我正在告诉你我不是一个乞丐!
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I am not able to begin the work at once,for I am about to start on a journey.
我不能马上开始工作,因为我要出发去旅行了。
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A knife: I am tired, begonia, I am tired, do not think in the homicide.
一刀:我累了,海棠,我累了,不想在杀人。
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I am entirely at your disposal; only I regret I am unable to calm your sorrow. If the company of myself and my friends can beguile your thoughts, if you need me in any way, I would like you to know how very happy I would be to help.
可惜我无力减轻您的痛苦,如果我,或者我的朋友可以减轻您的苦恼,总之不管您在哪方面用得到我的话,我希望您知道我是非常乐意为您效劳的。
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As for me, if I am bereaved, I am bereaved.
我若丧了儿子,就丧了吧。
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Karry karry : I am proud to say that I am an owner of one male Betta I could use some suggestions as to the care of them...
我很自豪地说,我拥有一男betta我可以使用的一些建议,以照顾他们。。。
- 相关中文对照歌词
- I Am What I Am
- I Am
- I Am / Shades Of Life
- I Am
- I Am
- I Am
- I Am All Of Me
- I Am Woman
- I Am
- I Know Who I Am
- 推荐网络例句
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There are different types of personal loans available.
有许多不同类型的个人贷款优惠。
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The above mentioned teaching model of spiral rising can be used to avoid rigidness in teaching.
上述螺旋式上升的教学模式,可以避免教学形成模式後的僵化现象。
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In addition, the mass transfer process of main components in the heat pump cycle, such as a generator and an absorber, is analyzed, and the mass trasfer model, the relation of its separation effectiveness with the thermodynamic inconvertibility are described.
根据热力学第一、二定律,从理论上建立了描述该类热泵的数学模型。从热力学不可逆性原理出发,分析了热泵循环过程的热力学不可逆性引起的〓损失。