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汕头大学海洋科学接受调剂
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wuyao118

金虫 (小有名气)

[求助] 无机材料化学类专业:请教高手帮我把一句英语翻译成中文,谢谢!

(1)EG can cap in a cis-configuration onto the particular facets of CuS crystals to decrease the strong surface tension . Thus, there is a preferable growth orientation on CuS nanostructures. The dissolved Cu–Tu complex can release CuS crystal nuclei gradually。
(2)which prevents the CuS nuclei congregating into micro-scale particles in a short time. These previously formed CuS crystal nuclei aggregate together to form the thalamus of a single nano-flower , and then the subsequently formed CuS crystal nuclei build upon the thalamus to form small petals thanks to the Ostwald ripening process. Finally, the small petals lick up other capped nanoparticles directionally to yield a “blooming flower”.

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zuodg

铁杆木虫 (正式写手)

有为青年

【答案】应助回帖

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sltmac(金币+1): 谢谢交流~ 2011-06-16 20:57:47
sltmac(金币+50, 翻译EPI+1): 谢谢应助~ 2011-06-27 08:51:04
1)EG可以成顺式构象配置到CuS晶体特定面,降低强烈的表面张力。
因此,CuS纳米结构上有一个较有利的生长方向。溶解的Cu-Tu复合物可以逐渐释放CuS晶核。

2)…可以防止CuS晶核短时间内聚集成微尺度颗粒。CuS晶核聚集形成单个纳米花的花托,随后在Ostwald 晶体成熟过程基础上,CuS晶核在“花托”上生成“翼瓣”。最终,许多小的翼瓣与其他纳米颗粒接触,形成“盛开的鲜花”
要活的出彩
2楼2011-06-16 18:28:54
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liubencai

木虫之王 (文坛精英)

【答案】应助回帖

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sltmac(金币+1): 谢谢交流~ 2011-06-16 20:57:55
sltmac(金币+50): 欢迎常来本版~ 2011-06-27 08:51:18
(1)EG can cap in a cis-configuration onto the particular facets of CuS crystals to decrease the strong surface tension . Thus, there is a preferable growth orientation on CuS nanostructures. The dissolved Cu–Tu complex can release CuS crystal nuclei gradually。
(1)EG能以顺式构型覆盖在CuS晶体特定面上,来降低强的表面张力。因此,CuS纳米结构上有一个较好的生长方向。溶解的Cu-Tu配合物可以逐渐释放CuS晶核。
(2)which prevents the CuS nuclei congregating into micro-scale particles in a short time. These previously formed CuS crystal nuclei aggregate together to form the thalamus of a single nano-flower , and then the subsequently formed CuS crystal nuclei build upon the thalamus to form small petals thanks to the Ostwald ripening process. Finally, the small petals lick up other capped nanoparticles directionally to yield a “blooming flower”.
(2)可以阻止CuS晶核短时间内聚集成微尺度颗粒。CuS晶核聚集形成单个纳米花的花托,随后在Ostwald 晶体成熟过程的基础上,CuS晶核在“花托”上连续生成小的“花瓣”。最后,许多小的花瓣逐渐吞噬其他的上面的纳米颗粒,形成“盛开的鲜花”
坚持到底
3楼2011-06-16 19:27:09
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