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wuyao118

金虫 (小有名气)

[求助] 无机纳米化学方向,请教高手翻译一段话,论文中急需,谢谢!

可能的原因为,在ω值不变的条件下,水核的大小不变,当反应物浓度增加时(1 mol/L),同样大小的水核所包含的反应物量增多,因而W纳米晶的生长速度加快,使之不能很好地生长为纳米片,并自组装成空心微米球,导致产品尺寸大而不规则;当反应物浓度适中(0.5 mol/L)时,纳米晶的生长速度合适,使W能定向生长为纳米片,并在球形水核的限制下,自组装为空心微米球;而当W浓度为0.1 mol/L时,水核中容纳的反应物浓度过低,W纳米片的生长速度也很慢,得到的纳米片较少,在水核中不足以自组装成微米球,因而得到的是纳米片状的W。

[ Last edited by wuyao118 on 2011-5-13 at 08:14 ]
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ziyoujisea

银虫 (小有名气)

【答案】应助回帖

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Mally89(金币+2): 多谢交流!~欢迎常来!~O(∩_∩)O~ 2011-05-14 23:15:52
wuyao118(金币+90, 翻译EPI+1): 2011-05-16 10:16:24
Possible reasons are as follows. The size of the water nuclear kept constant with the same ω value. When the reactant concentration increased (1 mol / L), the reactant increased in the same size water nuclear, thus the growth rate of nano crystal W increased, unable to grow well as nano-plate and self-assemble into hollow microspheres, leading to product with large size and irregular shape. When the reactant concentration was suitable (0.5 mol / L), the growth rate of the nano crystal was suitable too and W orientated growth into nano-plate, which self-assembled into hollow microspheres with the restriction of spherical water nuclear. While when the reactant concentration was 0.1 mol / L, the reactant concentration in the water nuclear was too low and growth rate of the W nano-plate was slowly, which resulting too less amount of nano-plate to self-assembled into hollow microspheres, so the resulting product was W nano-plate.
2楼2011-05-14 01:38:07
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