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- impact of oxidant on plants 氧化剂对植物的影响
- Impact of urbanization in rural areas on plant diversity: a case study in Zunhua City. 农业区城市化对植物多样性的影响:遵化的研究。
- The time having inspected different menstruum , the temperature , reaction , impact of oxidant dosages over oxide reaction. 考察了不同溶剂，温度，反应时间，氧化剂用量对氧化反应的影响。
- Budding 1. The production of buds on plants. 芽殖：1．出芽：在植物体上产生芽的过程。
- The Study Progress on Plant of Reaumuria Linn. 红砂属植物研究进展。
- The Impact of Solar Winds on Navigation Aids. 太阳风对导航辅助设备的影响。
- Medical studies on plant of urtica L. 荨麻属植物的药用研究。
- B: The impact of gambling on society. 赌博对社会风气的影响。
- Feeding on plants; plant-eating. 食草的以食草为生的; 食植物的
- This is a tribute to the impact of Bohr on the modern world. 这是赞扬玻尔对现代世界所做的贡献。
- It's difficult to assess the impact of the President's speech. 总统讲话的巨大影响很难估计。
- YCDF-iridium-coated BFA abrasive grains are kind of high-grade BFA, which is coated with a kind of oxide on a special temperature. 产品详细介绍 ： YCDF - 镀衣磨料是在棕刚玉磨料的基础上，在特定的温度下，镀上一层金属氧化物。
- The impact of the report is augmented by its timing. 由于发表的时间选得好，这篇报导的影响更大了。
- The impact of all this on our top management is hard to believe. 这一切在我们高级经理人员中引起的震动是难于令人置信的。
- Red Wine Mask Improves blood circulation, brightens and firm up skin. Reduces the effects of oxidation on skin. Suitable for all skin types especially dull, lack of firmness skin. 我的美丽日记红酒多酚面膜(一般肌肤、尤其松弛暗沈)特性:收敛促进循环(花青素)和(单宁)有促进(循环)和收敛肌肤的卓越功效。白皙、紧实让脸蛋散发宛如微醺时的娇嫩光泽.
- Such weather is deleterious on plants. 这种天气对植物有害。
- What has been the impact of your project on your community? 你们参与的这个项目对当地社区产生了什么影响?
- A chemical sprayed or dusted on plants to cause the leaves to fall off. 落叶剂一种化学药剂，喷洒在植物上可使叶脱落
- An animal that feeds chiefly on plants. 食草动物主要靠植物为生的动物
- Doping Cr2O3 increase resistivity of ATO Doping ZnO reduce resistivity of ATO. After doping three oxide the transparency of ATO film is all reduced. Effect of oxide on transparency of ATO films followed the sequence Cr2O3> Fe2O3> ZnO. 结果表明;Cr2O3增大ATO纳米粉末晶粒尺寸;对ATO粉体电阻率急剧增加;搀杂ZnO增加ATO纳米粉末晶粒尺寸;但降低ATO粉末的电阻率;搀杂Fe2O3能大大减少ATO纳米粉末晶粒长大;当Fe2O3搀杂量超过一定值时使电阻率急剧上升;3种氧化物均降低ATO薄膜的透射率;其程度为Cr2O3>Fe2O3>ZnO.
