1) TEOS
含镍硅酸乙酯
1.
Ni-rich Ni/SiO2 composite aerogels in which weight percentage of Ni could reach 60% werefirstly prepared by sol-gel process of Ni-containing tetraethyl orthosilicate (NiTEOS).
首次采用含镍硅酸乙酯(NiTEOS)进行溶胶-凝胶反应来制备高镍含量的Ni/SiO2复合气凝胶,且Ni含量可在<60wt%的范围内任意调节。
2) nickel wastewater
含镍废水
1.
Treatment of Nickel wastewater with bulk liquid membrane using TOMAC as carrier;
TOMAC为载体的大块液膜法处理含镍废水
2.
Study on recycling of nickel in nickel wastewater by chemical precipitation;
化学沉淀法回收含镍废水中镍的研究
3.
TFC-S NF membrane is used to study the process for completely reusing nickel wastewater in the tests.
试验采用TFC-S型纳滤(NF)膜,研究含镍废水回用工艺。
3) nickel-containing wastewater
含镍废水
1.
In this paper,the monoanionic membrane electrolysis method was used to deal with the nickel-containing wastewater.
采用单阴膜电解法对含镍废水进行处理,在理论分析的基础上研究了电解液pH值、Ni2+浓度、电流强度等影响因素。
2.
The treatment of nickel-containing wastewater with ceramisite was experimentally investigated.
探讨了用陶粒处理含镍废水试验中陶粒用量、废水酸度、接触时间等因素对除镍效果的影响。
3.
5mol/L and reaction time 48h can be used to treat nickel-containing wastewater,with removal efficiency of Ni2+ and COD in nickel-containing wastewater up to 98.
文章采用改性木质素磺酸盐絮凝处理含镍电镀废水,此法处理含镍废水效果明显。
4) nickelferrous spent material
含镍废料
1.
Sulfuric acid leaching technology of a nickelferrous spent material was studied.
研究了含镍废料的酸浸工艺。
5) nickel bearing samples
含镍试料
6) nickel-containing waste water
含镍污水
参考词条
含镍生铁
含镍的
含镍铜精矿
含镍(Ⅱ)配合物
含镍硫化矿
含镍水滑石
含镍矿物<冶>
含镍溶液<冶>
含镍铁矿<冶>
含镍离子废水
含镍(II)配合物
含镍磁黄铁矿
含镍电镀废液
含镍钡镁锰矿
第三类控制
Yb:YAG 晶体
补充资料:双(仲丁醇)正硅酸三乙基正硅酸酯铝盐
CAS:68959-06-8
分子式:C14H33AlO6Si
分子质量:352.47
中文名称:双(仲丁醇)正硅酸三乙基正硅酸酯铝盐
英文名称:bis(2-butanolato)(triethyl orthosilicato-O''')-Aluminum
di-sec-Butoxyaluminoxytriethoxysilane
bis(2-butanolato)(triethyl orthosilicato-o''')-aluminum
diethoxysiloxane-s-butylaluminate copolymer
分子式:C14H33AlO6Si
分子质量:352.47
中文名称:双(仲丁醇)正硅酸三乙基正硅酸酯铝盐
英文名称:bis(2-butanolato)(triethyl orthosilicato-O''')-Aluminum
di-sec-Butoxyaluminoxytriethoxysilane
bis(2-butanolato)(triethyl orthosilicato-o''')-aluminum
diethoxysiloxane-s-butylaluminate copolymer
说明:补充资料仅用于学习参考,请勿用于其它任何用途。