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- CaCO3 nanoparticles 碳酸钙
- Keywords polypropylene;CaCO3 nanoparticle;distribution;crystallite; 聚丙烯;纳米碳酸钙;分散;结晶;
- The optimum tribological properties of mixures of nanoparticles of CaCO3 and Cu in lubricating oils may be related with existing states of nanoparticles on surfaces. 研究还表明,润滑油中纳米碳酸钙、纳米铜粒子混合物添加剂的优良摩擦学性能与纳米粒子在表面存在形态相关。
- Do Nanoparticles in Food Pose a Health Risk? 食用含纳米颗粒食品会损害健康吗?
- TiO2, CaCO3, Paints, Printing ink, Pigments, Dyes, etc. 钛白粉,碳酸钙,油漆,油墨,颜料,染料等。
- The final crystals have approximately 1 million nanoparticles. 最终的晶体中有大约1百万个纳米粒子。
- Nanoparticles exhibit similar dimensions to those of biomolecules. 摘要纳米粒子具有独特的光、电和催化性质;
- CaCO3 nanoparticle 纳米碳酸钙
- SEM/EDX indirectly showed the nanoparticles dispersed well in the scaffold. SEM/EDX结果间接表征了纳米微球在支架中分布均匀。
- AuCl~-_(4)reacts with I~(-)to form(AuI)_n nanoparticles in size of 12 nm. AuC l4-与I-可形成(AuI)n纳米微粒.
- TiO2 nanoparticles have great value in the market and bright prospect. 纳米TiO2具有极大的市场价值和光明的发展前景。
- The semiconductor CdSe nanoparticles exhibit the quantum confined fluorescence. 硒化镉半导体颗粒具有量子局限效应产生的萤光。
- OBJECTIVE To study the preparation of magnetic dextran-mitomycin nanoparticles. 目的对葡聚糖丝裂霉素磁性纳米粒的制备及其含量进行研究。
- By replaced part of Cd with Gd, Gd dopped CdS nanoparticles were synthesized. 将钆离子掺杂进硫化镉奈米粒子中,原为逆磁性的硫化镉奈米粒子展现顺磁性质。
- The challenge of preparing nanoparticles by inverse microemulsion was given. 最后指出了当前反胶团微乳液制备纳米颗粒所面临的挑战。
- The experimental results testify that the main cement of loess aggregates is CaCO3. 实验结果证明了黄土团粒的主要胶结物是碳酸钙这一理论。
- By static anti-scaling method, through scale inhibition capacity test of CaCO3, the result show that PAA has good inhibitive effect on CaCO3. 通过聚丙烯酸(PAA)对碳酸钙垢的静态阻垢法阻垢实验,结果表明:聚丙烯酸有良好的阻碳酸钙垢效果。
- At last,the causes of abnormal infrared absorption from nano CaCO3 are discussed. 同时对纳米CaCO3粉末的红外光谱出现反常红外吸收现象的原因进行了分析讨论。
- The cyclic reaction characters of CaCO3 and three dolomites with CO2 was experimentally investigated. 对分析纯碳酸钙和三种白云石与CO2的循环反应特性进行实验研究。
- The conductivites of a super-saturated CaCo3 solution with and without the addition of a scale inhibitor were measured. 这种方法基于溶液电导率测定原理,是通过在加入阻垢剂和不加阻垢剂的特定水环境下测定各种成垢化合物的过饱和度来实现。