1) induction of erystal form
晶型诱导
2) inducing crystallization
诱导结晶
1.
A technology of heavy metals removal from wastewater with fluidized bed by inducing crystallization was studied.
研究采取以硅砂为晶核、利用诱导结晶方法和流化床技术联合处理重金属废水,重金属离子去除率可达99%,并且无污泥产生,不易产生二次污染。
2.
The technology with fluidied bed by inducing crystallization has many advantages , such as high removal efficiency, low cost, small space and wide range eligibility of heavy metal kinds.
应用流态化诱导结晶法处理重金属废水,去除率高,可以回收废水中的重金属,不易产生二次污染。
3) induced crystallization
诱导结晶
1.
Copper removal by induced crystallization from copper-containing wastewater
诱导结晶工艺处理含铜废水
2.
The results showed that in the initial stage of the induced crystallization, the ability of the amorphous BAPC to crystallize had been greatly enhanced with a rapid increase of crystallinity.
5kPa蒸气压的气相丙酮,对双酚A聚碳酸酯(BAPC)的液相或气相诱导结晶行为进行研究。
3.
The thesis will use the induced crystallization to remove and recycle the valuable metal, and provide a new idea for the harmlessness and resourcefulness of heavy metals and other valuable materials.
本研究借鉴污水处理技术的最新研究进展,提出以诱导结晶法处理重金属废水,将无害化和资源化相结合,同时去除和回收废水中的重金属。
5) liquid crystal induction
液晶诱导
6) nucli attraction
诱导晶核
1.
Over cold gave a little or a big effect on CBE's behavior when there was not a nucli attraction respectively.
结果表明过冷度和诱导晶核对乌桕类可可脂和天然可可脂的结晶行为有不同的影响。
补充资料：光诱导型基因传递系统
光诱导型基因传递系统
东京大学（the university of tokyo）研究者的最新报道指出，他们解决了在基因治疗中的最大挑战—将dna安全、有效地转入细胞。他们开发了一种光诱导的基因传递系统（gene delivery system）：将dna分子和光敏感化合物组装进一个简单的结构中，进而使实验操作对细胞的毒害降低到最小。
类似dna的大分子进入细胞的主要方法是通过胞吞作用（endocytosis），细胞外膜内陷将化合物单独隔离在一个称作内涵体（endosome）的区室中。光敏分子（photosensitive molecule）在接受光激发的时候帮助dna分子破膜而出。在dna周围包被上这种分子，使得研究者对细胞内其他细胞器和膜结构的破坏降低到最小。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。