仿生合成是制备无机陶瓷涂层的新途径。
Biomimetic synthesis is a new process of fabricating inorganic ceramic coating.
本文就银果的仿生合成方法进行了分析研究并进行了结构认定。
In this paper, the biomimetic synthetic method of Yinguo was studied, its structure was also confirmed.
利用有机基质的模板作用能仿生合成出性能优异的新型无机材料。
Using the templating of the organic matrix, the new inorganic materials with excellent properties can be prepared by the biomimetic synthesis.
地球材料的仿生合成帮助我们了解了在人工条件下的生物成矿机制。
Biomimetic synthesis of Earth materials helps us to understand the mechanism of biomineralization under artificial conditions.
仿生合成具有的诸多优点，使无机材料的仿生合成技术成为无机材料化学的研究前沿和热点。
With high-performance, the biomimetic synthesis technology has been the focus and gained frontier position in material chemistry preparation field.
由于仿生无机材料潜在广阔的应用空间，使得仿生合成无机材料技术成为材料化学研究的热点。
The high performance inorganic materials synthesized in the biomimetic ways have established the focus of biomimetic synthesis technology in the material chemistry field.
本文用仿生合成法，对HA微晶薄膜形成的条件及实验方法进行了研究，并讨论了此方法的实验机理。
Using biomimetic synthesis, the conditions and method of forming ha crystallite film were studied in this paper, and the trial mechanism was discussed.
进一步进行了以自组装方法在钛表面镀磷酸盐的研究，探讨了在变动的有机模板调制下无机材料的仿生合成机理。
The biomimetic mechanism of inorganic materials is discussed under mediation of variable organic templates and coating of phosphates on titanium surface by self assembling method was studied.
通过仿生合成的方法制备具有复杂形貌和特殊晶型的无机晶体已经成为当前材料研究中的热点，具有重要的意义。
Biomimetic synthesizing inorganic crystals with unusual and complex form, which has significant meaning, has become an important research topic in current material studying field.
介绍了硅胶仿生合成中硅前体和有机大分子添加剂的类型及其作用机制，重点讨论了纳米硅胶仿生合成的影响因素。
The types of silica precursors for biomimetic synthesis of silica, along with the organic macromolecular additives and their functional mechanisms, are summarized in this paper.
本论文对天然低聚茋类化合物的生物活性与仿生合成，以及天然茋类衍生物的研究进展进行了综述。 对两种买麻藤属植物的化学成分进行了研究。
We have made a progress on the basis of the bioactivities and mimic biosynthesis of naturally occurring oligostilbenes, as well as the natural stilbene derivatives.
桑迪亚国家实验室的科学家们采取同样的方法，并开始利用它合成一种仿生材料，这种材料模仿了动物的变色功能。
Scientists at Sandia have taken this same approach and started to adapt it to create a synthetic, biomimetic material that will share the animals' ability to colour-shift.
通过对几种合成方法的比较得知，仿生催化氧化氯代甲苯制备氯代苯甲酸是一种比较有前途的方法。
By the comparison of different synthesis methods, the method of oxidation of chlorotoluenes using metalloporphyrins as biomimetic-catalysis showed better prospect.
对仿生钛化过程机理及精蛋白在诱导合成氧化钛过程中的催化和模板双重作用进行了详细的阐述。
The catalyzing and templating function of protamine involved in the synthesis of the nanoparticle composite was discussed, and a mechanism was tentatively proposed.
重点阐述了氯代苯甲酸的一系列合成方法，并简要介绍了金属卟啉模拟酶仿生催化氧气氧化氯代甲苯绿色合成氯代苯甲酸的新方法。
And gave a brief introduction of a novel technology for green synthesis of chlorobenzoic acids by dioxygen oxidation of chlorotoluenes using metalloporphyrins as biomimetic-catalysis.
采用水溶性高分子模仿生物矿化合成了硫化镉晶体，对其结构进行了研究。
The Cd S crystals are synthesized by mimicking of biominerals in a water soluble polymeric matrix. Their structures are stud- ied.
采用水溶性高分子模仿生物矿化合成了硫化镉晶体，对其结构进行了研究。
The Cd S crystals are synthesized by mimicking of biominerals in a water soluble polymeric matrix. Their structures are stud- ied.
应用推荐