复合

In this thesis, a new kind of carrier copper tetraaminophthalocyanine-Fe3O4 with excellent characters was successfully prepared and was used in laccase immobilization.

本论文的主要工作包括以下几个方面：(1)利用原位复合法制备了CuTAPc- Fe_3O_4纳米复合粒子。

In this paper,with respect to the low reactive activity of ludwigite from Wengquangou for the manufacture of borax by the CO2-soda process,a kind of composite additive was employed for the calcination of ludwigite.

针对碳碱法加工翁泉沟硼铁矿生产硼砂过程中存在的矿石活性低等问题，通过添加复合添加剂对硼铁矿进行活化焙烧，用常压碱解率评价焙烧矿的反应活性，分别考察了复合添加剂用量、焙烧温度以及焙烧时间对翁泉沟硼铁矿反应活性的影响。

The results according to the process spectroscopic detection and checking of the magnetic resonance and magnetical separation of resultant by HGMF indicate that the most of composite particles possess both magnetism and Au characteristic.

实验中应用水相合成法制备Fe3O4/Au纳米复合微粒，通过对复合微粒生成过程的光谱检测，对生成物的磁响应性检测和采用HGMF磁分离，表明绝大多数颗粒既具有磁性，又具有纳米Au的特征。

Magnetoelectric layered hybrid structures are a kind of composite of ferroelectric and ferromagnetic layers, which exhibit both ferroelectric and ferromagnetic properties simultaneously.

磁电层状复合结构是层状铁电相与铁磁相的复合，该层状结构同时具有铁电性和铁磁性，呈现出磁电耦合效应。

It wasfound that the surface structures of the composite microspheres could be altered to acertain extent by simply varying the rate of deposition reaction. It had been confirmedthat the proposed method can also be used for the preparation of other meatal sulfide-polymer composite microspheres, such as ZnS-P(NIPAM-co-20%MAA).

实验结果表明，与模板微球相比，复合微球呈现出较为粗旷、清晰的表面结构，且通过控制硫化物的沉积反应速度可以在一定范围内调控金属硫化物-高分子复合微球的表面形貌。

Based on linear elastic fracture theory, a damage evolution equation for composite soild propellant under uniaxial tension is derived. Main mecrosopic of material are determined through fittin the experiment data of constant rate tension. Then, the integrate constitutive equations found is close to microlevel.

基于线弹性断裂理论，提出了一个适合复合固体推进剂的脱湿微裂纹损伤发展方程，通过部分单向定速拉伸试验数据拟合确定其主要的细观参数，从而得到了复合固体推进剂在细观水平上完整且封闭的本构方程组。

The result showed that the photoconductive material of binary blended composite was not found to be used in laser beam printers. The expert group, organized by Science Committee of Zhejiang Province, considered that the achievement was based on our own technology, and was the achievement with new ideas and high technology which reached the international level. 2. In order to broaden the spectrum response range for photoconductors, we blended TiOPc with monoazo pigment (AZO-1), double azo pigments (AZO-2, AZO-3 and AZO-4) based on benzidine as bridge group, double azo pigments (AZO-5, AZO-6, and AZO-7) based on 2, 7-diamino-fluorenone as bridge group respectively.

首次采用这种共混复合物作为光生载流子材料，在自制的环式浸涂装置中制备激光打印光电导鼓，国家法定测试单位-机械工业部天津复印技术研究所的测试其光敏性：E〓=1.2～1.3μJ／cm〓，法定检索单位上海情报所的手工、光盘和计算机国际联机检索结果为：二元共混复合光电导材料应用于激光打印机未见报导，浙江省科委组织的专家鉴定小组认为：此项成果立足于自己的技术，是一项具有创新性的高技术成果，达到了国际先进水平。

The PSF/TLCP, PC/TLCP blends are seen to exhibit a monotonical decrease with the amount of TLCP increased, the viscosity versus composition curves of PPS/TLCP composites, however, exhibit a minimim with the concentration of TLCP increased.

对于相对较为柔性的聚合物PSF、PC，复合体系的表观粘度随着TLCP用量的增加而降低，但对于刚性较大的聚合物如PPS，则当TLCP用量增加到某一值后，TLCP的加入反而使复合体系的粘度增大，粘度随组成的变化有一最小值。

Objective To evaluate potential of collagen sustained release recombinant human bone morphogenic protein-2 (rhBMP-2) composed with coral and bone mesenchymal stem cells in repair of cranial defect aiming to clarify the origin of new bone after defect repair by such tissue-engineered bone.

目的观察以胶原缓释重组人骨形态发生蛋白-2(rhBMP-2)复合骨髓间充质干细胞及珊瑚构建的组织工程骨修复颅骨缺损的能力，明确复合BMSCs的组织工程骨修复颅骨缺损后新骨的来源。

Repair of bone defect by compound of bone morphogenic protein and its prior bone matrix gelatin was compared with repair by BMP with hydroxyapatite.

通过骨形态蛋白与其前身物质骨基质明胶复合，修复家兔桡骨缺损，同时以BMP与羟基磷灰石复合作实验对照。

According to the clear water experiment, aeration performance of the new equipment is good with high total oxygen transfer coefficient and oxygen utilization ratio.

曝气设备的动力效率在叶轮转速为120rpm～150rpm时取得最大值，此时氧利用率和充氧能力也具有较高值。

The environmental stability of that world - including its crushing pressures and icy darkness - means that some of its most famous inhabitants have survived for eons as evolutionary throwbacks, their bodies undergoing little change.

稳定的海底环境─包括能把人压扁的压力和冰冷的黑暗─意谓海底某些最知名的栖居生物已以演化返祖的样态活了万世，形体几无变化。