天然高分子

将其与天然高分子或各种可降解塑料混合也可以有效促进PP的生物降解；

The biodegradability can also be improved by blending some natural polymer or degradable plastics ;

SS是来源于蚕的亲水性天然高分子蛋白，主要作用是包裹在两条丝素纤维外面起粘合作用。

SS is hydrophilic natural polymer protein derived from the silkworm , the main role is bonding by wrapping out of two silk fibroin .

论包装用天然高分子膜天然维生素E的开发及应用前景

Application of natural macromolecule membrane in packaging Natural Vitamin E

研究了用改性累托石-天然高分子多糖复合絮凝剂处理油漆废水，其最佳配方w（改性累托石）∶w（天然高分子多糖）

This paper researched the effect of treating oil paint wastewater using modified rectorite-amylose composite flocculant .

研究一种新型天然高分子催化剂，二氧化硅负载羧甲基纤维秦钯络合物（Si－CMC－Pd）的催化加氢性能。

Catalytic hydrogenation behaviors of a novel natural polymer-supported catalyst , silica-supported carboxymethyl cellulose-palladium complex , have been investigated .

本研究选用天然高分子材料，制备海藻酸钠-壳聚糖-海藻酸钠（ACA）微胶囊。

In this study , we adopted natural polymers to fabricate alginate-chitosan-alginate ( ACA ) microcapsules .

丝素蛋白（SF，Silkfibroin）是一种天然高分子材料，它具有良好的亲水性、生物相容性和生物降解性等特性。

SF ( Silk fibroin ) is a natural polymeric material with good hydrophilic property , biocompatibility , biodegradability and so on .

制备了无机-有机天然高分子复合絮凝剂PAC-CTS，并探讨了其组成、投加量以及废水pH对制药废水絮凝效果的影响。

The inorganic-organic composite flocculants PAC-CTS were prepared and used for treatment of pharmacy sewage .

丝素蛋白（Silkfibroin，SF）作为天然高分子物质拥有优良的生物相容性、机械性能和可降解性，在组织工程领域的应用相当广泛。

Silk Fibroin as a natural macromolecule material with excellent biocompatibility , mechanical properties and degradability is widely used in the field of tissue engineering .

淀粉是天然高分子材料，具有良好的生物相容性和生物降解性，但是其力学性能较差；PVA是合成高分子材料，具有良好的力学性能，但是其降解性能较差。

Starch is natural polymer with good biocompatibility and biodegradability , but poor mechanical properties . PVA is synthetic polymer with good mechanical properties but poor biodegradability .

在天然高分子表面活性剂的保护下，Ag（NH3）2被水合肼还原得到分散性良+好的不同含银量的复合粉体。

Protected by surfactant , Ag ( NH3 ) 2 was reduced by hydrazine + hydrate , and the composite powder with excellent dispersibility was obtained .

本文主要研究内容为：铜（III）氧化还原引发天然高分子接枝共聚合反应的研究。全文共分为两个部分。

This paper is mainly about the study on the graft copolymerization of natural macromolecules redox-initiated with super valence trans-metal Cu ( III ) and will be discussed in two sections .

在本文中，我们以天然高分子KGM为骨架，合成了用于结肠定位释药的生物可降解水凝胶。

In this paper , the novel biodegradable hydrogels based on KGM for colon-specific delivery had been synthesized .

用SPI与壳聚糖CS复合，集两种天然高分子的优点成功制备了性能良好的大豆分离蛋白/壳聚糖（SPI/CS）复合膜。

SPI / CS composite membrane with good properties was prepared successfully by compositing SPI with CS , so that the merits of both SPI and CS were combined .

我们以Ni（Ⅳ）为氧化剂，以天然高分子（酪素、甲壳素）上的弱还原能力的特征基团为还原剂，组成氧化还原引发体系，制得了高接枝效率的接枝共聚物。

Ni ( IV ) was employed as oxidant and natural polymers ( casein , chitosan ) as reductant to make up the redox system to initiate the grafting polymerization . High grafting efficiency copolymer was obtained .

利用壳聚糖与香草醛反应制备出更为高效的天然高分子吸附剂&改性壳聚糖（VCG）。

A natural macromolecule adsorbent - modified chitosan ( VCG ) was prepared by using chitosan with vanillin .

海藻酸钠（SA）是一种天然高分子材料，能与多价阳离子形成凝胶，并且成胶条件比较温和。

Alginate ( SA ) is a kind of natural polymer materials and it is obtained from brown algae . SA can react with polyvalent cations to form gels under mild conditions .

改性天然高分子与无机高分子复配絮凝剂PMC的研制这些材料包括颗粒材料、水溶性改性天然高分子和水溶性合成高分子材料。

Preparation of modified natural polymer and inorganic polymer composite flocculant PMC These materials include particulates , water-soluble modified natural polymer and water-soluble synthesized polymer .

天然高分子改性药剂FIQ-C的絮凝性能及作用机理研究

Studies on flocculation properties and mechanism of natural polymer flocculate FIQ-C

壳聚糖（Chitosan，CTS）是自然界中储量仅次于纤维素的最丰富的天然高分子材料，其大分子链上含有较多的羟基、氨基等活性基团，已广泛用作各种载体材料。

Chitosan ( CTS ) is the most abundant natural macromolecule materials in nature expect cellulose . It is applied for vary carrier materials due to containing more hydroxyl and amino groups in the molecular chain .

本文通过对天然高分子材料进行改性，合成了GS-5油溶性材料，并和无机材料MD进行共混，制得了提高微细水泥渗透性的增渗外加剂GS-5~e。

This paper synthesized the oil dissolved material GS-5 and mixed with the inorganic material MD to prepare the add-permeability additive GS-5e .

在改性天然高分子絮凝剂（CMS）和聚合氯化铝（PAC）复合处理有机废水絮体沉降速度的实验中，用显微镜和电镜观察到絮凝物是有自相似特征的不规则形状，具有分形特征。

The sedimentation rate and fractional dimension of the floc was studied during the process of the organic waste water treatment with modified natural polymer ( CMS ) and polymeric aluminum chloride ( PAC ) .

天然高分子絮凝剂（GNMF）特性及应用研究

Characteristics of a natural polymer flocculant ( gnmf ) and its applied research

以天然高分子马铃薯淀粉为固态碳源，金属铁为催化剂，在Ar／H2气氛下，高温催化裂解制得结构类似于碳炔的物质&碳原子线。

CAW , similar to carbyne in structure in a sense , were fabricated at high temperature by a pyrolytic process from potato starch as a carbonaceous source in the presence of a catalyst of ferric metals under the stream of Ar / H2 mixture .

研制了一种新型天然高分子金属催化剂：二氧化硅为载体的甲壳胺-钯的配合物（简称SiO2-CS-Pd），研究了其催化加氢性能。

As a hydrogenation catalyst of polymers-metals , silica supported chitosan-Pd , were studied .

本实验结合了天然高分子材料和合成高分子材料的优点制备了淀粉／PVA膜，并首次将其用于引导组织再生技术。

Starch / PVA membrane which combined the advantages of natural polymer and synthetic polymer was prepared in this study . Starch and PVA composites are studied in many fields , but starch / PVA membrane was studied in guiding tissue regeneration for the first time .

阳离子醚化剂（CHPTMAC）是淀粉等天然高分子进行阳离子改性的重要单体。

Cationic etherifying agent ( CHPTMAC ) is an important agent to etherify natural polymers such as starch .

从细胞组织学、细胞增殖两方面研究天然高分子材料&无细胞猪真皮基质（APDM）对成纤维细胞和内皮细胞的影响作用。

Fibroblasts and endothelial cells were cultured on the surface of acellular porcine dermal matrix ( APDM ), and cell histology , cell proliferation were studied .

利用壳聚糖与香草醛之间的希夫碱反应，对壳聚糖的分子进行修饰，增加其支链数目与长度，制备出更为高效的天然高分子絮凝剂VCG，并初步确定了反应条件。

By increasing the number of subchain and length , the high molecule flocculant with higher efficient ( VCG ) was prepared by chitosan with vanillic aldehyde , and the best condition was determined .

采用一种新型高效的天然高分子混凝剂一改性壳聚糖VCG对城市污水用于传统活性污泥法处理后的再处理，可有效地除掉余下的污染物质。

We apply a new natural high efficiency of unchanged chitosan ( VCG ) to retreatment of city sewage , which was used after traditional activity sludge treatment . In this case , the city sewage can be purified effectively .