biopolymer
biopolymer
1. John N.Coupland. , D.Julian McClements. ,: Department of Food Science, Food Colloids and Biopolym原始页:
2008年.所有权利保留.上海中图文化发展有限公司技术支持.
2. PLA, the only water-clear packaging biopolymer, appears to be the most nearly cost competitive.
人民解放军，只有水，透明包装生物聚合物，似乎是最为接近成本竞争力。
3. The ingredient also forms a non-occlusive barrier that limits water loss through evaporation.This water-binding biopolymer reportedly is capable of retaining 10 times its own weight in water.
保护免受来自环境的损害也是生物聚合物的好处，它能保护皮肤免受外来的有害物如重金属、污染和曝晒引起的自由基等导致老化的因素。
4. Keywords monodispersion;magnetism;nanoparticles;biopolymer;assembly;
单分散;磁性;纳米颗粒;生物高分子;组装;
5. Keywords reversed-phase liquid chromatography （RPLC）;thermodynamics;the changes of free energy;column phase ratio;biopolymer;
反相液相色谱;热力学;自由能;柱相比;生物大分子;
6. Based on the bio polymer property,core flooding ability and biopolymer plug adjustment capacity are discussed.
在生物聚合物特性研究的基础上,探讨了岩心注入能力和封堵调剖能力。
7. Chitosan, a material containing a high level of amine functions, is derived from chitin, the most abundant biopolymer in nature after cellulose.
壳聚糖是一种储量丰富、不易造成二次污染、可生物降解的理想的高分子材料。
8. Chitosan is one of the most abundant natural polymers,This biopolymer has useful functional groups such as hydroxyl and amine,so it can interact with metal ions.
壳聚糖是一种天然高分子,分子中含有大量的氨基和羟基,对金属离子有很好的吸附能力。
9. Crab and lobster shells contain chitin.By deacetylation of chitin chitosan can be obtained which is a very useful biopolymer.
壳聚糖由甲壳质经脱乙酰基而得。
10. Keywords porous silica-bead;silicasol;gel permeation chromatograph;separation of biopolymer;silica-based support in HPLC;
多孔硅珠;硅溶胶;凝胶色谱;生物高分子的分离;高效液相色谱（HPLC）硅基载体;
11. Chitosan, a derivative of chitin and an abundant natural biopolymer, is biodegradable, non-toxic and formulated in a variety of forms for clinical uses.
它具有生物相容性且无毒性，容易制作成各种方便临床操作的型式。
12. Biopolymer can be triggered in situ to form a gel.
对生物矿化作用的进一步研究有助于微生物调剖机理的完善和应用。
13. Despite being the most common biopolymer on earth after cellulose, chitin neer occurs naturally in humans and other ertebrates.
尽管是地球上次见于纤维素的最普遍生物高聚物，甲壳素从来没有在人类和其它脊椎动物上自然生成过。
14. Keywords microbial profile modification（MPM）;selective plugging;permeability;biopolymer;biofilm;biomineralization;
微生物调剖;选择性封堵;渗透率;生物聚合物;生物膜;生物矿化作用;
15. Keywords microbiologically enhanced oil recovery（MEOR）;microbial plugging;biopolymer;biofilm;biomineralization;effective microorganisms;
微生物采油;微生物调剖;生物聚合物;生物膜;生物矿化作用;高效复合菌群;
16. The performances of PHB can be improved by its copolymers and blends.A biopolymer age would be expected to take advantage of modern biotechnology.
总结了其共聚物及复合材料方面的最新进展，以及现代生物工程所取得的研究成果。
17. Chitosan is one of the most abundant natural polymers, this biopolymer has useful functional groups such as hydroxyl and amine, so it can interact with metal ions.
摘要壳聚糖是一种天然高分子，分子中含有大量的氨基和羟基，对金属离子有很好的吸附能力。
18. The new biopolymer is of vegetable origin, while most used wax emulsions are produced from petrochemicals.
新的生物聚合物是蔬菜产地，而最常用的蜡乳液生产的石化产品。
19. Pullulan is a unique biopolymer with many useful characteristics and hundreds of patented applications.
普鲁兰是一种有许多特点的生物聚合物,目前已有数百个专利在应用。
20. Based on introduction of the flocculants and their development and application in treatment of wastewater, we have studied about preparation and activity of extracellular biopolymer flocculant (EBF ) in this thesis.
本文在介绍水处理用絮凝剂的种类和对近年来各种絮凝剂的发展及应用情况综述的基础上，从以下几方面的对生物高分子絮凝剂进行了研究：
21. Basic information on the architecture of biopolymer structures.
此外,还有生物高聚物架构的基本信息。
22. Keywords Poly （chloromethyl）styrene-co-divinylbenzene;Size exclusion chromatography;Biopolymer;
氯甲基化聚苯乙烯;排阻色谱;生物大分子;
23. Keywords Laser light scattering;Biopolymer;Protein;Crystallization;Asscciation;Fractal;
激光散射;生物高分子;蛋白质;缔合;结晶;分形;
24. Keywords perfusion chromatography;high performance liquid chromatography;biopolymer separation;
灌注色谱法;高效液相色谱法;生物大分子分离;
25. Keywords coalbeds;bore hole stabilization;horizontal wells;inhibitive drilling muds;biopolymer;
煤层;井眼稳定;水平井;抑制性钻井液;生物聚合物;
26. By means of physical and numerical simulation,this paper studies the kinetic process of oil displacement by suspended particles in biopolymer solution.
物理实验发现,所用的生物聚合物溶液中的悬浮微粒在多孔介质中进行运移,并被捕集,因而引起溶液在介质中的渗透率显著下降。
27. biopolymer flocculant
生物大分子絮凝剂
28. "biopolymer:a macromolecule, such as a protein or nucleic acid, that is formed in a living organism."
生物聚合物:生物体内形成的大分子,如蛋白质或核酸。
29. Biopolymer XC owns a singularity three grades composition which can resolve a series of problems occured during horizontal well drilling.
生物聚合物XC的特殊三级结构使它能够协调解决水平井施工中所遇到的一系列问题。
30. biopolymer engineering
生物聚合物工程
31. biopolymer material
生物聚合物材料
32. biopolymer hydration
生物聚合物水合作用
33. Inhibiting effect mechanism of biopolymer MEG drilling fluid
生物聚合物甲基葡萄糖甙钻井液抑制机理
34. Technique for Biopolymer Plugging Adjustment
生物聚合物调剖技术
35. RHELOGICAL PROPERTY OF THE XANTHAN BIOPOLYMER FLOODING SYSTEMS
生物聚合物驱油体系流变性研究
36. Biofilm is the multilayer growth of cells and support material on solid surfaces,consisting of biopolymer and biomass produced the micro-organisms.
生物膜由于其致密性也可以对高渗透层产生选择性的封堵,调整吸水剖面,提高原油采收率。
37. Keywords biomass;corn stover;liquefaction;bio-polyols;biopolymer;
生物质;玉米秸秆;液化;生物多羟基化合物;生物高聚物;
38. biopolymer active center
生物高分子活性中心
39. Biopolymer films score highly with environmentalists.
生物高分子薄膜评分高度与环保。
40. Keywords biopolymer;orthogonal test;construction analysis;Bacillus brevis;
生物高聚物;正交实验;结构分析;短芽孢杆菌;
41. Keywords biopolymer;glass transition temperature;group-contribution technique;
生物高聚物;玻璃化转变温度;基团贡献法;
42. Chitin is a kind of natural biopolymer with high content only inferior to cellulose.
甲壳素是自然界中含量仅次于纤维素的天然高分子,壳聚糖是甲壳素脱乙酰化后带有阳离子的多糖。
43. Potential Measurement of Biopolymer Chitosan by Addition of Equal Volumes of Titrant
电势等体积加入法测定生物高分子壳聚糖
44. Keywords hydrophobic interaction chromatography;aromatic alcohol homologue;biopolymer;retention;
疏水作用色谱;芳香醇同系物;生物大分子;保留;
45. Keywords Scleroglucan;Biopolymer;Structures;Properties of Aqueous Solutions;Oilfield Chemical;Review;
硬葡聚糖;生物聚合物;结构;水溶液性质;油田化学剂;综述;
46. Magnetic Biopolymer Microspheres
磁性生物高分子微球
47. Formation of Intracellular Biopolymer by Aerobic Floc Sludge and Filamentous Microorganisms
胞内聚合物在絮凝体与丝状菌污泥中的形成
48. Advances of the Application and Research in Surface Modification of Biopolymer Materials Using Ozonization
臭氧化法在高分子生物材料表面改性中的应用
49. The relationship between the distribution of biopolymer active ions in the hypertensive serum and the blood rheology parameters
血清中生物高分子活性中心离子分布与高血压病患者血液流变学参数之间的关系
50. Keywords microbial transglutaminase （MTGase）;sodium caseinate;polymerization;biopolymer;SDS-PAGE;
转谷氨酰胺酶;酪蛋白酸钠;聚合;生物聚合物;SDS-PAGE;
51. This biopolymer shows other important advantages for the surface treatment of paper and cardboard compared to the use of wax emulsions.
这种生物高分子表明其他重要优势的表面处理的纸张和纸板相比，使用蜡乳液。
52. Protection from environmental damage is also a benefit of the biopolymer.
透过研究，发现了生物聚合物可以提高皮肤的新陈代谢和防御功效。
53. In this study, the influence of a biopolymer, polylactic acid (PLA) on the pyrolysis of corncob was investigated by using a fast pyrolysis fixed-bed reactor.
通过自制快速固定床热解反应器研究了玉米芯与聚乳酸的热解。
54. The pouch is made from a plant-derived biopolymer and sustainable cellulose-based material and is available in any colour.
邮袋是由一种植物源生物聚合物和可持续纤维素为基础材料，可在任何颜色。
55. Human-like collagen biopolymer Ⅰ
重组类人胶原蛋白Ⅰ
56. Marks and Spencer, which uses the biopolymer for packs such as yoghurt pots, has admitted that PLA is technically very difficult.
马克与斯宾塞，它使用生物高分子为包如酸奶罐，也承认，解放军在技术上是非常困难的。
57. Keywords xanthan;biopolymer;aqueous solutions;rheologic behavior;flow through porous media;oil displacing efficiency;polymer for EOR;
黄胞胶;生物聚合物;水溶液;流变性;渗流性;驱油效率;驱油用聚合物;
58. Keywords Xanthan Gum;Biopolymer;Biopolymer Flooding Systems;Displacing Efficiency;Field Tests;Shiyougou Oil Field in Yumen;
黄胞胶;生物聚合物;生物聚合物驱油体系;聚合物驱油;驱油效率;矿场试验;玉门石油沟油田;
59. Keywords Biopolymer Xanthan;Polycrylamide;Polymer Flooding Solutions;Performance Properties;Biopolymer Flood;Shiyougou Oil Field in Yumen;
黄胞胶;聚丙烯酰胺;聚合物驱油溶液;性能研究;生物聚合物驱油;玉门石油沟油田;
