综述了近年来微波在催化剂、催化剂载体制备和改性中的应用及研究进展。
Application of microwave in preparation and modification of catalysts or catalyst carriers were reviewed.
本文阐述了等离子体的发生及其引起材料表面改性的主要特点。就近年来，国内外运用等离子体技术制备固定化酶载体的方法及应用情况作了综述。
The surface modification of polymeric materials by plasma technique were discussed. The recent advances in the preparation of immobilized enzyme carriers by plasma technique were reviewed.
试验结果表明，由于载体改性，使催化剂的抗硫性能得到明显改善，并且具备一定的硫转移能力。
The experiment result showed that the sulfur resistance performance of the modified promotor was obviously improved, and which also possessed certain sulfur transfer ability.
结论硅藻土、斜发沸石、丝光沸石和粉煤灰等吸附载体经过改性对DBP降解优势菌的吸附能力明显提高。
Conclusion The adsorptive capacity of diatomite, clinoptilolite, silk zeolite, and coal fly ash to DBP degradation dominant bacteria was enhanced after being modified.
简要介绍了纳米技术在高分子材料改性、色谱柱填料、催化剂载体和日用化工等领域中的应用；
The application of nanometer technologies in modification of polymeric materials, chromatographic packing catalyst carriers and daily chemical industry were briefly introduced.
实验结果表明，通过对载体进行改性并且用改性后的载体与第二载体形成复合载体，能够提高载体的微反活性，增加助剂的降烯烃能力。
The experiments show that carriers' micro activity and ability for gasoline olefin reduction increase after modification. The results are the same while using complex carriers.
对原始壳聚糖载体进行改性，提高其转染效率和对于呼吸道细胞的靶向性。
The original chitosan carrier is modified to improve the transfection efficiency and the targeted property to respiratory cells.
采用金属钙、脱水液氨、载体纳米二氧化硅及改性剂乙腈与环氧丙烷制备出氨钙体系催化剂。
Calcium ammine catalyst was prepared with metal calcium, dehydrated liquid ammonia as raw materials, nano-silica as a carrier and acetonitrile and propylene epoxide as modifiers.
施用改性膨润土载体玉水专用复混肥比等养分量普通肥料利用率提高15.5%。
So the utilization ratio of the corn's special complex and mixed fertilizer treating modified-bentonite as carrier is raised 15.5% than the equal nutrient general fertilizer.
合成了三种与咪唑配体键合的新型载体，并通过其与四苯基卟啉铁和卟啉锰配位得到了改性的负载金属卟啉催化剂。
Three new supporters bonded with ligand imidazole have been prepared. Modified catalysts of metalloporphyrins have been obtained by coordination of TPPFeCl or TPPMnCl with supporters.
并进一步考察了不同载体负载、不同促进剂改性的镍基催化剂性能。
Reaction activity of Ni catalysts with different carriers and promoters are investigated further.
本发明的改性适合于作为石油加工催 化剂的催化材料，特别适于作加氢处理和加氢转化催化剂的载体。
The property transformation of said invention can be used as catalysis material when processing oil, especially as the catalyst carrier of hydrogenation treatment and hydrogenation transformation.
针对海藻酸钠载体强度低、易分解的缺点，采用添加法和置换法对载体进行改性研究，并确定了最佳固定化条件。
Two different methods, addition and displacement were adopted so as to improve the strength of calcium-alginate beads, and the best immobilized condition was adopted.
将一种由改性高分子材料制成的人工水草作藻菌生物膜的载体，来改善富营养化水体水质。
The quality of eutrophic waters was improved by the algae-bacterium biofilm, which covered over the artificial aquatic mat made from a kind of mend macromolecule material.
本文从载体的制备和改性方法、钌活性组分还原与负载、助剂的机理及其作用等方面简要地介绍了氧化物负载钌催化剂的最新研究进展。
This paper describes the new finding of the oxide-supported ruthenium catalysts for ammonia synthesis such as support preparation, catalyst reduction and the role of promoters.
通运对活性组分的调整及载体的改性增加了催化剂抗重金属污染的能力。
Through the rearrangement of the active components and the modifying of the matrix, SDC-2000 can strengthen the heavy metal tolerance ability.
可以认为寡聚苯乙烯氰乙烯改性蒙脱土可以安全的作为可控大分子药物和基因治疗药物载体使用。
It could be expected that the modified MMT may be a promising safety controlled-release carrier for large molecules drug and for gene delivery.
利用有机酸改性壳聚糖和交联法制备酸化壳聚糖载体，然后用改性壳聚糖载体固定漆酶。
The use of organic acid-modified chitosan, and use of cross-linked chitosan prepared by acidification of the carrier, and then modified chitosan immobilized laccase.
提供包括用单硅酸溶液处理载体浆料在内的生产改性催化剂载体的方法。
A process to produce a modified catalyst support including treatment of a support slurry with a solution of monosilicic acid is provided.
本研究认为鱼精蛋白改性磷酸钙是一种比共沉淀法合成磷酸钙更好的转染载体。
It could be expected that nucleoprotamine modified calcium phosphate could be a better transfect agent as compared to coprecipitated superphosphate.
本研究认为鱼精蛋白改性磷酸钙是一种比共沉淀法合成磷酸钙更好的转染载体。
It could be expected that nucleoprotamine modified calcium phosphate could be a better transfect agent as compared to coprecipitated superphosphate.
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