1) modification with high pressure
高压改性
1.
The modification with high pressure is a new conception in many methods.
在多种改性方法中,高压改性膳食纤维是一个崭新的概念,该文介绍了高压改性膳食纤维及高压改性后物化特性的优化, 并对其国内外研究进展进行了综述。
2) dynamic high pressure
动态超高压改性
1.
The yoghourts were fortified with raw dietary fiber and the modified dietary fiber which was processed at 140 MPa with dynamic high pressure, respectively.
结果表明,添加经动态超高压改性后的膳食纤维能更牢固的束缚酸奶凝胶中的水分,减少体系中"自由水"含量,降低水分的流动性,有利于减少乳清析出情况。
3) high temperature modify
高温改性
1.
, there is absorbed film on sand grain surface, high temperature modify makes the film sintered firmly on sand grain surface.
高温改性使吸附膜被牢固烧结在砂粒表面，改变了吸附膜和砂粒表面的物理和化学特性，大大改善了湿润性，使粘结桥的断裂形式从附着断裂向内聚断裂转化，提高了水玻璃砂的强度。
4) extrusion modification
挤压改性
1.
Study on extrusion modification of lentinus edodes dietary fiber;
香菇膳食纤维挤压改性的研究
2.
2 Extrusion modification can change the functional qualities of soybean, compared to the soybean protein material, after extrusion, the WHC and OHC increased, but the emulsifying ability and foaming property reduced.
以脱脂豆粕为大豆蛋白原料,采用双螺杆挤压技术,确定了大豆蛋白挤压改性的最佳工艺条件,研究了挤压改性对大豆蛋白功能特性和营养特性的影响,并以挤压改性的大豆蛋白为实验原料,研究了其对面团特性﹑面包品质和货架期的影响。
5) modified kaolinite
改性高岭土
1.
Preparation and properties of modified kaolinite/NR composite;
凝聚共沉法改性高岭土/NR复合材料的性能研究
2.
Microstructure of modified kaolinite/NR composite;
氨水改性高岭土/NR复合材料微观结构的研究
3.
An alkaline-activated kaolinite/NR composite was prepared by coprecipitation of NR latex with modified kaolinite and the physical properties and structure were investigated.
采用凝聚共沉法制备碱活化改性高岭土/NR复合材料,并对其物理性能和微观结构进行研究。
6) polymer modification
高分子改性
1.
The synthesis,polymer modification and cationic modification were discussed.
按照亲核性由弱到强次序,原料依次与三聚氯氰反应,通过高分子改性,可使其荧光反式活性分子固定在大分子链上,显著提高其增白性能、光化学稳定性和荧光量子产率,同时降低其光致异构现象。
2.
Through the polymer modification,light stability can be obviously improved and brighteners having resistance to strong acid can be synthesized through cationic modification.
三聚氯氰与4,4′-二氨基二苯乙烯-2,2′-二磺酸和两种氨基化合物经过三步缩合反应得到三嗪基氨基二苯乙烯型荧光增白剂,对其进行高分子改性,可显著提高耐光性;进行阳离子改性则能合成耐强酸的荧光增白剂。
补充资料：高压线走廊（高压架空线路走廊）
在计算导线最大风偏和安全距离情况下，35kV及以上高压架空电力线路两边导线向外侧延伸一定距离所形成的两条平行线之间的专用通道。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条