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- kenaf degumming 红麻脱胶
- The components of colloid in kenaf bast fiber were assayed, and mechanism of degumming was expounded in molecular level. 分析了红麻韧皮纤维胶质组分,从分子水平阐述了生物酶脱胶机理。
- Whether Fu makings still is met degum or come off. 还有覆料是否会脱胶或剥离。
- The origin and taxonomy of jute, kenaf and ramie in our country. 我国黄麻、红麻、萱麻的起源与分类。
- Plywood is not due degum, become angry and degenerate. 胶合板不应有脱胶、变色和腐朽。
- The above results should be testified by ramie degumming process. 上述酶类需要在苎麻脱胶过程中作进一步的研究。
- The technology of hemp degumming and the selection of the aux. 比较了大麻与苎麻的性能;叙述了大麻的适度脱胶工艺及助剂选用。
- Silk degumming is a key process for silk dyeing and finishing. 真丝绸脱胶是真丝绸染整加工的一道重要工序。
- Kenaf is one of the most important fibre crops, with obvious heterosis. 摘要红麻是一种重要的纤维作物，杂种优势显著。
- The technology of hemp degumming and the selection of the aux. were presented. 比较了大麻与苎麻的性能; 叙述了大麻的适度脱胶工艺及助剂选用。
- The quality parameters of oil had no obvious change in degumming process. 脱胶过程中油脂的质量参数没有发生明显变化。
- The degumming property and the quality index of retted fiber are analyzed. 分析了罗布麻脱胶前后胶质的变化和精干麻的品质指标。
- Degum is the commonnest quality problem in shoemaking course of study. 脱胶是制鞋业中最常见的质量问题。
- This paper discusses fiber dimension, chemical component and alkaline peroxide mechanical pulping from whole kenaf. 报道了红麻全秆的纤维形态、学组成、碱性过氧化物机械浆的性质及其在造纸工业中的应用。
- Kenaf has been considered as a versatile crop with multipurpose and continuable utilization in the World. 摘要红麻作为多用途可持续利用的再生资源引人关注。
- This paper studied on the HMP bleaching for the magnesium bisulfite pulp of whole stalk kenaf. 对红麻亚硫酸氢镁浆HMP三段漂白进行了研究。
- So we suggested that summer sowing should be changed into spring sowing to improve kenaf yield in production. 因此，在生产实际中，为确保较高的红麻产量，建议改夏麻为春麻。
- Abstract : Kenaf male sterility breeding gave a new method for the use of kenaf heterosis. 摘要 ： 红麻不育系的选育为红麻杂种优势的利用提供了新的途径。
- The results showed that the conventional continuous cooking could be used to produce kenaf kraft pulp. 进行了硫酸盐法模拟连续蒸煮实验,详细探讨了全秆红麻的制浆性能。
- The above findings should be useful for the kenaf breeding and its heterosis utilization. 上述结果将为红麻新品种选育和杂种优势利用提供理论依据。
