成分分析结果表明蛋白质、灰份、脂肪、总糖、纤维素五种成分基本没有发生变化。
Ingredient analysis shows that contents of protein, ash, fat, carbohydrate and coarse fibre are basically remain unchanged.
用多元统计分析中的主成分分析法，合理地确定竹纤维增强聚丙烯复合材料多项性能指标兼优的最佳纤维含量。
The optimum fiber proportion of bamboo's fiber reinforced polypropylene composite could be analyzed accurately by optimum design method of principal component analysis.
在不同产地鹅绒委陵菜块根成分分析的试验中，西宁产的鹅绒委陵菜块根蛋白质和纤维含量显著高于其它地区，而无氮浸出物和水分显著小于其它地区。
In analyzing earthnut ingredient experiment, the content of CP and CF in xining are higher than other areas. But the content of NFE and water are less than other areas.
通过对铝合金、结构钢等金属接触腐蚀表面的EDS成分分析和SEM微观形貌分析，探讨金属材料与玄武岩微纤维隔热材料接触腐蚀的原因。
Based on EDS and SEM analysis of metal corrosion surface, the course of contact corrosion between aluminum alloy, structural steel and basaltic microfiber heat-resistant materials were proposed.
秸秆化学组成成分分析结果表明，麦秸、稻草的粗纤维在180天后分别残留了15.3%、21.5%，油菜的粗纤维分解相对较慢，三种秸秆的木质素和粗灰分均有增加的趋势。
After 180 days, the coarse fibre of wheat and rice were remained by 15.3%, 21.5%, the lignin and coarse ash were showing a tendency to increase.
用多元统计分析中的主要成分分析法优化设计马尾松热磨机械浆增加聚丙烯复合材料，合理地确定多项性能兼优的最佳纤维含量。
The optimum fiber proportion of Masson' s pine thermomechanical pulp reinforced polypropylene composite could be determined accurately by optimum design method of main composition analysis.
用多元统计分析中的主成分分析法优化设计木片热磨机械浆增强尼龙复合材料，合理地确定多项性能兼优的最佳纤维含量。
The best fiber capacity of wood thermomechanical pulp reinforced nylon composite could be determined accurately by optimum design method of main composition analysis.
文章介绍了乌拉草纤维的开发现状、成分分析以及生产的工艺流程，对提取乌拉草纤维的脱胶工艺进行了优化选择。
The development status, composition and production process are introduced, and the optimized degumming technique of extracting meyer sedge fiber are selected.
用多元统计分析中的主成分分析法，合理地确定竹材高得率浆聚丙烯复合材料多项性能指标兼优的最佳纤维含量。
The optimum fiber proportion of bamboo's fiber reinforced polypropylene composite could be analyzed accurately by optimum design method of main composition analysis.
分析了VH - IVUS的组成及工作原理，高分辨率的VH—IVUS将冠脉斑块的组成成分分为纤维斑块、纤维脂质斑块、坏死核心和钙化斑块4种。
Four major plaque components of the coronary plaque, including fibrous, fibro-fatty, necrotic core and dense calcified tissue, can be identified after the analysis and discussion of VH-IVUS.
分析了VH - IVUS的组成及工作原理，高分辨率的VH—IVUS将冠脉斑块的组成成分分为纤维斑块、纤维脂质斑块、坏死核心和钙化斑块4种。
Four major plaque components of the coronary plaque, including fibrous, fibro-fatty, necrotic core and dense calcified tissue, can be identified after the analysis and discussion of VH-IVUS.
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