1.
Of the three protein feedstuffs that under research, soybean meal is the most degradable, and DDG is the least, in which the 48 hours dry matter degradability of soybean meal is 97.9%, for crude protein it is 97.65%;
降解率为97.65％； 棉粕居中，48小时干物质降解率为68.97％，粗蛋白
2.
Correlation analysis between vitro gas production and nylon bag technique for evaluating the degradation rate of roughage
体外产气法与尼龙袋法评定粗饲料干物质降解率的相关性分析
3.
Influence of Eliminating the Rumen Anaerobic Fungi Partly on Fermentation of Different Forages in Vitro and Rumen DM Degradation of Different Forages in Vivo;
部分驱除瘤胃厌氧真菌对不同粗饲料体外发酵和瘤胃尼龙袋干物质降解率的影响
4.
Measurement of Amount of Rumen Bypass Starch and Rumenal Dry Matter and Starch Degradability in Different Artifactitious Corn
不同加工方式玉米的干物质和淀粉瘤胃降解率及过瘤胃淀粉含量的测定
5.
Effects of Organic Solvent on Epicuticular Wax Dissolution and Biodegradation of Rice Straw
有机溶剂对秸秆蜡质层溶解和生物降解率的影响
6.
dry-matter digestibility of a feed
饲料干物质表观消化率
7.
The Advantageous Factors for the Biodegradation of Refractory Organics in Waster Water
废水中难降解物质生物降解的有利因子
8.
Studies on the biodegradation and bioconversion of feedstock and xenobiotics by white rot fungi
生物质与异生物质的白腐菌降解研究
9.
Effect of Fatty Acid Calcium on Rumen Degradation Rate and Nutrient Digestibility in Dairy Cow
添加不同水平脂肪酸钙对奶牛瘤胃物质降解率及日粮表观消化率的影响
10.
Study on Hydrothermal Treatment of Degradable Organic Wastes and Drying of the Treated-Products;
可降解有机物湿解处理及产物干燥利用的研究
11.
Some measures improving degrading rate are presented.
通过最佳生物降解条件的研究，提出了提高生物降解效率的措施。
12.
Determination of biodegradation rates of water-soluble polymers by three-group-bottles method
3组瓶法测定水溶性高聚物的生物降解率
13.
Impact of amino acid on biodegradability of lubricating oil and simulation of biodegradation rate equation
含氨基酸的润滑油生物降解性及降解速率方程模拟
14.
Effects of Different Cysteamine Levels on Production Performance and Degradation Rate of Nutrient Substance in Crossbred Sheep;
不同剂量的半胱胺对杂交羊生产性能及日粮营养物质降解率影响的研究
15.
Dynamics of dry deposition velocities of atmospheric nitrogen compounds in a broadleaf forestland
阔叶林地大气氮化物干沉降速率动态变化研究
16.
Articular Cartilage Tissue-engineering Based on MSCs and Biodegradable Porous Bioceramics;
基于骨髓间充质干细胞和可降解多孔生物陶瓷材料的关节软骨组织工程研究
17.
Degradation of fat rains food as well.
脂肪降解使食物变质也是如此。
18.
The Protemic Research of Aromatic Hydrocarbon Biodegradation Pathway;
芳香烃生物降解途径蛋白质组学研究