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.
Screening of the degradation bacterium to strawberry root auto-toxic chemical and the effect of its degradation
草莓根系自毒物质降解菌的筛选及降解效果研究
3.
The Situation and Development of Human and Livestock’s Feces for Biomass Degradation;
生物质降解人畜排泄物的状况及其发展
4.
Physiological and Biochemical Mechanism of Biochemical Substance of Schima Superba on Degrading Aluminum Toxicity to Chinese Fir;
木荷生化物质降解杉木铝毒害的生理生化机制
5.
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
6.
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
7.
Degradation of fat rains food as well.
脂肪降解使食物变质也是如此。
8.
The Protemic Research of Aromatic Hydrocarbon Biodegradation Pathway;
芳香烃生物降解途径蛋白质组学研究
9.
Physio-Biochemical and molecular biological research development of the reduction of enzyme by xylem cellulose;
木质素降解酶的分子生物学研究进展
10.
Studies on the structure alteration and pyrolysis characteristics of corn stover lignin degraded by white rot fungi
白腐菌降解生物质木质素分子机制研究
11.
Water that has fallen as rain and contains little dissolved mineral matter.
雨水作为雨降下的水，含有少量溶解了的矿物质
12.
Overtime it can also break down into the soil without giving out any toxic chemicals.
而且，它还可以降解，不会产生有毒的化学物质。
13.
Study on the Decomposition of Mixed VOCs with Dielectric Barrier Discharge Plasma;
介质阻挡放电降解气态混合污染物的实验研究
14.
Study on Aromatic Compounds Biodegraded by White Rot Fungus Fermenting in Straws Substrates;
秸秆基质与白腐菌降解芳香类污染物研究
15.
The Study of Lignin Biodegradation on Alkaline Process Straw Pulp Papermaking Black Liquor;
碱法草浆造纸黑液中木质素生物降解研究
16.
Research on Starch and Protein Degradation of Tobacco Leaves by Biological Technology;
利用生物技术降解烟叶淀粉和蛋白质含量研究
17.
Study on the Effects of Oxygen Supply on Petroleum Hydrocarbon Biodegradation and Metabolism;
供氧对石油烃降解及烃类物质代谢的影响研究
18.
Degradation Characteristics of COD and Coupling Effects of Mass Transfer in Vortex Membrane Bioreactors;
涡旋波膜生物反应器COD降解与传质的耦合研究