2) degradation coefficient
降解系数
1.
Test on degradation coefficient of ammonia-nitrogen in Yellow River adjacent to Lanzhou;
黄河兰州段氨氮降解系数的测定
2.
Based on monitoring data of a wastewater outfall of Chengzhong Lake and related hydrological parameters,lake plug flow attenuation mode was formulated to estimate the degradation coefficient of the Lake,with degradation coefficient of COD,TP and TN as 0.
以城中湖西园排污口的水质监测数据和相关水文参数为基础,运用湖泊推流衰减模式推算城中湖的降解系数K,KCOD、KTP和KTN分别为0。
3.
This study researched COD_(Cr) degradation coefficient in Lanzhou channel segment of the Yellow River by experimental simulation method.
在环境容量的确定过程中,降解系数为关键影响因素,其确定的合理性,直接影响到容量的可靠性。
3) enzymatic hydrolysis system
酶解体系
1.
Separation and purification of chlorogenic acid from enzymatic hydrolysis system of sunflowerseed kernel;
葵花籽仁酶解体系中绿原酸的分离纯化技术
4) degradation parameters
降解系数
1.
The results indicated that the degradation parameters of CODMn(KCOD) and NH+4-N(KNH+4-N) behave remarkably temporal variations due to the influences of water temperature and flux in t.
在水污染物综合降解系数率定、分析和验证的基础上,估算不同设计条件下曹娥江上游主要支流的水环境容量,并给出了综合体现社会性、经济性和历史性的水环境容量分配方案。
2.
River water environmental capacity (WEC) was respectively estimated under different design terms based on pollutant degradation parameters validation in the mainly upstream tributary of Cao-E River, and WEC was allocated between each pollution source according to its societal, economic and historical function.
以曹娥江上游主要支流为研究对象,基于河流中污染物降解系数的率定和验证,进行了不同设计条件下的水环境容量估算,并综合考虑社会性、经济性和历史性,对水环境容量进行污染源之间的分配。
5) desorption system
解吸系统
1.
) steam obtained from first stage expansion for desorption system,using the 0,36 MPa(abs) steam obtained from second stage expansio.
63 MPa(绝)蒸汽用于解吸系统,经二级膨胀得到的0。
6) system decomposition
系统分解
1.
Multidisciplinary integrated design process & tool based on system decomposition;
基于系统分解的多学科集成设计过程与工具
2.
A Theoretical Study on Circuit Searching of Process System Decomposition;
过程系统分解中回路识别理论方法的探讨
3.
A method of Heat Exchanger Networks(HEN) analysis based on system decomposition method for existing HEN structure was proposed.
针对已有的换热网络结构，提出了一种基于系统分解方法的换热网络分析方法。
补充资料：解铃还须系铃人(还ｈáｉ)
佛经中的一个故事：泰钦法灯禅师幼时很聪明，但大家不了解他，只有法眼禅师对他很看重。一天，法眼问大家：“老虎颈项上的金铃，什么人能把他解下来?”大家回答不出。恰巧泰钦走来，法眼再问泰钦，泰钦回答说：“那个把铃系上去的人能够解下来。”由此，人们对泰钦刮目相看。事见惠洪《林间集》等书。后用“解铃还须系铃人”比喻谁惹出来的麻烦还得由谁去解决。
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