1) Labile Carbon
易变有机碳
2) easily oxidized organic carbon
易氧化有机碳
1.
The effects of alternative freezing and thawing treatments on the content of total organic carbon and easily oxidized organic carbon were not signi.
结果表明,冻融交替对黑土有机碳总量及易氧化有机碳影响不显著,但对水溶性有机碳影响较大。
3) readily oxidized carbon
易氧化有机碳
1.
The content of total organic carbon,microbial biomass carbon,readily oxidized carbon and hardly oxiddized carbon was increased remarkably in the 0~30 cm soil layer after 3-year continuous application of biogas residue,while the content of soil microbial biomass carbon in the 40~50 cm soil layer was not greatly affected by 5-year continuous use of biogas residue.
结果表明:沼渣施用使土壤中总有机碳、微生物碳、易氧化有机碳和难氧化有机碳含量均随施用沼渣年限的延长而增加;对于不同的沼渣施用年限,其各层的增幅变化趋势不一致,沼渣连续施用3年使0~30 cm土壤中总有机碳、微生物碳、易氧化有机碳和难氧化有机碳含量均极显著增加,而沼渣连续施用5年对40~50 cm土层微生物碳亦无显著影响。
4) Easily mineralized C
易矿化性有机碳量
6) total organic carbon(TOC)
总有机碳
1.
The results showed that the removing ratio of total organic carbon(TOC) was more than 85%,and the electric conductivity,mass concentration of TOC and SiO2 of outlet water were less than 1.
结果表明,除油单元对冷凝液中总有机碳(TOC)的去除率不低于85%,装置出水的电导率小于1。
2.
A new type of on-line total organic carbon(TOC) measuring apparatus is described,which can be controlled automatically,measures data continuously,transmits measuring results remotely.
论述一种能够自动控制、连续测量、远程传送数据的在线总有机碳(TOC)测定仪———TOC-2000ZX的设计方案及其创新点。
3.
Songhuajiang River system,Tumenjiang River system,Yalujiang River system and Liaohe River system,in Jilin Province in year 2005 and 2006,and the permanganate values(PV),chemical oxygen demand(COD)values and total organic carbon(TOC)values were measured for these samples,respectively.
通过对吉林省四大水系的主要河流在2005~2006年内采样,测其高锰酸盐指数(PV)、化学需氧量(COD)和总有机碳(TOC),用最小二乘法对PV—TOC、COD—TOC和COD—PV进行线性回归,并进行相关关系的显著性检验,建立吉林省四大水系主要河流PV—TOC、COD—TOC和COD—PV的定量关系模型。
补充资料：碳标记有机化合物
分子式：
CAS号：
性质：碳标记有机化合物品种很多，常用的多以13CO2和Bal3CO3为起点合成。13CO2与H2在300～350℃ Ni催化剂上反应制13CH4。Bal3CO3与Ba加热生成Bal3C2再与水反应生成13C2H2。LiBH4还原13CO制H13COOH等。
CAS号：
性质：碳标记有机化合物品种很多，常用的多以13CO2和Bal3CO3为起点合成。13CO2与H2在300～350℃ Ni催化剂上反应制13CH4。Bal3CO3与Ba加热生成Bal3C2再与水反应生成13C2H2。LiBH4还原13CO制H13COOH等。
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