2) carbon sequestration
碳汇
1.
Function of carbon sequestration and oxygen release of poplar trees in the Three-North Protection Forest and its evaluation;
三北防护林中杨树的碳汇和放氧功能及其价值估算
2.
An analysis on advantages and disadvantages of developing forest carbon sequestration projects in China;
在我国开展林业碳汇项目的利弊分析
3.
Through investigations of the status of implementing returning farmland to forest in Sichuan Province,this paper sets up model and predicts the carbon sequestration potential(CSP) resulted from returning farmland to forest in Sichuan in next 60 years.
通过调研四川省退耕还林工程实施现状,建立模型,预测未来60 a四川省退耕还林工程的碳汇潜力。
3) carbon sink
碳汇
1.
Study on the methodology for monitoring Chinese fir carbon sink of CDM-afforestation and reforestation(AR) project;
CDM-ARP杉木林碳汇监测方法学研究
2.
Calculation of carbon sink of granite area and its influencing factors;
花岗岩地区碳汇计算及影响因素研究
3.
An evaluation of net carbon sink effect and cost/benefits of a rice-rape rotation ecosystem under long-term fertilization from Tai Lake region of China
太湖地区长期施肥条件下水稻-油菜轮作生态系统净碳汇效应及收益评估
4) carbon sinks
增汇
1.
Effects of the implementation of climate policy by increasing carbon sinks on China's economy;
中国增汇型气候保护政策实施对经济的影响
5) carbon pick-up
增碳
1.
A Study on Carbon Pick-up in Ultra Low Carbon Molten Steel in Mold during Continuous Casting;
连铸时超低碳钢结晶器内钢液增碳的研究
2.
Analysis on carbon pick-up of liquid steel in CSP processing route in Magang;
马钢CSP流程钢水增碳现象的分析
3.
Progress in research on the influence of MgOC, Al2O3-C and ZrO2-C refractory upon carbon pick-up of molten steel is summarized.
叙述了MgO-C、Al2O3-C和ZrO2-C材料对熔钢增碳方面的研究进展;描述了MgO-C、Al2O3-C材料的增碳机理;指出了今后含碳耐火材料对熔钢增碳影响方面的研究重点。
6) recarburization
增碳
1.
During recarburization of the semi-steel,the bath temperature be effectively controlled by plasma heating,carbon content of semi-steel could be increased from 1.
在150 kW 等离子体感应炉内,进行了加热半钢升温、增碳和脱硫的实验。
2.
Major factors affecting liquid steel decarburization and recarburization in the process of RH vacuum treatment and continuous casting of extra low carbon steel were analytically studied based on datum obtained from the previous experiments and measures to be taken for promoting liquid steel decarburization and preventing it from recarburization recommended as well.
根据试验数据分析并研究了超低碳钢在RH真空处理和连铸过程中,影响钢水脱碳与增碳的主要工艺因素。
3.
Results show that one of the reasons causing transverse crack is recarburization in wire rod surface.
采用扫描电镜、大型金相显微镜对拉拔横裂纹试样进行观察并分析,结果表明:造成横裂纹的原因之一是盘条表面增碳。
补充资料：二氧化碳汇(见碳循环)
二氧化碳汇(见碳循环)
eryanghuatan hui二氧化碳汇见碳循环。
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