1) inorganic carbon assimilation
CO2同化
1.
Under the aerobic and anaerobic conditions with sodium thiosulfate as electron donor,the efficiency of inorganic carbon assimilation was 10.
添加硫代硫酸钠、硫化钠和氢气作为电子供体可有效提升菌群的固碳效率,在以硫代硫酸钠为电子供体的好氧、厌氧条件下,该菌群的CO2同化效率分别可达10。
2) Daily amount of CO 2 assimilation
CO2日同化量
3) photosynthetic CO 2 assimilation rate
光合CO2同化速率
4) CO2 hardening
CO2硬化
1.
The CO2 hardening sodium silicate was modified using 1# modified resin containing carbonyl and carboxyl,2# modified resin containing benzene,hydroxyl and formylphenyl,3# modified amide resin as modifier for refining gel particles.
采用含有羰基、羧基的1#改性树脂,含有苯环、羟基、醛基的2#改性树脂,含有酰胺基的3#改性树脂作为细化CO2硬化水玻璃凝胶胶粒的改性剂的主干材料,对水玻璃进行改性处理。
5) CO_2 gasification
CO2气化
1.
Investigations were performed to determine the effects of heating rate,pyrolysis temperature,and pyrolysis rate on the chars,CO_2 gasification reactivity as measured by temperature-programmed thermogravimetry.
结果表明:升温速率对煤焦-CO2气化反应有明显影响;制焦温度较高的煤焦反应性较低;快速热解有利于提高煤焦的反应性;由程序升温法和等温法所得活化能随转化率变化呈现不同的趋势,但所得活化能的平均值分别为160。
6) CO_2-cured
CO2固化
1.
The influences of a new modifier on properties of CO_2-cured phenol-formaldehyde resol resin were investigated by the measurements of the compressive strength and moisture resistance of core sample.
利用砂芯抗压强度和抗湿性能的测定、粘结桥断口的扫描电镜(SEM)分析,研究了一种新的有机改性剂对CO2固化酚醛树脂粘结剂性能的影响。
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