1) carbon dioxide system
二氧化碳体系
1.
Carbon dioxide system in western Taiwan Strait;
台湾海峡西部海域水体中的二氧化碳体系
2.
The results indicated that concentration changes(Δ) of components in carbon dioxide system with time scale were correlated with the concentrations and kinds of heavy metal.
通过室内实验模拟并应用海洋生态系统动力学模型,研究了孔石莼和重金属(铜与镉)共同作用下,海水二氧化碳体系及海洋碳源汇强度的变化过程。
3.
Concentrationsof componentsin carbon dioxide systemand their relationships with nutrients andsaturation of calcium carbonate in the seawater collected from Equatorial North Pacific Oceanfrom October to November in 2001 were analyzed.
根据2001年10—11月在赤道北太平洋海域(含赤道东太平洋东、西部海区和西太平洋暖池区)的调查资料,分析了该海域水体中二氧化碳体系各组分的含量及其分布状况,并对其与营养盐及碳酸钙饱和度之间的关系进行了初步探讨。
3) liquid carbon dioxide
液体二氧化碳
1.
The production process,technical characteristics and equipment of flexible polyurethane foam using liquid carbon dioxide as physical foaming agent were introduced.
介绍了以液体二氧化碳作物理发泡剂生产软质聚氨酯泡沫的生产工艺、技术特点及其设备;并对新工艺与传统工艺在产品性价方面进行了比较。
2.
Through hydrocarbons combustion,carbon dioxide purification to produce liquid carbon dioxide is an alternative for those regions being devoid of carbon dioxide sources.
对二氧化碳资源贫乏地区,利用烃类燃烧和二氧化碳提纯技术生产液体二氧化碳是可供选择的生产二氧化碳的技术方案。
3.
In order to maintain the freshness,color,deliciousness and flavor of foods,the carbon dioxide fast freezing machine has been developed on basis of liquid carbon dioxide spray refrigerating principle,and food may swiftly pass through the ice crystal band by using this machine.
利用液体二氧化碳喷射制冷原理研制二氧化碳快速冻结机,使食品快速通过冰晶带,保持食品原有鲜度和色、香、味。
6) carbon monoxide-water svstem
水/一氧化碳体系
补充资料：氨基氰与二氧化碳、环氧乙烷和1-十八胺的反应产物
CAS：70693-20-8
分子式：C18H39N·C2H4O·CH2N2·CO2
中文名称：氨基氰与二氧化碳、环氧乙烷和1-十八胺的反应产物
英文名称：Cyanamide, reaction products with carbon dioxide, ethylene oxide and 1-octadecanamine
Octadecanamine, carbon dioxide, cyanamide, ethylene oxide reaction product
分子式：C18H39N·C2H4O·CH2N2·CO2
中文名称：氨基氰与二氧化碳、环氧乙烷和1-十八胺的反应产物
英文名称：Cyanamide, reaction products with carbon dioxide, ethylene oxide and 1-octadecanamine
Octadecanamine, carbon dioxide, cyanamide, ethylene oxide reaction product
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