Thermodynamic challenges for CO2 pipelines design: A critical review on the effects of impurities, water content, and low temperature
Thermodynamic challenges for CO2 pipelines design: A critical review on the effects of impurities, water content, and low temperature is a paper indexed in ScholarIQ from OpenAlex.
How many citations does Thermodynamic challenges for CO2 pipelines design: A critical review on the effects of impurities, water content, and low temperature have?
Thermodynamic challenges for CO2 pipelines design: A critical review on the effects of impurities, water content, and low temperature has 117 citations in the OpenAlex counts ScholarIQ stores.
When was Thermodynamic challenges for CO2 pipelines design: A critical review on the effects of impurities, water content, and low temperature published?
Thermodynamic challenges for CO2 pipelines design: A critical review on the effects of impurities, water content, and low temperature has 2022 year in the ScholarIQ index.
What is the open-access status of Thermodynamic challenges for CO2 pipelines design: A critical review on the effects of impurities, water content, and low temperature?
Thermodynamic challenges for CO2 pipelines design: A critical review on the effects of impurities, water content, and low temperature has green oa status in the ScholarIQ index.
What is the DOI of Thermodynamic challenges for CO2 pipelines design: A critical review on the effects of impurities, water content, and low temperature?
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What is the OpenAlex record for Thermodynamic challenges for CO2 pipelines design: A critical review on the effects of impurities, water content, and low temperature?
The OpenAlex for Thermodynamic challenges for CO2 pipelines design: A critical review on the effects of impurities, water content, and low temperature is on the source record.