turns-00020.parquet:26750
ddfab86f2f73784994872ce2
turn 10/10gpt-3.5-turbo-0125EnglishUnited States1069 words
degenerate_repetitionAbsentFinal dense release
USER
I want you to act as an expert in scientific writing. I will provide you with some paragraphs in English and your task is to improve the spelling. grammar. Clarity conciseness and overall readability of the text provided, while breaking down long sentences, reducing repetition, and providing improvement suggestions, You should use artificial intelligence tools, such as natural lanquage processing, and rhetorical knowledge and your expertise in effective scientific writing techniques to reply, Provide the output as a markdown table with the head in Chinese, The first column is the original sentence, and the second column is the sentence after editing and the third column provides explanation in Chinese. One sentence per row. Please edit the following text in a scientific tone: The development of shale gas and carbon storage using supercritical CO2 (scCO2) can provide favorable support for mitigating greenhouse effects. The injection of scCO2 can alter the pore-fracture structure of shale reservoirs, thereby affecting the CO2 storage efficiency. In this study, experiments were successively conducted to investigate the interaction between scCO2 and shale under different temperature, pressure and time. X-ray diffraction and gas adsorption techniques were employed to quantitatively investigate variations in mineral composition and micro-mesopore (<50 nm) parameters before and after experiments. The results show that the response of carbonate and clay minerals to experimental pressure and time is significant, with a decrease in their content after scCO2 treatment. At subcritical conditions, the influence of CO2 on pore morphology characteristics is weak, while the pore volume and specific surface area of pores of 0.7-1.4 nm and 2-10 nm significantly increase with increasing pressure under supercritical conditions. When the experimental time is less than 2 d, the distribution of mesopore diameters changes insignificantly, but the volume and specific surface area of micropores slightly increase. As duration exceeds 4 days, the mesopore volume and specific surface area gradually increase, with a decrease of the micropores’ specific surface area. In addition, as rises of experimental temperature, pressure and time, the fractal dimensions of 0.8-1.4 nm and 2-11 nm pores significantly increase, with a more heterogeneous pore structure. The adsorption kinetics parameters Pf and Nmax/t of shale also exhibit an increasing trend after the interaction with scCO2, which consistently enhances the efficiency of CO2 sequestration. Understanding the changes in shale pore structure before and after the action of scCO2 has certain implications for improving the process of enhanced shale gas recovery and CO2 geo-sequestration.
ASSISTANT
| 原句 | 改善后的句子 | 解释 | |-----------------------------------------------------------------------------------------------------------|----------------------------------------------------------------------------------------------------------------------------------------------------|------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------| | The development of shale gas and carbon storage using supercritical CO2 (scCO2) can provide favorable support for mitigating greenhouse effects. | The utilization of supercritical CO2 (scCO2) for shale gas and carbon storage development offers significant potential in mitigating greenhouse effects. | 通过更改“development of shale gas and carbon storage”为“utilization of supercritical CO2 for shale gas and carbon storage development”以提高清晰度和逻辑连贯性。将“provide favorable support”改为“offers significant potential”以提高科学写作风格。 | | The injection of scCO2 can alter the pore-fracture structure of shale reservoirs, thereby affecting the CO2 storage efficiency. | Injection of scCO2 can modify the pore-fracture structure of shale reservoirs, thus impacting CO2 storage efficiency. | 通过更改“alter”为“modify”和“affecting”为“impacting”消除重复;插入“thus”提高句子连贯性和逻辑关联性。 | | In this study, experiments were successively conducted to investigate the interaction between scCO2 and shale under different temperature, pressure and time. | This study conducted a series of experiments to explore the interaction of scCO2 with shale under varying temperature, pressure, and duration. | 通过将“experiments were successively conducted”调整为“This study conducted a series of experiments”增强了表达的简洁性。将“to investigate”改为“to explore”提高了逻辑连贯性。 | | X-ray diffraction and gas adsorption techniques were employed to quantitatively investigate variations in mineral composition and micro-mesopore (<50 nm) parameters before and after experiments. | X-ray diffraction and gas adsorption techniques were used to quantitatively study changes in mineral composition and micro-mesopore parameters (<50 nm) before and after the experiments. | 在“X-ray diffraction and gas adsorption techniques were employed”中使用被动语态;通过添加“the”和“changes”以增强描述的清晰度和逻辑性。 | | The results show that the response of carbonate and clay minerals to experimental pressure and time is significant, with a decrease in their content after scCO2 treatment. | The results indicate a significant response of carbonate and clay minerals to experimental pressure and duration, leading to reduced content following scCO2 treatment. | 使用“indicate”以传达结果的含义;将“experimental pressure and time”调整为“experimental pressure and duration”以保持一致性。 | | At subcritical conditions, the influence of CO2 on pore morphology characteristics is weak, while the pore volume and specific surface area of pores of 0.7-1.4 nm and 2-10 nm significantly increase with increasing pressure under supercritical conditions. | Under subcritical conditions, CO2 has a minimal impact on pore morphology characteristics; conversely, pore volume and specific surface area of 0.7-1.4 nm and 2-10 nm pores notably increase with rising pressure at supercritical states. | 重新构造句子顺序,减少重复;使用“Under subcritical conditions”以提高句子开篇;替换“is weak”为“minimal impact”以提升表达规范性。 | | When the experimental time is less than 2 d, the distribution of mesopore diameters changes insignificantly, but the volume and specific surface area of micropores slightly increase. | For experimental periods shorter than 2 days, there is a minor shift in mesopore diameter distribution, while the volume and specific surface area of micropores experience a slight rise. | 将“When”替换为“For”以提高逻辑结构;通过使用“there is”提高清晰度;调整句子结构以改善句子流畅性。 | | As duration exceeds 4 days, the mesopore volume and specific surface area gradually increase, with a decline in the specific surface area of micropores. | Beyond 4 days, mesopore volume and specific surface area progressively increase, accompanied by a reduction in the specific surface area of micropores. | 使用“Beyond”以提高科学写作风格;替换“gradually”提高逻辑连贯性和清晰度;重新排列句子结构以消除重复。 | | In addition, as rises of experimental temperature, pressure and time, the fractal dimensions of 0.8-1.4 nm and 2-11 nm pores significantly increase, with a more heterogeneous pore structure. | Furthermore, with increasing experimental temperature, pressure, and duration, the fractal dimensions of pores at 0.8-1.4 nm and 2-11 nm notably rise, leading to a more heterogeneous pore structure. | 使用“Furthermore”引入新话题;调整顺序并添加“with”以确保逻辑关系清晰;使用“notably”替换“significantly”以提高表达准确性。 | | The adsorption kinetics parameters Pf and Nmax/t of shale also exhibit an increasing trend after the interaction with scCO2, which consistently enhances the efficiency of CO2 sequestration. | The adsorption kinetics parameters Pf and Nmax/t of shale demonstrate an upward trend post-interaction with scCO2, contributing to the enhanced efficiency of CO2 sequestration. | 使用“demonstrate”以传达准确含义;替换“consistently enhances”为“contributing to”以提高逻辑连贯性;消除重复提高句子简洁性。 | | Understanding the changes in shale pore structure before and after the action of scCO2 has certain implications for improving the process of enhanced shale gas recovery and CO2 geo-sequestration. | Comprehension of shale pore structure alterations pre- and post-scCO2 exposure holds implications for enhancing shale gas recovery processes and CO2 geo-sequestration. | 调整结构,减少重复,提高清晰度;将“has certain implications for improving”替换为“holds implications for enhancing”以强调潜在意义。 |