Pore Structure Characteristics, Genesis, and Its Controlling Effect on Gas Migration of Quaternary Mudstone Reservoir in Qaidam Basin by Shijie He, Xianglu Tang, Zeyu Shao, Zhenxue Jiang, Bo Wang, Xiaoxue Liu, Yuchao Wang, Mingli Xu

“…The pore size distribution varies from nanometers to micrometers, and mesopores mainly contribute to the specific surface area. (2) Rigid minerals and clay minerals are the main controlling factors for the pore structure of mudstone reservoirs. …”
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Modification of Activated Carbon for the Adsorption of Humic Acid by H.M.B. Eustáquio, Christian W. Lopes, Rafael S. da Rocha, Brena D. Cardoso, Sibele B.C. Pergher

“…Evaluating the specific area helped to verify this fact, reflecting the number of mesopores in the used material.…”
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Influence of Acidic Substances on Compression Deformation Characteristics of Loess by Hao Tang, Chiyang Liu, Nianqin Wang, Huahua Li, Guannan Wu, Jinzhi Luo, Mengli Zeng

“…The percentages of micropore, small pore, mesopore, and macropore areas of original loess were 20.90%, 79.10%, 0%, and 0%, respectively. …”
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Quantitative Characterization for the Micronanopore Structures of Terrestrial Shales with Different Lithofacies Types: A Case Study of the Jurassic Lianggaoshan Formation in the So... by Weiwei Liu, Kun Zhang, Qianwen Li, Zhanhai Yu, Sihong Cheng, Jiayi Liu, Pei Liu, Fengli Han, Liangyi Tang, Zhengwei Li, Xuejiao Yuan, Yiming Yang, Yao Zeng, Chen Zhang

“…Organic-matter-bearing mixed shales have the lowest pore volume and specific surface area; its pore volume is primarily provided by macropores, and the specific surface area by mesopores and the shape of the pores are close to an ink bottle.…”
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The Influence of Reservoir Composition on the Pore Structure of Continental Shale: A Case Study from the Qingshankou Formation in the Sanzhao Sag of Northern Songliao Basin, NE Chi... by Jianguo Yang, Liu Wang, Shichao Li, Cheng Zuo, Fei Xiao, Yuchu Chen, Yulai Yao, Longhui Bai

“…The organic matter pore is less developed, mainly composed of intragranular pores and crack pores of organic matter. Mesopores related to clay minerals are widely developed, rigid quartz particles can protect and support mesopores and macropores, and carbonate cementation can inhibit pore development. …”
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Porous Structure Evolution of Cellulose Carbon Fibres during Oxidation in Carbon Dioxide by Krzysztof Babeł

“…As a result, a considerable number of micropores (accessible to nitrogen) were generated together with a small number of mesopores. The next stage (principal activation stage) involved burning at a constant rate accompanied by an uniform increase in the micropore volume. …”
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Adsorption Characteristics of Activated Carbon Obtained from Rice Husks by Treatment with Phosphoric Acid by Laila B. Khalil

“…Analysis of the nitrogen adsorption isotherms was achieved by applying the BET, DR, t- and α S -methods so as to assess the contribution of micropores and mesopores in the products. The washed products showed reasonable surface areas with dimensions in the micropore range. …”
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Marine Shale Gas Occurrence and Its Influencing Factors: A Case Study from the Wufeng-Longmaxi Formation, Northwestern Guizhou, China by Taotao Cao, Hu Liu, Anyang Pan, Mo Deng, Qinggu Cao, Ye Yu, Yanran Huang, Zhenghui Xiao

“…Shale gas content is positively correlated with micropore volume, mesopore volume and TOC content but negatively correlated with macropore volume and clay mineral content, indicating that methane is preferentially stored in micropores (<2 nm) and mesopores (2–50 nm) related to OMs. …”
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Study on Pore and Fissure Structure Characteristics of Deep Soft Coal Rock by Minbo Zhang, Zhen Zhang, Dangyu Zhang, Delong Zou, Jinlei Du, Zichao Wang, Chunxin Li

“…The distribution of pore volume in each pore section of a coal sample has the rule that the transition pore is larger than the micropore, and the micropore is larger than the mesopore, and the maximum ratio is 66.2%. The distribution of pore specific surface area has the rule that the micropore is larger than the transition pore, and the transition pore is larger than the mesopore. …”
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Relationship between Tectonism and Composition and Pore Characteristics of Shale Reservoirs by Fuhua Shang, Yanming Zhu, Haitao Gao, Yang Wang, Ruiyin Liu

“…Shale samples with strong deformation have a smaller mesopore volume; but due to the presence of organic-clay aggregates, a larger mesopore-specific surface area embarks on these samples. …”
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Effect of Carbonisate Particles on the Properties of Active Carbons by Bronislaw Buczek

“…Steam activation leads to a faster development of ring-shaped particles, and the kinetics of the process influence surface area Brunauer–Emmet–Teller, surface mesoporosity and the micropore volume. The micropore and mesopore structures of active carbons are evaluated using nitrogen adsorption/desorption isotherms and the corresponding parameters of the Dubinin–Radushkevich equation are presented. …”
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Modelling of Ethane/Ethylene Separation Using Microporous by Susana Curbelo, Erich A. Müller

“…For micropores less than 2 nm wide, the selectivity towards ethane varied markedly with small changes in the pore structure, whilst for the mesopores with widths greater than 2 nm the selectivity was remarkably insensitive towards the pore size. …”
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Adsorption—Desorption Processes on Mesoscopic Pores Connected to Microscopic Pores of Complex Geometry Using the Ising Model by M.A. Balderas Altamirano, S. Cordero, G. Román, A. Gama Goicochea

“…In addition, we report the filling of microscopic pores connected with mesopores. It is argued that these predictions are useful for researchers working on the enhanced recovery of oil and for the design of new nanomaterials, among others.…”
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Impact of the Carbonization Atmosphere on the Properties of Phosphoric Acid-Activated Carbons from Fruit Stones by A.M. Puziy, O.I. Poddubnaya, A. Martínez-Alonso, F. Suárez-García, A. Castro-Muñiz, J.M.D. Tascón

“…The evolution of several characteristic parameters of the resulting carbons (bulk density, yield, BET surface area, ultramicropore, supermicropore and mesopore volumes and cation-exchange capacity) with activation temperature was examined. …”
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On the Pore Size Distributions and Fractal Dimensions of Activated Carbons Evaluated on the Basis of the Analysis of Nitrogen, Argon and Benzene Vapour Adsorption Data by B.J. Trznadel, A. Światkowski

“…For all adsorbates studied, correction factors including adsorption in mesopores were introduced. New formulae for this correction factor have been proposed for nitrogen and argon. …”
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Changes in Textural Properties of Precalcined Silicas Induced by Adsorption of Some Low Molecular Weight Polymers by A.M. Youssef, Th. El-Nabarawy

“…Polymer adsorption on the precalcined silicas made the contribution of mesopores more prominent, the changes in the textural properties of the silicas depending on the stage at which the polymer was added during the course of silica preparation.…”
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The Influence of the Activation Temperature on the Structural Properties of the Activated Carbon Xerogels and Their Electrochemical Performance by Nguyen Khanh Nguyen Quach, Wein-Duo Yang, Zen-Ja Chung, Hoai Lam Tran

“…The carbon xerogel sample activated at 900°C was found with the most appropriate structure, which has the high micropore area and a more-balanced porosity between the micropores and mesopores, for using as an electrode material. The highest obtained specific capacitance value was 270 Fg−1 in 6 M KOH electrolyte at scan rate of 5 mVs−1 from the cyclic voltammetry.…”
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The influence of mechanochemical activation on the Zn–Ce–O composition properties by O Sachuk, V Zazhigalov, L Kuznetsova, S Shcherbakov

“…An increase in the specific surface area (up to three times) and pores volume due to the formation of mesopores with two dimensions (2.1 and 30 nm) at these conditions was shown by Brunauer-Emmett-Teller (BET) and Barrett-Joyner-Halenda (BJH) methods. …”
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Empirical Procedures for the Analysis of Physisorption Isotherms by Kenneth S.W. Sing, Ruth T. Williams

“…The interpretation of α S -plots is based on established principles underlying the mechanisms of physisorption: monolayer–multilayer adsorption, preferential filling of narrow micropores (ultramicropores), monolayer adsorption followed by the filling of wider micropores (supermicropores) and capillary condensation in mesopores. Various distinctive features of α S -plots allow these different processes to be identified and the internal and external areas and effective pore volumes to be quantified. …”
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Use of Wide-Pore Carbons to Examine Intermolecular Interactions during the Adsorption of Anthraquinone Dyes from Aqueous Solution by Maria Paz Elizalde-González, Virginia Hernández-Montoya

“…Carbon samples with low specific surface areas containing both mesopores and macropores were prepared by heating orange seeds to 450, 600, 800 and 1000 °C, respectively. …”
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