Scholarlink

<p>We present an experimental investigation of a bentonite material as a function of different parameters like compaction intensity, water content, and sintering temperature. Three thermal states are considered in this study: a) immediately after sample preparation (ASP), b) after curing for 28 days followed by a drying process at 105&#xa0;°C, and c) after sintering at 800&#xa0;°C for 6 h. Apparent density (ρ<sub>ap</sub>), electrical conductivity (σ), dielectric permittivity (ε), thermal conductivity (λ), thermal heat capacity (<i>C</i><sub>p</sub>), and maximum compressive strength (<i>R</i><sub>cmax</sub>) are analyzed. We show that ρ<sub>ap</sub>, λ, and <i>R</i><sub>cmax</sub> increase with the compaction intensity, and with the sintering temperature. From the wet state (ASP) to the dried state at 105&#xa0;°C /24h and then to the sintered state at 800&#xa0;°C, the apparent density, the electrical conductivity, and the thermal conductivity (for a water content less than 15%) show a decreasing behavior. The maximum compressive strength, on the other hand, shows an increasing one.</p>

错误：搜索内容不能为空，请输入英文关键词
错误：关键词超出字数限制，请精简
高级检索

Room-temperature physical properties of Moroccan bentonite under different compaction intensities, water contents, and sintering temperatures

  • 期刊论文

  • 发表日期：

    2025年2月3日

查看全文
  • F. E. Bammou,
  • M. Essaleh,
  • A. Bouziane,
  • R. Bouferra,
  • Y. Bahammou,
  • A. Zoubir,
  • S. Belhouideg

摘要

We present an experimental investigation of a bentonite material as a function of different parameters like compaction intensity, water content, and sintering temperature. Three thermal states are considered in this study: a) immediately after sample preparation (ASP), b) after curing for 28 days followed by a drying process at 105 °C, and c) after sintering at 800 °C for 6 h. Apparent density (ρap), electrical conductivity (σ), dielectric permittivity (ε), thermal conductivity (λ), thermal heat capacity (Cp), and maximum compressive strength (Rcmax) are analyzed. We show that ρap, λ, and Rcmax increase with the compaction intensity, and with the sintering temperature. From the wet state (ASP) to the dried state at 105 °C /24h and then to the sintered state at 800 °C, the apparent density, the electrical conductivity, and the thermal conductivity (for a water content less than 15%) show a decreasing behavior. The maximum compressive strength, on the other hand, shows an increasing one.