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當前位置：首頁 > 產品中心 > 孔隙度分布分析儀 > 孔隙度分布分析儀
  • BSD-660碳納米管孔隙度分布分析儀
    BSD-660碳納米管孔隙度分布分析儀

    更新時間：2024-10-25

    型號：BSD-660

    瀏覽量：2357

    碳納米管孔隙度分布分析儀 是在液氮溫度下（77.3K）向樣品管內通入一定量的吸附質氣體（N2）通過氣體狀態(tài)方程PV=nRT，得到分壓點的吸附量；再通過BET或Langmuir等理論公式計算可得到樣品的比表面積，逐漸投入吸附質氣體增大吸附平衡壓力，得到吸脫附等溫線；再通過吸附脫附等溫線的數據計算得到樣品的孔徑大小，孔體積，孔徑分布等信息。
    了解詳情
  • BSD-660碳纖維孔隙度分布分析儀
    BSD-660碳纖維孔隙度分布分析儀

    更新時間：2024-10-25

    型號：BSD-660

    瀏覽量：2274

    碳纖維孔隙度分布分析儀 是在液氮溫度下（77.3K）向樣品管內通入一定量的吸附質氣體（N2）通過氣體狀態(tài)方程PV=nRT，得到分壓點的吸附量；再通過BET或Langmuir等理論公式計算可得到樣品的比表面積，逐漸投入吸附質氣體增大吸附平衡壓力，得到吸脫附等溫線；再通過吸附脫附等溫線的數據計算得到樣品的孔徑大小，孔體積，孔徑分布等信息。
    了解詳情
  • BSD-660超細纖維孔隙度分布分析儀
    BSD-660超細纖維孔隙度分布分析儀

    更新時間：2024-10-25

    型號：BSD-660

    瀏覽量：2241

    超細纖維孔隙度分布分析儀 是在液氮溫度下（77.3K）向樣品管內通入一定量的吸附質氣體（N2）通過氣體狀態(tài)方程PV=nRT，得到分壓點的吸附量；再通過BET或Langmuir等理論公式計算可得到樣品的比表面積，逐漸投入吸附質氣體增大吸附平衡壓力，得到吸脫附等溫線；再通過吸附脫附等溫線的數據計算得到樣品的孔徑大小，孔體積，孔徑分布等信息。
    了解詳情
  • BSD-660儲能材料孔隙度分布分析儀
    BSD-660儲能材料孔隙度分布分析儀

    更新時間：2024-10-25

    型號：BSD-660

    瀏覽量：2269

    儲能材料孔隙度分布分析儀 是在液氮溫度下（77.3K）向樣品管內通入一定量的吸附質氣體（N2）通過氣體狀態(tài)方程PV=nRT，得到分壓點的吸附量；再通過BET或Langmuir等理論公式計算可得到樣品的比表面積，逐漸投入吸附質氣體增大吸附平衡壓力，得到吸脫附等溫線；再通過吸附脫附等溫線的數據計算得到樣品的孔徑大小，孔體積，孔徑分布等信息。
    了解詳情
  • BSD-660煤炭孔隙度分布分析儀
    BSD-660煤炭孔隙度分布分析儀

    更新時間：2024-10-25

    型號：BSD-660

    瀏覽量：2344

    煤炭孔隙度分布分析儀 是在液氮溫度下（77.3K）向樣品管內通入一定量的吸附質氣體（N2）通過氣體狀態(tài)方程PV=nRT，得到分壓點的吸附量；再通過BET或Langmuir等理論公式計算可得到樣品的比表面積，逐漸投入吸附質氣體增大吸附平衡壓力，得到吸脫附等溫線；再通過吸附脫附等溫線的數據計算得到樣品的孔徑大小，孔體積，孔徑分布等信息。
    了解詳情
  • BSD-660石墨烯孔隙度分布分析儀
    BSD-660石墨烯孔隙度分布分析儀

    更新時間：2024-10-25

    型號：BSD-660

    瀏覽量：2455

    石墨烯孔隙度分布分析儀 是在液氮溫度下（77.3K）向樣品管內通入一定量的吸附質氣體（N2）通過氣體狀態(tài)方程PV=nRT，得到分壓點的吸附量；再通過BET或Langmuir等理論公式計算可得到樣品的比表面積，逐漸投入吸附質氣體增大吸附平衡壓力，得到吸脫附等溫線；再通過吸附脫附等溫線的數據計算得到樣品的孔徑大小，孔體積，孔徑分布等信息。
    了解詳情
  • BSD-660硅藻土孔隙度分布分析儀
    BSD-660硅藻土孔隙度分布分析儀

    更新時間：2024-10-25

    型號：BSD-660

    瀏覽量：2590

    硅藻土孔隙度分布分析儀 是在液氮溫度下（77.3K）向樣品管內通入一定量的吸附質氣體（N2）通過氣體狀態(tài)方程PV=nRT，得到分壓點的吸附量；再通過BET或Langmuir等理論公式計算可得到樣品的比表面積，逐漸投入吸附質氣體增大吸附平衡壓力，得到吸脫附等溫線；再通過吸附脫附等溫線的數據計算得到樣品的孔徑大小，孔體積，孔徑分布等信息。
    了解詳情
  • BSD-660催化劑孔隙度分布分析儀
    BSD-660催化劑孔隙度分布分析儀

    更新時間：2024-10-25

    型號：BSD-660

    瀏覽量：2519

    催化劑孔隙度分布分析儀 是在液氮溫度下（77.3K）向樣品管內通入一定量的吸附質氣體（N2）通過氣體狀態(tài)方程PV=nRT，得到分壓點的吸附量；再通過BET或Langmuir等理論公式計算可得到樣品的比表面積，逐漸投入吸附質氣體增大吸附平衡壓力，得到吸脫附等溫線；再通過吸附脫附等溫線的數據計算得到樣品的孔徑大小，孔體積，孔徑分布等信息。
    了解詳情
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