Modelling and Assessment of Recovered Paper Separation in Automatic and Manual Sorting

Anke Gottschling; Samuel Schabel

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Modelling and Assessment of Recovered Paper Separation in Automatic and Manual Sorting

机译：自动和手动分拣中回收纸张分离的建模和评估

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In the research project Modelling and Systematic Assessment of Recovered Paper Sorting Plants models of the unit operations in recovered paper sorting are developed and used for simulating sorting plants. This paper covers the background and the objectives of the project. It gives a short overview of the modelling and the data collection. The focus of the paper lies on the automatic measuring system for recovered paper developed in this project. The automatic measuring system has the task to measure the composition, the particle size distribution, the particle shape distribution and the specific weight distribution of samples of recovered paper.

机译：在研究项目中，回收纸分类机的建模和系统评估开发了回收纸分类中单元操作的模型，并将其用于模拟分类厂。本文涵盖了项目的背景和目标。它简要介绍了建模和数据收集。本文的重点在于该项目开发的回收纸自动测量系统。自动测量系统的任务是测量回收纸样品的成分，粒度分布，颗粒形状分布和比重分布。

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《Gesellschaft fuer Bergbau, Metallurgie, Rohstoff- und UmwelttechnikSchriftenreihe》 |2014年第135期|共9页
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Anke Gottschling; Samuel Schabel;
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正文语种 eng
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1. Modelling and Assessment of Recovered Paper Separation in Automatic and Manual Sorting [J] . Anke Gottschling, Samuel Schabel Gesellschaft fuer Bergbau, Metallurgie, Rohstoff- und UmwelttechnikSchriftenreihe . 2014,第135期

机译：自动和手动分拣中回收纸张分离的建模和评估
2. Automatic sorting of recovered paper technical solutions their limitations [J] . Jorg Wagner Revue de l'Association Technique de l'Industrie Papetiere . 2007,第1期

机译：自动分类回收纸技术解决方案的局限性
3. Automatic Sorting of Recovered Paper - Technical Solutions and Their Limitations [J] . Jorg Wagner, Tobias Franke, Samuel Schabel Progress in Paper Recycling . 2006,第1期

机译：自动分类回收纸张-技术解决方案及其局限性
4. Modeling and Assessment of Recovered Paper Separation in Automatic and Manual Sorting [C] . Samuel Schabel, Anke Gottschling Pulping, engineering, environmental, recycling, sustainability conference . 2016

机译：自动和手动分拣中回收纸张分离的建模和评估
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Modelling and Assessment of Recovered Paper Separation in Automatic and Manual Sorting

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