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Solid-Liquid Adsorption: How to do Correct Batch Experiments and Analyze Data

Autor Hai Nguyen Tran, Huan-Ping Chao, Seung Han Woo
en Limba Engleză Paperback – 31 mai 2024
Solid-Liquid Adsorption: How to Do Correct Batch Experiments and Analyze Data provides a critical review of available literature, showing the most frequently made interpretation errors and providing methodological guidance on the practical use of fundamental concepts in adsorption science and technology. Adsorption science and technology is a well-established field with a broad range of applications. Nevertheless, the handover of knowledge and experience from expert seniors is not always optimal. This means that incorrect results and relevant mistakes are not made public. This book shares both successes and failures, helping new researchers avoid past mistakes.

  • Guides early career researchers on how to setup and correctly perform adsorption experiments
  • Provides practical aspects of adsorption experiments and preparation
  • Helps users identify mistakes made in the past
  • Includes mathematic modeling of adsorption data based on recent theory
  • Illustrated with figures, informative tables and relevant information to illustrate and explain important concepts from the book
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Specificații

ISBN-13: 9780128218365
ISBN-10: 0128218363
Pagini: 512
Dimensiuni: 191 x 235 mm
Editura: ELSEVIER SCIENCE

Public țintă

Early career researchers in academia, graduate students, laboratory supervisors in chemical engineering working on adsorption
Early career researchers in industry

Cuprins

1. Introduction on adsorption science and technology
2. Definition of technical terms in adsorption
3. Identified problem in adsorption experiments and calculation
4. How to analyze adsorption experiment result
5. How to identify the dominant adsorption mechanism
6. Practice nonlinear-optimization technique
7. Helpful suggestion to prepare adsorbent sample for characterization
8. How to correctly recalculate the textural property from nitrogen adsorption/desorption isotherm
9. How to avoid potential errors in Boehm titration and iodide number
10. Common mistake in typing and preparing manuscript
11. Identified reason for retraction of published papers
12. Remark and suggestion