AI 中文总结
本书旨在帮助读者快速掌握胶体科学原理并设计功能或可运动的胶体系统，采用实用结果与物理机制并行的策略，提供常用数据与习题，是制备目标胶体系统的入门读物。
AI 中文摘要
本书有一个主要目标：帮助读者快速从掌握胶体科学的基本原理，过渡到在实验室中设计具有特定功能或可运动的胶体系统。它并非旨在提供胶体与表面科学所有方面的百科全书式知识；相反，作者选择不包含许多真正重要的主题。为实现这一目标，本书采用两种并行策略：第一，提供可立即使用的实用结果，对于繁琐的计算，已将其重新整理为表格或图表，例如Hamaker常数和椭球流体动力学；第二，描述各种胶体现象的物理机制，使研究者能够思考替代策略。在平衡算法与解释的过程中，本书提供了可直接套用的示例问题，帮助读者熟悉单位、常数和典型值，这些练习题扩展了最基础的理论，为实际和研究工作提供有用的结果。全书还提供了常用的粘度、zeta电位、离子现象及其他参数的数据，仅收录了实验室最常用的参考文献和技术。最终，本书并非对胶体的详尽研究，而是成为快速制备所需胶体系统的入门途径。
英文摘要
This book has one primary goal: To get you moving quickly from learning basic principles of colloid science, to designing colloidal systems for function or motion in the lab. It is not intended to provide encyclopedic knowledge about all aspects of colloid and surface science; rather, I have chosen not to include many topics of genuine importance. In reaching the intended goal, I use two parallel strategies. First, I give practical results that can be used immediately. If there is a cumbersome calculation, I have worked to reframe it into a table or figure. This is the case for Hamaker constants and hydrodynamics of spheroids, for instance. Second, I describe the physics of various colloidal phenomena, so that you as a researcher can think about alternative strategies. In balancing algorithms with explanations, I provide plug-and-chug example problems to familiarize you with units, constants, and typical values. The practice problems provide extensions to the most basic theory that open new possibilities, while also giving results that are useful in practical and research studies. Throughout the book, I provide data we commonly use for viscosities, zeta potentials, ionic phenomena, and other parameters. Rather than providing every reference and every technique, I have provided those references and techniques that we most often use in our lab. In the end, this book aims not to be an exhaustive study of colloids, but rather to be a doorway to producing desired colloidal systems as quickly as possible.
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