Chemistry at Interfaces provides an introduction to the fundamental concepts in interfacial chemistry. It aims to provide students and research workers who have not had training in a school of surface chemistry with the means to set up and use interfacial techniques and to interpret measurements. For this reason, more emphasis is given to experimental details and to the associated pitfalls than most other books in the field. The book begins by considering some of the basic laws governing behavior in chemical systems and how these apply to some examples of interfacial processes. This is followed by a discussion of two specific properties oSf interfaces: the tendency to concentrate reactants and the ability to orientate molecules, thus increasing their reactivity. Separate chapters cover standards of cleanliness in interfacial work and methods to achieve them; techniques for the study of interfacial films; the kinetics of physical processes that can occur at an interface; and chemical and biological processes and reactions. The final chapter provides an overview of the wide-ranging applications of interfacial chemistry to practical problems.

In its simplest form, the scientific method can be thought of as learning from our mistakes and trying to correct them. True scientists try to think rationally, never adopt dogmatic opinions and are always willing to listen to opposing views. They never claim to know the absolute truth but are relentless in their search for it. In this timely book, the author describes the fundamentals of critical scientific thinking. The book further examines the correct use of the scientific method and how to apply it to current events and scientific topics to obtain honest assessments. Current controversies discussed include climate change and COVID-related lockdowns. Additional Features include: Demonstrates the use of the scientific method to assist with objective analysis of issues. Addresses that induction plays a role but the true method for advancing knowledge is hypothesis-deduction. Explores current hot topics within the framework of the scientific method. Outlines common misunderstandings of the scientific method. Applying the Scientific Method to Learn from Mistakes and Approach Truth is approachable enough for the general public and recommended for university and advanced high school science educators and their students.

In its simplest form, the scientific method can be thought of as learning from our mistakes and trying to correct them. True scientists try to think rationally, never adopt dogmatic opinions and are always willing to listen to opposing views. They never claim to know the absolute truth but are relentless in their search for it. In this timely book, the author describes the fundamentals of critical scientific thinking. The book further examines the correct use of the scientific method and how to apply it to current events and scientific topics to obtain honest assessments. Current controversies discussed include climate change and COVID-related lockdowns. Additional Features include: Demonstrates the use of the scientific method to assist with objective analysis of issues. Addresses that induction plays a role but the true method for advancing knowledge is hypothesis-deduction. Explores current hot topics within the framework of the scientific method. Outlines common misunderstandings of the scientific method. Applying the Scientific Method to Learn from Mistakes and Approach Truth is approachable enough for the general public and recommended for university and advanced high school science educators and their students.

Concepts in Cereal Chemistry stimulates critical thinking by emphasizing the important concepts related to the science. Written by distinguished researcher and teacher Dr. Finlay MacRitchie, this compact and reader-friendly book focuses mainly on cereal chemistry, but also incorporates relevant theory from the basic sciences, such as physics and genetics. A Targeted Approach, Rather than an Exhaustive Review The book discusses milling and some of the sciences that are relevant to wheat dry milling. It explains how to measure the efficiency of the dry milling process and provides explanations for grain hardness variation. The book also looks at the composition and structure of dough and how this determines the performance of a baked aerated product. It then covers dough rheology and some important aspects of processing. Logically Organized with Exercises at the End of Most Chapters Next, the book explores cereal shelf life and the well-known phenomenon of bread staling and its underlying causes. Coverage then shifts to proteins and the relationship between cereal composition and functionality. A discussion of strategies to manipulate end-use properties is followed by chapters on non-wheat cereals and health-related aspects of cereals. Suggested solutions to end-of-chapter questions and exercises round out the book's solid coverage. These solutions require critical thinking and, in some cases, searches of the literature. Demonstrations are included to further illustrate principles. This well-organized resource provides students and researchers in both academia and industry with the information they need to tackle problems likely to arise in cereal research.

Describing the philosophy of the scientific method and the training and professional characteristics needed for a successful career, Scientific Research as a Career is a comprehensive "how-to" guide for the aspiring scientist. Based on the author's experience both as a scientist in a research organization and as a university mentor, the book covers: The interaction between management and leadership principles and scientific research Qualifications and attributes usually required to become a successful researcher History, application, and prerequisites of the scientific method and scientific progress Exploration of the careers of pivotal and influential scientists The author highlights the importance of networking and the value of forming contacts with colleagues, joining scientific associations, attending conferences, making presentations, and acting as chairs for conference sessions. He also touches on the many areas outside of "the science" that readers are likely to encounter during their career, such as mentoring, supervising research students, and managing a group. The book clearly delineates not only the challenges currently facing scientists, but also how to overcome them and achieve success in their careers.

Concepts in Cereal Chemistry stimulates critical thinking by emphasizing the important concepts related to the science. Written by distinguished researcher and teacher Dr. Finlay MacRitchie, this compact and reader-friendly book focuses mainly on cereal chemistry, but also incorporates relevant theory from the basic sciences, such as physics and genetics.

A Targeted Approach, Rather than an Exhaustive Review

The book discusses milling and some of the sciences that are relevant to wheat dry milling. It explains how to measure the efficiency of the dry milling process and provides explanations for grain hardness variation. The book also looks at the composition and structure of dough and how this determines the performance of a baked aerated product. It then covers dough rheology and some important aspects of processing.

Logically Organized with Exercises at the End of Most Chapters

Next, the book explores cereal shelf life and the well-known phenomenon of bread staling and its underlying causes. Coverage then shifts to proteins and the relationship between cereal composition and functionality. A discussion of strategies to manipulate end-use properties is followed by chapters on non-wheat cereals and health-related aspects of cereals. Suggested solutions to end-of-chapter questions and exercises round out the book s solid coverage. These solutions require critical thinking and, in some cases, searches of the literature. Demonstrations are included to further illustrate principles. This well-organized resource provides students and researchers in both academia and industry with the information they need to tackle problems likely to arise in cereal research.

The book exposes many of the misunderstandings about the scientific method and its application to critical thinking. It argues for a better understanding of the scientific method and for nurturing critical thinking in the community. This knowledge helps the reader to analyze issues more objectively, and warns about the dangers of bias and propaganda. The principles are illustrated by considering several issues that are currently being debated. These include anthropogenic global warming (often loosely referred to as climate change), dangers to preservation of the Great Barrier Reef, and the expansion of the gluten-free food market and genetic engineering.

The book exposes many of the misunderstandings about the scientific method and its application to critical thinking. It argues for a better understanding of the scientific method and for nurturing critical thinking in the community. This knowledge helps the reader to analyze issues more objectively, and warns about the dangers of bias and propaganda. The principles are illustrated by considering several issues that are currently being debated. These include anthropogenic global warming (often loosely referred to as climate change), dangers to preservation of the Great Barrier Reef, and the expansion of the gluten-free food market and genetic engineering.

Describing the philosophy of the scientific method and the training and professional characteristics needed for a successful career, Scientific Research as a Career is a comprehensive "how-to" guide for the aspiring scientist. Based on the author s experience both as a scientist in a research organization and as a university mentor, the book covers:

• The interaction between management and leadership principles and scientific research
• Qualifications and attributes usually required to become a successful researcher
• History, application, and prerequisites of the scientific method and scientific progress
• Exploration of the careers of pivotal and influential scientists

The author highlights the importance of networking and the value of forming contacts with colleagues, joining scientific associations, attending conferences, making presentations, and acting as chairs for conference sessions. He also touches on the many areas outside of "the science" that readers are likely to encounter during their career, such as mentoring, supervising research students, and managing a group. The book clearly delineates not only the challenges currently facing scientists, but also how to overcome them and achieve success in their careers."