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Introduction to Instrumental Analytical Chemistry
This note covers the following topics: Propagation of Error, Introduction to Spectrometric Methods, Photometric Methods and Spectroscopic Instrumentation, Radiation Transducers, Monochromators for Atomic Spectroscopy, Photometric Issues in Atomic Spectroscopy, Practical aspects of atomic spectroscopy, Atomic Emission Spectroscopy, Ultraviolet-Visible and Near Infrared Absorption, UV-Visible Spectroscopy of Molecules, Infrared Spectrometry, Raman Spectroscopy and Chromatography.
Author(s): Roger Terrill
316 Pages 
Analytical Chemistry 2.1 by David Harvey
More precisely speaking, David Harvey's Analytical Chemistry 2.1 is more an introduction textbook, which gives concise notions and methodologies of the field of analytical chemistry. It deals with all foundational questions, topics like basic tools and vocabulary used by discipline. It centres attention on the evaluation of analytical data and standardizing the methods so that one can rely on the reproducibility of results. Several analytical techniques are discussed, such as gravimetric, titrimetric, spectroscopic, and chromatographic methods, and electrochemical approaches. In discussing quality assurance and development of standard methods, it is a very important source for students and professionals providing a comprehensive understanding of analytical practice.
Author(s): David Harvey
NA Pages
The notes by National Open University of Nigeria on analytical chemistry provide a holistic approach toward performing both qualitative and quantitative analysis. It covers necessary topics such as preanalytical fundamentals, theory of errors, and statistical data treatment. It is very strong since the requirements for understanding the analytical processes are solidly based. A broad range of titration analyses is covered, including acid-base, oxidation-reduction, and complexometric titrations. The resource also introduces some selected analytical techniques and physicochemical analysis. With that aim, it wants to provide the student with a broad understanding of the subject. This PDF would come in really helpful to those in search of a broad presentation on principles and practices of analytical chemistry in an order sequence.
Author(s): National Open University of Nigeria, School of Science and Technology
95 Pages
Analytical Chemistry 2.1 Solutions Manual
The Analytical Chemistry 2.1 - Solutions Manual from David Harvey is the solution companion to the main textbook, providing the reader with solutions in detail to problems and exercises part of analytical chemistry. The book includes the most fundamental topics, such as an introduction to analytical chemistry and basic tools and vocabulary of the discipline and is considered a very valuable asset for the students. The manual details the evaluation of analytical data and the standardizing of analytical methods, bringing home the all-importance of the rigors of methodology in accepting results. Equilibrium chemistry is also an important part of the discussion, along with critical processes in sample collection and preparation for analyses. Divided into sections on gravimetric and titrimetric methods, as well as spectroscopic measurements, this solutions manual holds special appeal for students looking to solidify their understanding and application of analytical techniques in the laboratory.
Author(s): David Harve
250 Pages
Analytical Chemistry Lecture Notes by Seoul National University
These lecture notes from Seoul National University provide an overview of analytical principles and practices. They cover such critical topics as chemical measurements, experimental error, and statistics and pay special emphasis to quality assurance and the calibration methods that will ensure reliable results. Chemical equilibrium is explored, with a focus on both mono and polyprotic acid-base equilibria, which are most fundamental to many analytical techniques. Besides that, titration methods, the basics of electrochemistry, and other electroanalytical techniques like redox titrations and potentiometry are also covered in the notes. The papers do more to detail spectrophotometry, X-ray diffraction, and chromatography, thereby turning the notes into highly sought sources by both students and professionals who wish to broaden their knowledge about analytical methodologies.
Author(s): Seoul National University
NA Pages
Recent Advances in Analytical Chemistry
Muharrem Ince and Olcay Kaplan Ince's Recent Advances in Analytical Chemistry deals with novelties of methods of analysis and their modern applications. The purpose of the book is to point out large researches and compare modern techniques that rejuvenate the whole sphere of analytical chemistry. Reflecting on recent trends, it brings both traditional and advanced methods applied in laboratories of today to one common field of view. The authors underline their need for adaptation of analytical approaches to the developing scientific challenges and introduce some breakthrough applications that have emerged in response to contemporary needs. This source would be very helpful for researchers and students interested in understanding the future landscape of analytical chemistry and its potential influence on a wide range of scientific disciplines.
Author(s): Muharrem Ince and Olcay Kaplan Ince
NA Pages
Asoka Marasinghe's Analytical Chemistry Handouts give a concise yet adequate introduction to the above Analytical Separation Techniques. The handouts also discuss gas chromatography, high-performance liquid chromatography, and capillary electrophoresis. Electro-analytical chemistry is covered in the content, which explains electrodes, along with potentiometry, as major approaches applied in analytical measurements. This handout covers mass spectrometry and nuclear magnetic resonance as some of the tools that are available for chemical analysis; therefore, it covers a broad spectrum. This particular resource will thus be very useful for students wanting to gain a good understanding of the basic principles governing analytical methods, including their application in the real laboratory setting.
Author(s): Asoka Marasinghe
NA Pages