CALCULATORS ON-LINE CENTER CHEMISTRY CENTER CHEMISTRY: A-D

U.S.: Saturday, December 28, 2019

Sydney, Australia: Sunday, December 29, 2019

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Currently the Calculators On-Line Center contains
over “22,125” Calculators & Spreadsheets,

over “4,420” Courses, Lectures, Manuals, Handbooks,

& “1,000’s” of Movies, Videos, Simulations & Animations

CHEMISTRY: A-D

Chemical Terminology & Chemistry Nomenclature

Chemistry Dictionaries ~
Chemistry Journals

Acid Base Chemistry ~
Air Quality ~
Analytical Chemistry ~
Atmospheric Chemistry

Atomic & Molecular Orbitals & VSEPR

Biochemistry

Biomass & Biofuels ~
Biophysical Chemistry ~
Boltzman Distribution ~
Brownian Motion

Buffers ~
Caesium-137 ~
Calorimetry ~
Centrifuge ~
Ceramics

FIRST YEAR CHEMISTRY
Courses, Lab Experiments & Demonstrations, etc.

Chemical Calculation Uncertainties ~
Chemical Ecology of Insects & Pheromones

Chemical & Biochemical Solutions, Virtual Laboratories

Chemiluminescence ~
Chemputers

Chromatography
Gas Chromatography, High Performance Liquid Chromatography (HPLC), Ion Exchange Chromatography

Coal ~
Composite Materials

Computational Chemistry ~
Crystallography ~
Diatomic ~
Diffusion ~
Dioxins

Chemical Engineering, Process Control
Petrochemical Eng., Chemical Reaction Eng., Pipe Systems, etc.

Chemistry Center

Calculators On-Line Center

Chemical Terminology – Chemistry Terminology – Chemistry Nomenclature

CHEMICAL TERMINOLOGY – CHEMISTY TERMINOLOGY – CHEMISTRY NOMENCLATURE

IUPAC GOLD BOOK – International Union of Pure and Applied Chemistry

• Multimedia IUPAC Compendium of Chemical Terminology – the Gold Book (Text & Images).

• VERY VERY VERY…EXTENSIVE.

• IUPAC Compendium of Chemical Terminology – The Gold Book
  • “…In this edition of the Compendium these IUPAC-approved definitions are

• • supplemented with some definitions from ISO and from the International Vocabulary of

• • Basic and General Terms in Metrology; both these sources are recognised by IUPAC

• • as authoritative. The result is a collection of nearly 7000 terms, with

• • authoritative definitions, spanning the whole range of chemistry…”

For more information see

IUPAC Color Books;

IUPAC Books;

What We Do or the

International Union of Pure and Applied Chemistry (IUPAC)

Chemistry Dictionaries & Glossaries

CHEMISTRY DICTIONARIES

• • FOR OTHER CHEMISTRY DICTIONARIES & GLOSSARIES SEE INDIVIDUAL CHEMISTRY SUBJECTS

CHEMISTRY DICTIONARY – Eric W. Weisstein and
Wolfram Research, Inc.
Multimedia Chemistry Encyclopedia – Chemistry Dictionary (Text & Images).
VERY VERY VERY…EXTENSIVE.
For more information see

Eric Weisstein’s World of Science or

Wolfram Research

ACS, RSC, etc. Journals

Biochemistry ~
Chemical Engineering ~
Chemical Physics

Chemical Senses ~
Chemistry of Brewing ~
Ceramics & Clays

Clinical Chemistry ~
Electrochemistry ~
Histochemistry & Cytochemistry

Organic Chemistry ~
Photochemistry & Photobiology

Pure & Applied Chemistry ~
Pyrotechnics & Propellants ~
Spectroscopy

CHEMISTRY JOURNALS

ACS, RSC, etc. Journals

ACS PUBLICATIONS – American Chemical Society
Multimedia American Chemical Society Journals & Magazines (Text & Images).
For more information see the

American Chemical Society

• • Examples from over “30” Online ACS Magazines & Journals include

Journal of the American Chemical Society

Chemical Research in Toxicology

Analytical Chemistry

Chemical & Engineering News

Journal of Organic Chemistry

CANADIAN JOURNAL OF CHEMISTRY – NRC Research Press, National Research
Council of Canada, Ottawa, Canada
Multimedia Chemistry Journal (Text & Images).
For more information see

NRC Journals Online or

NRC Research Press

CENTRAL EUROPEAN JOURNAL OF CHEMISTRY – Published by: Versita, Springer
Multimedia Chemistry Journal (Text & Images).

ROYAL SOCIETY OF CHEMISTRY JOURNALS – Royal Society
of Chemistry (RSC), Burlington House, London, U.K.
Multimedia Chemistry Journals (Text & Images).
For more information see the

Royal Society of Chemistry (RSC)

Biochemistry Journals

FEBS JOURNAL – Federation of European
Biochemical Societies
Multimedia Biochemistry Journal (Text & Images).
For more information see the

Federation of European Biochemical Societies

JOURNAL OF BIOCHEMISTRY – Japanese Biochemical Society (JBS),
Published by: Oxford University Press
Multimedia Biochemistry Journal (Text & Images).
For more information see

Oxford Journals or the

Japanese Biochemical Society (JBS)

JOURNAL OF BIOLOGICAL CHEMISTRY – American Society for Biochemistry and
Molecular Biology (ASBMB)
Multimedia Biological Chemistry Journal (Text & Images).
For more information see the

American Society for Biochemistry and Molecular Biology

Chemical Engineering Journals

AIChE JOURNAL ONLINE – American Institute of Chemical Engineeers (AIChE)
Multimedia Chemical Engineering Journal (Text & Images).
For more information see the

American Institute of Chemical Engineeers

Chemical Physics Journals

AIP ONLINE JOURNAL SERVICE – American Institute of Physics
Multimedia Chemical Physics Journals (Text & Images).
For more information see the

American Institute of Physics

APS JOURNALS ONLINE – American Physical Society
Multimedia Chemical Physics Journals (Text & Images).
For more information see

American Physical Society

Chemical Senses Journals

CHEMICAL SENSES – The Association for Chemoreception Sciences (AChemS);
Published by: Oxford University Press
Multimedia Chemical Senses Journal (Text & Images).
For more information see

Oxford Journals or

The Association for Chemoreception Sciences (AChemS)

Chemistry of Brewing Journals

JOURNAL OF THE AMERICAN SOCIETY OF BREWING CHEMISTS – American Society of Brewing Chemists
Multimedia Chemistry of Brewing Journal (Text & Images).
For more information see

American Society of Brewing Chemists

JOURNAL OF THE INSTITUTE OF BREWING – Institute of Brewing & Distilling
Multimedia Journal of the Institute of Brewing (Text & Images).
For more information see

Institute of Brewing & Distilling

Ceramics Journal & Clays Journal

JOURNAL OF THE AMERICAN CERAMIC SOCIETY – American Ceramic Society
Multimedia Ceramics Journal & Clays Journal (Text & Images).

“… the premier forum and archive used by scientists, engineers, and students to learn about
original research in ceramics.”

For more information see

American Ceramic Society

Clinical Chemistry Journals

CLINICAL CHEMISTRY – The American Association for Clinical Chemistry (AACC)
Multimedia Clinical Chemistry Journal (Text & Images).
For more information see

The American Association for Clinical Chemistry (AACC)

Electrochemistry Journals

ELECTROCHEMISTRY – The Electrochemical Society of Japan
Multimedia Electrochemistry Journal (Text & Images).
For more information see

The Electrochemical Society of Japan

ELECTROCHEMISTRY COMMUNICATIONS – Editor-in-Chief:
R. Compton (The Compton Group) Oxford University, UK,
Publisher: Elsevier B.V.
Multimedia Electrochemistry Journal (Text & Images).
For more information see

The Compton Group

JOURNAL OF APPLIED ELECTROCHEMISTRY – Springer
Multimedia Applied Electrochemistry Journal (Text & Images).

JOURNAL OF THE ELECTROCHEMICAL SOCIETY – The Electrochemical Society
Multimedia Electrochemistry Journal (Text & Images).
For more information see

The Electrochemical Society

Histochemistry Journals & Cytochemistry Journals

JOURNAL OF HISTOCHEMISTRY AND CYTOCHEMISTRY – The Histochemical Society;
Internet Publishing & Design by: HighWire Press
Multimedia Histochemistry Journal & Cytochemistry Journal (Text & Images).
For more information see

The Histochemical Society

Organic Chemistry Journals

INDEX OF ORGANIC CHEMISTRY JOURNALS – Author: K. Van Aken,
Organic Chemistry Resources Worldwide
Multimedia Organic Chemistry Journal (Text & Images).
For more information see

Organic Chemistry Resources Worldwide

JOURNAL OF ORGANIC CHEMISTRY – American Chemical Society
Multimedia Organic Chemistry Journal (Text & Images).
For more information see

Publications or the

American Chemical Society

RUSSIAN JOURNAL OF ORGANIC CHEMISTRY – Published by: Springer
Multimedia Organic Chemistry Journal (Text & Images).
For more information see
Journals or

Springer

Photochemistry Journals & Photobiology Journals

PHOTOCHEMISTRY AND PHOTOBIOLOGY – American Society for Photobiology
Multimedia Photochemistry & Photobiology Journal (Text & Images).
For more information see

American Society for Photobiology

Pure & Applied Chemistry Journals

PURE AND APPLIED CHEMISTRY – International
Union of Pure & Applied Chemistry (IUPAC)
Multimedia Pure & Applied Chemistry Journal (Text & Images).
For more information see

Journals;

What We Do or the

International Union of Pure & Applied Chemistry (IUPAC)

Pyrotechnics Journals & Propellants Journals

PROPELLANTS, EXPLOSIVES, PYROTECHNICS – International Pyrotechnic Society,
Published by WILEY-VCH, Fed. Rep. of Germany,
John Wiley & Sons, Inc.
Multimedia Propellants Journal, Explosives Journal, Pyrotechnics Journal (Text & Images).
For more information see

International Pyrotechnic Society

Spectroscopy Journals

JOURNAL OF APPLIED SPECTROSCOPY – Society for Applied
Spectroscopy
Multimedia Journal of Applied Spectroscopy (Text & Images).
For more information see

Society for Applied Spectroscopy

Acid Base Chemistry

ACID BASE CHEMISTRY COURSES, LECTURES, LESSONS, ETC.

ACID-BASE BALANCE – A.W. Grogono (Retired),
Department of Anesthesiology,
School of Medicine,
Tulane University
Multimedia Acid-Base Lessons, Guides, Publications, Technical Reports, Diagrams, Calculators, etc. (Text & Images).
VERY VERY VERY…EXTENSIVE.

Acid-Base Balance

• • • • “…An interactive acid-base diagram is a major feature of this website.

• • • • It allows numerical values to be visualized on an interactive diagram

• • • • and simultaneously provides continuous text interpretation.

• • • • The diagram operates in several modes allowing recognition of

• • • • classical zones as well as self testing…”

Examples of “Acid-Base” Subject Catetories include

• • • • “…Acid-Base History;

• • • • Acid-Base Physiology;

• • • • Acid Production;

• • • • Henderson Equation;

• • • • Acid-Base Diagram;

• • • • Clinical Considerations;

• • • • Acid-Base Therapy: Respiratory Correction;

• • • • Metabolic Acidosis and Alkalosis;

• • • • Acid-Base Interpretation;

• • • • Stewart’s Strong Ion Difference; etc…”

For more information see

Alan W. Grogono’s Home Page

pH CALCULATORS, APPLETS, ANIMATIONS & SIMULATIONS

pH CALCULATORS, APPLETS, ANIMATIONS & SIMULATIONS

pH CALCULATOR – Sensorex Corporation
VERY EXTENSIVE.

pH Calculator “…will calculate the pH of a solution of
known concentration…

pH Calculator INPUT Values include:

• • • • Chemical in Solution (Acetic Acid, Aniline, Arsenic Acid, Arsenious Acid,

• • • • Benzoic Acid, Boric Acid, Carbonic Acid, Chlorous Acid, Citric Acid, etc.);

• • • • and Select one of Three Methods
        • Concentration Method (Concentration of Solution);

• • • • • Weight Method (Weight of acid or base; Total Volume of solution);

• • • • • or Volume Method (Concentration of Acid or Base being added;

• • • • • Volume of acid or base;

• • • • • Total Volume of Solution (including acid/base)…”

For more information see

pH Technical Education or

Sensorex Corporation

pH PLAYGROUND: UNDERSTANDING pH (JAVA APPLET) – A.W. Grogono (Retired),
Department of Anesthesiology,
School of Medicine,
Tulane University
VERY EXTENSIVE.

“…pH is the negative logarithm of
the [H⁺] measured in moles per liter. A pH
of 7.4 is equivalent to 40 nanoMols/liter [H⁺]
(hydrogen ion concentration)…”

For more information see

Alan W. Grogono’s Home Page

ACID BASE CALCULATORS, APPLETS, ANIMATIONS & SIMULATIONS

• • • ACID-BASE TITRATION CALCULATORS, APPLETS, ANIMATIONS & SIMULATIONS

ACID-BASE TITRATION CURVES (JAVA APPLET) – C.E. Efstathiou,
Department of Chemistry, Uniiveristy of Athens, Greece
VERY VERY EXTENSIVE.

Available in English & Greek.

Acid-Base Titration Curves Calculator allows the user to

• • • • “…obtain the titration curves of some of the more common

• • • • acids and bases at any combination. The user can select

• • • • the acid (among 25 real acids) and the

• • • • base (among 22 real bases),…”

For more information see

Educational Applets or the

Department of Chemistry

ACID BASE TITRATION (JAVA APPLET) – B. Herreros,
Department of Chemistry,
University of Southern California
VERY EXTENSIVE.

Acid Base Titration Calculator

• • • • “…lets students add either HCl or NaOH to a flask

• • • • full of water and a flask full of a buffer solution…”

For more information see

Bruno’s Java or the

Department of Chemistry

TITRATION OF AN UNKNOWN ACID OR BASE (JAVA APPLET) – D.N. Blauch,
Department of Chemistry, Davidson College, Davidson, NC
VERY EXTENSIVE.

Titration of an Unknown Acid or Base Calculator INPUT Values include:

• • • • “…Select up to 7 Unknown Compounds;

• • • • Mass of Unknown Compounds;

• • • • Volume of Water;

• • • • Select a Titrant…”

For more information see

Virtual Chemistry Experiments;

David N. Blauch’s Home Page or the

Department of Chemistry

PCR CALCULATORS, APPLETS, ANIMATIONS & SIMULATIONS

• • • PCR BOX TITRATION CALCULATORS, APPLETS, ANIMATIONS & SIMULATIONS

PCR BOX TITRATION CALCULATOR – Attotron Biosensor Corporation

PCR Box Titration Calculator

• • • • “…calculates the amounts of various ingredients

• • • • needed to do two-dimensional box titrations of various

• • • • reactants in polmerase chain reactions…”

For more information see

Sequence Analysis Software;

QuizMaker Suite or

Attotron Biosensor Corporation

Air Quality

AIR QUALITY RELATED CENTERS

FOR AIR QUALITY DATABASES SEE THE

PUBLIC HEALTH CENTER: AIR QUALITY

AIR QUALITY CALCULATORS, APPLETS, ANIMATIONS & SIMULATIONS

• • • AIR QUALITY INDEX CALCULATORS & APPLETS

AIR QUALITY INDEX (AQI) CALCULATOR – Office of Air & Radiation,
Environmental Protection Agency (EPA)
VERY EXTENSIVE.

Air Quality Index Calculator INPUT Values include:

• • • • “…Select a Polllutant; Units Required; Concentration…”

Air Quality Index Calculator output values include:

• • • • “…AUI; AUI Category (Good, Moderate, Unhealthy);

• • • • Health Effects; Cautionary Statements; etc…”

For more information see

AIRNow – Air Quality Index (AQI)

CONCENTRATION CALCULATORS & APPLETS

CONCENTRATION CONVERTER (AIR QUALITY) – CALCULATOR – M. Ryhl-Svendsen,
National Museum of Denmark, Copenhagen, Denmark
VERY EXTENSIVE.

The Concentration Converter Calculator is an

• • • • “…On-line calculator

• • • • for convertion between gas concentration units and can be used for

• • • • any compound in air (Ammonia, Acetic acid, Acetaldehyde,

• • • • Carbonyl sulphide, Hydrogen sulphide, Nitric oxide, etc.)…”

Concentration Converter Calculator INPUT Values include:

• • • • “…Temperature; Atmospheric Pressure; Molecular Weight of Pollutant;

• • • • Concentration in ppb; etc…”

For more information see

Indoor Air Quality (IAQ) in Museums and Archives

Analytical Chemistry

ANALYTICAL CHEMISTRY COURSES, LECTURES & TEXTBOOKS

Undergraduate Analytical Chemistry Courses with Videos/Movies & Audio/Sound

ANALYTICAL CHEMISTRY II (PPT, PDF, QUICKTIME, REAL PLAYER) – D.K. Ryan,
Department of Chemistry,
College of Sciences,
University of Massachusetts,
Lowell, Massachusetts
Multimedia Analytical Chemistry II Course (Text, Images, Videos/Movies & Audio/Sound).
VERY VERY VERY…EXTENSIVE.

Examples of “Analytical Chemistry II” Course Video Lectures include

• • • • “…Spectroscopy Video Lectures;

• • • • Luminescence Spectroscopy Video Lecture;

• • • • Atomic Spectroscopy Video Lecture;

• • • • Atomic Mass Spectrometry Video Lecture;

• • • • Chromatography Video Lectures;

• • • • Gas Chromatography Video Lectures;

• • • • High Performance Liquid Chromatography (HPLDC) Video Lectures;

• • • • Electrochemistry Video Lectures; etc…”

For more information see

Analytical Chemistry II Home Page;

Courses;

David Ryan’s Home Page or the

Department of Chemistry

Undergraduate Analytical Chemistry Laboratory Demonstrations with Videos/Movies & Audio/Sound

ANALYTICAL CHEMISTRY II LABORATORY (QUICKTIME & REAL PLAYER) – D.K. Ryan,
Department of Chemistry,
College of Sciences,
University of Massachusetts,
Lowell, Massachusetts
Multimedia Analytical Chemistry II Laboratory Video Course (Text, Images, Videos/Movies & Audio/Sound).
VERY VERY VERY…EXTENSIVE.

Examples of “Analytical Chemistry II” Laboratory Video Lectures include

• • • • “…Gas Chromatography: Separation of Organic Compounds Video Lecture;

• • • • Determination of Cu Concentration in Waters by Graphite Furnace Atomic Spectroscopy Video Lecture;

• • • • FT-IR: Comparison of Sample Preparation Techniques and Interpretation of Spectra of Unknown Video Lecture;

• • • • Determination of Fe and Zn in Pet Food by Atomic Absorption Spectroscopy Video Lecture; etc…”

For more information see

Analytical Chemistry II LAB Home Page;

Courses;

David Ryan’s Home Page or the

Department of Chemistry

Graduate Analytical Chemistry Courses with Videos/Movies & Audio/Sound

ADVANCED ANALYTICAL CHEMISTRY (QUICKTIME & REAL PLAYER) – D.K. Ryan,
Department of Chemistry,
College of Sciences,
University of Massachusetts,
Lowell, Massachusetts
Multimedia Advanced Analytical Chemistry Course (Text, Images, Videos/Movies & Audio/Sound).
VERY VERY VERY…EXTENSIVE.

Examples from over “26” “Advanced Analytical Chemistry” Course Video Lectures include

• • • • “…Potentiometry Video Lecture;

• • • • Voltammetry, Electrogravimetry Video Lecture;

• • • • Chronopotentiometry, Coulometry, Voltammetry Video Lecture;

• • • • AC Polarography, Pulsed Polarography & Voltammetry Video Lecture;

• • • • Wavelength Selection – Optical Filters & Monochromators Video Lecture;

• • • • Wavelength Selection, Interferometers, Detectors – PMTs Video Lecture;

• • • • Molecular Spectroscopy-Structure & Absorption Video Lecture;

• • • • Fluorescence & Phosphorescence Video Lectures; etc…”

For more information see

Advanced Analytical Chemistry Home Page;

Courses;

David Ryan’s Home Page or the

Department of Chemistry

ANALYTICAL CHEMISTRY LECTURES WITH SIMULATIONS, COMPUTER MODELS, SPREADSHEETS (XLS), ETC. – ALL INCLUSIVE

INTERACTIVE COMPUTER MODELS FOR ANALYTICAL CHEMISTRY INSTRUCTION (SPREADSHEETS OPEN ONLINE WITH
EXCEL, iWORK-NUMBERS, IBM LOTUS SYMPHONY, NEOOFFICE, OPENOFFICE CALC, ETC.) – Tom O’Haver (Emeritus),
Department of Chemistry and Biochemistry,
College of Computer, Mathematical, and Natural Sciences,
University of Maryland
Multimedia Interactive Computer Models for Analytical Chemistry Instruction (Text & Images).
VERY VERY VERY…EXTENSIVE.

Interactive Computer Models for Analytical Chemistry Instruction

• • • • “…This is a collection of free, downloadable, interactive computer models and simulations of common analytical instruments and techniques…”

Some examples of “Interactive Computer Models for Analytical Chemistry Instruction” Computer Models & Simulations include

• • • • Examples of Spectroscopy Instrumentation and Methodology Computer Models & Simulations” include
        • “…Color Temperature of a Blackbody Source;

• • • • • Animated Diffraction Grating

• • • • • Photomultiplier Light Measurement System;

• • • • • Error propagation in Analytical Calibration; etc…”

Examples of “Molecular Spectrometry Computer Models & Simulations” include

• • • • • “…U.V. Visible Spectrophotometer;

• • • • • Instrumental Deviations from Beer’s Law;

• • • • • Calibration Curve Fitting Methods in Absorption Spectroscopy;

• • • • • Fluorescence Spectroscopy Signal-to-Noise Ratio;

• • • • • Effect of Slit Width on Signal-to-Noise Ratio in Absorption Spectroscopy; etc…”

Examples of “Atomic Spectrometry Computer Models & Simulations” include

• • • • • “…Signal and Photon SNR of Atomic Emission Spectrometer;

• • • • • Spectroscopy of Atomic Absorption; etc…”

Examples of “Classical, Electrical, and Computational Methods Computer Models & Simulations” include

• • • • • “…Worksheet for Analytical Calibration Curve;

• • • • • Resolution of Capillary Chromatography;

• • • • • Triprotic Titration Data Analysis;

• • • • • Monoprotic Titration Curve Model; etc…”

For more information see

Tom O’Haver’s Home Page or the

Department of Chemistry and Biochemistry

Signal Processing in Chemical Analysis

FOR RELATED SIGNAL PROCESSING COURSES, LECTURES, SIMULATIONS, CALCULATORS, ETC. SEE THE

ELECTRICAL ENGINEERING & COMPUTER ENGINEERING CENTER: SIGNALS: SYSTEMS & CONTROLS, SIGNAL PROCESSING, ETC.

AN INTRODUCTION TO SIGNAL PROCESSING IN CHEMICAL ANALYSIS – Tom O’Haver (Emeritus),
College of Computer, Mathematical, and Natural Sciences,
University of Maryland
Multimedia An Introduction to Signal Processing in Chemical Analysis (Text, Images & Videos/Movies).
VERY VERY EXTENSIVE.

“An Introduction to Signal Processing in Chemical Analysis” includes

• • • • Essay (PDF, 38 Pages)
        • “…The purpose of this paper is to give a general introduction to some of the most

• • • • • widely used signal processing techniques and to give illustrations of their

• • • • • applications in analytical chemistry…”

Examples of “Signal Processing in Chemical Analysis” Software (SPECTRUM & Matlab) include

• • • • • “…Signal arithmetic;

• • • • • Signals and noise;

• • • • • Smoothing;

• • • • • Differentiation;

• • • • • Harmonic analysis;

• • • • • Convolution;

• • • • • Deconvulution;

• • • • • Interactive Fourier Filter;

• • • • • Interactive Peak Fitter…”

For more information see

Tom O’Haver’s Home Page or the

Department of Chemistry and Biochemistry

Electronics for Chemists

FOR RELATED ELECTRONICS COURSES, LECTURES, SIMULATIONS, CALCULATORS, ETC. SEE THE

ELECTRICAL ENGINEERING & COMPUTER ENGINEERING CENTER

ELECTROSIM: ELECTRONIC CIRCUIT SIMULATIONS – Tom O’Haver (Emeritus),
Department of Chemistry and Biochemistry,
College of Computer, Mathematical, and Natural Sciences,
University of Maryland
Multimedia ElectroSim: Electronic Circuit Simulations (Text & Images).
VERY VERY EXTENSIVE.

ElectroSim: Electronic Circuit Simulations

• • • • “…a collection of real-time, theory-based interactive simulations of

• • • • some simple electronic circuits for use by students in my course

• • • • in “Electronics for Chemists”, basically a course in elementary practical

• • • • instrumentation electronics. I use them after the students have constructed

• • • • and studied these circuits in the laboratory, in an effort to deepen

• • • • their conceptual understanding…”

For more information see

Tom O’Haver’s Home Page or the

Department of Chemistry and Biochemistry

Atmospheric Chemistry

ATMOSPHERIC CHEMISTRY RELATED CENTERS

FOR METEOROLOGY, CLIMATOLOGY, ATMOSPHERIC PHYSICS, ETC. COURSES, LECTURES, DATABASES, CALCULATORS, ETC. SEE THE

METEOROLOGY, CLIMATOLOGY, ATMOSPHERIC PHYSICS, ETC. CENTER

ATMOSPHERIC CHEMISTRY DICTIONARIES & GLOSSARIES

ATMOSPHERIC CHEMISTRY GLOSSARY – Department of Chemistry,
Sam Houston State University, Texas
Multimedia Atmospheric Chemistry Glossary (Text & Images).
VERY VERY VERY…EXTENSIVE.
For more information see

Department of Chemistry

ATMOSPHERIC CHEMISTRY COURSES, LECTURES, TEXTBOOKS, ETC.

Graduate Atmospheric Chemistry Courses, Lectures & Textbooks

ATMOSPHERIC CHEMISTRY – R.R. Dickerson,
Department of Atmospheric and Oceanic Science,
College of Computer, Mathematical, and Natural Sciences,
University of Maryland
Multimedia Atmospheric Chemistry Graduate Course (Text & Images).

Examples of “Atmospheric Chemistry” Graduate Course Lectures include

• • • • “…Anthropocene;

• • • • The N Cycle;

• • • • Carbon Monoxide;

• • • • Methane;

• • • • Sulfur;

• • • • Halogens;

• • • • Odd Hydrogen, HOx;

• • • • Biogenic hydrocarbons;

• • • • Vertical Flux; etc…”

For more information see

Russell R. Dickerson’s Home Page or the

Department of Atmospheric and Oceanic Science

Graduate Clouds, Aerosols & Climate Course

CLOUDS, AEROSOLS & CLIMATE – I.N. Sokolik,
Atmospheric Chemistry, Aerosols & Clouds,
School of Earth and Atmospheric Sciences,
College of Sciences,
Georgia Institute of Technology
Multimedia Clouds, Aerosols & Climate Course (Text & Images).
VERY VERY VERY…EXTENSIVE.

Examples of “Clouds, Aerosols & Climate” Graduate Course Lectures include

• • • • “…Fundamentals of aerosols and clouds. Part 1. Climate-relevant properties and processes;

• • • • Fundamentals of aerosols and clouds. Part 2. Observations;

• • • • Representation of aerosol processes in models;

• • • • Aerosol-cloud-climate interactions: Aerosol indirect effects; etc…”

For more information see

Atmospheric Chemistry Teaching – Courses;

Irina N. Sokolik’s Home Page or the

School of Earth and Atmospheric Sciences

Graduate Atmospheric Radiative Transfer Course

ATMOSPHERIC RADIATIVE TRANSFER – I.N. Sokolik,
Atmospheric Chemistry, Aerosols & Clouds,
School of Earth and Atmospheric Sciences,
College of Sciences,
Georgia Institute of Technology
Multimedia Atmospheric Radiative Transfer Graduate Course (Text & Images).
VERY VERY VERY…EXTENSIVE.

Examples from over “28” “Atmospheric Radiative Transfer” Course Lectures include

• • • • “…Terrestrial infrared radiative processes;

• • • • Modeling of radiative fluxes and heating/cooling rates in the IR;

• • • • Light scattering and absorption by atmospheric particulates;

• • • • Principles of multiple scattering in the atmosphere. Radiative transfer equation with scattering for solar radiation in a plane-parallel atmosphere;

• • • • Methods for solving the radiative transfer equation with multiple scattering;

• • • • Methods for solving the radiative transfer equation with multiple scattering;

• • • • Total radiative heating/cooling rate; etc…”

For more information see

Teaching;

Irina N. Sokolik’s Home Page or the

School of Earth and Atmospheric Sciences

Graduate Remote Sensing of the Atmosphere and Oceans Course

REMOTE SENSING OF THE ATMOSPHERE AND OCEANS – I.N. Sokolik,
Atmospheric Chemistry, Aerosols & Clouds,
School of Earth and Atmospheric Sciences,
College of Sciences,
Georgia Institute of Technology
Multimedia Remote Sensing of the Atmosphere and Oceans Graduate Course (Text & Images).
VERY VERY VERY…EXTENSIVE.

Examples from over “16” “Remote Sensing of the Atmosphere and Oceans” Course Lectures include

• • • • “…Passive microwave remote sensing of sea-ice.;

• • • • Modeling of particle optical characteristics with Mie theory. Remote sensing based on direct solar radiation. AERONET.;

• • • • Remote sensing of aerosols in the visible and near-IR.;

• • • • Passive microwave remote sensing: retrievals of total precipitable water and cloud liquid water;

• • • • Principles of active remote sensing: Lidars. Lidar sensing of gases, aerosols, and clouds.; etc…”

For more information see

Teaching;

Irina N. Sokolik’s Home Page or the

School of Earth and Atmospheric Sciences

ATMOSPHERIC DATABASES, MODELS, CALCULATORS, SPREADHSEETS (XLS), ETC.

ATMOSPHERIC CHEMISTRY SPREADSHEETS (SPREADSHEETS OPEN ONLINE WITH
EXCEL, iWORK-NUMBERS, IBM LOTUS SYMPHONY, NEOOFFICE, OPENOFFICE CALC, ETC.) – T. S. Dibble,
Department of Chemistry,
College of Environmental Science and Forestry,
State University of New York (SUNY), Syracuse, NY
VERY VERY EXTENSIVE.

Atmospheric Chemistry Calculators include

• • • • “…Rate Constants for Termolecular Reaction Calculator;

• • • • Solar Zenith Angle Calculator;

• • • • Photolysis Rate Calculator;

• • • • Nitrogen Reservoir Species Calculator; etc…”

For more information see

Environment Chemistry II;

Courses Taught by Theodore S. Dibble;

Dibble Group Web Page or the

Department of Chemistry

ATMOSPHERIC MEASUREMENT INSTRUMENTATION – Atmospheric
Radiation MeasurementProgram (ARM)
Multimedia Atmospheric Measurement Databases, Textbooks, etc. (Text & Images).
VERY VERY VERY…EXTENSIVE.

Atmospheric Measurement Categories include

• • • • “…Aerosols;

• • • • Atmospheric Profiling;

• • • • Clouds;

• • • • Radiometers;

• • • • Surface Energy Flux;

• • • • Surface Meteorology; etc…”

For more information see

Atmospheric Radiation Measurement Program (ARM)

ATMOSPHERIC RADIATION MEASUREMENT DATA – Atmospheric Radiation Measurement
Program (ARM)
Multimedia Atmospheric Radiation Databases (Text & Images).
VERY VERY VERY…EXTENSIVE.

Atmospheric Radiation Databases

• • • • “…The ARM Program’s primary objective is to test and improve General Circulation

• • • • Model (GCM) parameterizations of clouds and their effect on the spectral

• • • • radiative energy balance…”

For more information see

Atmospheric Radiation Measurement Program (ARM)

EXTENDED AIM AEROSOL THERODYNAMICS MODE – S.L. Clegg & P.Brimblecombe
(School of Environmental Sciences, University of East Anglia, Norwich, U.K.)
and A.S. Wexler (Department of Mechanical and Aeronautical Engineering, University of California, Davis);
Hosted by the School of Environmental Sciences,
University of East Anglia, Norwich, U.K.
Multimedia Extended AIM Aerosol Thermodynamics Model (Text & Images).
VERY VERY VERY…EXTENSIVE.

• • • • “…A community model for calculating gas/liquid/solid partitioning in

• • • • aerosol systems containing inorganic and organic components and water,

• • • • and solute and solvent activities in aqueous solutions and liquid mixtures…”

For more information see the

School of Environmental Sciences, University of East Anglia, U.K.

CHEMICAL KINETICS AND PHOTOCHEMICAL DATA FOR USE IN ASTOMOSPHERIS STUDIES – JPL Data Evalulation, JPL
Multimedia Chemical Kinetics and Photochemical Data for Use in Atmospheric Studies (Text & Images).
VERY VERY VERY…EXTENSIVE.

Chemical Kinetics and Photochemical Data for Use in Atmospheric Studies

• • • • “…The recommended rate data and cross sections are based on laboratory measurements. In

• • • • order to provide recommendations that are as up-to-date as possible, preprints and written

• • • • private communications are accepted, but only when it is expected that they will appear

• • • • as published journal articles. Under no circumstances are rate constants adjusted to

• • • • fit observations of atmospheric concentrations…”

Chemical Kinetics and Photochemical Data for Use in Atmospheric Studies includes

• • • • “…Bimolecular Reactions;

• • • • Termolecular Reactions;

• • • • Equilibrium Constants;

• • • • Photochemical Data;

• • • • Heterogeneous Chemistry; etc…”

For more information see

JPL Data Evalulation or the

Jet Propulsion Laboratory (JPL)

NCAR MODELS – National Center of Atmospheric Research,
University Corporation for Atmospheric Research
Multimedia NCAR Models & Databases (Text & Images).
VERY VERY VERY…EXTENSIVE.

NCAR Models & Databases include

• • • • “…Atmospheric Chemistry & Transport Models;

• • • • Climate Models;

• • • • Meteorology & Weather Prediction Models; etc…”

For more information see the

National Center of Atmospheric Research or the

University Corporation for Atmospheric Research

NOAA ARL’S REAL-TIME ENVIRONMENTAL APPLICATIONS AND DISPLAY SYSTEM (READY) – Air Resources Laboratory (ARL), NOAA
Multimedia Real-Time Environmental Applications and Display System (READY) Databases, Models, etc. (Text & Images).
VERY VERY VERY…EXTENSIVE.

Examples of Real-Time Environmental Applications and Display System (READY) Databases, Models, etc. include

• • • • HYSPLIT (HYbrid Single-Particle Lagrangian Integrated Trajectory) Model
        • “…is the newest version of a complete system for computing simple air parcel trajectories

• • • • • to complex dispersion and deposition simulations…”

Transport and Dispersion Models

• • • • • “…Air Quality Models;

• • • • • Short-Range Ensemble Forecast (SREF) Dispersion;

• • • • • Gaussian Plume Model;

• • • • • Manned Balloon Flight Tools; etc…”

Volcanic Ash Transport And Dispersion;

Current Meteorology; etc…”

For more information see

Air Resources Laboratory (ARL)

QUICK TUV CALCULATOR – Chemical Processes and Regional Modeling Group,
Atmospheric Chemistry Observations & Modeling,
National Center of Atmospheric Research
Multimedia Tropospheric Ultraviolet and Visible (TUV) Radiation Calculator (Text & Images).
VERY VERY VERY…EXTENSIVE.

Tropospheric ultraviolet (UV) radiation

• • • • “…is the driving force for all tropospheric photochemical processes. Photons in

• • • • the UV wavelength have the potential to break usually fairly stable molecules

• • • • into very reactive fragments (photolysis) and thus initiate reaction chains

• • • • otherwise unlikely or even impossible…”

Tropospheric Ultraviolet and Visible (TUV) Radiation Calculator

• • • • “…You can run the model for a specified latitude, longitude and

• • • • time (input option 1), or for a given solar zenith angle (input option 2).

• • • • In either case, you must also specify the additional parameters in

• • • • the second column. Also, you may…”

For more information see

Tropospheric Ultraviolet and Visible (TUV) Radiation Model or the

Chemical Modeling;

Atmospheric Chemistry Observations & Modeling or the

National Center of Atmospheric Research

THE MASTER CHEMICAL MECHANISM (MCM) – Jenny Young (Research Fellow), et al.,
Research in Atmospheric Chemistry at Leeds,
Physical Chemistry,
School of Chemistry,
Faculty of Mathematics and Physical Sciences,
University of Leeds,
Leeds, U.K.
Multimedia Atmospheric Database (Text & Images).
VERY VERY VERY…EXTENSIVE.

The Master Chemical Mechanism

• • • • “…is a near-explicit chemical mechanism describing the

• • • • degredation of 135 volatile organic compounds (VOCs) in the

• • • • troposphere…”

• • • • “…Originally developed to investigate the production of ozone

• • • • in the troposphere, the mechanism also aims to provide a RESEARCH TOOL for

• • • • investigating areas where detailed chemistry is required, eg. the generation

• • • • of intermediates…”

For more information see the

School of Chemistry

Atomic, Molecular Orbitals & VSEPR

ATOMIC ORBITALS COURSES, LESSONS, CALCULATORS, SIMULATIONS, ETC.

VALENCE SHELL ELECTRON PAIR REPULSION COURSES, LESSONS, CALCULATORS, SIMULATIONS, ETC.

ATOMIC ORBITALS (VRML) – D.N. Blauch,
Department of Chemistry, Davidson College
VERY VERY VERY…EXTENSIVE.

Examples of “Atomic Orbitals” Calculators & Simulations include

• • • • Graphical Representation of Orbitals
        • “…A radial distribution plot, an electron density plot, and

• • • • • a virtual reality isosurface plot for the hydrogen 1s orbital are…”

s Orbitals

• • • • • “…For s orbitals with various principal quantum numbers,

• • • • • radial distribution, electron density, and isosurface plots

• • • • • are examined…”

p Orbitals

• • • • • “…For p orbitals with various principal quantum numbers, radial

• • • • • distribution, electron density, and isosurface plots are examined…”

d Orbitals; Sizes of Atomic Orbitals; Effective Nuclear Charge; etc…”

For more information see

Virtual Chemistry Experiments;

David N. Blauch’s Home Page or the

Department of Chemistry

HYDROGEN ATOM ORBITAL VIEWER (JAVA APPLET) – P. Falstad
VERY EXTENSIVE.

Hydrogen Atom Orbital Calculator

• • • • “…displays the wave functions (orbitals) of the hydrogen

• • • • atom (actually the hydrogenic atom) in 3-D…”

Hydrogen Atom Orbital Calculator INPUT Values include:

• • • • “…Select Real Orbitals, Complex Orbitals, Real Combinations,

• • • • Complex Combinations, Multiple Bases or Hybrid Bases;

• • • • Show No Slicing, X Slicing, Y Slicing or Z Slicing; etc…”

For more information see

Math, Physics & Engineering Applets or

Paul Falstad’s Home Page

IONIZATION ENERGY CALCULATOR – The Shodor Education Foundation, Inc.

Ionization Energy Calculator

• • • • “…calculates the ionization eneregy

• • • • of your atom. It also compares the

• • • • Subtraction method to the Koopmans’ Method…”

For more information see

Ionization Energy Lab;

ChemViz or the

The Shodor Education Foundation, Inc.

THE ORBITON: ATOMIC ORBITALS – M.J. Winter,
Department of Chemistry,
University of Sheffield,
England,
U.K.
Multimedia Atomic Orbitals Lessons (Text, Images, Animations & 3D Modeling).
VERY VERY VERY…EXTENSIVE.

“The Orbiton: Atomic Orbitals” Lessons & Animations include

• • • • “…Images representing orbitals;

• • • • Animated plots of wave functions;

• • • • Animated plots of electron density;

• • • • “Dot-density” plots of electron density;

• • • • Plots of radial distribution functions; etc…”

For more information see

Department of Chemistry or the

University of Sheffield

VALENCE SHELL ELECTRON PAIR REPULSION (VSEPR) – – Mark J. Winter,
Department of Chemistry,
University of Sheffield,
England,
U.K.
Multimedia Valence Shell Electron Pair Repulsion (VSEPR) Course & Calculator (Text, Images, Animations & 3D Modeling).
VERY VERY EXTENSIVE.

Valence Shell Electron Pair Repulsion (VSEPR)

• • • • “…a remarkably simple device that utilizes a simple

• • • • set of electron accounting rules in order to predict

• • • • the shape of, in particular, main group compounds…”

“Valence Shell Electron Pair Repulsion (VSEPR)” Course Chapters include

• • • • “…Introduction;

• • • • Assumptions;

• • • • Geometries;

• • • • Geometry Prediction;

• • • • Examples;

• • • • Isomers;

• • • • Multiple Bonds;

• • • • Unpaired Electrons;

• • • • Online VSEPR Calculator; etc…”

For more information see

Department of Chemistry or the

University of Sheffield

VSEPR PRACTICAL COURSE – Department of Chemistry,
University of Oxford, U.K.
Multimedia Valence Shell Electron Pair Repulsion Lessons (Text, Images, Animations & 3D Modeling).
VERY VERY EXTENSIVE.

VSEPR

• • • • “..stands for Valence Shell Electron Pair Repulsion.

• • • • It is a theory which allows the user to predict the shapes of

• • • • simple polyatomic molecules by applying a set of straight

• • • • forward rules. This computer course is designed to teach the

• • • • user the VSEPR rules…”

For more information see the

Virtual Chemistry – Virtual Laboratory or

Department of Chemistry

Biochemistry

BIOCHEMISTRY DICTIONARIES & GLOSSARIES

GLOSSARY OF BIOCHEMISTRY AND MOLECULAR BIOLOGY – D.M. Glick,
Portland Press Ltd., London, U.K.
Multimedia Biochemistry & Molecular Biology Glossary (Text & Images).
VERY VERY EXTENSIVE.
For more information see the

Portland Press Ltd.

AUDIO GLOSSARY OF GENETIC TERMS – National Human Genome Research Institute (NHGRI),
National Institutes of Health (NIH)
Multimedia Genetic Terms Glossary (Text, Images & Audio/Sound).

Talking Glossary of Genetic Terms includes

• • • • “…Written Definitions;

• • • • Phonetic Spellings and Illustrations;

• • • • Spoken Explanations of Glossary Terms;

• • • • Information On Each Scientist;

• • • • Related Terms; etc…”

For more information see the

Education or the

National Human Genome Research Institute (NHGRI)

BIOCHEMISTRY COURSES, TEXTBOOKS, LECTURES, ETC.

BIOCHEMISTRY – H. Jakubowski,
Department of Chemistry,
College of Saint Benedict,
Saint John’s University
Multimedia Biochemistry Course (Text & Images).
VERY VERY VERY…EXTENSIVE.

Examples of “Biochemistry” Course Chapters & Subchapters include

• • • • Lipid Structure
        • “…Lipid Structure;

• • • • • Lipids in Water: Structure;

• • • • • Dynamics of Membrane Lipids; etc…”

Protein Structure

• • • • • “…Composition, Sequence and Conformational Analyis of Proteins;

• • • • • Understanding Protein Conformation; Proteins Folding – In Vivo and In Vitro;

• • • • • Laboratory Determination of DGo for Protein Folding/Unfolding;

• • • • • Thermodynamics and IMF’s in Protein Stability; etc…”

Carbohydrates

• • • • • Monosaccharides and Disssacharides;

• • • • • Complex Oligosaccharides;

• • • • • Glycoproteins: Biosynthesis and Function; etc…”

DNA, Genomics, and Protemoics

• • • • • “…The Structure of DNA;

• • • • • The Central Dogma of Biology;

• • • • • The Language of DNA; etc…”

Binding

• • • • • “…Reversible Binding I: Equations and Curves;

• • • • • Reversible Binding II: Experimental Binding Curves, Kd, and Error Analysis; etc…”

Transport and Kinetics;

Catalysis;

Oxidation & Phosphorylation;

Signal Transduction, etc.

For more information see

Course Web Pages;

Henry Jakubowski’s Home Page or the

Department of Chemistry

INTRODUCTORY BIOCHEMISTRY – R.A. Paselk,
Department of Chemistry,
Humboldt State University
Multimedia Biochemistry Course (Text & Images).
VERY VERY VERY…EXTENSIVE.

Examples from over “24” “Biochemistry” Course Lectures include

• • • • “…Amino Acids, Properties and Side Chains;

• • • • Protein Structure;

• • • • Protein Folding;

• • • • Enzyme Kinetics;

• • • • Introduction to Metabolism;

• • • • Glycolysis;

• • • • Mitochondrial Electron Transport System;

• • • • Nucleotide Metabolism – Purine Biosynthesis;

• • • • Photosynthesis; etc…”

For more information see

Introductory Biochemistry Home Page;

Course Archive;

Richard A. Paselk’s Home Page or the

Department of Chemistry

BIOCHEMISTRY – R.A. Paselk,
Department of Chemistry,
Humboldt State University
Multimedia Biochemistry Course (Text & Images).
VERY VERY VERY…EXTENSIVE.

Examples from over “24” “Biochemistry” Course Lectures include

• • • • “…Malate-Aspartate Shuttle;

• • • • Chloroplasts and Photosynthesis;

• • • • The Calvin Cycle – RuBisCo;

• • • • Fatty Acid Biosynthesis;

• • • • Chlesterol Biosynthesis;

• • • • Nitrogen Metabolism;

• • • • Protein Degredation;

• • • • Nucleotide Metabolism – Purine Biosynthesis;

• • • • Pyrimidine Biosynthesis;

• • • • Nucleotide Degredation;

• • • • Metabolic Integration;

• • • • NA, RNA & Nucleic Acid Structure;

• • • • DNA Structure and Folding;

• • • • Eukaryotic DNA Replication – Polymerases; etc…”

For more information see

Biochemistry Home Page;

Richard A. Paselk’s Home Page or the

Department of Chemistry

Medical Biochemistry

MEDICAL BIOCHEMISTRY – M.W. King,
Department of Biochemistry and Molecular Biology,
IU School of Medicine, Terre Haute,
and the Center for Regenerative Biology and Medicine,
Department of Biology,
School of Science,
Indiana University
Multimedia Medical Biochemistry Course (Text, Images,
Animations, 3D Molecular Modeling & Simulations).
VERY VERY VERY…EXTENSIVE.

Available in English & Spanish/Español.

Examples from over “60” “Medical Biochemistry” Course Chapters include

• • • • “…Hemoglobin and Myoglobin;

• • • • Fructose Metabolism;

• • • • Gluconeogenesis;

• • • • The TCA Cycle and PDH;

• • • • Pentose Phosphate Pathway;

• • • • Bioactive Lipids & Lipid Receptors;

• • • • Omega-3 & -6 Fatty Acid Functions;

• • • • The Endocannabinoids;

• • • • The Metabolic Syndrome: MetS;

• • • • Diabetic Ketoacidosis;

• • • • Nuclear Receptors in Metabolism;

• • • • Bile Acid Synthesis & Functions;

• • • • DNA Metabolism;

• • • • Protein Modifications and Targeting;

• • • • Biochemistry of Nerve Transmission;

• • • • Blood Coagulation; etc…”

For more information see

Michael W. King’s Home Page;

Department of Biochemistry and Molecular Biology or the

IU School of Medicine

Biochemistry: Computational Molecular Biology

BIOCHEMISTRY: COMPUTATIONAL MOLECULAR BIOLOGY – D.L. Brutlag (Emeritus),
Department of Biochemistry,
Stanford University School of Medicine,
Stanford University
Multimedia Biochemistry: Computational Molecular Biology Course (Text, Images, Videos/Movies & Audio/Sound).
VERY VERY VERY…EXTENSIVE.

Examples from over “18” “Biochemistry: Computational Molecular Biology” Video Lectures include

• • • • “…Protein Sequence and Motif Databases Video Lecture;

• • • • Sequence Alignment Video Lecture;

• • • • Distance based Phylogenies Video Lecture;

• • • • Building Protein Motifs and Models Video Lecture;

• • • • Discovering Gene Regulatory Signals Video Lecture;

• • • • Gene Regulatory Networks Video Lecture;

• • • • MicroRNA Regulatory Networks Video Lecture; etc…”

For more information see

Bioinformatics Resource Classes & Videos;

Douglas (Doug) L. Brutlag’s Home Page;

Department of Biochemistry;

Departments or the

Stanford University School of Medicine

Biomass & Biofuels

BIOMASS COURSES, LECTURES, ETC.

ENERGY LABORATORY – BAXTER COMBUSTION LABORATORY – L.L. Baxter,
Baxter Combustion Laboratory,
Department of Chemical Engineering,
Ira A. Fulton College of Engineering and Technology,
Brigham Young University
Multimedia Energy Laboratory – Combustion Laboratory Course (Text & Images).
VERY VERY VERY…EXTENSIVE.

Examples of “Energy Laboratory – Combustion Laboratory Course” Chapters, Subchatpers, etc. include

• • • • “…Experiments
        • Emissivity;

• • • • • Mass and Volume Growth;

• • • • • Corrosion;

• • • • • Diagnostics
          • Mass Balance;

• • • • • • Continuous Gas Analysis;

• • • • • • Particle Characteristics;

• • • • • • Laser Triangulation;

• • • • • • Probe;

• • • • • • FTIR; etc.

Fuels

• • • • • Coal
          • Ash Fusion Temperatures;

• • • • • • Chemical Fractionation;

• • • • • • Proximate Analysis;

• • • • • • Ash Fusion Temperatures;

• • • • • • Chemical Fractionation;

• • • • • • Ash Chemistry, etc.

Biomass

• • • • • Cofiring
          • Burnout Experimental Highlight;

• • • • • • Available Biomass;

• • • • • • Inorganic Properties;

• • • • • • Ash Deposition
            • Corrosion;

• • • • • • • Deposition Issues; etc.

NOx Formation;

Ultimate Analyses;

Burnout Issues; etc.

Deposition By Reaction; etc.

For more information see the

Department of Chemical Engineering or the

Ira A. Fulton College of Engineering and Technology

BIOMASS ANALYTICAL PROCEDURES

STANDARD BIOMASS ANALYTICAL PROCEDURES (SPREADSHEETS OPEN ONLINE WITH
EXCEL, iWORK-NUMBERS, IBM LOTUS SYMPHONY, NEOOFFICE, OPENOFFICE CALC, ETC.) – National Renewable Energy Laboratory (NREL)
Multimedia Standard Biomass Analytical Procedures (Text & Images).
VERY VERY VERY…EXTENSIVE.

Examples of “Standard Biomass Analytical Procedures” Technical Reports include

• • • • “…Ash in Biomass;

• • • • Extractives in Biomass;

• • • • Structural Carbohydrates and Lignin in Biomass;

• • • • Sugars, Byproducts, and Degradation Products in Liquid Fraction Process Samples;

• • • • Insoluble Solids in Pretreated Biomass Material;

• • • • Enzymatic Saccharification of Lignocellulosic Biomass; etc…”

Examples of “Biomass” Spreadsheets include

• • • • “…Wood (hardwood or softwood);

• • • • Corn stover (corn stover feedstock);

• • • • Biomass hydrolyzate (liquid fraction produced from dilute-acid pretreatment);

• • • • Nitrogen-to-protein factor calculator; etc…”

For more information see

Data and Tools;

Bioenergy or the

National Renewable Energy Laboratory (NREL)

BIOMASS ENERGY CALCULATORS, APPLETS, ANIMATIONS & SIMULATIONS

BIOMASS ENERGY COST CALCULATORS (SPREADSHEETS OPEN ONLINE WITH
EXCEL, iWORK-NUMBERS, IBM LOTUS SYMPHONY, NEOOFFICE, OPENOFFICE CALC, ETC.) – Author: B. Jenkins,
Department of Biological and Agricultural Engineering,
College of Engineering,
University of California, Davis;
Hosted by the California Biomass Collaborative
VERY VERY VERY…EXTENSIVE.

Biomass Energy Cost Calculators

• • • • “…allow you to determine the cost of energy based on your own

• • • • technical, financial, and economic assumptions…computes the level annual

• • • • cost of energy in both current and constant dollars for a

• • • • generic biomass power plant using a revenue requirements methodology…”

Examples of Biomass Energy Cost Calculators include

• • • • “…Generic biomass power plant model calculator;

• • • • Combined heat and power model calculator;

• • • • Biomass gasification/power generation model calculator;

• • • • Biogas model calculator;

• • • • Landfill gas-to-energy model; etc…”

For more information see

California Biomass Collaborative Tools;

California Biomass Collaborative or

Jenkins’ Biomass Laboratory

Biophysical Chemistry

BIOPHYSICAL CHEMISTRY COURSES & TEXTBOOKS

BIOPHYSICAL CHEMISTRY I & II – D. Case,
BioMaPS Institute,
Department of Chemistry & Chemical Biology,
School of Arts and Sciences,
Rutgers University
Multimedia Biophysical Chemistry I & II Courses (Text & Images).
VERY VERY VERY…EXTENSIVE

Biophysical Chemistry Courses include

• • • • Examples of “Biophysical Chemistry I: Introduction to Biomolecular Structure and Interactions” Course Lectures include
        • “…Protein-protein interactions;

• • • • • Protein/DNA interactions;

• • • • • Lipids and membranes;

• • • • • Membrane proteins;

• • • • • The immune system;

• • • • • Virus structures; etc…:

Examples of “Biophysical Chemistry II: Methods in Molecular Biophysics” Course Lectures include

• • • • • “…Thermodynamics and calorimetry;

• • • • • Hydrodynamics and centrifugation;

• • • • • Rotational motion, flucutations and fluorescence;

• • • • • Crystallography and cryo-EM spectroscopy;

• • • • • Biomolecular vibrational spectroscopy; etc…”

For more information see the

Case Group;

David Case’s Faculty Home Page or the

Department of Chemistry & Chemical Biology

BIOPHYSICAL CHEMISTRY (FLASH) – W. Gallagher,
Department of Chemistry,
University of Wisconsin, Eau Claire, Wisconsin
Multimedia Biophysical Chemistry Course (Text, Images, Animations & Simulations).
VERY VERY VERY…EXTENSIVE

Examples of “Biophysical Chemistry” Course Chapters include

• • • • “…A Physical Description of Nature;

• • • • Transport Processes – Sedimentation;

• • • • Thermodynamics;

• • • • Bioenergetics and Molecular Interactions;

• • • • Proteins – Structure and Function;

• • • • Structure Determination

For more information see the

Biophysical Chemistry Home Page;

Warren Gallagher’s Home Page or the

Department of Chemistry

Boltzman Distribution

BOLTZMANN DISTRIBUTION CALCULATORS & APPLETS

• • • MAXWELL-BOLTZMANN DISTRIBUTION CALCULATORS & APPLETS

BOLTZMANN DISTRIBUTION CALCULATOR – B. Hanson,
Department of Chemistry, St. Olaf College, Morthfield,
Minnesota
VERY EXTENSIVE.

Boltzmann Calculator INPUT Values include:

• • • • “…Number of Particles; Energy Level Separation; Total Energy/Temperature…”

For more information see

Calculators;

Bob Hanson’s Home Page or the

Department of Chemistry

Brownian Motion

BROWNIAN MOTION CALCULATORS, APPLETS & SIMULATIONS

BROWNIAN MOTOR (JAVA APPLET) – Franz-Josef Elmer,
Departement Physik – Department of Physics,
Institut für Physik,
Universität Basel, Switzerland
VERY EXTENSIVE.

Brownian Motor

• • • • “…a so-called a Brownian motor that seems to violate

• • • • the second law of thermodynamics. The idea is to turn

• • • • the ratchet potential periodically on and off with a

• • • • frequency…”

Brownian Motor Calculator INPUT Values include:

• • • • “…Number of Particles;

• • • • Thermal Energy kT in units of the Potential Barrier;

• • • • Asymmetry Alpha of the Ratchet Potential;

• • • • Switching Time Tau…”

For more information see

Home Page of Franz-Josef Elmer or the

Departement Physik – Department of Physics

BROWNIAN MOTION – T. McIntyre,
Centre for Biophotonics and Laser Science,
Physics,
School of Mathematics & Physics,
Faculty of Science,
University of Queensland,
Brisbane, Australia

Brownian Motion Calculator INPUT Values include:

• • • • “…Small Spheres (Number & Size); Large Spheres (Number & Size);

• • • • Environment (Temperature & Density Ratio); etc…”

For more information see

Physics Applets;

Physical Measurement Laboratory;

Tim McIntyre’s Home Page;

Physics or the

School of Mathematics & Physics

Buffers

BIOLOGICAL BUFFER CALCULATORS, APPLETS, ANIMATIONS & SIMULATIONS

BIOLOGICAL BUFFER CALCULATOR – Sigma-Aldrich
VERY VERY VERY…EXTENSIVE.

Select from Buffer List

• • • • “…ACES; ADA; Ammonim Tartrate; AMP; AMPD; BES; BES Sodium Salts;

• • • • BIS-TRIS; Boric Acid; CABS; CAPSO; Citric Acid; DIPSO;

• • • • DIPSO Sodium Salts; Ethanolamne; Glycolic Acid; HPEBS;

• • • • HEPES; IMDAZOLE; etc…”

For more information see

Biological Buffers or

Sigma-Aldrich

BUFFER CALCULATORS, APPLETS, ANIMATIONS & SIMULATIONS

BUFFERS FOR pH CONTROL CALCULATOR – R. Beynon,
Centre for Proteome Research,
Department of Veterinary Preclinical Sciences,
Faculty of Veterinary Science,
University of Liverpool, U.K.
VERY VERY VERY…EXTENSIVE.

Buffers for pH Control

• • • • “…A recipe calculator for thermodynamically

• • • • correct buffers for pH control…”

• • • • “…Choose the buffer species you want to use, and enter

• • • • parameters for volume, pH, and concentration of buffer species.

• • • • Then, include the option to modify the ionic strength by

• • • • addition of neutral salt…”

Buffers for pH Control INPUT Values include:

• • • • Buffer Species
        • “…Maleate; Phosphate; Formate; Benzoate; Acetate;

• • • • • Pyridine; Bis-tris; ADA; PIPES; ACES; Phosphate; Tricine; etc…”

Volume; pH; Concentration; Control of Ionic Strength;

Ionic Strength; Control Ionic Strength; Prepare Buffer at Tempterature;

Use Buffer at Temperature.

For more information see

Local Resources – Tools, Documents, etc. or the

Centre for Proteome Research

CITRIC ACID CALCULATORS, APPLETS, ANIMATIONS & SIMULATIONS

• • • SODIUM CITRATE CALCULATORS, APPLETS, ANIMATIONS & SIMULATIONS

• • • PHOSAPHATE BUFFER CALCULATORS, APPLETS, ANIMATIONS & SIMULATIONS

CITRIC BUFFER – J. Clymer, Cincinnati, Ohio

Citric Buffer Calculator

• • • • “…calculates the amount of citric acid and sodium citrate

• • • • necessary to achieve a buffer at a given pH and strength…”

For more information see

Jeffrery Clymer’s Home Page

• • • • Examples of Phosphate Buffer Calculators include

Phosphate Buffer Calculator I

Phosphate Buffer Calculator I

• • • • • • “…calculates the amount of

• • • • • • monosodium phosphate and trisodium phosphate necessary

• • • • • • to achieve a buffer at a given pH and buffer strength…”

Phosphate Buffer Calculator II

Phosphate Buffer Calculator II

• • • • • • “…calculates the amount of

• • • • • • monosodium phosphate and disodium phosphate necessary to

• • • • • • achieve a buffer at a given pH and buffer strength…”

Caesium-137

CAESIUM CALCULATORS, APPLETS, ANIMATIONS & SIMULATIONS

• • • CAESIUM-137 CALCULATORS & APPLETS

CAESIUM-137 MEASUREMENT CALCULATOR – Z. Yusheng,
Department of Geography,
University of Exeter, U.K.

Caesium-137 Calculator calculates

• • • • “…caesium-137

• • • • inventory in mBq/cm^2 or radioactivity per unit mass

• • • • in mBq/g if cumulative counts, counting time (in seconds),

• • • • total sample weight (in gram)…”

For more information see

Applications of Caesium-137 in Soil Erosion and Sedimentation Studies;

Zhang Yusheng’s Home Page or the

Department of Geography

Calorimetry

CALORIMETRY CALCULATORS, APPLETS, ANIMATIONS & SIMULATIONS

CALORIMETRY EXPERIMENTS (JAVA APPLETS) – D.N. Blauch,
Department of Chemistry,
Davidson College
Multimedia Calorimetry Lessons (Text, Images, Simulations & Calculators).
VERY VERY EXTENSIVE.

Calorimetry Calculators include:

• • • • Heat Capacity Calculator;

• • • • Heat Capacity of a Calorimeter Calculator;

• • • • Specific Heat Capacity of Ethanol Calculator;

• • • • Specific Heat Capacity of Copper Calculator;

• • • • Heat of Combustion of Methane Calculator; etc…”

For more information see

Virtual Chemistry Experiments;

David N. Blauch’s Home Page or the

Department of Chemistry

Centrifuge – Centrifugation

CENTRIFUGE CALCULATORS, APPLETS, ANIMATIONS & SIMULATIONS

• • • CENTRIFUGATION CALCULATORS, APPLETS, ANIMATIONS & SIMULATIONS

• • • CENTRIFUGE ROTOR CALCULATORS, APPLETS, ANIMATIONS & SIMULATIONS

• • • CENTRIFUGE G-FORCE CALCULATORS, APPLETS, ANIMATIONS & SIMULATIONS

• • • CENTRIFUGE K-FACTOR CALCULATORS, APPLETS, ANIMATIONS & SIMULATIONS

CENTRIFUGATION ROTOR CALCULATOR & ROTOR COMPARISON CALCULATOR – Chang Bioscience, Inc.
VERY EXTENSIVE.

Centrifugation Rotor Calculator INPUT Values include:

• • • • “…Select a Brand; Radius Minimum & Maximum; Maximum Rotor Speed; etc…”

For more information see

Bioinformatics Tools and Resources for Biomedical Scientists and Students or

Chang Bioscience, Inc.

ROTOR CALCULATOR – CENTRIFUGE – F. Hoedemaeker, X-Ray Crystallography,
Ontario Cancer Institute, Princess Margaret Hospital, Toronto, Ontario, Canada

Centrifuge Rotor Calculator INPUT Values include:

• • • • “…Rotor Type; Radius Minimum & Maximum; Maximum Rotor Speed;

• • • • and Calculate for either RPM; RCF Average; RCF Maximum; or k-Factor…”

For more information see

X-Ray Crystallography

Ceramics

CERAMICS RELATED CENTERS

FOR MORE CERAMICS DATABASES, COURSES, ETC. SEE

CERAMICS ENGINEERING – CERAMICS MANUFACTURING

CERAMICS DICTIONARIES & GLOSSARIES

CERAMIC GLOSSARY – Ceramic Arts Daily
Multimedia Ceramic Glossary (Text & Images).

Ceramic Glossary

• • • • “…This ceramics glossary is compiled from information found in

• • • • Vince Pitelka’s Clay: A Studio Handbook…”

For more information see

Ceramic Arts Daily

CERAMICS COURSES, LECTURES, TEXTBOOKS, MANUALS, DATABASES, ETC.

• • • STRUCTURAL CERAMICS CALCULATORS, APPLETS, ANIMATIONS & DATABASES

CLAY MINERALOGY (GEOL8550) – P.A. Schroeder,
UGA Clay Science,
Department of Geology,
and Co-Director: Center for Advanced Ultrastructrual Research,
Franklin College of Arts and Sciences,
University of Georgia
Multimedia Clay Mineralogy Graduate Course (Text & Images).
VERY VERY VERY…EXTENSIVE.

Examples from over “34” “Clay Mineralogy” Graduate Course Lectures include

• • • • “…Theoretical X-ray Powder Diffraction (Layer Factors & Interference Function);

• • • • X-ray Diffraction Data Processing;

• • • • Hydrous Layered Silicates;

• • • • Ionic Radii and Structural Formula Calculations;

• • • • Associated Mineral Phases and their XRD Identification;

• • • • XRD Identification of Discrete Clay Minerals (Illite, Chlorite, Kaolinite, Smectite, Vermiculite)

• • • • Mixed-layer Clays and their XRD Identification;

• • • • Quantitative XRD Analysis of Mineral Mixtures;

• • • • Reicprocal Lattice, Electron Diffraction;

• • • • Electron Optics;

• • • • The Geochemistry of Clays;

• • • • Equilibrium Adsorption and Ion Exchange;

• • • • Weathering Reactions and Stability Diagrams; etc…”

For more information see

Graduate courses offered related to Clay Science;

Clay Mineralogy at the University of Georgia;

UGA Clay Science;

Paul A. Schroeder’s Faculty Home Page or the

Department of Geology

BREVIER TECHNICAL CERAMICS – Informationszentrum Technische Keramik
(Technical Ceramics Information Center), Germany
Multimedia Technical Ceramics Companion for the
Practical Engineer Guide, Course, Lessons & Database (Text & Images).
VERY VERY VERY…EXTENSIVE.

Available in English & German/Deutsch.

Brevier Technical Ceramics

• • • • “…is intended as a companion for the practical

• • • • engineer, regardless of whether he or she is a user or

• • • • manufacturer of ceramics…it offers an overview of ceramic

• • • • materials, their properties, manufacturing and processing

• • • • methods, and describes the basic rules for construction using

• • • • ceramics as well as bonding and joining techniques…”

Examples of “Brevier Technical Ceramics” Course Chapters & Subchapters include

• • • • Ceramic Materials
        • Materials Groups; Classification;

• • • • • Material Descriptions
          • “…Silicate Ceramics; Oxide Ceramics; Non-oxide Ceramics; etc…”

Manufacturing

• • • • • “…Raw Materials and Additives; Body Preperation; Forming; Firing;

• • • • • Shrinkage; Machining; etc…”

Properties of Technical Ceramics

• • • • • Mechanical Properties
          • “…Density, Porosity, Strength, Elasticity, etc…”

Thermal Properties

• • • • • • “…Thermal Conductivity, Coefficient of Linear Expansion, etc…”

Electrical Properties;

Corrosion Properties

• • • • • • “…Corrosion Mechanisms; Surface Corrosion and Selective Corrosion; etc…”

Applications

• • • • • “…Mechanical Engineering; High-temperature Technologies;

• • • • • Electrical Engineering; etc…”

Ceramics Design

• • • • • “…Design Sequence; Design Material, Forming & Modular;

• • • • • Cost-Effectiveness; Design for Strength; etc…”

Joining and Bonding Techniques

• • • • • “…Principles; Methods; etc…”

TECHNICAL CERAMICS DATABASES – Informationszentrum Technische Keramik
(Technical Ceramics Information Center), Germany
Multimedia Technical Ceramics Databases & Lessons (Text & Images).
VERY VERY VERY…EXTENSIVE.

Available English & German/Deutsch.

Technical Ceramics Database includes

• • • • Material Databases:
        • “…Silicate Ceramics; Oxide Ceramics;

• • • • • Nonoxide Ceramics…”

Properties Databases

• • • • • “…Electrical Properties; Mechanical Properties;

• • • • • Thermal Properties; Chemical Properties…”

Applications Database:

• • • • • “…Fields of Application;

• • • • • Manufacturers of Technical Ceramics according to the field of application; etc…”

FRACTOGRAPHY COURSES, TEXTBOOKS, LECTURES, CALCULATORS, DATABASES, ETC.

FRACTOGRAPHY OF CERAMICIS AND GLASSES (2016) – Author: G.D. Quinn,
Ceramics Division,
Materials Measurement Science Division,
Material Measurement Laboratory,
National Institute of Standards and Technology (NIST)
Multimedia Fractography of Ceramics and Glasses – PDF, 555 Pages (Text & Images).
VERY VERY VERY…EXTENSIVE.

Fractography of Ceramics and Glasses

• • • • “…The goal of this Guide is to make fratographic analysis of brittle

• • • • materials less an art and more an engineering practice for scientists and

• • • • engineers. This Guide emphasizes practical approaches for problem solving and

• • • • failure analyses…”

• • • • “…This Guide includes a wealth of illustrations to aid fractographers in

• • • • pattern recognition…”

Examples of “Fractography of Ceramics and Glasses” Textbook Chapters & Subchapters include

• • • • Chapter 3: Tools and Equipment
        • “…Low Power Optical Examination and Component Fracture Documentation;

• • • • • Stereomicroscope;

• • • • • Compound Optical Microscope;

• • • • • Scanning Electron Microscope;

• • • • • Atomic Force Microscope (AFM); etc…”

Chapter 4:

• • • • • “…General Examination and Fracture Patterns;

• • • • • Specimen Reconstruction;

• • • • • Crack Branching Angles;

• • • • • Fragmentation Patterns;

• • • • • Tension strength;

• • • • • Biaxial flexural strength;

• • • • • Component Fracture Patterns;

• • • • • Characteristics of Some Common Fracture Modes;

Chapter 5: Fracture Surface Examination

Chapter 6: Origins of Fracture;

Chapter 7: Quantitative Analysis; etc…”

For more information see

Ceramics;

Materials Measurement Science Division;

Material Measurement Laboratory or

NIST

Chemicals

FOR OVER 100 CHEMICAL DATABASES SEE THE
CHEMICALS & BIOCHEMICALS

First Year Chemistry
Courses, Lectures, Lessons, etc.
(Text, Images, Simulations, Animations,
3D Modeling, Videos/Movies & Audio/Sound, etc.)

First Year Chemistry Lab Demonstrations & Experiments

Chemistry Lab Demonstrations & Experiments
(Text, Images, Videos/Movies & Audio/Sound)

Chemistry Lab Demonstrations & Experiments
(Text, Images & Videos/Movies)

Chemistry Lab Course
(Text, Images, Animations, Simulations & Applets)

Computer Chip Thermochemistry Demonstration

Glassblowing Course with Demonstrations

First Year Chemistry

FIRST YEAR CHEMISTRY COURSES, LECTURES, LESSONS, VIDEOS, 3D MODELING, ETC.

FIRST YEAR CHEMISTRY – M.J. Mombourquette,
Department of Chemistry,
Queens University, Ontario, Canada
Multimedia First Year Chemistry Course (Text, Images, Animations & Simulations).
VERY VERY VERY…EXTENSIVE.

Eamples of “First Year Chemistry” Course Subject Categories include

• • “…Chemistry Nomenclature;

• • Stoichiometry;

• • Gas Laws;

• • Thermo Chemistry;

• • Liquid Solutions;

• • Colligative Properties;

• • Solids;

• • Atomic Structure;

• • Equilibria;

• • Solubility;

• • Electrochemistry;

• • Kinetics; etc…”

For more information see the

M.J. Mombourquette’s Home Page;

M.J. Mombourquette’s Faculty Home Page or the

Department of Chemistry

PRINCIPLES OF CHEMICAL SCIENCE: 5.111 (REAL PLAYER) – Catherine Drennan & Elizabeth Vogel Taylor,
Department of Chemistry,
& the MIT OpenCourseWare, MIT
Multimedia Chemistry Course PDF (Text & Images).
VERY VERY VERY…EXTENSIVE.

Principles of Chemical Science (5.111) is

• • “…an introductory chemistry course, emphasizing basic principles

• • of atomic and molecular electronic structure, thermodynamics,

• • acid-base and redox equilibria, chemical kinetics, and catalysis…”

For Videos from the “2005 Principles of Chemical Science Course” Click on either YouTube and iTunes U.

Examples of “Principles of Chemical Science” Video Lectures from the “2005 Course” include

• • “…Atomic Theory of Matter Video Lecture;

• • Wavelike Properties of Radiation Video Lecture;

• • Matter As a Wave Video Lecture;

• • Hydrogen Atom Wavefunctions Video Lecture;

• • P Orbitals Video Lecture;

• • Electronic Structure of Multielectron Atoms Video Lecture;

• • Covalent Bonds Video Lecture;

• • Lewis Diagrams Video Lecture;

• • Breakdown of Octet Rule Video Lecture;

• • Molecular Orbital Theory Video Lecture;

• • Valence Bond Theory and Hybridization Video Lecture;

• • Hybridization and Chemical Bonding Video Lecture;

• • Chemical Equilibrium Video Lecture;

• • Acid-Base Equilibrium Video Lecture;

• • Acid Base Titrations and Oxidation/Reduction Video Lecture;

• • Oxidation/Reduction Video Lecture;

• • Transition Metals Video Lecture;

• • Kinetics Video Lecture; etc…”

For more information see

Sylvia T. Ceyer’s Home Page;

Catherine L. Drennan’s Home Page;

Department of Chemistry;

Chemistry Courses or

MIT OpenCourseWare

PRINCIPLES OF CHEMICAL SCIENCE: 5.112 (REAL PLAYER) – S.T. Ceyer & C.C. Cummins,
Department of Chemistry,
& the MIT OpenCourseWare, MIT
Multimedia Chemistry Course (Text, Images, Videos/Movies & Audio/Sound).
VERY VERY VERY…EXTENSIVE.

Principles of Chemical Science (5.112) is

• • “…an introductory chemistry course for students with an

• • unusually strong background in chemistry. Knowledge of calculus

• • equivalent to 18.01 is recommended. Emphasis is on basic

• • principles of atomic and molecular electronic structure,

• • thermodynamics…”

Examples of “Principles of Chemical Science” Course Video Lectures include

• • “…Wave-Particle Duality of Radiation and Matter Lecture Video;

• • Matter as a Wave Lecture Video;

• • Schrödinger Equation for H Atom Video Lecture;

• • Hydrogen Atom Wavefunctions Video Lecture;

• • Electronic Structure of Multielectron Atoms Video Lecture;

• • Ionic Bonds – Classical Model and Mechanism Video Lecture;

• • Internal Degrees of Freedom Video Lecture;

• • Thermodynamics and Spontaneous Change Video Lecture;

• • Lewis and Brønsted Acid-Base Concepts Video Lecture;

• • Titration Curves and pH Indicators Video Lecture;

• • Theory of Molecular Shapes Lecture Video Lecture;

• • Molecular Orbital Theory for Diatomic Molecules Video Lecture;

• • Crystal Field Theory Video Lecture;

• • Color and Magnetism of Coordination Complexes Video Lecture; etc…”

For more information see

Sylvia T. Ceyer’s Home Page;

Christopher C. Cummins’ Home Page;

Department of Chemistry;

Chemistry Courses or

MIT OpenCourseWare

CHIMIE GENERALE & ORGANIQUE (CHIME PLUG-IN) – G. Dupuis,
Lycée Faidherbe de LILLE, France
Multimedia Chemistry Course with Image Databases (Text, Images & 3D Modeling).
VERY VERY VERY…EXTENSIVE.

Available in French/Français & some English.

For more information see

Les COURS en LIGNE des PROFESSEURS

• • Examples of “Chimie Generale & Organique” Courses Chapters include

Méthode VSEPR

Chiralité et énantiomérie

Les alcools

Composés organométalliques

Atoms & Bonds Lessons with Text, Images, Animations & 3D Modeling

ATOMIC ORBITALS (VRML) – D.N. Blauch,
Department of Chemistry, Davidson College
VERY VERY VERY…EXTENSIVE.

Examples of Atomic Orbitals Calculators & Simulations include:

• • Graphical Representation of Orbitals
    • “…A radial distribution plot, an electron density plot, and

• • • a virtual reality isosurface plot for the hydrogen 1s orbital are…”

s Orbitals

• • • “…For s orbitals with various principal quantum numbers,

• • • radial distribution, electron density, and isosurface plots

• • • are examined…”

p Orbitals

• • • “…For p orbitals with various principal quantum numbers, radial

• • • distribution, electron density, and isosurface plots are examined…”

d Orbitals; Sizes of Atomic Orbitals; Effective Nuclear Charge; etc…”

For more information see

Virtual Chemistry Experiments;

David N. Blauch’s Home Page or the

Department of Chemistry

THE ORBITON: ATOMIC ORBITALS – M.J. Winter,
Department of Chemistry,
University of Sheffield,
England,
U.K.
Multimedia Atomic Orbitals Lessons (Text, Images, Animations & 3D Modeling).
VERY VERY VERY…EXTENSIVE.

Examples of “Atomic Orbitals” Lessons & Animations include

• • “…Images representing orbitals;

• • Animated plots of wave functions;

• • Animated plots of electron density;

• • “Dot-density” plots of electron density;

• • Plots of radial distribution functions; etc…”

For more information see

Department of Chemistry or the

University of Sheffield

VALENCE SHELL ELECTRON PAIR REPULSION (VSEPR) – Mark J. Winter,
Department of Chemistry,
University of Sheffield,
England, U.K.
Multimedia Valence Shell Electron Pair Repulsion (VSEPR) Lessons & Calculator (Text, Images, Animations & 3D Modeling).
VERY VERY EXTENSIVE.

Valence Shell Electron Pair Repulsion (VSEPR)

• • “…a remarkably simple device that utilizes a simple

• • set of electron accounting rules in order to predict

• • the shape of, in particular, main group compounds…”

Examples of “Valence Shell Electron Pair Repulsion (VSEPR)” Course Chapters include

• • “…Introduction;

• • Assumptions;

• • Geometries;

• • Geometry Prediction;

• • Examples;

• • Isomers;

• • Multiple Bonds;

• • Unpaired Electrons;

• • Online VSEPR Calculator; etc…”

For more information see

Department of Chemistry or the

University of Sheffield

VSEPR PRACTICAL COURSE – Department of Chemistry,
University of Oxford, U.K.
Multimedia Valence Shell Electron Pair Repulsion Lessons (Text, Images, Animations & 3D Modeling).
VERY VERY EXTENSIVE.

VSEPR

• • “..stands for Valence Shell Electron Pair Repulsion.

• • It is a theory which allows the user to predict the shapes of

• • simple polyatomic molecules by applying a set of straight

• • forward rules. This computer course is designed to teach the

• • user the VSEPR rules…”

For more information see the

Virtual Chemistry – Virtual Laboratory or

Department of Chemistry

Chemistry Experiments & Demonstrations

CHEMISTRY LAB DEMONSTRATIONS & EXPERIMENTS

Lab Demonstrations & Experiments with Text, Images, Videos/Movies & Audio/Sound

CHEMISTRY LABORATORY DEMONSTRATIONS (QUICKTIME) – DVAction,
Department of Chemistry,
Northwestern University
Multimedia Chemistry Laboratory Video Demonstrations & Experiments Lessons (Text, Images, Videos/Movies & Audio/Sound).
VERY VERY VERY…EXTENSIVE.

Chemistry Laboratory Video Demonstrations

• • “…a database of digital video and images comprised of techniques

• • and equipment used in the general chemistry laboratory…”

For more information see the

Department of Chemistry

• • Subject Categories with examples from over “400” Chemistry Laboratory Video Demonstrations include

Chemistry Laboratory Video Demonstrations by Category

Chemistry Laboratory Video Demonstrations by Category include

• • • • “…Dispensers Video Demonstrations;

• • • • Heating Apparatus Video Demonstrations;

• • • • Measurements Video Demonstrations;

• • • • Physical Separations Video Demonstrations;

• • • • Reactions Video Demonstrations;

• • • • Safety Video Demonstrations;

• • • • Spectroscopy Video Demonstrations; etc…”

Chemistry Laboratory Video Demonstrations by Equipment

Chemistry Laboratory Video Demonstrations by Equipment include

• • • • “…Analytical Balance Video Demonstrations;

• • • • Beaker Video Demonstrations;

• • • • Bunsen Burner Video Demonstrations;

• • • • Cuvette Video Demonstrations;

• • • • Electrodes Video Demonstrations;

• • • • Flask Video Demonstrations;

• • • • Measuring Pipet Video Demonstrations;

• • • • Pasteur Pipet Video Demonstrations;

• • • • Rubber Tubing Video Demonstrations;

• • • • Spectrophotometer Video Demonstrations;

• • • • Thermometer Video Demonstrations; etc…”

Chemistry Laboratory Video Demonstrations by Chemicals

Chemistry Laboratory Video Demonstrations by Chemicals includ:

• • • • “…Aluminum Chloride Video Demonstrations;

• • • • Barium Chloride Video Demonstrations;

• • • • Calcium Chloride Video Demonstrations;

• • • • Crystal Violet Video Demonstrations;

• • • • Lithium Chloride Video Demonstrations;

• • • • Sodium Bicarbonate Video Demonstrations; etc…”

Chemistry Laboratory Video Demonstrations by Microscale

Chemistry Laboratory Video Demonstrations by Microscale include

• • • • “…Calibration of a Small Drop Microburet Video Demonstrations;

• • • • Demonstration of Four Reaction Types Video Demonstrations;

• • • • Making a Large Drop Microburet Video Demonstrations;

• • • • Reaction of Sodium Carbonate and Hydrochloric Acid Video Demonstrations;

• • • • Serial Acid-Base Titration Video Demonstrations;

• • • • Single Well Acid-Base Titration Video Demonstrations;

• • • • Universal Indicator Video Demonstrations; etc…”

CHEMISTRY LABORATORY TECHNIQUES: DIGITAL LAB TECHNIQUES MANAUAL (REAL PLAYER) – S. Tabacco, K. Berkowski,
A. Siddiqui & E. Huang,
Department of Chemistry,
& the MIT OpenCourseWare, MIT
Multimedia Chemistry Laboratory Demonstrations & Experiments (Text, Images, Videos/Movies & Audio/Sound).
VERY VERYEXTENSIVE.

Chemistry Video Laboratory Demonstrations is

• • “…a series of ten videos designed to help you

• • prepare for your chemistry laboratory class. Each video provides

• • a detailed demonstration of a common laboratory technique,

• • as well as helpful tips and information…”

Examples of Chemistry Laboratory Video Demonstrations & Experiments include

• • “…Volumetric Techniques Video Demonstrations;

• • Titration Video Video Demonstrations;

• • Thin-layer Chromatography Video Demonstrations;

• • Extracting, Washing and Drying Video Demonstrations;

• • Rotary Evaporator Video Demonstrations;

• • Filtration Video Demonstrations;

• • Sublimation Video Demonstrations;

• • Recrystallization Video Demonstrations;

• • Column Chromatography Video Demonstrations; etc…”

For more information see

Digital Lab Techniques Manual;

Supplemental Resources;

Department of Chemistry or

MIT OpenCourseWare

Laboratory Experiments with Text, Images & Videos/Movies

DELIGHTS OF CHEMISTRY: CHEMISTRY EXPERIMENTS (QUICKTIME) – M. Hoyland, V. Volkovich & D. Ormsby,
School of Chemistry,
Faculty of Mathematics and Physical Sciences,
University of Leeds, U.K.
Multimedia Chemistry Video Laboratory Demonstrations & Experiments (Text, Images & Videos/Movies).
VERY VERY EXTENSIVE.

Chemistry Laboratory Demonstrations & Experiments include

• • • • Examples from over “40” Chemistry Laboratory Video Demonstrations WITH Explinations include
        • “…Making Fire Video Demonstration;

• • • • • Flammable Vapour Video Demonstration;

• • • • • Flammable Solid Video Demonstration;

• • • • • Smoke Video Demonstration (decomposition reaction);

• • • • • Hydrogen Peroxide Video Demonstration;

• • • • • Dihydrogen Gas Video Demonstration;

• • • • • Thermite Reaction Video Demonstration; etc…”

Examples from over “25” Chemistry Laboratory Video Demonstrations WITHOUT Explinations include

• • • • • “…Gun Cotton Video Demonstration;

• • • • • Lime Light Video Demonstration;

• • • • • Liquid Nitrogen Video Demonstration;

• • • • • Liquid Nitrogen Blowing up Balloons Video Demonstration;

• • • • • Liquid Oxygen Video Demonstration;

• • • • • Flammable Solid Video Demonstration;

• • • • • Silane Gas Video Demonstration; etc…”

For more information see the

School of Chemistry

TUTORIALS AND SIMULATIONS FOR CHEMISTRY (FLASH) – G.L. Bertrand (Emeritus),
Department of Chemistry,
Missouri University of Science and Technology
Multimedia Chemistry Laboratory Demonstrations & Experiments (Text, Images, Calculators, Applets & Videos/Movies).
VERY VERY EXTENSIVE.

Examples of Chemistry Laboratory Video Demonstrations & Experiments include

• • • • “…Density and Buoyancy Video Demonstration;

• • • • Weighing Gases Video Demonstration;

• • • • Gas Laws Video Demonstration;

• • • • Qualitative Analysis Video Demonstration;

• • • • Nuclear Decay and Neutron Activation Analysis Video Demonstration;

• • • • Conductivity of Ionic Solutions Video Demonstration;

• • • • Drop Calorimeter Video Demonstration;