This database provides access to information on every crystal structure published in the American Mineralogist, the Canadian Mineralogist, European Journal of Mineralogy, and Physics and Chemistry of Minerals, as well as selected datasets from other journals. The data are searchable by mineral name, author, chemistry, cell parameters and symmetry, diffraction pattern, and a general search. There are also lists of minerals represented in the database and authors of publications cited.
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This resource allows you to customize and generate chemical equation balancing worksheets for testing or student practice.
The Bilbao Crystallographic Server provides access to crystallographic programs, tools, and databases. The tools are grouped according to type: space groups retrieval; group-subgroup relations of space groups; representation theory applications; solid state theory applications; structure utilities; and subperiodic groups (layer, rod, and frieze groups retrieval tools). The Incommensurate Crystal Structure Database (ICSDB) provides access to four categories of data: general (chemical information and publication data); average structure (cell, symmetry, atom sites, and experimental data for the average structure); modulated structure (cell, symmetry, atom sites, and experimental data for the modulated structure); and modulation parameters (descriptions of the modulation, wave vectors, and atom sites modulations).
The ChemWiki project is a new approach toward chemistry education where an open access textbook environment is constantly being written and re-written partly by students and partly by faculty members resulting in a free chemistry textbook to supplement or supplant conventional paper-based books. Anyone can view, although a freely available account is required to edit the site modules.
This database provides information on thousands of chemical compounds, including synthesis references and physical properties. The database is searchable by keyword and browseable by journal title. For each compound, the information includes molecular formula and weight, Chemical Abstracts Service (CAS) numbers, International Chemical Identifier (InChIKey), and Simplified Molecular Input Line Entry System (SMILES) notation. There is also information on synonyms, physical properties (boiling and melting points, density), an illustration of chemical structure, spectral data, and links to additional data.
A web resource that contains Chemical Abstracts Service (CAS) Registry Numbers for approximately 7,800 chemicals of widespread general public interest. Common Chemistry is helpful to non-chemists who know either a name or CAS Registry Number® of a common chemical and want to pair both pieces of information.
This weekly science podcast focuses on the past, present, and future of chemistry. Program content includes interviews, monologues, reviews, features, and other items intended to provide historical perspective on current scientific issues. Topics covered include, for example, chemistry as technology, performance-enhancing drugs, catalysts, the chemistry of brewing, and preservation. The web site offers a brief synopsis and timeline for each program, and links for streaming the audio or downloading files for later listening. Other materials include links to a selection of science blogs and to other science-oriented podcasts.
- History, Law, Politics
- Material Type:
- AMSER: Applied Math and Science Education Repository
- Internet Scout Project
- NSDL Staff
- Provider Set:
- AMSER: Applied Math and Science Education Repository
- Internet Scout Project
- Chemistry Gateways and Resources
- History of Science and Technology Gateways and Resources
- Audra J. Wolfe, executive producer
- Robert D. Hicks, host
- Date Added:
ElectroSim 2.0 is a collection of theory-based interactive simulations of simple electronic circuits, suitable for a course in elementary practical instrumentation electronics; the simulations were created for use in an "Electronics for Chemists" course at the University of Maryland. Available for free download, the software can be used on Macintosh or Windows computers (a special utility is required to run it under Windows). Over twenty common analog circuits are included in the package. For each simulation, properties such as voltage, resistance, current, and capacitance can be changed to see how particular circuits behave under different operating conditions. There are easy to follow instructions and simple controls.
The Exploring the Nanoworld web site offers instructional materials on nanotechnology, a science and technology based on the control of matter on the atomic or molecular scale. The site introduces the nanoscale (a nanometer equals one-billionth of a meter) and provides personal profiles of some of the scientists who work in nanotechnology. It offers an extensive selection of curriculum materials, including lesson plans, courses and units, lab exercises, demonstration movies, and slides. The site also provides video labs, featuring activities supported by movies, at basic, intermediate, and advanced levels. There is also information on kits and prop boxes that can be ordered, and information on the outreach activities of the University of Wisconsin-Madison Materials Research Science and Engineering Center, the sponsor of the site.
GEMs is a database of educational materials, for various levels, promoting green chemistry--the redesign of chemical transformations and processes to reduce use of materials hazardous to human health and the environment. The 54 items include labs, lecture materials, course syllabi, and multimedia content.
This collection of interactive computer models and simulations of common instruments and techniques used in analytical chemistry is available for free download. The software can be used on Macintosh or Windows computers. Most of the models have a point-and-click interface; users click buttons and drag sliders to control variables, and the models respond dynamically. They were designed to be used by individual students either as homework assignments, for in-class use in a computer lab environment, or in the laboratory for the analysis of student-generated data. Some of the models can be used by the instructor in lecture-demonstration environments. Most of them come with student assignment handouts attached. The mathematical basis for each model is described, including all cell definitions and equations.
This 26-page illustrated introduction to digital signal processing in chemical analysis covers signal arithmetic, signals and noise, smoothing, differentiation, resolution enhancement, harmonic analysis, convolution, deconvolution, Fourier filter, integration and peak area measurement, and curve fitting. It is accompanied by signal processing software for Macintosh with reference manual and tutorial (available for free download), video demonstrations, and Matlab signal processing modules for Mac, PC, and Unix.
Middle school science resource from ACS. It includes activity-based lesson plans for teaching basic chemistry concepts that cover all the main concepts in middle school chemistry. Each lesson also contains integrated animations and video that a teacher can use to help explain student observations on the molecular level. Online professional development will also be available to introduce and familiarize teachers with the demonstrations, activities, and chemistry content in the site.
This web-site provides lab manuals and other resources for incorporating molecular modeling (and some corresponding "wet" labs) into undergraduate biology and chemistry courses. Many of the modules focus on cholinesterases, and thus can be used to link courses from different disciplines.
This collection of links provides access to web sites associated with nano, quantum, and statistical mechanics and thermodynamics. The links are arranged by type: basic principles (including classical thermodynamics), nano, quantum, and statistical mechanics, mathematical techniques, applications, and references.
NanoSpace, a free website developed by the Rensselear Polytechnic Institute, was created to increase science literacy utilizing an amusement park. NanoSpace is designed to teach science to elementary and middle school students through more than 25 games and animations that entice kids to learn more about atoms and molecules in NanoSpace. Visitors can try to beat the clock in the Periodic Memory and click-and-drag atoms to construct molecules in "Build `Em." Answer multiple-choice questions in "Who wants to be a Quidecillionaire?," and hope the answer is correct before you fall down to the bottom rung again.
This tutorial provides instruction on Pauli's exclusion principle, formulated by physicist Wolfgang Pauli in 1925, which states that no two electrons in an atom can have identical quantum numbers. Topics include a mathematical statement of the principle, descriptions of some of its applications, and its role in ionic and covalent bonding, nuclear shell structure, and nuclear binding energy.
This question-and-answer tutorial provides an introduction to quantum theory and the electron structure of the atom. Suitable for advanced high-school students and those beginning postsecondary education, this "quantum catechism" presents the basic concepts in an easily understood way and with a minimum of mathematical detail. Each question is linked to a relatively brief (several paragraphs long) answer. Topics include particles and waves, the nature of light, black body radiation, the photoelectric effect, the uncertainty principle, line spectra, the planetary model of the atom, Bohr's theory, and other subjects. A printable, PDF version of the document is available.
This site is a collection of web-pages designed to support an integrated treatment of related topics from organic, inorganic and biochemistry. The topics are organized around common principles of structure or reactivity.