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Chemistry Elements A - K: more books (88)

Das Element. Verbindungen bis Kalium und Sauerstoff (Gmelin Handbook of Inorganic and Organometallic Chemistry - 8th edition / K. Kalium. Potassium (System-Nr. 22)) (German Edition)
Plutonium Futures - The Science: Topical Confernce on Plutonium and Actinides (AIP Conference Proceedings) (v. 532)
Analysis of Trace Organics in the Aquatic Environment by B. K. Afghan, Alfred S.Y. Chau, 1989-03-31
Element: Webster's Timeline History, 1995 (A-K) by Icon Group International, 2010-05-17
Element: Webster's Timeline History, 1998 (A-K) by Icon Group International, 2010-05-17
Element: Webster's Timeline History, 1990 (A-K) by Icon Group International, 2010-05-17
Texas Geologic Highway Map (Pvp (Series), Vol. 354.) by American Association of Petroleum Geologists, 1973-04-15
Elements Si (14) to V (23) (Handbook of Geochemistry / Wedepohl,K.H.(Eds):Hdbk Geochem. Vol 2 (closed))
Elements Cr (24) to Br (35) (Handbook of Geochemistry / Wedepohl,K.H.(Eds):Hdbk Geochem. Vol 2 (closed))
Elements La (57) to U (92) (Handbook of Geochemistry / Wedepohl,K.H.(Eds):Hdbk Geochem. Vol 2 (closed))
Elements H (1) to Al (13) (Handbook of Geochemistry / Wedepohl,K.H.(Eds):Hdbk Geochem. Vol 2 (closed))
Elements Kr (36) to Ba (56) (Handbook of Geochemistry / Wedepohl,K.H.(Eds):Hdbk Geochem. Vol 2 (closed))
Neutron Activation Analysis Volume Ii by K. Heydorn, 1984-04-05
Neutron Activation Analysis Volume I by K. Heydorn, 1984-04-05

lists with details

AUS-e-TUTE For Astute Students
Each AUSe-TUTE chemistry tutorial is a simple one page look at a particular Periodic Table Naming elements from symbols, symbols of common elements,
http://www.ausetute.com.au/
Instructional Materials In Chemistry
Included as well are topics of atoms, molecules, elements, compounds, classificationof This link is to three chemistry activities appropriate for K3.
http://www.cln.org/subjects/chemistry_inst.html

Extractions: Instructional Materials in Chemistry The WWW sites linked to from this page provide practical assistance for Chemistry teachers wanting to use the Internet as part of their classroom planning/instruction. Please read our 1995 Dow/NSTA Summer Workshop Lesson Plans Junior and senior high chemistry lesson plans developed by teachers in annual projects starting in 1995. Bizarre Stuff You Can Make In Your Kitchen This site is an ever growing warehouse of the kinds of projects some of the more demented of us tried as young people, collecting in one place many of the classic, simple science projects that have become part of the collective lore of amateur science. It is a sort of warped semi-scientific cookbook of tricks, gimmicks, and pointless experimentation, concoctions, and devices, using, for the most part, things found around the house. These are the classics. Strange goo, radios made from rusty razor blades, crystal gardens... amateur mad scientist stuff. If you happen to learn something in the process, consider yourself a better person for it.
Heavy Element And Nuclear Chemistry At LBNL - Professor Heino Nitsche
We are continuing to study the chemistry of elements rutherfordium through Skarnemark, G., Alstad, J., Eberhardt, K., Gregorich, KE, Hoffman, DC,
http://heavyelements.lbl.gov/aboss.htm

Extractions: Professor Heino Nitsche Research Interests I. Production, Chemistry and Nuclear properties of the heaviest elements. In collaboration with Swiss and German colleagues, we have studied for the first time the chemistry of bohrium (107) and hassium (108). We are continuing to study the chemistry of elements rutherfordium through hassium (104-108) with more complex, second generation chemical reaction systems, and are developing methods to explore the chemistry of meitnerium (109) and elements 112 and 114. II. Nuclear Chemistry related to fundamental processes in the environment Solution Speciation and Interfacial Reactions of actinides on Metal Oxides and Oxyhydroxides. The research spans analytical chemistry, solution thermodynamics and kinetics, and solution/solid interfacial reactions. We are advancing the molecular understanding of actinide sorption by studying the beavior of the actinides uranium, neptunium, plutonium, americium, and curium on environmentally relevant solid substrates using modern spectroscopic techniques to explore the existence of complxes postulated by surface complexation modeling. Knowledge of the actinide speciation in solution is a prerequisite for the sorption studies. Besides conventional speciation techniques (potentiometric titration, spectrophotometry, solvent extraction, etc.), we use more sensitive laser-induced fluorescence and photoacoustic spectroscopy and synchrotron-based X-ray absorption spectroscopy (XAS) to provide molecular-level structural information of solids, solutions, and solution/solids interfaces.
Heavy Element And Nuclear Chemistry At LBNL - Ralf Sudowe
gain information on the chemistry of elements such as rutherfordium and dubnium . 8) Omtvedt, JP, Alstad, J., Breivik, H., Dyve, JE, Eberhardt, K.,
http://heavyelements.lbl.gov/sudowe.htm

Extractions: Ralf Sudowe Research T he study of the chemical properties of the transactinide elements gives valuable insight on the trends in the periodic table and the influence of relativistic effects on the chemical properties of the heaviest elements. My research focuses on the study of the chemical behavior of transactinide elements in solution. Using different chemical systems and either manual extraction experiments or automated systems such as the fast liquid-liquid extraction system SISAK we are able to gain information on the chemistry of elements such as rutherfordium and dubnium. By carrying out model experiments with the lighter homolog elements, such as zirconium and hafnium, we are able to develop suitable model systems for future experiments with transactinide elements. Using the Berkeley Gas-filled Separator as a physical pre-separator for all the reaction products that are produced in a nuclear reaction gives our group a unique opportunity to study chemical systems that were previously not accessible.
Electronic Basis For The Properties Of The Elements - Some Chemical Implications
The effective nuclear charge is a minimum for the group I elements in any givenrow of the The species K+2 is never observed in solution chemistry,
http://www.chemistry.mcmaster.ca/esam/Chapter_5/section_3.html

Extractions: Professor of Chemistry / McMaster University / Hamilton, Ontario Preface The Nature of the Problem The New Physics The Hydrogen Atom ... Many-Electron Atoms Electronic Basis for the Properties of the Elements Introduction Horizontal Variations Vertical Relationships Some Chemical Implications Problems The Chemical Bond Ionic and Covalent Binding Molecular Orbitals ... Table of Contour Values Some Chemical Implications A detailed study of the chemical implications of the orbital theory of electronic structure must await our discussion of the chemical bond. However, we can at this point correlate the gross chemical behaviour of the elements with the general results of the orbital theory. The ability of the elements to act as oxidizing agents should parallel directly the variations in the effective nuclear charge. Thus the oxidizing ability should increase across a given row (from group I to group VII) and decrease down a given family. These trends are, of course, just the opposite of those noted for the reducing ability. We can also relate the chemical terms "reducing ability" and "oxidizing ability" to the experimentally determined energy quantities, "ionization potential" and "electron affinity." The reducing ability should vary inversely with the ionization potential, and the oxidizing ability should vary directly with the electron affinity. The elements in groups VI and VII should exhibit a strong tendency for accepting electrons in chemical reactions to form negatively charged ions. Francium, which possesses a single outer electron in the 7
Wiley::Molecular Chemistry Of The Transition Elements: An Introductory Course
by R. Bruce King (Editorin-Chief), Jeremy K. Burdett (Editor), MolecularChemistry of the Transition elements An Introductory Course
http://www.wiley.com/WileyCDA/WileyTitle/productCd-0471956872.html
Wiley::Advanced Inorganic Chemistry, 6th Edition
THE chemistry OF THE MAIN GROUP elements. Hydrogen. The Group 1 elements Li,Na, K, Rb, Cs, Fr. The Group 2 elements Be, Mg, Ca, Sr, Ba, Ra.
http://www.wiley.com/WileyCDA/WileyTitle/productCd-0471199575,descCd-tableOfCont
Regents Prep Chemistry: Multiple-Choice Question Archive
Which set of elements contains a metalloid? K, Mn, As, Ar. Li, Mg, Ca, Kr.Ba, Ag, Sn, Xe. Fr, F, O, Rn See also question 11, topic Nuclear chemistry.
http://regentsprep.org/Regents/core/questions/questions.cfm?Course=CHEM&TopicCod
Department Of Chemistry, University Of Hull
Department of chemistry at the University of Hull. 1. describe the arrangementof elements within the Periodic Table and rationalise in terms of
http://www.hull.ac.uk/chemistry/module.php?number=06510
K-State Undergraduate Catalog 2002-2004: Chemistry
KState Undergraduate Catalog 2002-2004 chemistry. study of the principlesof chemistry and the properties of the elements and their compounds.
http://courses.k-state.edu/catalog/undergraduate/2002-2004/as/chm.html

Extractions: The Department of Chemistry occupies modern laboratory facilities in the Chemistry/ Biochemistry Building, the H.H. King Chemical Laboratory and part of Willard Hall. The faculty represents a broad range of interest in the discipline of chemistry. The department offers programs leading to the B.S. and B.A. degrees in chemistry and chemical science. In addition to the undergraduate program, the department offers M.S. and Ph.D. degrees; the graduate program includes approximately 40 students. The discipline of chemistry is very broad and a training in chemistry provides many different career possibilities. For example, research chemists explore and synthesize new compounds and materials and they invent and characterize new processes. Development chemists translate research findings into products, and they work in areas such as marketing, economics, management, and safety. Chemists are involved in solving chemical problems that range from analysis of environmental aspects of chemicals to the manufacture of chemicals and finished products. Chemists also work in federal- or state- sponsored research activities (trade, foods, roads, fire research, nuclear energy) and environmental protection (water, waste, and drugs), and a variety of educational and teaching activities. Students often use chemistry degrees as preparation for advanced study in medicine, pharmacy, and other health science areas. Students who plan to become high school science teachers may choose to earn dual degrees in chemistry and education. Numerous other possibilities, such as biochemistry or chemical engineering, exist for dual degrees. For dual degree programs, the requirements of both curricula must be met.
ANALYTICAL CHEMISTRY - ELEMENTS OF ELECTOCHEMISTRY
ANALYTICAL chemistry LECTURE OUTLINE elements OF ELECTROchemistry Determinations of Keq and oxidationreduction midpoint potentials.
http://falcon.sbuniv.edu/~ggray/CHE3345/chp16.html

Extractions: 1. Determinations of K eq and oxidation-reduction midpoint potentials. 2. Determination of analytes by oxidation-reductions titrations. 3. Ion-specific electrodes (e.g., pH electrodes, etc.) 4. Gas-sensing probes. 5. Electrogravimetric analysis: oxidizing or reducing analytes to a known product and weighing the amount produced 6. Coulometric analysis: measuring the quantity of electrons required to reduce/oxidize an analyte II. Terminology A. Reduction: the gaining of electrons B. Oxidation: the loss of electrons C. Reducing agent (reductant): species that donates electrons to reduce another reagent. (The reducing agent get oxidized.) D. Oxidizing agent (oxidant): species that accepts electrons to oxidize another species. (The oxidizing agent gets reduced.)
BUBL LINK: Chemical Data
Subjects chemical data, chemistry research, chemistry societies Periodiclandscapes based on ionisation energies of the elements are also included.
http://bubl.ac.uk/link/c/chemicaldata.htm

Extractions: BUBL LINK Catalogue of Internet Resources Home Search Subject Menus Countries ... Z Titles Descriptions Alphabetical Mineral Reference Athena Mineralogy Atomic Spectral Line Broadening Bibliographic Database Beilstein CrossFire Chemical Information System ... WebSpectra: Problems in NMR and IR Spectroscopy Comments: bubl@bubl.ac.uk Listing of hundreds of minerals, with descriptions and specifications. Resource type: reference data Database of references on atomic spectral line broadening containing numerical data, comments, and review articles. Searches can be conducted by entering title, author or year of publication. Papers without numerical data may be searched by category, such as Pressure Broadening and Articles on Doppler and Natural Line Shapes.
Witham, Charles K. (1998-08-24) The Effects Of Alloy Chemistry On The Electroche
Witham, Charles K. (199808-24) The effects of alloy chemistry on the ternary elements that have a large heat of formation with La (and secondarily,
http://etd.caltech.edu/etd/available/etd-12272004-145717/

Extractions: About Browse Search Caltech Student Instructions Type of Document Dissertation Author Witham, Charles K. URN etd-12272004-145717 Persistent URL http://resolver.caltech.edu/CaltechETD:etd-12272004-145717 Title The effects of alloy chemistry on the electrochemical and hydriding properties of NI-substituted LaNi5 Degree PhD Option Materials Science Advisory Committee Advisor Name Title Brent Fultz Committee Chair Keywords Date of Defense Availability restricted Abstract NOTE: Text or symbols not renderable in plain ASCII are indicated by [...]. Abstract is included in .pdf document. The primary goal of this work was to verify the hypothesis that alloying LaNi5 with ternary elements that have a large heat of formation with La (and secondarily, with Ni) would slow the kinetics of metal (La) atom diffusion. This would have the effect of stabilizing the Haucke phase crystal structure of LaNi5 during electrochemical and gasphase hydrogen absorption/desorption cycling, and extending the material's useful lifetime. To test this hypothesis, I prepared a variety of single-phase alloys of composition [...]. Each alloy was annealed to insure equilibrium starting conditions. The lifetimes of these alloys were tested by charge-discharge cycling as the anode of an alkaline Ni-MH rechargeable cell. By characterizing the lifetimes of the alloys as an exponential capacity decay, I was able to determine a trend between the capacity decay and the heat of formation of an average 'B' element with La.
Chemical Elements.com - An Interactive Periodic Table Of The Elements
Basic data, limited writeups Provides information on the 109 named elementsplus elements 110 - 112.
http://www.chemicalelements.com/
Chemistry For Kids - Children And Beginner Chemistry
Introduce chemistry concepts in terms kids and beginners can understand! Periodic Table of the ElementsAtom Basics Quiz Test Your chemistry
http://chemistry.about.com/od/chemistryforkids/

Extractions: zJs=10 zJs=11 zJs=12 zJs=13 zc(5,'jsc',zJs,9999999,'') About Homework Help Chemistry Chemistry for Kids Homework Help Chemistry Essentials Encyclopedia of Chemistry ... Chemistry Glossary zau(256,152,145,'gob','http://z.about.com/5/ad/go.htm?gs='+gs,''); General Chemistry Branches of Chemistry Demos / Experiments Homework Help ... Help zau(256,140,140,'el','http://z.about.com/0/ip/417/C.htm','');w(xb+xb+' ');zau(256,140,140,'von','http://z.about.com/0/ip/496/7.htm','');w(xb+xb); Sign Up Now for the Chemistry newsletter! See Online Courses Search Chemistry Introduce chemistry concepts in terms kids and beginners can understand! You'll also find chemistry demonstrations, crafts, games, and projects that are suitable for kids. Some activities require adult supervision. Alphabetical Recent Chemistry Activities for Kids - Free Weekly Newsletter Are you ready for kid-friendly chemistry activities and games? Each newsletter features safe projects, games or quizzes, and links for additional learning. Learn about the elements, grow crystals, and more! When you sign up you'll get one newsletter a week until you've gotten them all. Chemistry 101: An Introduction and Study Tips From your About Chemistry guide, these are tips for homework and laboratory exercises, with links to a library of chemical structures, glossary, periodic table, and additional resources.
Oliver Manuel - Composition, Origin, Formation, Sun, Solar System, Solar Flares,
Oliver K. Manuel Professor of chemistry. Email om@umr.edu Resume Jupiter DataConfirms Local Element Synthesis; O. Manuel, K. Windler
http://web.umr.edu/~om/

Extractions: Professor of Chemistry Press Reviews "Report on the First Crisis in Cosmology Conference", Progress in Physics, p. 6, in press. "NASA's Deep Impact Won't Make A Dent", PhysOrg.com, 1 July 2005 "Deep Magnetic Roots of Solar Wind Confirmed by ESA", SOHO News Release, 20 May 2005 "Deep Magnetic Roots of Solar Wind Confirmed by NASA", NASA News Release, 19 May 2005 ...
Periodic Table Of Elements Potassium - K (EnvironmentalChemistry.com)
Comprehensive information for the element Potassium K is provided by this pageincluding scores of properties, element names in many languages,
http://environmentalchemistry.com/yogi/periodic/K.html
Chemistry Definitions A
Alkali Metals Metals of Group IA (Na, K, Rb). Allotropes Different formsof the same element in the same physical state.
http://home.nas.net/~dbc/cic_hamilton/dictionary/a.html
#1 Site For Learning Chemistry
Resources and articles on physics, chemistry and maths for students, Hence Khas 1 electron in the Nshell and the next element Ca contains 2 electrons
http://home.att.net/~cat6a/class_elem-VI.htm

Extractions: The first period starts with hydrogen (H) and ends with helium (He). It has just two elements H (Z=1) and He (Z = 2). H has one electron in the K-shell. He has 2 electrons in the K-shell. As we have seen in the chapter on the structure of atoms , the K-shell can hold only 2 electrons. Thus the first period is complete. It has to be borne in mind that the place of hydrogen is unique in the periodic table. It has been placed above the alkali elements starting with Li in group 1A. This is because H has valency 1 just as the other alkali elements. But the properties of hydrogen otherwise are very different from the other group 1A alkali elements Li, Na, K, Cs, etc. Now let us see the next periods : periods 2 and 3. The second period starts with Li (Z=3), where the K-shell is filled and the next shell, the L-shell is starting to fill. After Li the next element is beryllium (Be, Z=4). Its K-shell is complete and it has 2 electrons in the L-shell. The maximum number of electrons held in the L-shell is 8. So the period has 8 elements, in which each elements L-shell is getting filled. The last element in the period is neon (Ne, Z=10). Neons both K and the L shell are completely filled. A similarly situation occurs for the third period. Here the next shell after L-shell, namely the M-shell is getting filled. The maximum number of electrons in the M-shell is 8. Thus across the period, starting with element sodium (Na, Z=11) the M-shell has 1 electron; and the period ends with argon (Ar, Z= 18) which has 2 electrons in the K-shell, 8 electrons in the L-shell and 8 electrons in the M-shell.
Nuclear Chemistry
The transuranium element, plutonium, was the first synthetic element to be produced It now became important to investigate the chemistry of plutonium to
http://chemcases.com/2003version/nuclear/nc-04.htm

Extractions: (Courtesy of the University of California, Berkeley) The transuranium element, plutonium, was the first synthetic element to be produced on a large scale. In addition to being fissionable , it has interesting and unusual chemical and metallurgical properties. The story of its discovery and isolation is among the most fascinating in the history of science. The distinction between discovery and isolation is significant. Discovery refers to the first nuclear and chemical proof of the existence of atoms of a new element, while isolation is the procurement of the first weighable amount in pure form. There was often a considerable amount of time between the discovery and isolation of the transuranium elements. The search for transuranium elements initiated by Fermi continued unabated. In the spring of 1940, Edward McMillan and Philip Abelson, working at the University of California Berkeley (UCB), exposed a natural uranium target to 12 Mev neutrons produced by bombarding Be with cyclotron-accelerated deuterons H U n U + g U t ½ = 23.5 min.

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