Chemistry In Industry & Academia

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The book discusses the types of chemical compounds and the amounts used in the making of some pharmaceutical and industrial products, and the methods used to improve their quality. These pharmaceutical and industrial products include mouthwashes, acrylic paints, car-wash shampoos, matt and gloss paints, and bubble-forming tablets.
It also discusses the types of joint diseases caused due to blood chemical PH imbalance, current medicine prescribed in their treatments, and the natural treatments of such joint diseases. It discusses the effects of the obstructed ability to breathe by a physical block limit or by prolonged hypoventilation, or a pulmonary condition on hypoxia (low levels of oxygen in body tissues), hypercapnia (elevation in the arterial carbon dioxide tension), and blood chemical PH imbalance. It also discusses the mechanism of alternating blood PH values, the methods of identifying blood chemical PH imbalance, and the methods of measuring PCO2, PO2, and blood PH.
Furthermore, it discusses the methods used in thermodynamically identifying the energetically favored products of oxidation of a di-alkyl-thioether, and the methods used to calculate thermodynamic parameters, including enthalpy of reactions, the entropy of reactions, and Gibbs free energy of reactions.
You will also find methods used to calculate kinetic and thermodynamic parameters for simple fluorinated organic alcohols: including mono and di-fluorinated ethanol, muti-fluorinated ethanol, and a di-alkyl-thioether (ethyl methyl sulfide). These parameters are the enthalpy of formations, entropy, and heat capacity at different temperatures.
The book includes a listing of the thermodynamic table for literature values for enthalpy, entropy, and Gibbs free energy for reactions for some chemical compounds. It also includes the method used to identify the energetically favored products for an oxidation reaction using these tabulated parameters.
You can also learn optimized structures for some chemical compounds and for some possible transition states, and tabulated literature values for enthalpy of formations, enthalpy of reactions, entropy, and heat capacity values at different temperatures are also included.
Topics:
1. Chemical Formulations for Mouthwashes.
2. Chemical Formulations for Acrylic Matt and Acrylic Gloss Paints.
3. Increase Product Quality for a Car-wash Shampoo Concentrate.
4. Modification to An Acrylic Paint Formulation.
5. Modification to a Chemical Formulation for Optimal Performance.
6. Thermodynamic Study and Oxidation Products for the Reaction of Methyl Ethyl Sulfide with Oxygen at Standard Conditions.
7. Enthalpy, Entropy, and Heat Capacity of some Fluorinated Ethanol’s and its Radicals at Different Temperatures.
8. Thermochemistry and Reaction Kinetics of the Stabilized and the Chemically Activated Secondary Ethyl Radical of Methyl Ethyl Sulfide with Oxygen.
9. Enthalpy and Bond dissociation Energy Values for Multi-Fluorinated Ethanol and its Radicals using Gaussian Method at Standard Conditions.
10. The Effect of Lack of Oxygen and Excess Carbon Dioxide Buildup on Joint Diseases and The Natural Treatments for Some Joint Diseases.