Neutron Books
cations and anions identification as an example of chemical analysis (Laboratory 1)
Author: Neutron
School: University of Ilorin
Department: Science and Technology
Course Code: CHM132
Topics: cation, anion
Author: Neutron
School: University of Ilorin
Department: Science and Technology
Course Code: CHM236
Topics: valence bond theory
Letters (Types, Language and Style)
Author: Neutron
School: University of Ilorin
Department: General studies
Course Code: GNS112
Topics: letter
Author: Neutron
School: University of Ilorin
Department: Science and Technology
Course Code: PHY142
Topics: Photoelectric effect, photoelectricity, Einstein's Photo electric equation
Author: Neutron
School: University of Ilorin
Department: Science and Technology
Course Code: ZLY106
Topics: Blood, plasma, red blood cells, hemoglobin, RBC formation, white blood cells, Platelets, Hemostasis
Hormonal Regulation of the Kidneys
Author: Neutron
School: University of Ilorin
Department: Science and Technology
Course Code: ZLY106
Topics: Acid-Base Balance, anti-diuretic hormone, juxtaglomerular apparatus, aldoste-rone, atrial natriuretic protein, renin-angiotensin-aldosterone
Mammalian Kidney and Functional Unit
Author: Neutron
School: University of Ilorin
Department: Science and Technology
Course Code: ZLY106
Topics: Nephron, Ureter, Urinary Bladder, Urethra, Ultrafiltration, Tubular Secretion
Schaum’s outline of analytical chemistry
Author: Adon Gordus
School: Edo University
Department: Science and Technology
Course Code: CHM221
Topics: analytical chemistry, stoichiometry, statistics, probability, Gibbs free energy, strong acid, strong base, titration, weak acid, weak base titrations, pH color indicators, polyprotic weak acids, pH approximations, precipitates, complex ion equilibria, electrochemical cells, galvanic cells, cell thermodynamics, potentiometric titrations, phase separations, chromatography, fractional distillation, solvent extractions, chromatographic separations, spectral measurements, Beer's law, photometric titrations, radioactivity, decay rate equations, neutron activation, radioactivity statistics
Introduction to Materials for Advanced Energy Systems
Author: Colin Tong
School: Federal University of Technology, Owerri
Department: Engineering
Course Code: MCE403
Topics: Advanced Energy Systems, Energy resource, energy system development, energy process characterization, energy calculations, energy accounting, sustainable energy development, Dynamic Mechanical Spectroscopy, nano-scale material, micro-scale material, nanoindentation, optical microscopy, electron microscopy, atom probe tomography, advanced x-ray characterization, neutron scattering, phase transformation temperatures, density, specific gravity, thermal conductivity, thermal expansion, electrical conductivity, electrical resistivity, permittivity, permeability, corrosion, oxidation, toughness, materials design, materials modeling, advanced coatings, photovoltaic materials, hybrid solar cells, thermal storage materials, phase change materials, Geothermal electricity, geothermal heat pump, wind resources, wind machinery, energy-generating systems, wind turbine, hydropower technology, ocean energy, hydrogen generation technology, fuel cells, advanced nuclear energy, fission reactors, fusion reactors, thermoelectric materials, piezoelectric materials, pyroelectric materials, magnetostrictive materials, multiferroic magnetoelectric materials, triboelectric materials, artificial photosynthesis
Atomic structure lecture slide
Author: CHE156
School: University of Ibadan
Department: Science and Technology
Course Code: CHE156
Topics: JJ Thopmson, electric field, magnetic field, electron, Millikan oil experiment, proton, anode ray, atomic model, Rutherford experiment, Neutron, atomic number, mass number, relative atomic mass, mass spectrometer
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