16mm Filmography
Sign in Register

‹ All collections

Indiana University Library Moving Image Archive

Collection Type: Institution

Phone Number: 812-856-7086

Website: https://libraries.indiana.edu/university-moving-image-archive

Contact Email: iulmia@iu.edu

Collection Policy: The Indiana University Libraries Moving Image Archive (IULMIA) prioritizes human connection while preserving media of purpose and practice – moving images created with specific social, educational, or cultural objectives as well as works that explore the craft of media making itself. Our collection encompasses educational films, amateur productions, TV commercials, industrial videos, home movies, student projects, and experimental shorts. This categorization acknowledges the varied roles of moving images in informing, documenting, persuading, commemorating, and developing skills across contexts. Through hands-on engagement with these educational, cultural, and everyday materials, we amplify underrepresented voices and create accessible experiences, using the IULMIA Screening Room for community learning and horizontal skill-sharing.

27,567 films in this collection.

Title ▼ Year Creator LengthFormatColorSound
Modern Chemistry, No. 81: Simple Monatomic Ions 1962 National Broadcasting Corporation 16mm B&W
Modern Chemistry, No. 80: The Structure High Polymers 1962 National Broadcasting Corporation 16mm B&W
Modern Chemistry, No. 7: The Weights of Atoms 1962 National Broadcasting Corporation 16mm B&W
Modern Chemistry, No. 79: The Synthesis of High Polymers 1962 National Broadcasting Corporation 16mm B&W
Modern Chemistry, No. 78: High Polymers 1962 National Broadcasting Corporation 16mm B&W
Modern Chemistry, No. 77: The Chemistry of Some Natural Pro 1962 National Broadcasting Corporation 16mm B&W
Modern Chemistry, No. 76: Stereochemistry 1962 National Broadcasting Corporation 16mm B&W sound
Modern Chemistry, No. 74: Nitrogen in Organic Compounds 1962 National Broadcasting Corporation 16mm B&W sound
Modern Chemistry, No. 73: Carboylic Acid 1962 National Broadcasting Corporation 16mm B&W
Modern Chemistry, No. 72: Alcohols 1962 National Broadcasting Corporation 16mm B&W sound
Modern Chemistry, No. 70: Petroleum and Motor Fuels 1962 National Broadcasting Corporation 16mm B&W
Modern Chemistry, No. 6: Units, Significant Figures, Powers 1962 National Broadcasting Corporation 16mm B&W
Modern Chemistry, No. 69: The Aikanes 1962 National Broadcasting Corporation 16mm B&W sound
Modern Chemistry, No. 68: Isomerism 1962 National Broadcasting Corporation 16mm B&W sound
Modern Chemistry, No. 67: Why There Are So Many Carbon Comp 1962 National Broadcasting Corporation 16mm B&W
Modern Chemistry, No. 66 Convalent Binding: Directional Pro 1962 National Broadcasting Corporation 16mm B&W sound
Modern Chemistry, No. 63: Chemical Kinetics 1962 National Broadcasting Corporation 16mm B&W sound
Modern Chemistry, No. 62: Temperature and Reaction Extents 1962 National Broadcasting Corporation 16mm B&W sound
Modern Chemistry, No. 60: Thermochemistry 1962 National Broadcasting Corporation 16mm B&W
Modern Chemistry, No. 60: Buffer Solutions 1962 National Broadcasting Corporation 16mm B&W
Modern Chemistry, No. 59: Relationships Among Ka, Kb, and K 1962 National Broadcasting Corporation 16mm B&W
Modern Chemistry, No. 55: Acid Constants 1962 National Broadcasting Corporation 16mm B&W
Modern Chemistry, No. 54: Equilibrium and Wead Acids 1962 National Broadcasting Corporation 16mm B&W
Modern Chemistry, No. 53: An Equilibrium Constant 1962 National Broadcasting Corporation 16mm B&W
Modern Chemistry, No. 52: Dynamis Equilibrium 1962 National Broadcasting Corporation 16mm B&W
Modern Chemistry, No. 51: The Chemical Equivalent; Titratio 1962 National Broadcasting Corporation 16mm B&W
Modern Chemistry, No. 50: Titration 1962 National Broadcasting Corporation 16mm B&W
Modern Chemistry, No. 49: Concentration in Solution 1962 National Broadcasting Corporation 16mm B&W
Modern Chemistry, No. 48: Other Acid-Base Theories 1962 National Broadcasting Corporation 16mm B&W
Modern Chemistry, No. 47: Applications of the Table in Predi 1962 National Broadcasting Corporation 16mm B&W
Modern Chemistry, No. 46: Tabulating Acids and Bases 1962 National Broadcasting Corporation 16mm B&W
Modern Chemistry, No. 45: Relative Strenghts of Reactants 1962 National Broadcasting Corporation 16mm B&W
Modern Chemistry, No. 44: Acid-Base Reactions: Indicators 1962 National Broadcasting Corporation 16mm B&W
Modern Chemistry, No. 43: Bronsted-Lowry Acid-Base Theory 1962 National Broadcasting Corporation 16mm B&W
Modern Chemistry, No. 42: Hydrogen Chloride 1962 National Broadcasting Corporation 16mm B&W
Modern Chemistry, No. 41: Solubility 1962 National Broadcasting Corporation 16mm B&W
Modern Chemistry, No. 40: How a Salt Dissolves in Water 1962 National Broadcasting Corporation 16mm B&W
Modern Chemistry, No. 3: Classifiction of Matter 1962 National Broadcasting Corporation 16mm B&W
Modern Chemistry, No. 38: Sodium Chloride; Electrolytes 1962 National Broadcasting Corporation 16mm B&W
Modern Chemistry, No. 37: Heavy Water, the Isotopes of Hydr 1962 National Broadcasting Corporation 16mm B&W
Modern Chemistry, No. 36: Water, an Unusal Substance U.S. Bureau of Mines 16mm B&W
Modern Chemistry, No. 35; Water: The Hydrogen Bond 1962 National Broadcasting Corporation 16mm B&W
Modern Chemistry, No. 34: Electronegativity; Polar Molecull 1962 National Broadcasting Corporation 16mm B&W
Modern Chemistry, No. 31: Liquids 1962 National Broadcasting Corporation 16mm B&W
Modern Chemistry, No. 30: The Molecular Weights of Gases 1962 National Broadcasting Corporation 16mm B&W
Modern Chemistry, No. 2: Order Out of Chaos 1962 National Broadcasting Corporation 16mm B&W
Modern Chemistry, No. 29: Gas Densities and Molar Volume 1962 National Broadcasting Corporation 16mm B&W
Modern Chemistry, No. 28: Molecular Velocities 1962 National Broadcasting Corporation 16mm B&W
Modern Chemistry, No. 27: Applying the Gas Laws; the General 1962 National Broadcasting Corporation 16mm B&W
Modern Chemistry, No. 25: Gas Pressure 1962 National Broadcasting Corporation 16mm B&W