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    • 1993

    Four views showing various stages of the extrusion of saran bubbles from a rolling machine at the Dow Chemical Company plant in Midland, Michigan. The employee visible in the photographs is unidentified. During…

    • circa 1992

    Print advertisement for the Dow Chemical Company's Magnesium Division. The advertisement features reproductions of newspaper clippings chronicling various milestones in the company's production of magnesium over the…

    • 1991

    General view of an unidentified man measuring a piece of Styrofoam insulation at a construction site. Invented in 1941 by researchers in Dow's Chemical Physics Lab, "Styrofoam" properly refers to the Dow Chemical…

    • circa 1991

    Print advertisement for the Dow Chemical Company's Magnesium Division highlighting the development of AE42X1, a new high-temperature magnesium alloy for use in automotive engineering.

    • 1990

    General view of an unidentified employee inspecting a piece of Styrofoam insulation at a Dow Chemical Company facility. Invented in 1941 by researchers in Dow's Chemical Physics Lab, "Styrofoam" properly refers to the…

    • 1987 – 1988

    Two views of an unidentified employee observing the extrusion of a saran bubble from a rolling machine at the Dow Chemical Company plant in Midland, Michigan. During production, saran film passed through a series of…

    • 1987

    General view of a saran bubble as it is extruded from a machine during the production of saran film at the Dow Chemical Company plant in Midland, Michigan. The individuals visible behind the bubble, likely taking a tour…

    • 1987

    Color photograph showing a saran bubble as it is extruded from a machine during the production of saran film at the Dow Chemical Company plant in Midland, Michigan. The individuals visible behind the bubble, likely…

    • 1985 – 1986

    Series of color photographs depicting components of the Perkin-Elmer MasterLab robotic system in use in different laboratory settings. Introduced in 1985, the MasterLab product line consisted of a series of modular…

    • 1986

    General view of the manufacture of Perkin-Elmer AEBLE 150 direct-write e-beam lithography equipment. The individuals visible in the photograph are unidentified.

    • 1986

    General view of a Perkin-Elmer differential scanning calorimeter with a robotic autosampler in use at an unidentified laboratory facility. The individual visible in the photograph is identified as Mike DeVito.

    • 1986

    General view of a Perkin-Elmer differential scanning calorimeter with a robotic autosampler in use at an unidentified laboratory facility. The individual visible in the photograph is identified as Christa [surname…

    • 1985 – 1986

    General view of a Perkin-Elmer Model 6500 Inductively Coupled Plasma Mass Spectrometry system in use at an unidentified laboratory facility. The individuals visible in the photograph are identified as Dr. Lee Davidowski…

    • 1985-Jul-02

    Group photograph of members of the Perkin-Elmer Corporation's Optical Group posed in front of an exhibit display related to the Hubble Space Telescope. The individuals present in the photograph are unidentified. A…

    • 1984

    Two views of a tour group observing the extrusion of a saran bubble from a rolling machine at the Dow Chemical Company plant in Midland, Michigan. The individuals visible in the photograph are identified as follows…

    • 1970s

    Aerial view of the Dow Chemical Company Corporate Center located in Midland, Michigan.

    • 1970s

    General view of an unidentified man posed with a Perkin-Elmer Model 4400 Production Sputtering System. Sputtering is a process whereby particles are ejected from a solid target material due to bombardment of the target…

    • 1970s

    General view of Dr. Secrest injecting a sample of biological material into the heated graphite furnace of a Perkin-Elmer Model 290 Atomic Absorption Spectrophotometer in the Department of Pharmacology at Wake Forest…

    • 1970s

    Close-up view of a Perkin-Elmer Model 303 Atomic Absorption Spectrophotometer in use at an unidentified facility. The individual visible in the photograph is also unidentified.

    • 1970s

    General view of an unidentified laboratory technician operating a Perkin-Elmer Model 303 Atomic Absorption Spectrophotometer at an Environmental Protection Agency facility. Per notations accompanying the photograph, the…

    • 1970s

    General view of laboratory technician Richard Thomson preparing water samples for testing at the New York City Bureau of Water Supply's Ben Nesin Laboratory. Per notations accompanying the photograph, a Perkin-Elmer…

    • 1970s

    General view of an unidentified York research scientist using a Perkin-Elmer Model 303 Atomic Absorption Spectrophotometer to detect traces of lead and cadmium released by glazed pottery and ceramic ware. Per notations…

    • 1970s

    General view of employee Jack Guillaumin (right) and an unidentified chemist reviewing the results of an analysis conducted by a Perkin-Elmer Model 306 Atomic Absorption Spectrophotometer in a laboratory at the Detroit…

    • 1970s

    General view of an unidentified African-American chemist reviewing the results of an analysis made by a Perkin-Elmer Model 306 Atomic Absorption Spectrophotometer in the research laboratory at the Detroit Edison…

    • 1970s

    General view of Wilson Walker, Chief Chemist at the Ohio Department of Health's Sanitary Chemistry Laboratory, injecting a sample of drinking water into the cylinder of a Perkin-Elmer Heated Graphite Atomizer (HGA). Per…