nitrocellulose film

These cameras first used paper film but later turned to Nitrocellulose film.

When painted on the skin, collodion dries to form a flexible nitrocellulose film.

The early motion picture industry primarily used nitrocellulose film stock, commonly called nitrate film.

Nationally, the disaster prompted medical facilities to establish standards for the storage of nitrocellulose film and other hazardous materials.

Like those of Edison and Urban, they had a relatively short life in active use, with an inherently unstable nitrocellulose film stock.

Camphor is used as a plasticizer for nitrocellulose film, often called nitrate film.

Hannibal Goodwin's invention of nitrocellulose film base in 1887 was the first transparent, flexible film.

Stevie manages to talk himself aboard a bus, even though it is forbidden to transport flammable nitrocellulose film on public vehicles.

Its first subsidiary, Fuji Photo Film, was set up in 1934 to produce nitrocellulose film.

Investigators suggested that the older nitrocellulose film stored in the archive was of lower quality than then-current film and thus more prone to instability.

Nitrocellulose film base manufactured by Kodak can be identified by the presence of the word 'Nitrate' in dark letters between the perforations.

Nitrocellulose film slides are broadly accepted as the highest protein binding substrate for protein microarray applications.

The use of nitrocellulose film for motion pictures led to the requirement for fireproof projection rooms with wall coverings made of asbestos.

The roots of the industry started in Newark with Hannibal Goodwin's patent of nitrocellulose film in 1887.

Concern about the flammability of nitrocellulose film resulted in the concentration of film exchanges in this single neighborhood, as a zoning issue.

Furthermore, the nitrocellulose film base of all early film stock was highly flammable, creating considerable risk for those not accustomed to the precautions necessary in its handling.

The burning nitrocellulose film quickly produced a significant amount of poisonous gas, causing victims to suffocate, the faces of the victims turning yellowish brown within minutes.

Nevertheless, conventional white nitrocellulose films continue to be the dominant surface for many protein microarray applications because the claims above have not proved relevant to end user requirements.

The first is the incubation chamber for cell culture and analysis; the second is the ONCYTE Nitrocellulose Film Slide.

Due to their high surface roughness, conventional white nitrocellulose films scatter and reflect large amounts of excitation and emission light during the fluorescence detection in the microarray scanner.

They develop the thin-cast nitrocellulose biochip (aka: nitrocellulose slide, nitrocellulose film slide) and the modern hybridization and incubation chambers for glass microscope slides.

The sample is applied to a strip of nitrocellulose film and, if GAS antigens are present, these will migrate along the film to form a visible line of antigen bound to labeled antibodies.

This distinction arose because early nitrocellulose film base naturally shrank about 0.3% in processing due to heat, so film printing equipment was designed to account for a size difference between its (processed) input and (unprocessed) output.

Various approaches to chronophotography had been devised since the 1860s, but a stroke of genius by George Eastman (as in Eastman-Kodak) in 1889 to apply photo emulsion to nitrocellulose film made the Edison device possible.

A nitrocellulose slide (or nitrocellulose film slide) is a glass microscope slide that is coated with nitrocellulose that is used to bind biological material, often protein, for colorimetric and fluorescence detection assays.