![]() The electron beam impact forms a small spot, ∼1 mm diameter, on the anode, providing a flat spot at the target. The anode array rotates to adjust between the six anode materials in front of the filament. The source chamber contains the anode array, the filament, and the filters. 10 The Manson source comprises three independent vacuum compartments: the source chamber and two test chambers (diagnostic arms). The Manson source holds multiple anodes for ease in selecting various spectral lines in the spectral energy range from 400 to 9000 eV. The measurements were conducted at NNSS Livermore Operations (NNSS-LO) using the medium resolution x-ray source (MRXS), 10 also known as a Manson source, which is a diode type x-ray source used to test and calibrate various devices. The measurements were taken using selected anodes, filters, and applied voltages to produce well-defined energy lines. A broader range of energies was selected to compare results with previously published data. The absolute response of Agfa D4 x-ray film from 705 to 4620 eV has been measured using the Nevada National Security Site Manson x-ray source. These calibration efforts are vital to the accuracy of the NIF opacity measurements and are conducted in a previously un-studied x-ray energy range under a new film development protocol required by NIF. The calibration of Agfa D4 x-ray film for use in the OpSpec is communicated here. However, Agfa D4 and D3sc x-ray films’ higher spatial resolution provides increased spectral resolution to the data over the IP-TR image plates, driving the desire for regular use of x-ray film as a detecting medium. ![]() The soft x-ray Opacity Spectrometer (OpSpec) fielded at the NIF has an elliptically shaped crystal design that measures x rays in the 900–2100 eV range and currently uses an image plate as the detecting medium. Suitable for a variety of applications.X-ray films remain a key asset for high-resolution x-ray spectral imaging in high-energy-density experiments conducted at the National Ignition Facility (NIF). Medium grain film with high contrast and very high speed. Designed for direct exposure or with lead screens. Excellent for visualization of discontinuities.įine grain film with high contrast and high speed. Suitable for a wide variety of critical applications. This film obtains a very high detail perceptibility.Įxtra fine grain film with very high contrast. Ultra fine grain film with very high contrast. Inspections whereby optical enlargement is required Single coated film with very high image quality, accurate interpretability. Ideal for exposures requiring the finest possible detail rendering. GE is your guarantee of compliance to the strictest standards worldwide.Īgfa NDT radiographic film family builds on two critical facets of Agfa advanced film technology: High-quality images and rugged performance.Īgfa NDT films' reputation for excellence is the result of GE's continuous striving for the highest product quality.Įxtremely fine grain film with very high contrast. Ongoing R&D ensures the innovation that means you’re using products at the forefront of the industry. ![]() Their proven performance ensures reliable, consistent rugged behavior. Agfa’s renowned product quality leads the industry in superior image quality. GE Sensing & Inspection Technologies is the sole supplier of Structurix industrial radiographic films from Agfa. ![]()
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