Type : Contract
IN-SITU DIMENSIONAL AND MACRO SURFACE DEFECT MITIGATIOIN IN WIRE-FED ADDITIVE MANUFACTURING PROCESSES Solicitation ID/Procurement Identifier: 80NSSC20C0388 Ultimate Completion Date: Mon Mar 01 18:00:00 GMT 2021
IN-SITU DIMENSIONAL AND MACRO SURFACE DEFECT MITIGATIOIN IN WIRE-FED ADDITIVE MANUFACTURING PROCESSES Solicitation ID/Procurement Identifier: 80NSSC20C0388 Ultimate Completion Date: Mon Mar 01 18:00:00 GMT 2021
(3-18))|1|WSS| EQUAL OPPORTUNITY (SEP 2016)|2||| WARRANTY OF SUPPLIES OF A NONCOMPLEX NATURE (JUNE 2003)|6|One year from date of delivery.
In using radiopharmaceuticals for diagnosis, a radioactive dose is given to the patient and the activity in the organ can then be studied either as a two- dimensional picture or, using tomography, as a three-dimensional picture. Diagnostic techniques in nuclear medicine use radioactive tracers which emit gamma rays from within the body.
The 3DEMS can be operated in a (1) manufacturing mode through electro-deposition, (2) machining mode through electro-dissolution or etching, or (3) sensing mode through an electrochemical sensor.
Furthermore, when analyzing materials, orienting analysis by macro imaging is helpful for comprehension of other results, microscopy or otherwise. Stereoscopy is useful in viewing images from large, multi-dimensional data sets produced by experimental data.
Contractor's name, address and date. 2. The contract/purchase order number (for example: N00104-11-P-FA12) 3. The National Stock Number (NSN). The 18 character National Stock Number for Special Emphasis Material includes the two digit COG, the four digit FSC, the 9 digit NIIN, and the two digit SMIC (for example: 1H 4820 012345678 L1) ("N/A" when Not Applicable). 4.
In using radiopharmaceuticals for diagnosis, a radioactive dose is given to the patient and the activity in the organ can then be studied either as a two- dimensional picture or, using tomography, as a three-dimensional picture. Diagnostic techniques in nuclear medicine use radioactive tracers which emit gamma rays from within the body.