Search Results for masking

Fig. 9 Porosity created by masking interference More

Fig. 11 Examples of how to use masking techniques for special configurations More

Fig. 10 Examples of how to use masking techniques for special configurations More

Fig. 21 (a) Soft area due to deflection or masking of the quench spray. (b) Microstructure of soft area More

Fig. 13 Masking on Y -axis to give XZ image More

Fig. 14 Masking on X -axis to give YZ image More

Fig. 15 Masking on Z -axis to give XY image More

Fig. 10 Coatings resulting from (a) contact masks versus (b) shadow masks More

Fig. 9 Coatings resulting from (a) contact masks versus (b) shadow masks More

Fig. 15 Solder mask defined and nonsolder mask defined pad opening configurations. PCB, printed circuit board More

Fig. 8 Special mask made of molded rubber for shot peening a selected area and for holding the work during peening More

Fig. 7 Monitor mask for melting operations in a crucible furnace tandem. Courtesy of ABP Induction Systems More

Fig. 28 Monitor mask for monitoring a channel furnace. Courtesy of ABP Induction Systems More

Fig. 21 Steel beams with connection points previously masked. Source: Ref 6 More

Fig. 16 Optical mask and photodetectors for echelle spectrometer. More

Fig. 26 Use of lead-sheet masks on a testpiece for reducing secondary radiation. (a) Precut lead-sheet masks. (b) Masks in place on testpiece More

Fig. 28 Use of a combination of metallic shot, a lead mask, and a lead diaphragm to control scattered radiation More

Fig. 20 Use of lead-sheet masks on a testpiece for reducing secondary radiation. (a) Precut lead-sheet masks. (b) Masks in place on testpiece More

Fig. 22 Use of a combination of metallic shot, a lead mask, and a lead diaphragm to control scattered radiation More

Fig. 11 Kodama’s 1981arrangements for vat polymerization. (a) Mask top-down arrangement. (b) Mask bottom-up arrangement. (c) Gantry arrangement with a moving energy beam. Reprinted from Ref 33 with the permission of AIP Publishing More