By U.A.Bakshi, V.U.Bakshi
Thought of e.m.f., p,d.; and present Resistance; impact of Temperature on Resistance. Resistance temperature Coefficient; Insulation Resistance; S.I. devices of labor; energy and effort Conversion of strength from One shape to a different in electric; Mechanical and Thermal platforms. Batteries and Cells; Their varieties; present means and phone scores; Charging and Discharging of Batteries; sequence and Parallel Battery Connections; upkeep technique. category of electrical Networks; Ohms legislation; Kirchhoff’s legislation and Their purposes for Networks suggestions Simplification of Networks utilizing sequence and Parallel combos and Star-Delta Transformation; Superposition Theorem; Thevenins Theorem; Nortons Theorem and greatest strength move Theorem
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Flexible foams are made typically from polyethers or polyesters, diisocyanates, and water plus catalysts. 9 Clear liquid water-isocyanate reaction, functions as the blowing agent to yield open-celled forms. Rigid foams are similarly made except that a fluorocarbon replaces water. Monofluorochloromethane and difluorochloromethane are useful blowing agents. DARCOM-P 706-315 TABLE 4-7. TYPICAL POLYOLS USED IN POLYURETHANE FORMULATIONS Trade Name Chemical Type Ave Equiv. Weight Hydroxyl No. Mobay Multron R-2 Polyester 140 390-420 Mobay Multron R-4 Highly branched polyester 200 270-290 Mobay Multron R-10 Mobay Multron R-12 Polyester Moderately branched polyester Polyester 265 335 205-221 158-175 Mobay Multron R-16 Mobay Multron R-18 Mobay Multron R-22 Mobay Multrathane R-26 Mobay Multron R-38 Mobay Multron R-68 Mobay Multron R-74 Baker Castor Oil AA Spencer Kellogg OX-50 Baker Castor Oil Polycin 54 Polyester Oil-modified alkyd resin Hydroxylterminated polyester Polyester Polyester Polyester Refined castor oil Blown castor oil Blown castor oil 1,275 41-47 935 375 57-63 140-160 ...
3. R. F. ), Epoxy Resins, American Chemical Society Monograph Series, 1970 4. E. N. Dorman, "Cycloaliphatic Epoxy Resins: Premium Properties for Electrical Insulation", Sec. 21-2, Proceedings, Society of Plastics Engineers, 21st Annual Technical Conference, Boston, MA, March 1965. 5. C. T. , and C. W. , "Cycloaliphatic Epoxy Resins in Electrical Insulation", Sec. 5-3, Proceedings, Society of Plastics Engineers, 22nd Annual Technical Conference, Montreal, Canada, 7-10 March 1966. 6. A. S. Burhans and A.
C. Soldatos, "Cycloaliphatic Epoxy Resins With Improved Strength and Impact Coupled With High Heat Distortion Temperature", Society of the Plastics Industry, 25th Annual Technical Conference, Washington, DC, February 1970. 7. G. Salensky, "Epoxy Resin Systems for Electrical/Electronic Encapsulation", Insulation/Circuits, 19-25 (May 1972). 8. J. C. Illman, "Cure of Epoxy Resins With Aromatic Amines-High Heat Distortion Studies ", Sec. 4-1, Proceedings, Society of Plastics Engineers, 22nd Annual Technical Conference, Montreal, Canada, 7-10 March 1966.