Accession Number:

AD0275054

Title:

INTRODUCTORY LECTURES ON SCATTERING THEORY

Personal Author(s):

Corporate Author:

MARYLAND UNIV COLLEGE PARK

Report Date:

1962-01-01

Abstract:

Con ents Wave packet tre tment of sca teri g R UIREMENTS ON INIAD-275 054Div. 25 U TI TPWH OTS price 8.1 RYLAN U., Coll ge Park. INTRODUCTORY LEC URE ON C RI G EORY, by O. . Greenberg. Jan 62, 75p. incl. illus. Tech ical rept. no. 243 Co tr ct AF 4963824 AFOSR-2409U NCLAS IFIED REPOR DESCRIPTORS Scattering, Theory, Qu um mechanics. Con ents Wave packet tre tment of sca teri g R UIREMENTS ON INITIAL unscattered wave packet Motion of free wave packet Scattering solutions of Schrodinger equation Scattering length and effective range theory Reso an cattering Formal theory of scattering Moller wave operators an he S-M RI Sc tering in the Dirac picture Adiabatic switching, the -M trix, a d cro section Additional topicsAD-27554 AD-275 055Div. 9 U TISTPWH OTS price 2.60 Lincoln Lab., Mass. Inst. of Tech., Lexington. NEWTONIAN DRAG COEFFICIENTS AND WEIGHTS FOR BLUNTED CONE-SPHERES AT SMALL ANGLES OF ATTACK, by Aubyn Freed. 30 Mar 62, 21p. incl. illus. 4 refs. Rept. no. 22G-5 Contract AF 196047400 AFESD TDR 62-81Unclassified report DESCRIPTORS Conical bodies, Aerodynamics, Drag, Ballistics.A simple formula for the Newtonian drag coefficient is derived for t e blunted cone-sphere ice-cream cone at small angles of attack. Gr p s are presented for the drag coefficient as a function of cone semi-vertex angle from 6 to 30 deg and bluntness ratio nose-radiusbaseradius ranging in tenths from 0 to 0.5. For given values of the body parameters, the weight required for the body to attain a prescribed ballistic coefficient is then determined. Fineness ratios for different specified cone-anglesAND DEGREES OF BLUNTNESS ARE PROVIDED FOR REFERENCE. Author

Pages:

0001

Descriptors:

Contract Number:

AF49 638 24

File Size:

0.00MB

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