Berkeley, M J BerkeleyBiblio.com
3 639 résultats
réf. 3337143873.Gpaperback. Good. Access codes and supplements are not guaranteed with used items. May be an ex-library book. paperback
1860réf. 11410London: Lovell Reeve. Very Good with no dust jacket. 1860. First Edition; First Printing. Hardcover. The top of the spine is rubbed as are the bottom corners and one small spot on the back hinge. Very tight & clean inside. ; 8vo 8" - 9" tall . Lovell Reeve hardcover
réf. B9781013631153Paperback / softback. New. paperback
1860réf. B3-F15267Lovell Reeve London 1860. Hardcover. Good. Volume 1 contains coloured plates. Volume 2 Supplement Lovell, Reeve, London hardcover
réf. 152779153X.Gpaperback. Good. Access codes and supplements are not guaranteed with used items. May be an ex-library book. paperback
réf. B9781020037849Hardback. New. hardcover
réf. B9783337143879Paperback / softback. New. paperback
réf. 0265835372.Ghardcover. Good. Access codes and supplements are not guaranteed with used items. May be an ex-library book. hardcover
1969réf. 134008Berkeley: UC Berkeley Radical Student Union 1969. 4p. tabloid format on newsprint folds out completely to make 23x32 inch poster by Frank Cieciorka captioned "Let a thousand parks bloom." Publication about People's Park with a chronology a call to march on Memorial Day May 30 photos and more. UC Berkeley Radical Student Union unknown books
1969réf. 133952Berkeley: UC Berkeley Radical Student Union 1969. 8p. tabloid format on newsprint paper evenly toned neatly folded otherwise very good. Front page features collage of photos of signs sheriff deputy with gas mask on and long-haired kid climbing a pole sporting People's Park sign. Headline: "Local law enforcement officers shotgunned dozens of Berkeley citizens." Contemporary partisan reporting and editorializing in defense of the local struggle for People's Park a vacant parcel of land in Berkeley on which the University proposed to build a soccer field. Centerspread is large poster depicting protesters erecting a small tree ala the iconic photo of Marines erected the American flag on Iwo Jima. Includes detailed chronology of events from May 10 to 17th 1969. Typesetting and production apparently furnished by the Berkeley Barb. UC Berkeley Radical Student Union unknown books
réf. 12-1274Berkeley Calif.: Radical Student Union 1969. Tabloid newspaper issued in Berkeley protesting the occupation of People's Park by the National Guard. It unfolds to reveal a large wall poster measuring 22 x 32 inches bearing the caption "Let a Thousand Parks Bloom". Printed on newsprint and folded twice this issue is well preserved. Suitable for framing. Berkeley, Calif.: Radical Student Union, 1969. unknown
réf. 18-3613Berkeley CA: University of California 2009. 4to. 30 pp. Very Good. Soft Cover. Photographic printed paper wraps. Staple binding. Color and B&W plates throughout. Scarce.From the Collection of the Art Historian Peter Selz. Berkeley, CA: University of California, 2009. paperback
réf. feb73642Used. For more details please contact me unknown
1983réf. mon0000066365Jonathan Cape Ltd 01/01/1983 00:00:01. hardcover. Like New. 1.1991 cent in x 21.9833 cent in x 14.1892 cent in. Flat signed by the author and composer on the title page. First edition. Jonathan Cape Ltd hardcover
2004réf. 405252New York: Little Brown and Company 2004. Hardcover. Fine. First edition. Oblong quarto. Fine in pictorial boards. Little, Brown and Company hardcover books
2005réf. Q-031610714XLittle Brown and Company 2005-10-25. Paperback. New. In shrink wrap. Looks like an interesting title! Little, Brown and Company paperback
2004réf. Q-0316159948Little Brown and Company 2004-10-25. Hardcover. New. In shrink wrap. Looks like an interesting title! Little, Brown and Company hardcover
2004réf. MASTER257469INew York: Little Brown And Company. Vg In Pictorial Boards Lightly Worn. Inscribed & Signed. Pages: UNPAGINATED. 2004. 1st Printing. Hardcover. Little, Brown And Company hardcover
2004réf. DADAX0316159948LITTLE BROWN AND COMPANY 2004-10-25. First Edition. hardcover. New. 9.00x0.75x11.75. Buy with confidence. Excellent Customer Service & Return policy. LITTLE BROWN AND COMPANY hardcover
réf. BN392244IDW San Diego 2018. OPUS. The Complete Sunday Strips from 2003-2008. OPUS. The Complete Sunday Strips from 2003-2008. Berkeley Breathed IDW, San Diego 2018. unknown
2000réf. mon0004251385IDW Publishing 11/27/2012 12:00:01. hardcover. Very Good. 1.1811 11.2598 8.8583. IDW Publishing hardcover
réf. 1613774087.Ghardcover. Good. Access codes and supplements are not guaranteed with used items. May be an ex-library book. hardcover
2012réf. SONG1613774087IDW 2012-11-27. hardcover. Used: Good. 8.60x1.20x11.10. Buy with confidence. Excellent Customer Service & Return policy. IDW hardcover
2004réf. 811729Little Brown & Co. Collectible - Good/No Dust Wrapper. 2004. First Edition First Printing. Hard Cover. Ex Library J372 . Little, Brown & Co. hardcover
1961réf. 104880Berkeley CA: Lawrence Berkeley Laboratory 1961. 16th Ed.TID-4500. Stapled wraps. Very good -; pages are clean; binding tight; some mild wear to extremities and rusting to staples; book edges a bit foxed. Quarto with blue paper covers; stapled; illustrations; illustrations; 28cm. Scarce Prepared for the U.S. Atomic Energy Commission under Contract W-7405-ENG-48. Abstract: "A program has been developed for the IBM 709 digital computer to handle many of the problems encountered in the optical design of high-energy particle beams. The program employs a six-dimensional vector space that takes into account the position and direction in both planes perpendicular to the beam direction chromatic aberrations and particles of different mass. The quadropole problem with one or two degrees of freedom i.e. one or two singlets a doublet or a symmetric triplet is solved for the field gradients necessary to yield given beam conditions. The vectors are evaluated at the end of each element in the system. Effects higher than first-order with the exception of second-order chromatic aberrations in the quadrupoled are not included. The effect of apertures is calculated in terms of the limitations on the phase-space volume that can be transmitted by the system. Lawrence Berkeley Laboratory unknown
