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California Institute Technology
VOLUME XXXV NUMBER 113 BULLETIN OF THE CALIFORNIA INSTITUTE OF TECHNOLOGY ANNUAL CATALOGUE PASADENA, CALIFORNIA DECEMBER, 1926 C!tutttttttn Page COLLEG~: C.\ LE XD"\R _________________________________________________________________________________ 5 OFFICEl": The Board of Trustees__________________________________________________________________ 7 Officers of the Board of Trustees________ _____________________ 8 Administrative Officers of the Institute____ ______________________ 8 •\dvbory Coulldl__ _________________ 9 Research Associates________________________________________________ 9 Officers and Committees of the Faculty____________________________________ 10 STAFF OF IXSTRUCTIOX AND RESEARCI-L______________________________________________ 11 HISTORICAL SKETCH _________ _ 40 EDUCATIONAL POUCIES ______ _ '13 REQUIREMENTS FOR AD;\IISSION ___________________________ _ 47 BUILDIXGS AND E:n:-C_\TIONAL F_\CILITIF.S ______ _ 53 EXPENSES ______________________________ _ 60 REGISTRATIOX AND GEXER.\L REGUL.\TIONS 63 SCHOLASTIC GR.\DIXG .'C\'Il REQUlREiHEC\'TS 65 EXTRA-CURRICULUM OPI'OR'lTXITIES 71 SCHOLARSHIPS .\NIl PHTZES 75 NEW COURSES IX AEJWN.\lTTICS NEW COURSES IN GEOLOG" AXD P.\T.EONTOLOG, 86 GRADUATE STUDY AND RESE-UtCI[: Graduate Staff __________________________ _ 99 Information and Regulations ___________ _ 96 Description of Ad,-anced Subjects __ III Publications ____ ._ 128 DESCRIPTION OF UNDEHGRADUATE AXD FIFTH-YE.\R COURSES: Engineering Courses _________ . _________________________ _ 135 Courses in Science______________________________________ -
Eightieth Annual Commencement June 14J 1974
Eightieth Annual Commencement June 14J 1974 CALIFORNIA INSTITUTE OF TECHNOLOGY CALIFORNIA INSTITUTE OF TECHNOLOGY Eightieth Annual Commencement FRIDAY MORNING AT TEN-THIRTY O 'CLOCK JUNE FOURTEENTH, NINETEEN SEVENTY-FOUR Academic Procession Chief Marshal, William R. Cozart, Ph.D. Assistant Marshals Marshall Hall, J L, Ph.D. Jon Mathews, Ph.D. Robert V. Langmuir, Ph.D. Vito A. Vanoni, Ph.D. MARCHING ORDER CANDIDATES FOR THE DEGREE OF BACHELOR OF SCIENCE CANDIDATES FOR THE DEGREE OF MASTER OF SCIENCE CANDIDATES FOR THE DEGREE OF ENGINEER CANDIDATES FOR THE DEGREE OF DOCTOR OF PHILOSOPHY THE FACULTY THE CHAIRMEN OF DIVISIONS THE DEANS THE PROVOST THE TRUSTEES THE COMMENCEMENT CHAPLAIN THE PRESIDENT THE CHAIRMAN OF THE BOARD OF TRUSTEES 2 Program PRESIDING R. Stanton Avery, LL.D . Chairman of the Board of Trustees PRELUDE. Caltech Convocation Brass and Percussion Choir William Nicholls, M.M., Director Three pieces by Giovanni Gabrieli: 1.) Canzon Primi Toni. 2) Sonata pian' e forte. 3) Canzona per Sonare No. 1. "La Spiritata." AN INTRODUCTION TO COMMENCEMENT David C. Elliot, Ph.D. Secretary of the Faculty PROCESSIONAL . Leslie J. Deutsch, Class of 1.976, Organ and The Brass and Percussion Choir INVOCA TION . Rabbi Edgar F. Magnin, D.D. Wilshire Boulroard Temple, Los Angeles COMMENCEMENT ADDRESS "Unscientific Evidence" Richard P. Feynman, Ph.D., Nobel Laureate Richard Chace Tolman Professor of Theoretical Physics, Caltech MUSICAL SELECTIONS . The Caltech Glee Club Olaf M. Frodsham, A.M., Director CONFERRING OF DEGREES Harold Brown, Ph.D., D. Eng., LL.D. President, California Institute of Technology PRESENT A TION OF CANDIDATES FOR DEGREES For the Degree of Bachelor of Science James J. -
Interview with John D. Roberts
JOHN D. ROBERTS (1918-2016) INTERVIEWED BY RACHEL PRUD’HOMME February-May, 1985 Photograph by Chris Tschoegl. Courtesy Caltech’s Engineering & Science ARCHIVES CALIFORNIA INSTITUTE OF TECHNOLOGY Pasadena, California Subject area Chemistry, nuclear magnetic resonance spectroscopy Abstract Interview in seven sessions, February–May 1985, with John D. Roberts, Institute Professor of Chemistry (now emeritus) in the Division of Chemistry and Chemical Engineering. Family background, early education, Los Angeles; Caltech open houses in early 1930s. Studies chemistry, UCLA (BA 1941). Graduate work Penn State University with F. Whitmore; return to UCLA, war-related research; theoretical organic chemistry with S. Winstein (PhD 1944). 1945, NRC Fellowship, Harvard; R. B. Woodward. Assistant professorship MIT; recollections of A. Cope, A. A. Morton; L. Pauling’s theory of molecular resonance; molecular orbital theory of R. S. Mulliken. Research on carbonium ions, carbon cations with R. Mazur; dispute with S. Winstein. Consultant at DuPont, starting 1950. Guggenheim, Caltech, 1952; joins chemistry faculty 1953. H. Lucas, L. Pauling, other colleagues. Guggenheim to England. J. H. Sturdivant, V. Schomaker, D. Semenow, G. Whitesides. Election (1956) to NAS; heads http://resolver.caltech.edu/CaltechOH:OH_Roberts_J chemistry section; NAS response to W. Shockley and R. Lewontin affairs. NSF chemistry advisory panel (1957-1962); Mohole Seismological Drilling Project; faculty salaries. Writes Nuclear Magnetic Resonance (1959), Basic Principles of Organic Chemistry (1964); W. A. Benjamin; collaboration with M. B. Caserio on Basic Principles of Organic Chemistry; writes Modern Organic Chemistry. NMR at Caltech; construction of NMR spectrometer lab; carbon-13 experiments; work of F. Wiegert, K. Kanamori; E. Swift, division chairman; H. -
Obituaries: Arnold O. Beckman
O b i t u a r i e s An accomplished pianist, Beckman formed his own dance band in high school. He also accompanied the silent movies at the local theater. After being discharged from the Marines in 1919, he headed west for the summer as an itinerant movie-house pianist before entering college. Inventor and philanthropist Leon Trotsky’s Red Army by research entity in the world Arnold Orville Beckman, one place in line at the Brook- in its day. There Beckman PhD ’28, founder and presi- lyn Navy Yard. Thus he helped develop quality- dent of Beckman Instru- wound up eating Thanksgiv- assurance procedures for A RNOLD O . B ECKMAN ments, Inc., and chairman ing dinner at the Greenpoint the manufacture of Audion 1900 – 2004 emeritus of Caltech’s board YMCA, where 17-year-old vacuum tubes, which were of trustees, died in his sleep Mabel Meinzer helped serve used to amplify weak electri- on May 18 at Scripps Hospi- his table. It was love at first cal impulses for transconti- tal in La Jolla after a long sight (they would be married nental telephone calls, and illness. He was 104. nearly 64 years), but despite learned about circuit design. Born on April 10, 1900, a voluminous correspondence, “If I’d never gone to Bell in rural Illinois, Beckman’s they would not get engaged Labs, I might not have life paralleled and helped until April 1923. developed any interest catalyze the transformation Instead, Beckman entered in electronics,” he said. of the United States from an the University of Illinois, Arnold married Mabel on agrarian society to an indus- from which he earned a BS in June 10, 1925, and in 1926 trial one. -
Phy(H)-Vi-Nano Material-13
Module-6 Unit-4 UV-Vis Spectroscopy Spectroscopy Spectroscopy involves investigating the interaction of electromagnetic field with matter. Historically, it originated as the study of wavelength based dispersion of visible light by a prism. The idea was expanded to include all the interactions involving radiative energy variation with wavelength or frequency. Spectroscopic data is represented as an emission spectrum of wavelength or frequency dependent response. Spectroscopy can be broadly classified into two categories – (a) techniques based on energy transfer between photon and sample, and (b) reflections, refraction, diffraction, dispersion, or scattering from the sample altering the amplitude, phase angle, polarization, or direction of propagation of the electromagnetic radiation. Over the years, spectroscopy has evolved as a potential tool for experiments and analyses conducted in research laboratories and industries. This technique is essentially considered by analysts as an apparent solution. The objective should also be to use these spectroscopic techniques in control and industrial laboratories and to develop fully recognised spectroscopic techniques. This chapter reviews the interactions of ultraviolet, visible, and infrared radiations with matter. Irrespective of differences in the instrumentation, all spectroscopic techniques have many common attributes. The similarities as well as differences between various spectroscopic techniques have been outlined. 1. Principles and instrumentation for UV-Vis-IR Ultraviolet (UV) spectroscopy is an important physical tool which exploits light in ultraviolet, visible, and near infrared range of electromagnetic spectrum. Beer-Lambert law establishes a linear relationship between absorbance, concentration of absorbers (or absorbing species) in the solution and the path length. Therefore, UV-Vis spectroscopy can be employed for determining the concentration of the absorbing species, for a fixed path length [1]. -
Chemical Heritage Foundation Wilbur I. Kaye Beckman
CHEMICAL HERITAGE FOUNDATION WILBUR I. KAYE BECKMAN HERITAGE PROJECT Transcript of an Interview Conducted by Arnold Thackray and Gerald E. Gallwas at La Jolla, California on 11 and 27 February 2002 (With Subsequent Corrections and Additions) ACKNOWLEDGMENT This oral history is one in a series initiated by the Chemical Heritage Foundation on behalf of The Arnold and Mabel Beckman Foundation. The series documents the personal perspectives of the individuals related to the history of Arnold O. Beckman and Beckman Instruments, Inc., and records the human dimensions of the growth of the chemical sciences and chemical process industries during the twentieth century. This project is made possible through the generosity of The Arnold and Mabel Beckman Foundation. Upon Wilbur I. Kaye’s death in 2006, this oral history was designated Free Access. One may view, quote from, cite, or reproduce the oral history with the permission of CHF. Please note: Users citing this interview for purposes of publication are obliged under the terms of the Chemical Heritage Foundation (CHF) Oral History Program to notify CHF of publication and credit CHF using the format below: Wilbur I. Kaye, interview by Gerald E. Gallwas and Arnold Thackray at La Jolla, California, 1 and 27 February 2002 (Philadelphia: Chemical Heritage Foundation, Oral History Transcript # 0232). Chemical Heritage Foundation Oral History Program 315 Chestnut Street Philadelphia, Pennsylvania 19106 The Chemical Heritage Foundation (CHF) serves the community of the chemical and molecular sciences, and the wider public, by treasuring the past, educating the present, and inspiring the future. CHF maintains a world-class collection of materials that document the history and heritage of the chemical and molecular sciences, technologies, and industries; encourages research in CHF collections; and carries out a program of outreach and interpretation in order to advance an understanding of the role of the chemical and molecular sciences, technologies, and industries in shaping society. -
CHEMICAL HERITAGE FOUNDATION VINCENT J. COATES a Work In
CHEMICAL HERITAGE FOUNDATION VINCENT J. COATES A Work In Analytical Instrument Design (1925-2003) Transcript of an Interview Conducted by David C. Brock at Milpitas, California on 5 May 2003 (With Subsequent Corrects and Additions) Vincent J. Coates This interview has been designated as Free Access. One may view, quote from, cite, or reproduce the oral history with the permission of CHF. Please note: Users citing this interview for purposes of publication are obliged under the terms of the Chemical Heritage Foundation Oral History Program to credit CHF using the format below: Vincent J. Coates, interview by David C. Brock in Milpitas, California, 5 May 2003 (Philadelphia: Chemical Heritage Foundation, Oral History Transcript # 0275). Chemical Heritage Foundation Oral History Program 315 Chestnut Street Philadelphia, Pennsylvania 19106 VINCENT J. COATES 1925 Born in Bridgeport, Connecticut on 19 January Education 1946 B.S., engineering, Yale University Professional Experience 1943-1946 United States Naval Reserve 1946-1948 Designer, Chance-Vought Aircraft Corp. Perkin-Elmer Corporation 1948-1952 Project Engineer 1952-1954 Sales Engineer 1954-1955 Manager, Special Engineering Sales 1955-1959 Manager, Applied Engineering 1958-1963 Director, Research Internal Operations 1963 Director, Distribution Products Department 1963 Co-Founder, Coates and Welter Instrument Corporation Nanometrics Incorporated 1975 Founder 1975-1996 President 1975-1997 Chief Executive Officer 1989 Secretary 1999-present President, Vincent J. Coates Foundation Honors 1995 Semiconductor and Equipment and Materials International Award ABSTRACT Vincent J. Coates begins the interview with a description of his childhood in Bridgeport, Connecticut. Having been too young to join the military at the start of World War II, Coates got a job filing machine parts and began attending the Bridgeport Engineering Institute. -
Pdf (1925-1926)
(!111tttttttn Page COLl.EGE C.\I.E "1l.\IL. 5 OFFICERS: The Board of Trustees ........................... 7 Officers of the Board of Trustees .......... 8 Administratiye Officers of the Institute ............ 8 Adyison' Council ..................................... 9 Research Associ a tes ....................................... 9 Officers and Committees of the Faculty........... 10 11 HISTOlUC.\L SKETCH ............................................... 31 EDUCA'l'IOXAL POLTCIES ................ 33 HEQI'IRE31EXTS FOR AD)l1S81OX .... 36 BCILDIXG A~D EDUC"-\TIOX~\I, FACILITIES 41 EXPE)i'SES 47 REGIS'l'RA'l'IOX AXD GENERAL REGUL\TlOXS 50 SCHOLASTIC GIUDIXG AXD RE(}UIllE31E "T8 .... 59 EXTRA-CURRICULU:U OPPORTUXITIES .. 57 SCH OJ.. \RSII IPS .\ XD PRTY.ES ...... 60 NEW COcl!SES IX GEOLOGY XXD PAT,EOX'l'OLOGY 66 GRADUATE STUDY AND RESE.\ltcII: Graduate Staff ........................... 79 Information and Regulations ......................... 75 Description of Advanced Subjects......................... 89 Publications .................................................................... 98 DESCRIPTlOX OF l!XDERGRADU"\'l'E AXD FIF'l'H-YE,\R CorH8Es: Engineering- Courses ______ . ________ . __________________________ . __________ . ____________ . 104. Courses in Science________________________________________________________________________ . 106 Hequirements for Graduation __________ . 108 Schedules of Fndergraduate Courses____ 109 Description of l!ndergraduate Subjects 133 DEGREES .\XIl HOC'i'OR8, 19]5 ______________ . 186 ROSTER OF STL'DEXTS 189 I XDEX __________________________________ __ 207 Q;::ulrttllur ---- -- - - - - ~-- ---~- ------ ----- ---- -- -- -- -- - -- --- - - -- JANUAR~-~9~~~1 JAKUARY 1~~~_ J~__ ~i~I~I~lli~iiI1 ~1'~I~I~lili'5 ~!~!~i~l~I~I~1 ~11~11.]~I~liI1 10111112\1314115116 11121131411511617 9111°111112113114115 10111121'13/1415\16 17118 l!J 20 21122123 181'1912012112212324 16,1718 19\20121122 171 U 19,2012W2123 ~iI25i:6t/:8i29i~~ 25\:~/~:12~/~9i3~ 31 W~~i~:'E ~W5 26i27128i2~i3~ ~1;Elrl~i21~\.~· .11 2 3 4 516 ~\~AI11~1~1~1~112 3 4 51 6 7.