Guide to Fluorescence Literature

373 Pages·1970·12.198 MB·English

by  Richard A. Passwater (auth.)

GUIDE TO
FLUORESCENCE
LITERATURE
GUIDE TO
FLUORESCENCE
LITERATURE
Richard A. Passwater
Product Manager of Fluorescence Instrumentation
American Instrument Company
Silver Spring, Maryland
With the Assistance of
Jarratt G. Bennett
and
Barbara G. Pass water
1:1
PLENUM PRESS DATA DIVISION • NEW YORK· 1967
Library of Congress Catalog Card Number 67-18075
ISBN-13: 978-1-4684-6197-8 e-ISBN-13: 978-1-4684-6195-4
DOl: 10.1007/978-1-4684-6195-4
© 1967 Plenum Press Data Division
Softcover reprint of the hardcover 1st edition 1967
A Division of Plenum Publishing Corporation
227 West 17 Street,New York, N. Y.10011
All rights reserved
No part of this publication may be reproduced in any
form without written permission from the publisher
PREFACE
The major reason forpresentingabiblio ultraviolet light, or which make only a casual
graphy on fluorescence and phosphorescence reference to the fluorescence technique were
can be summed up in one statement: A recent usually rejected. However, occasionally
survey showed that twenty-two percent of all papers of this nature were included because
chemical and clinical research was uninten fluorescence methods seem to have unusual
tionally duplicated. A comprehensive source potential for the problems discussed. Again,
book of fluorescence and phosphorescence if pertinent papers were missed the authors
techniques is therefore needed not only to would be grateful to have these omissions
suggest ideas for future research, but to help called to their attention.
decrease needless duplication and expense, The abbreviations of journal names em
and thus to promote the development of both ployed in this Guide are those used by
disciplines. Chemical Abstracts. Each paper has been
The authors hope that researchers new given an alpha-numericalidentification. Sec
to fluorescence techniques will appreciate tion A contains papers published in theyears
the convenience of this Guide for obtaining 1950-1953, section B the years 1954-1956,
data which otherwise could be found only by section C the years 1957-1959, and section
reviewing dozens of papers, many difficult to D the years 1960-1964. Section E contains
find, and that old hands will find ita valuable papers missed in the original compilation.
reference work that will save them many Within each section the papers are arranged
hours and help them to reduce the expense first by year and within each year in alpha
of research (ASTM estimates that more than betical order of the senior authors. The
one billion dollars is spent each year for numeration in each section is continuous and
searching the literature). independent of the others.
Naturally, any work that involves as many The indexes employ the alpha-numerical
technical terms, arbitrary numbers, and pro designations rather than page numbers. The
per names as this Guide is subject to error author index is a strictly alphabetical listing
both in the process of organization and in the of all authors, including junior as well as
final transcription. Months of proofreading senior authors. The subject index does not
and correction have been devoted to finding contain entries under" Fluorescence," "Phos
these errors, but inevitably some still re phorescence'" "Energy transfer," and "Spec
main. The authors would appreciate having tra," since these would have been so volu
these errors called to their attention so that minous as to be practically useless. Also,
future editions of the Guide can be made even to simplify the index, inorganiC compounds
more accurate. have not been indexed as such, and the
The 4800 papers listed in this volume pertinent papers will be found under the in
represent only a fraction of the papers con dividual elements instead. The indexing of
sidered. The criterion for inclusion was the organic compounds is more detailed, but even
presence of substantial information pertinent here it would not have been practical to list
to fluorescence or phosphorescence techni all the many different compounds mentioned
ques, and papers which, for example, only in article titles. In looking for an organiC
mention that a compound fluorescence under compound, the reader is advised to seek the
specific compound first. If it is not listed, accomplish its objective and facilitate the
he should next look for a somewhat more retrieval of information now buried in the
general classification of compounds that in voluminous literature of fluorescence and
cludes the desired one. This step may be phosphorescence and will welcome any sug
repeated. if necessary, working from the gestions readers may wish to offer to im
specific compound toward the general class prove its organization or enlarge its scope.
to which it belongs.
The authors hope that this Guide will Richard Passwater
CONTENTS
The Guide
Section A (1950-1953) • • • • • • • • • • • • • • • • • • • • • • • • 1
Section B (1954-1956) • • • • • • • • • • • • • • • • • • • • • • • • 42
Section C (1957-1959) • • • • • • • • • • • • • • • • • • • • • • • • 82
Section D (1960-1964) • • • • • • • • • • • • • • • • • • • • • • •• 138
Section E (1953-1964) • • • • • • • • • • • • • • • • • • • • • • •• 275
Author Index. • • • • • • • • • • • • • • • • • • • • • • • • • • • • • •• 295
Subject Index. • • • • • • • • • • • • • • • • • • • • . • • • • • • • . •. 347
Al A14
(1950-1953)
A 1 Scintillations in liquids and solutions. A 8 Fluorescence studies of some simple
Ageno, M., Chiozzotto, M., and Querzoli, benzene derivatives in the near ultra
R. violet. n. Toluene and benzonitrile.
Phys. Rev. 79: 720 (1950) Bass,A.M.
CA 44: 9810h J. Chem. phys. 18: 1403-10 (1950)
CA 45: 949h
A 2 Fluorescence method for determination of
oil fogs. A 9 Fluorescence spectra of natural estrogens
Alekseeva, M.V., and Gol'dina, Ts.A. and their application to biological ex
Zavodsk. Lab. 16: 35-6 (1950) tracts.
CA 44: 6608e Bates, R.W., and Cohen, H.
Endocrinology 47: 182-92 (1950)
A 3 Relation between the Franck-Condon fre CA 45: 6239bd
quencies of absorption and fluorescence
for some unsaturated hydrocarbons. A 10 Optical bleaches.
Altmaun, S.L. Bayley, C.H.
Proc. Phys. Soc. 63A: 1234-40 (1950) Textile J. Australia 25(1): 28,30,32, 34,
CA 45: 4561d and 36 (1950)
CA 44: 6134b
A 4 Bacterial pyrogenic substances, especial
ly their nature from the viewpoint of A 11 Abnormal efficiencies in the
fluorescence reaction. scintillation-counting of ,,-rays.
Aoyama, K. Belcher, E.H.
Bull. Natl. Hyg. Lab., Tokyo 68: 127-37 Nature 166: 742-3 (1950)
(1950) CA 45: 2320h
CA 48: 13159i
A 12 Fluorescence of crystalline magnesium
A 5 The phosphorescence of quartz. oxide.
Audubert, R., Bonnemay, M., and Lautout, Bhagavantam, S., and Puranik, P.G.
M. Current Sci. 19: 241 (1950)
Compt. Rend. 230: 1771-2 (1950) CA 45: 453f
CA 44: 8243a
A 13 The constituents of Chana (Cicer arieti
A 6 Fluorescent reagents. Acyl chlorides and num, Linn.). m. Chemical examina
acyl hydrazides. tion of the fixed oils from Chana and
Baker, W., Haksar, C.N., and McOmie, Kabuli Chana (ordinary and white varie
J.F.W. ties).
J. Chem. Soc. 1950: 170-3 (1950) Bhandari, P.R., Bose, J.L., and Siddiqui,
CA 44: 4875b S.
J. Sci. Ind. Res. 9B(3): 60-3 (1950)
A 7 Fluorescence studies of some simple ben CA 44: 7570b
zene derivatives in the near ultraviolet.
I. Fluorbenzene and chlorobenzene. A 14 Origin of fluorescence in diamond.
Bass, A.M., and Sponer, H. Bishu!, B.M.
J. Opt. Soc. Am. 40: 389-96 (1950) Indian J. Phys. 24: 441-60 (1950)
CA 44: 7153b CA 45: 6931e
A15 2
A 15 The quenching of fluorescence. Devia- A 23 Photographic emulsion.
tions from the Stern-Volmer law. Clark, L.E.
Boaz, H., and Rollefson, G.K. U.S. 2,511,462 (1950)
J. Am. Chem. Soc. 72: 3435-43 (1950) CA 44: 7696f
CA 44: 10519g
A 24 Characteristic example of retrapping in
A 16 Coriolis perturbation in the ultraviolet phosphorescence.
spectrum of formaldehyde. Curie, D.
Brand, J.C.D. Nature 166: 70 (1950)
Trans. Faraday Soc. 46: 805-12 (1950) CA 44: 9804g
CA 45: 2774h
A 25 The mechanism of phosphorescence in
A 17 Fluorescence and the Beer-Lambert crystals.
law. A note on the technique of absorp Curie, D.
tion spectrophotometry. J. Phys. Radium 11: 179-85 (1950)
Braude, E.A., Fawcett, J.S., and Timmons, CA 44: 7658c
C.J.
J. Chem. Soc. 1950: 1019-21 (1950) A 26 Experimental proof of electronic recap
CA 44: 10519b ture in crystalline phosphorescent sul
fides.
A 18 Spectrophotometric investigations on the Curie, D.
fluorescence of the eye lens in rats Compt. Rend. 230: 1400-2 (1950)
given naphthalene. CA 44: 6278f
Brolin, S.E.
Acta Ophthalmol. 28: 163-77 (1950) A 27 Fluorescence of normal human blood
CA 45: 6289i serum.
De Lerma, B.
A 19 Quantitative measurements on the ele Rend. Accad. Sci. Fis. Mat. (Napoli) 17:
mentary process of light excitation 62-7 (1950)
from phosphors by single alpha CA 46: 3150c
particles. I.
Broser, I., Kallmann, H., and Reuber, C. A 28 Examination of the surface of metallur-
Z. Naturforsch. 5a: 79-85 (1950) gical bodies by fluorescence.
CA 44: 6279a Deribere, M.
Rev. Met. 47: 704-5 (1950)
A 20 Quantitative fluorescence of blood serum CA 45: 512c
in nervous, particularly schizophrenic
patients. A 29 Effect of temperature on the transient
Buscaino, G.A. illumination of phosphorescent sulfides
Acta Neurol. 5: 686-708 (1950) submitted to the action of electric
CA 46: 3150d fields.
Destriau, G.
A 21 Suitability of inorganic substances as Compt. Rend. 230: 205-6 (1950)
ground material for organophosphors. CA 44: 3798b
Chomse, H.
Forsch. Fortschr. 26: 32 (1950) A 30 Recent progress in spectrochemistry of
CA 46: 5975g fluorescence from biological products.
Dhere, C.
A 22 OrganiC phosphors with inorganic car- Fortschr. Chem. Org. Naturstoffe 6:
rier. V. Arsenic trioxide phosphors. 311-56 (1950)
Chomse, H., and Schone, E. CA 45: 693f
Z. Anorg. Chem. 261: 153-6 (1950)
CA 44: 7152h
A 31 Phosphorescence of vapors of phenan-
threne.
Dikun, P.P.
Zh. Eksperim. i Teor. Fiz. 20: 193-8 (1950)
CA 44: 6728e
3 A 47
A 32 Variation of the decay time of the fluor A 39 Transfers of energy between active
escence of anthracene and stilbene nitrogen and sodium, potassium, and
with temperature. antimony.
Elliot, J .0., Liebson, S.H., and Ravilious, Finkelstein, A.
C.F. Compt. Rend. 231: 341-2 (1950)
Phys. Rev. 79: 393 (1950) CA 45: 1425h
CA 44: 8775h
A 40 The fluorescence of adrenaline and
A 33 Electron transport and stabilization in
adrenochrome.
the reaction between dienes and philo
Fischer, P., and Bacq, Z.M.
dienes. I.
Exptl. Med. Surg. 8: 104-12 (1950)
Euler, H.V., and Hasselquist, H.
CA 44: 10519d
Arkiv Kemi 2: 367-72 (1950)
CA 45: 1989c
A 41 Adrenochrome. I. Fluorescence and
cations.
A 34 Influence of extraneous molecules on the
Fischer, P., Derouaux, G., Lambot, H.,
absorption and fluorescence spectrum
and Lecomte, J.
of magnesium phthalocyanine and of
Bull. Soc. Chim. Belges 59: 72-82 (1950)
chlorophyll in solution.
CA 44: 7309b
Evstigneev, V.B., Gavrilova, V.A., and
Krasnovskii, A.A.
Dokl. Akad. Nauk SSSR 70: 261-4 (1950) A 42 Dependence of emission spectra of phos
CA 45: 3720i phors upon activator concentration and
temperature.
A 35 Quenching of the fluorescence of chloro Fonda, G.R.
phyll and of magnesium phthalocyanin J. Opt. Soc. Am. 40: 347-52 (1950)
in their interaction with quenchers. CA 44: 7151a
Evstigneev, V.B., Gavrilova, V.A., and
Krasnovskii, A.A. A 43 Fluorometric determination of acetol.
Dokl. Akad. Nauk SSSR 74: 315-18 (1950) Forist, A.A., and Speck, J.C.
CA 45: 1872a Anal. Chem. 22: 902-4 (1950)
CA 44: 9869c
A 36 The fluorescence of silver halides at
low temperatures. I. The pure halides.
A 44 Electrolytic dissociation of excited
Farnell, G.C., Burton, P.C., and Hallama,
molecules.
R.
Forster, T.
Phil. Mag. 41: 157-68 (1950)
Z. Elektrochem. 54: 42-6 (1950)
CA 44: 6277b
CA 44: 6280c
A 37 Fluorescence of silver halides at low
temperatures. II. Mixed crystals of A 45 Influence of pH on the fluorescence of
silver halides. naphthalene derivatives.
Farnell, G.C., Burton, P.C., and Hallama, Forster, T.
R. Z. Elektrochem. 54: 531-5 (1950)
Phil. Mag. 41: 545-56. (1950) CA 45: 5515c
CA 45: 453d
A 46 Fluorescent substances for mercury-
A 38 The fluorescence of the salts of vapor electric lamp.
8-quinolinol. Fujimori, A., and Maekawa, S.
Feigl, F., Torok, C., and Zocher, H. Japan 2823 (1950)
Anais Assoc. Brasil. Quim. 9: 21-7 (1950) CA 46: 9998c
CA 46: 5438e
A 47 Fluorescent reactions. II. Light fluor
escent reaction of oxidative fluorescent
molecule.
Fujimori, E.
J. Chem. Soc. Japan 71: 491-3 (1950)
CA 45: 6492f
A 48 4
A 48 Fluorescence of magnesium phthalocya A 55 The quantum yields of fluorescence and
nine and of chlorophyll in different phosphorescence of some organic com
states. Effect of oxygen on the fluores pounds.
cence of magI1esium phthalocyanine and Gilmore, E.H., and McClure, D.S.
of chlorophyll in the absorbed state. Phys. Rev. 81: 651 (1950)
Gachkovskii, V.F. CA 46: 6925f
Dokl. Akad. Nauk SSSR 70: 51-4 (1950)
CA 45: 3720c A 56 Color reaction of tryptophan with alde-
hydes.
A 49 Fluorescence of magnesium phthalocya Giral, J., and Laguna, J.
nine and chlorophyll in different states. Ciencia 10: 83-4 (1950)
Complex structure of the main maxi CA 44: 10605g
mum in the fluorescence spectrum.
Gachkovskii, V.F.
A 57 Fluorescence of coumarin derivatives as
Dokl. Akad. Nauk SSSR 71: 509-11 (1950)
a function of pH.
CA 44: 5218e
Goodwin, R.H., and Kavanagh, F.
Arch. Biochem. 27: 152-73 (1950)
A 50 Fluorescence of magnesium phthalocya
CA 44: 1051ge
nine in complex formation with other
molecules in the adsorbed state.
A 58 Quenching of fluorescence in liquid
Gachkovskii, V.F.
solution.
Dokl. Akad. Nauk SSSR 73: 963-6 (1950)
Grand, S., Collins, F .C., and Kimball, G.E.
CA 45: 41b
Phys. Rev. 82: 338 (1950)
CA 46: 6926a
A 51 Fluorescence of magnesium phthalocya
nine and chlorophyll in different states.
A 59 Influence of oxidation state of fluores
Structure of the absorption and fluores
cence centers on the luminescent color
cence spectra of lI!agnesium porphyrin
of zinc sulfide activated with copper.
and chlorophyll.
Grillot, E., and Bancie-Grillot, M.
Gachkovskii, V.F.
Compt. Rend. 231: 966-8 (1950)
Dokl. Akad. Nauk SSSR 75: 407-10 (1950)
CA 45: 3718e
CA 45: 3248b
A 52 Effect of the temperature on the duration A 60 The luminescence of phosphors of the
of luminescence of fluorescein solutions.. aluminum oxide-calcium fluoride type
Galanin, M.D. activated with manganese.
Dokl. Akad. Nauk SSSR 70: 989-90 (1950) Gunther, G., Anderson, G., and Perlitz, H.
CA 44: 4789h Arkiv Kemi 1: 565-72 (1950)
CA 44: 7152f
A 53 Measurement of the duration of fluores-
cence with a "phase fluorometer." A 61 Comparison of the relaxations of photo
Galanin, M.D. conductivity and of phosphorescence.
Dokl. Akad. Nauk SSSR 73: 925-7 (1950) Gurevich, D.B., Tolstoi, N.A., and
CA 45: 6062b Feofilov, P.P.
Zh. Eksperim. i Teor. Fiz. 20: 1039-46
(1950)
A 54 Duration of the excited state of a mole
CA 45: 2770b
cule and the properties of fluorescent
solutions.
Galanin, M.D. A 62 The fluorescence spectra of uranium
Tr. Fiz. Inst. Akad. Nauk SSSR 5: 339-86 minerals in filtered ultraviolet light.
(1950) Haberlandt, H., Hernegger, F., and
CA 49: 2873a Scheminsky, F.
Spectrochim. Acta 4: 21-35 (1950)
CA 44: 7152i