Spectrochimica Acta. Part B: Atomic Spectroscopy 1994: Vol 49B Index & Table of Contents

17 Pages·1994·3.4 MB·English

SPECTROCHIMICA ACTA
PART B: ATOMIC SPECTROSCOPY
Including Spectrochimica Acta Electronica
and Spectrochimica Acta Reviews
CONTENTS OF VOLUME 49B 1994
No. 1
HELIUM PLASMA ISSUE
P. W. J. M. Boumans 1 Editorial
3 Curriculum vitae: Dr Nicolo Omenetto
J. W. Carnahan Foreword
L. K. Olson and J. A. Caruso The helium microwave-induced plasma: an
alternative ion source for plasma mass spec-
trometry
S. R. Goode and J. N. Emily Measuring the spatial distribution of properties
and species in microwave-induced helium
plasmas
M. W. Blades Atmospheric-pressure, radio frequency, ca-
pacitively coupled helium plasmas
R. Pereiro, Min Wu, Direct coupling of continuous hydride genera-
J. A. C. Broekaert and tion with microwave plasma torch atomic
G. M. Hieftje emission spectrometry for the determination of
arsenic, antimony and tin
G. L. Long, G. R. Ducatte and Helium microwave-induced plasmas for
E. D. Lancaster element specific detection in chromatography
M. R. Joseph, Ning Xu and Time-resolved emission characteristics and
V. Majidi temperature profiles of laser-induced plasmas
in helium
. Brandl and Charge transfer in analytical helium plasmas
Manuscript Requirements
Spectrochimica Acta Electronica Aims and
Scope
Notes for Contributors
i
No. 2
M. P. Dziewatkoski and A study of hydrocarbon dissociation in a mi-
C. B. Boss crowave induced plasma sustained in Ar gas
Min Wu, Yixiang Duan, Elemental mass spectrometry using a helium
Qinhan Jin and G. M. Hieftje microwave plasma torch as an ion source
Min Wu and G. M. Hieftje The effect of easily ionized elements on
analyte emission efficiency in inductively
coupled plasma spectrometry
Y. Madrid, J. M. Gutierrez Reduction of interferences by hydride-forming
and C. Camara and transition metals in continuous-flow
mercury cold vapour generation using micellar
media
H. Klinkenberg, T. Beeren Multielement analysis using flow injection
and W. Van Borm inductively coupled plasma mass spectrom-
etry: analytical aspects of multielement deter-
minations in highly concentrated solutions of
phosphoric acid, sodium phosphate and sodium
nitrate
N. V. Denisova and Optogalvanic effect in radio frequency dis-
N. G. Preobrazhensky charges
Jiansheng Wang, J. M. Carey Direct analysis of solid samples by electro-
and J. A. Caruso thermal vaporization inductively coupled
plasma mass spectrometry
R. J. Watling, H. K. Herbert, Gold fingerprinting by laser ablation induc-
D. Delev and I. D. Abell tively coupled plasma mass spectrometry
Notes for contributors
No. 3
S. Hauptkorn and V. Krivan 221 Determination of silicon in boron nitride by
slurry sampling electrothermal atomic absorp-
tion spectrometry
Liang Yan-zhong and Atom release of Mn, Co, Ag and Tl ina graphite
Ni Zhe-ming furnace atomizer with and without palladium
modifier
R. Viswanathan, M. Sai Baba, 243 A mass spectrometric study of the dissociation
D. D. Albert Raj, of the gaseous diatomic tellurium molecule
R. Balasubramanian,
T. S. Lakshmi Narasimhan
and C. K. Mathews
E. B. Saloman A resonance ionization spectroscopy/resonance
ionization mass spectrometry data service.
V—Data sheets for Ga, Mn, Sc and T1
Analytical Note
Han Chuang and Direct determination of cadmium in sea-water
Shang-Da Huang with a graphite furnace atomic absorption
spectrometer
Review
F. Leis and E. B. M. Steers Boosted glow discharges for atomic spectros-
copy—analytical and fundamental properties
Notes for coatributors
No. 4
M. Odegard 327 Obituary—Aslak Kvalheim 1911-1993
V. A. Fassel 331 Obituary—Richard N. Kniseley 1930-1992
V. V. Kogan, M. W. Hinds 333 The direct determination of trace metals in
and G. I. Ramendik gold and silver materials by laser ablation
inductively coupled plasma mass spectrometry
without matrix matched standards
B. Treiger, J. Injuk, Non-linear mapping of microbeam proton-
I. Bondarenko, P. Van Espen, induced X-ray emission data for source identi-
R. Van Grieken, L. Breitenbach fication of North Sea aerosols
and U. Watjen
G. Hermann, T. Udem, Calculated transmission line structures of a
K. Hirokawa and H. Matsuta Cu coherent forward scattering resonance
monochromator (CFSRM)
E. G. Su, A. I. Yuzefovsky, Linearization of calibration curves of man-
R. G. Michel, J. T. McCaffrey ganese, copper, silver, thallium and chromium
and W. Slavin in Zeeman graphite furnace atomic absorption
spectrometry
Cc. M. M. Smith and Sensitivities and detection limits for graphite
J. M. Harnly furnace atomic absorption spectrometry using
acontinuum source and linear photodiode array
detection
R. W. Fonseca, K. I. Wolfe Mechanisms of vaporization for Cr using elec-
and J. A. Holcombe trothermal atomization
Spectrochimica Acta Reviews
A. Bengtson Quantitative depth profile analysis by glow
discharge
Notes for contributors
ili
No. 5
R. Wennrick and G. Werner Obituary—Prof. Dr Klaus Dittrich 1938-1993
J. P. Byrne, D. C. Grégoire, Vaporization and atomization of boron in the
D. M. Goltz and graphite furnace investigated by electrothermal
C. L. Chakrabarti vaporization inductively coupled plasma mass
spectrometry
N. Hadgu and W. Frech Performance of side-heated graphite atomizers
in atomic absorption spectrometry using tubes
with end caps
S. L. Tong and K. S. Chin Simultaneous multielement graphite furnace
atomic absorption measurements using a
photodiode array detector
Yu. M. Smirnov Extended classification of holmium spectral
lines using data obtained in crossing beams
J. F. Camuiia-Aguilar, A comparative study of three microwave in-
R. Pereiro-Garcia, duced plasma sources for atomic emission
J. E. Sanchez-Uria and spectrometry—I. Excitation of mercury and
A. Sanz-Medel its determination after on-line continuous cold
vapour generation
Technical Note
S. K. Luo and H. Berndt Sample introduction in ICP spectrometry by
hydraulic high-pressure nebulization
Spectrochimica Acta Electronica
D. S. Hanselman, N. N. Sesi, The effect of sample matrix on electron density,
M. Huang and G. M. Hieftje electron temperature and gas temperature in
the argon inductively coupled plasma examined
by Thomson and Rayleigh scattering
A. A. Ghazi, S. Qamar and Uranium spectra in the ICP
M. A. Atta
Research Note
T. K. Starn and G. M. Hieftje Gopher: a unidirectional means of distributing
spectrochemical resources
Announcements
Spectrochimica Acta Electronica Aims and
Scope
Spectrochimica Acta Electronica Instructions
for Readers
Spectrochimica Acta Electronica Instructions
for Authors
iv
No. 6
Deng Bo and Gao Yungeng 537 The formation of blisters on the probe surface
when atomizing lanthanum nitrate in the
graphite furnace
J. F. Camuiia-Aguilar, A comparative study of three microwave-
R. Pereiro-Garcia, induced plasma sources for atomic emission
J. E. Sanchez-Uria and spectrometry—lII. Evaluation of their atomiz-
A. Sanz-Medel ation/excitation capabilities for chlorinated
hydrocarbons
J. M. Ren and E. D. Salin Direct solid sample analysis using furnace
vaporization with Freon modification and
inductively coupled plasma atomic emission
spectrometry—I. Vaporization of oxides and
carbides
J. M. Ren and E. D. Salin Direct solid sample analysis using furnace
vaporization with Freon modification and
inductively coupled plasma atomic emission
spectrometry—II. Analysis of real samples
B. Doéekal, V. Krivan and Separation of analyte and matrix for the direct
M. Franek analysis of high-purity molybdenum-based
materials by electrothermal atomic spectrom-
etry methods—I. Radiotracer investigation of
thermal extraction of impurities in a graphite cup
Yixiang Duan, Hangqi Zhang, Desolvation effect on the analytical perform-
Mingyi Huo and Qinhan Jin ance of microwave-induced plasma atomic
absorption spectrometry (MIP—AAS)
Y. Pak and S. R. Koirtyohann Fundamental characterization of the moderate
power He microwave induced plasma
F. Bosch Reig, V. Peris Martinez, A model for the calculation of theoretical
J. V. Gimeno Adelantado and intensities in X-ray fluorescence obtained by
F. Bosch Mossi the limit dilution method and for the elimin-
ation of the matrix effect
R. Fernando and B. T. Jones Continuum-source graphite-furnace atomic
absorption spectrometry with photodiode
atray detection
Analytical Note
B. D. Zehr and J. P. VanKuren Characterizing flame atomic absorption spec-
troscopy parameters
Announcements
Notes for contributors
Spectrochimica Acta Electronica Aims and
Scope
Vv
No. 7
L. Halicz, J. W. H. Lam and 637 An on-line method for the determination of
J. W. McLaren lead and lead isotope ratios in fresh and saline
waters by inductively coupled plasma mass
spectrometry
C. Lazik and R. K. Marcus Effect of excitation frequency on source char-
acteristics in radio frequency glow discharge
atomic emission spectrometry—I. 2-30 MHz
S. Akman and G. Déner Interference mechanisms of sodium chloride
on zinc and cobalt in graphite furnace atomic
absorption spectrometry using a dual cavity
platform
A. Lopez-Molinero, Classification of emission spectral lines in
A. V. Caballero and inductively coupled plasma atomic emission
J. R. Castilio spectroscopy using principal component
analysis
D. Pollmann, C. Pilger, Noise power spectra of inductively coupled
R. Hergenréder, F. Leis, plasma mass spectrometry using a cooled
P. Tschépel and spray chamber
J. A. C. Broekaert
O. I. Matveev and On the possibility of direct evaluation of ion-
N. Omenetto ization rates induced by laser radiation in
flames—I. Time-resolved ionization measure-
ments
P. J. Galley and G. M. Hieftje Easily ionizable element (EIE) interferences
in inductively coupled plasma atomic emission
spectrometry—II. Minimization of EIE effects
by choice of observation volume
J. Kawai, T. Konishi, High resolution titanium Ka X-ray fluores-
A. Shimohara and Y. Gohshi cence spectra
Research Note
J. Kawai, H. Adachi, Depth selective X-ray absorption fine structure
S. Hayakawa, Song Yang Zhen, spectrometry
K. Kobayashi, Y. Gohshi,
K. Maeda and Y. Kitajima
Notes for contributors
Spectrochimica Acta Electronica Aims and
Scope
No. 8
. J. Heintz, P. J. Galley and Emission features of a conventional radio
frequency glow discharge source and a mag-
netically enhanced source
vi
R. Gotz, J. W. Elgersma, Application of an electrospray-interface as a
J. C. Kraak and H. Poppe new nebulizer for inductively coupled plasma
atomic emission spectrometry
A. L. Walker, H. B. Fannin The electronic chemical potential of selected
and B. A. Bielski elements
Suh-Jen Jane Tsai, Determination of lead and bismuth in nickel-
Ching-Ching Jan and base alloys by graphite furnace atomic absorp-
Li-Lin Chang tion spectrometry using continuum source
background correction
J. C. de Andrade and A continuous flow cold vapour procedure for
M. I. M. S. Bueno mercury determination by atomic emission
using the reverse flow injection approach
T. Jacksier and R. M. Barnes Analysis of electronic grade chlorine by sealed
inductively coupled plasma atomic emission
spectroscopy
P. B. Farnsworth News on fundamental reference data
Spectrochimica Acta Electronica
Hao Zhang, Chunming Hsiech, Revised, fast, flexible algorithms for deter-
I. Ishii, Zongfu Zeng and mination of electron number densities in
A. Montaser plasma discharges
E. H. van Veen, S. Bosch and The Kalman filter approach to inductively
M. T. C. de Loos-Vollebregt coupled plasma atomic emission spectrometry
Spectrochimica Acta Electronica Aims and
Scope
Spectrochimica Acta Electronica Instructions
for Readers
Spectrochimica Acta Electronica Instructions
for Authors
Notes for Contributors
No. 9
V. Karanassios, K. P. Bateman 847 Electrically heated wire-loop, in-torch va-
and G. A. Spiers porization sample introduction system for
inductively coupled plasma atomic emission
spectrometry with photodiode array detection
Analytical Note
V. Karanassios, K. P. Bateman Determination of mercury vapor in air using
and G. A. Spiers electrically heated, gold-coated wire-loops,
in-torch vaporization sample introduction and
inductively coupled plasma atomic emission
spectrometry with photodiode array detection
vii
T. Kantor, B. Radziuk and Electrothermal volatilization flame and graphite
B. Welz furnace atomic absorption spectrometric inves-
tigations on the determination of calcium in
gallium
Analytical Note
R. Torralba, M. Bonilla, Speciation and simultaneous determination of
L. V. Pérez-Arribas, A. Palacios arsenic(III), arsenic(V), monomethylarsonate
and C. Camara and dimethylarsinate by atomic absorption
using inverse least squares multivariate
calibration
K. Oishi, T. Okumoto, T. Iino, Elemental mass spectrometry using a nitrogen
M. Koga, T. Shirasaki and microwave-induced plasma as an ion source
N. Furuta
Jin-Chun Woo, K. H. Cho, An emission study with a moderate power
T. Tanaka and H. Kawaguchi radio frequency.Grimm-type glow discharge
source
W. Grimm and G. Hermann Determination of lead isotope distributions
by means of a computer-controlled Zeeman
scanning atomic absorption spectrometer
(ZSAAS)
Technical Note
V. S. Kondrashov, An alternative approach to process gamma
L. Sajo-Bohus and E. D. Greaves ray spectral data
Notes for Contributors
Spectrochimica Acta Electronica Aims and
Scope
No. 10
Ni Zhe-ming, He Bin and 947 Minimization of sulfate interference in
Han Heng-bin selenium determination by furnace atomic
absorption spectroscopy
N. S. Nonose, N. Matsuda, Some characteristics of polyatomic ion spectra
N. Fudagawa and M. Kubota in inductively coupled plasma mass spectro-
metry
K. L. Headrick, Matrix interferences in the analysis of solution
C. L. Chakrabarti, Z. Bicheng residues using a commercial cathodic sputtering
and B. Marchand atomizer for atomic absorption spectrometry
V. Karanassios, K. P. Bateman Correlation-based detection of spectral infor-
and G. A. Spiers mation using microliter volumes, in-torch
vaporization (ITV) sample introduction and
inductively coupled plasma atomic emission
spectrometry with photodiode array detection
Viii
A. Kh. Gilmutdinov, Kinetics of release of carbon and carbon
A. E. Staroverov, monoxide from a graphite furnace investigated
D. C. Grégoire, R. E. Sturgeon by electrothermal vaporization inductively
and C. L. Chakrabarti coupled plasma mass spectrometry
Ken’ichi Sakata and Reduction of fundamental polyatomic ions in
K. Kawabata inductively coupled plasma mass spectrometry
I. Roelandts News on Reference Materials: Nickel and
nickel alloy reference materials
Notes for Contributors
Spectrochimica Acta Electronica Aims and
Scope
No. 11
P. Smichowski, 1049 Speciation and preconcentration of Sb(III)
M. Beatriz de la Calle, and Sb(V) on alumina using phosphoric acid
Y. Madrid, M. G. Cobo under pH-controlled conditions
and C. Camara
W. D. Brandon, W. R. Garrett, Experimental verification of a simple method
C. H. Chen, S. L. Allman and to avoid isotopic biases resulting from hyper-
M. G. Payne fine structure in resonant ionization mass
spectroscopy
Yang Wei-min and The possibility of standardless analysis in
Ni Zhe-ming graphite furnace atomic absorption spectro-
metry: determination of beryllium in environ-
mental and biological samples
Mingxiang Cai, Izumi Ishii, Fundamental properties of helium inductively
R. H. Clifford, A. Montaser, coupled plasmas measured by high-resolution
B. A. Palmer and L. R. Layman Fourier transform spectrometry
I. Roelandts News on Reference Materials: Cobalt and
zirconium alloy reference materials
I. Roelandts News on Reference Materials: Lead and tin
alloy reference materials
Technical Note
Izumi Ishii, Mingxiang Cai, Rotational temperatures of argon—nitrogen
A. Montaser, B. A. Palmer ICP discharges measured by high-resolution
and L. R. Layman Fourier transform spectrometry
Spectrochimica Acta Electronica
S. Oswald, V. Hoffmann and Contributions to computer-aided interpretation
G. Ehrlich of ion sputtering depth profiling
Spectrochimica Acta Electronica Aims and
Scope
ix
Spectrochimica Acta Electronica Instructions
for Readers
Spectrochimica Acta Electronica Instructions
for Authors
Notes for Contributors
No. 12-14
WINEFORDNER ISSUE
An Indefatigable Search for Innovation in Analytical
Spectrochemistry
Dedicated to Jim Winefordner in recognition of his contributions
to the field of Analytical Spectrochemistry
Co-Editors: NICOLO OMENETTO, WALTER SLAVIN and BENJAMIN SMITH
W. Slavin and N. Omenetto Ix Preface
H. V. Malmstadt 1147 James D. Winefordner as a student
B. Smith 1151 A profile of Jim Winefordner including a
bibliography and a list of co-workers
J. Winefordner 1205 Personal views and motivations of a teacher
and a scientist
T. S. West Tribute to Professor J. D. Winefordner
K. Fuwa My memory of spectroscopy in the U.S.A.: an
exciting era of atomic emission, atomic
absorption and atomic fluorescence
L. de Galan Survival in atomic spectrometry
T. Vo-Dinh Winefordner and molecular spectroscopy—
The man and his legacy
Fundamental studies and analytical applications of inductively coupled
plasma—optical emission spectrometry (ICP—OES) and mass spectrometry (ICP-MS)
D. G. J. Weir and 1231 The response of the inductively coupled argon
M. W. Blades plasma to solvent plasma load: spatially
resolved maps of electron density obtained
from the intensity of one argon line
D. Pollmann, F. Leis, Multielement trace determinations in AI,O,
G. Télg, P. Tschépel and ceramic powders by inductively coupled
J. A. C. Broekaert plasma mass spectrometry with special refer-
ence to on-line trace preconcentration
x