FIA Bibliography ( 12 )

-

Yoshinobu ~ a b a *

Oita University

FIA-related papers appeared since 1984 have been compiled in this FIA

Bibliography section. About 1450 papers were listed in the previous section

(references 226-228, 342, 501, 598, 771, 953, 1100, 1248, and 1445). All

papers in this section are numbered in series and shown with the titles in

English. The readers are requested t o send me the reprints of their FIA-

related papers that have not yet been listed i n this section.

* Chemical Laboratory, Faculty of Education, Oita University, Dannoharu,

Oita 870-1 1, JAPAN

- - - - - - - - - - . -- - --- - - - -

1445. FIA Bibliography (1 1)

Y. Baba, J. Flow Injection Anal., 6, 60(1989).

1446. Determination of glycolytic intermediates in a flow injection system

using immobilized enzymes . .

L.M. Simon, M. Kotorman, L. Boros and B. Szajani, Acts Biochim.

Biophys. Hung.. 23, 247(1988). - - -

1447. Advances in flow-injection analysis

A. Sjoedin and U. Sundqvist, Am. Lab., 2J(1), 63(1989).

1448. Flow-injection binding assays: A way to increase the speed in binding

analyses

B. Mattiasson, P. Eerden and T.G.I. Ling, Anal. Biochem.. 3 379(1989).

1449. Optimization of confluent mixing in flow injection analysis

G.D. Clark, J.M. Hungerford and G.D. Christian, Anal. Chem., a

1450. Flow-injection Donnan dialysis preconcentration of cations. fo r flame

atomic absorption spectrophotornetry

J.A. Koropchak and L. Allen, Anal. Chem., 61, 1410(1989).

1451. Uranine sensitized chemiluminescence for alternative determinations of

copper(I1) and free cyanide by the flow injection method

X.-Z. Wu, M. Yamada, T. Hobo and S. Suzuki, Anal. Chem., a 1505(1989).

1452. Split zone flow injection alalysis: An approach to automated dilutions

G.D. Clark, J. Ruzicka and G.D. Christian, Anal. Chem., 1773

( 1 989).

1453. Application of a nested-loop system for the simultaneous determination

of thorium and uranium by flow injection analysis

J.L.P. Pavon, B.M. Cordero, J.H. Mendez and R.M.I. Agudo, Anal.

Chem., 6L, 1789( 1989).

1454. Polymer-bound tetrahydroborate for arsine generation in a flow injection

system

S. Tesfalidet and K. Irgum, AnaL Chem., 61, 2079(1989).

1455. Characterization of responses to injection of microliter samples and to

peak-shaped input signals for inductively-coupled plasma/atomic emission

spectrometry

H.C. Smit and P.J.H. Scheeren, Anal. Chim. Acta, 215, 143(1988).

1456. Determination of trace manganese in high-purity titanium, silicon, and

mineral acids by a flow-injection method based on a catalytic reaction

C. Zhang, S. Kawakubo and T. Fukasawa, Anal. Chim. Acta, ZlJ

23( 1989).

1457. Kinetic treatment of unsegmented flow systems. Part 5. Comprehensive

treatment for systems with gradient chamber

H.L. Pardue and J.M. Jordan, AnaL Chim. Acta, 220, 23(1989).

1458. An empirical approach t o the prediction of dispersion parameters in

single-line flow-injection systems

C. Garcia de Maria, A. Alonso Mateos, M. J. Almendral Parra and j.

Hernandez Mendez, And. Chim. Acta, a 43(1989).

1459. Determination of trace water in non-polar organic solvents with a

flow-injection system and tin tetrachloride or antimony pentachloride

J.-S. Rhee, P.K. Dasgupta anti D.C. Olson, AnaL Chim. Acta, 220, 55(1989).

1460. Determination of cyanide and thiocyanate by a spectrophotometric

flow-injection method

J.A. Sweileh, Anal. Chim. Acta, 220, 65(1989).

1461. Modified cylindrical cavity-type phase separator for liquid/liquid

extraction in flow-injection systems

S. Motomizu and K. Korechika, AnaL Chim. Acta, % 275(1989).

1462. Quantitation of sodium hydrogensulfite in parenteral samples by a

flow-injection method

D.R. Jenke, Anal. Chim. Acta, 281(1989).

1463. Indirect potentiometric flow-injection determination of silver in

photographic fixing solutions

F. Nyasulu, AnaL Chim. Acta, 220, 287(1989). 1464. Effects of manifold components on peak profiles In flow-injection

analysis

H. Wada, Y. Sawa, M. Morimoto, T. Ishizuki and G. Nakagawa, Anal.

Chim. Acta, 220, 293(1989). 1465. Trace metal enrichment by automated on-line column preconcentration

for flow-injection atomic absorption spectrometry

S. Hirata, K. Honda and T. Kumamaru, Anal. Chim. Acta,

65(1989).

1466. Simultaneous determination of ammonia and urea with an asymmetric

merging zones/flow-injection configuration

J.S.-Cosanor-J. L. -Call%- J.L. Pinfilm, P. -Linares and M;D. Luque -de

Castro, AnaL Chim. Acta, 173(1989). :

1467. Flow-injection determination of malate with immobilized malate

dehydrogenase

A.M. Almuiabed and A. Townshend, AnaL Chirn. Acta, 3 337(1989), 1468. Flow-through pH-ISFET detector for flow-injection analysis

S. Alegret; J. Alonso, J. Bartroli, J. Domenech, N. Jaffrezic-Renault

1469. Optimization of flow-through cells dialysis and other membrane

separations in flow-injection analysis using a laminar flow model

L. Risinger, G. Johansson and T. Thorneman, AnaL Chim. Acta, H, 13( 1989).

1470. Use of diode-array detectors for the simultaneous spectrophotometric

determination of calcium and magnesium by flow injection

M. Blanco, J. Coello, J. Gene, H. Iturriaga and S. Maspoch, Anal.

a i m . Acta, 2& 23l1989).

1471. Flow-injection determination of L-tyrosine in serum with an immobilized

tyrosinase reactor and fluorescence detection

N. Kiba, M. Ogi and M. Furusawa, AnaL Chim. Acta, 224, 133(1989). 1472. Kinetics of ion-pair extraction in continuous flow systems

F. Canete, A. Rios, M.D. Luque de Castro and M. Valcarcel, Anal.

Chim. Acta, 224, 169(1989). 1473. Electrocatalysis at chemically modified electrodes. Detection/

determination of redox gaseous species in continuous-flow systems

M. Bonaker and H.A. Mottola, AnaL CNm. Acta, 3 305(1989).

Flow injection method for antimony(II1) based on i ts enhancement of

the molybdenum blue reaction

N. Lacy, G.D. Christian and J. Ruzicka, Anal. Chim. Acta, 224,

373( 1989).

Utilisation of kinetic-based flow injection methods for the determination

of chlorine and oxychlorine species

G. Gordon, K. Yoshino, D.G. Themelis, D. Wood and G.E. Pacey,

AnaL Chim. Acta, a 383(1989).

Steady-state and flow-injection response of a metallic silver electrode

for potentiometric detection of metal cyanide complex formation

D.P. Root, D, Wijesuriya and P.W. Alexander, AnaL Chim. Acta, =, 105(1989).

Flow-injection spectrophotometric determination of cobalt by extraction

as tetrathiocyanatocobaltate(I1) with the ethylenebis(tripheny1-

phosphonium)cation

D.T. Burns, N. Chimpalee and M. Harriott, Anal. Chim. Acta, % 123( 19891.

Flow-injection extraction spectrophotometric determination of dichrornate

with the tetramethylenebis(triphenylphosphonium)cation

D.T. Burns, N. Chmipalee and M. Harriott, Anal. Chim. Acta, 3 241(1989).

Flow-injection analysis of vitamin D3 and 25-hydrosy-vitamin D3 by

amperometric detection

A. Sanchez Perez, M. Delgado Zamarreno, J. Hernandez Mendez and

R.M. Sanchez Rodriguez, Anal. Chim. Acta, 225, 247(1989).

High reliability and stability of enzyme cartridges in flow-injection

analysis

T. Dullau, B. Reinhardt and K. Schugerl, AnaL Chim. Acta,

253( 1989).

Determination of total 3-alpha-hydroxy bile acids in serum by a

bioluminescent flow-injection system using a hollow-fibre reactor

K. Oda, S. Yoshida, S. Hirose and T. Takeda, AnaL Chim. Acta, % 273(1989).

Determination of glucose in wine and fruit juice based on a fibre-optic

. glucose biosensor and flow-injection analysis

- 180 -

B.A.A. Dremel, B.P.H. Schaffar and R.D. Schmid, Anal. Chim. Acta,

225 293(19 -9

1483. Flow-injection and liquid chromatographic determination of alurninuim

based on i ts fluorimetric reaction with 8-hydroxyquinoline-5-sulphonic

acid in a micellar medium

J.I. Garcia Alonso, A. Lopez Garcia, A. Sanz-Medel, E. Blanco

Gonzalez, L. Ebdon and P. Jones, And. m m . Acta, 339(1989).

1484. Direct automatic determination of f ree acidity in oils by flow-injection

analysis

P. Linares, M.D. Luque de Castro and M. Valcarcel, AnaL Chim. Acta,

225 43 l(1989). -9

1485. Determination of low concentrations of chlorite and chlorate ions by

using a flow-injection system

D.G. Themelis, D.W. Wood and G. Gordon, Anal. Chim. Acta,

437(1989). . - -. - .- .

1486. Simultaneous determination of carbon dioxide and sulfur dioxide in wine

by gas-diffusionlflow-injection analysis

P. Linares, M.D. Luque de Castro and M. Valcarcel, Anal. Chim. Acta,

443(1989).

1487. Flow-injection extraction spectrophotometric determination of bismuth as

~etra~odobismuthate~ilI) with- the tetramethylenebis(triphenylphosphonium)-

cation

D.T. Burns, N. Chmipalee and M. Harriott, AnaL Chim. Acta, 225, 449(1989).

1488. Potentiornetric enzyme-amplified flow injection analysis detection

system: Behavior of f ree and liposome-released peroxidase

T.-G. Wu, J.M. Bellama and R.A. Durst, AnaL Lett., 22, 1107(1989). 1489. Flow injection zyrnography - A novel procedure for the on-line detection

of enzyme activity

W. Kunnecke, H.M. Kalisz and R.D. Schmid, AnaL Lett., 22, 1471(1989).

1490. Indirect spectrophotometric determination of fluoride in water with

zirconium-SPADNS by flow injection analysis

A.T. Haj-Hussein and I.F. Al-Momani, AnaL Lett., 22, 1581( 1989). 1491. Flow injection amperometric determination of hydrogen peroxide at low

level in aqueous solution

M.A. Abdalla and H.M. Al-Swaidan, AnaL Lett., 22, 1729(1989).

1492. Flow-injection enzyme immunoassay for human IgG by using enhanced

chemiluminescence reaction for horseradish peroxidase label quantitation

A.P. Osipov, A.A. Arefyev, S.B. Vlasenko, E.M. Gavrilova and A.M.

Yegorov, Anal. Lett., 1841(19891.

1493. Indirect flow-injection assays for glucose-6-phosphate dehydrogenasel

glucose-6-phosphate and malate dehydrogenase/L-malate using

immobiloized bacterial luciferase

A. Nabi and P.J. Worsfold, AnaL Lett., a 1861(1989).

1494. Colorimetric flow injection determination of resorcinol-type

beta2-adrenergic drugs with phenanthro[9,10-dlimidazole-2-N-chloroimide

S. Tanabe, T. Togawa and K. Kawanabe, Anal. Sci., 5 513(1989).

1495. A selective flow-rate independent flow injection analysis technique:

Combination of a single bead string reactor with rapid scan square-

wave voltammetry

D. Yoshizawa, K. Shimizu, G.P. Sato, K. Kumakura and K Aoki,

AnaL Sci., 5 567(1989).

1496. Assessment of on-line nitration reactions as a means of determining

nitrate by reverse flow injection with reductive amperometric detection

a t a glassy carbon electrode

A.G. Fogg, S.P. Scullion and T.E. Edmonds, Analyst(London), u, 579(1989).

1497. Iudimetric determination of iodate, bromate, hypochlorite, ascorbic acid

and thiourea using flow injection amperornetry

M.A. Abdalla and H.M. Al-Swaidan, Analyst(London), m, 583(1989).

1498. Flow injection spectrophotometric determination of selenium based on

the calalysed reduction of toluidine blue in the presence of sulphide ion

C. Martinez-Lozano, T. Perez-Ruiz, V. Tomas and C. Abellan,

Analyst(London), 5 7 15(1989).

1499. Rapid determination of nitrite in water by flow injection with

chem~luminescence detection

A.R. Thornton, J , Pfab and R.C. Massey, Analyst(London), m, 747(1989).

1500. Simulation of flow injection transients with application t o arnperometric

detector response

F.E Powell and A.G. Fogg, AnaIyst(London), 799(1989).

1501. Determination of ethylenediaminetetraacetic acid by flame atomic

absorption spectrometry with a chelating ion-exchange flow injection

conversion system

E.B. Milosavl jevic, L. Solujic, J.L. Hendrix and J.H. Nelson,

Analyst(L~ndon), M, 805( 1989).

1502. Flow injection sample-to-standard additions method. . Spectrophotometric

determination of hydrochloric acid and ~rthophosphate

Y. Israel and R.M. Barnes, Analyst(London), 843(1989).

1503. Micellar systems in flow injection for the spectrophotometric

determination of neodymium in glasses

J.L.P. Pavon, B.M. Cordero, J.H. Mendez and J.C. Miralles,

Analyst(L.ondon), a 849(1989).

1504. S l id -s ta te detector for gas-phase flow injection of nitrogen dioxide a t

ambient temperature

K. Nagashima, K. Meguro and T. Hobo, AnaIyst(London), 947(1989).

1505. Determination of bromide using flow injection and chemiluminescence

detection

4.M.A. Shakir and A.T. Faizullah,-halyst(hndon), s- 951419894. -

1506. Spectrophotometric determination o f , periodate with salicylaldehyde

guanylhydrazone using flow injection. Determination of glycerol in

vegetable oils

J.J.B. Nevado and P.V. Gonzalez, AnaIyst(London), 3 989(1989).

1507. Characterisation of mercury deposition on a platinum thin-ring

u~tramicroelectrode and its application t o flow injection anodic stripping

voltammetry

E.B,-T. Tay, S.-B. Khoo and S,-W. Loh, Analyst(London), 3 1039(1989).

1508. Shapes of normal and reverse flow injection signals; On-line formation

of iodine from iodate, iodide and hydrogen ion with detection by

visible spectrophotometry

A.G. Fogg, X. Wang and J.F. Tyson, Analyst(London), 3 11 19(1989).

1509. On-line dilution, steady-state concentrations for inductively coupled

plasma atomic emission and mass spectrometry achieved by tandem

injection and merging-stream flow injection

Y. Israel, A. Lasztity and RM. Barnes, halyst(London),

1259(1989).

1510. Oxygen removal in flow injection anodic stripping voltammetry

E.B.-T. Tay, S.-B. Khoo and S-G. Ang, Analyst(London), 1271(1989).

151 1. Rhodamine 6G chemi1uminescence for the determination of free

chlorine in tap water by a flow-injection method

T. Nakagawa, M. Yamada, T. Hobo, Analyst(Londoff~, E, 1275(1989).

Automated tobacco study with flow-injection analysis(in German)

P. Finster, J. Hollweg, E. ~ a k h and U. Burrnester, Ekitr.

Tabakfomh. ht., E, 1 O5( 1988).

Bioluminescent and chemiluminescent assays using flow injection

analysis

P.J. Worsfold and A. Nabi, Bioiumin Chemiiumin, Proc. Int. Biolurnin.

Cherniiumin. Symp., m, 543( 1987).

FIA for ~n - l i ne monitoring of important lactic acid fermentation

variables

J. Nielsen, K. Nikkolajsen and J. Villadsen, Biotechnol. Bioeng., 33,

1 l27( 1989).

Micro-enzyme electrode as a high-performance detector of flow injection

analysis

Y. Ikariyama, S. Yamauchi, T. Yukiashi, H. Ushioda and M. Aizawa,

&IL Chem. SOC Jpn., E, 1869(1989).

Improvement in FIA system for determining small amounts of protelns

with chemiluminescence detection(in Japanese)

K. Tsukagoshi, H. Kimoto and T. Hara, l3unseki Kagaku, % TlOO(1989).

FIA of trichloroethylene in water by color reaction with pyridine and

its derivativedin Japanese)

H. Tao, A. Miyazaki and K. Bansho, Bunseki Kagaku, 3tJ 383(1989).

Determination of nitrite, nitrate and ammonium nitrogens in soil by

FIA( ~n Japanese)

F. Shirato, Y. Okajima, C. Maekoya and Y. Takata, Bunseki Kagaku,

3&J 413(1989).

Indirect spectrophotometric determination of fluoride by FIA using

arsenazo 111-uranium complex(in Japanese)

M. Zenki, K. Sai, Y. Ye and K. Toei, Bunseki Kagaku, 38, 424(1989).

Sensitive determination of proteins by FIA with coulometric detection(in

Japanese)

H. Kubo, Y. Huang, T. Kinoshita and H. Nakagawa, Bunseki Kagaku,

38 454(1989). -3

Determination of calcium by FIA with glyoxal bls(2-hydroxylanil)(in

Japanese)

M. Zenki, H. Kogawa, K. Nose and K. Toei, Bunseki Kagaku, 38,

T129(1989).

FIA of anionic s ~ r f a c t a n t s using a double-line s ~ l v e n t extraction

system(.in Japanese)

S. Motornizu -and -K. K ~ r e c h i k a ~ Buns&. Kagaku, 38, T143(1989).

1523. Measurment .of intraceliular adenosine-triphosphate. .using an. on-1i.w FIA

system for determination of microorganism cells number(in Japanese)

Y. Haketa, R, Motohashi, K. Kajjwara, N. Matsunaga and K. Gonda*

hnseki Kagaku, a ~'183(1989),

1524. Quantification of high molecular weight (l.FWDARW.3)(l.FWDARW.4)-

.beta.- D-glucan using calcofluor complex formation and flow injection

analysis. I. Analytical principle and its standardization

K. G. Joergensen, Carlsberg Res Commun. a 277( 1988).

1525. Fluorimetirc determination of ergotamine in medicinal p~eparations by

the method of flow injection analysis(in Czech)

M. Polasek, P. Solich and R. Karliceky Cesk. Farm., l(1989).

1526. Flow injection-hands off analysis

- P.J. Worsfold,-Chem. &.,-% 1215(1988).- -- - - ---

1527. Determination of trace amounts of alcohols by gaseous flow injection

analysis(in Japanese)

Y. Maeda, Y. Fjioy -T. Suetaka and .M. ~unernGri, G e m . Ekpress, 3 539(1988).

1528. Determination of low concentrations of hydrazine by flow-injection

analysis(in Slovak) -

M. Novak and J. Hlatky, Chem- Listy, & 1307(1988).

1529. Flow injection c0nfiguration.s for enz,yme activity determination

J.M. Fernandez-Romero and M.D. Luque de Castro3 Chim. Oggi, fi 17(1988).

1530. Adaptation of the FIA technique to the analysis of anionic surfactants

in the study of environmental media(in Spanish)

J. Sanchez Leal, S. Anguera, E. Campos and J.J. Gonzalez, Cornun.

J o n Corn- J3p. Deterg-, 4 g(1988).

1531. A new and rapid method for the analysis of peracetic aicd from bleach

activators

A.J. Gradwell and J.C. S c h ~ f i e l d ~ Comun. Jom. Corn. F3p- Deterg.* a 459(l989).

1532. Reviewing a sensitive method for the determination of orthophosphate in

natural waters by flow injection spectrophotometry(in Portuguese)

J.D.A. Nobrega, A.A. Mozeto and RL. Ebzelli, Cienc. CuIt.(Sao Paulo),

a 1 1 i 8(1988).

1533. Hydrodynamic vol tammetry in continuous-flow analysis

H. Gunasingham and B. Fleet, Electmanal- Chem., l6, 89(1988).

1534. An electroanalytical method for estimation of fish freshness using a

flow-injection system with some immobilized enzyme reactors

T. Yao and Y. Matsumoto, Electroanalysis, 173(1989).

1535. A thin-layer electrochemical detector with multiple functions(in Chinese)

R. Zhang, Y. Luo and Y. Lin, Fenxi &hi Tongbao, 2, 54(1988).

1536. A multifunctional sampling valve for flow injection analysis(in Chinese)

Y. Yuan, Y. Wang and T. Peng, Fenxi Hume, B, 1046(1988).

1537. Application of flow injection analysis to clinical chemistry - Determination of creatinine in serum(in Chinese)

B. Xia and S. Liu, Fenxi H u m e , 1 I l6(l988).

1538. Catalytic flow injection analysis for trace cobalt determination with

quinalizarin and hydrogen peroxide(in Chinese)

Y. Yuan, Y. Wang and K. Qu, Fenxi H u m e , a 65( 1989).

1539. Flow injection analysis of anionic detergents in water(in Chinese)

X. Qian, J. Chen and Z. Hu, Fenxi Huaxue, a 77(1989),

1540. Sequential determination of residual chlorine and chloride in tap water

by spectrophotomeric flow injection analysidin Chinese)

C. Ma, J . Yang, Z. Zhao, J. Wang and Q. Wang, Fenxi Huaxue,

242(1989).

1541. Determination of copper by flow injectioon analysis using the ion

selective elecltrode as detectodin Chinese)

2. Yang, S. Sheng and G. Zhao, Fenxi Shiyanshi, 2, 36(1988).

1542. Comparison of potentiometric stripping analysis and anodic stripping

voltammetry in flow injection analysis. Interferences in the

determination of lead(in German)

G. Schulze, E. Han and W. Frenzel, Fresenius' Z. Anal. Chem., m, 844(1989).

1543. Determination of cyanide in waste water by flow-injection analysis

G. Schondorf and H. Engelhardt, FES~NUS' Z Anal. Chem.,

71 9(1989).

1544. On-line break-through test for ion-exchange micro-columns using flow

injection potentiometric stripping analysis

G. Schulze and 0. Elsholz, Fresenius' 2. AnaL Chem-,

740(1989).

1545. Investigations on the equivalence of analytical procedures -

Determination of chloride by flow injection analysis and DfN-method in

water analysis(in German)

G. Schulz, 0. Elsholz, R. Hielscher, A. Rauth, S. Recknagel and A.

Thiele, Fresenius' Z And. Chem., 9(1989).

1546. An improved reaction valve for flow injection analysis

J. Toei, K. Fujii and N. Baba, Freseoius' Z Anal. Chem., 334, 13(1989).

1547. A new possibility for the calibration of potentiometric determinations

under flow injection conditions(F1A). I. Theoretical fundamentals(in

German)

H. Muller and J. Kramer, Fresenius' Z. Anal. Chem., 335, 205(1989).

1548. A new possibility for the calibration of potentiometric determinations

under flow injection conditions(F1A). 11. Analytical applications(in

- German) . - -

H. Muller and J. Kramer, Fresenius* 2. AnaL Chern-,

210(1989).

1549. Studies on the FIA-ICP-AES method. HI. Simultaneous determination of

calcium, sodium, magnesium, aluminum, iron, copper, chromium,

manganese and zinc in biological and clinical samples

-H. Chen, L. Kong, Z. Jiang, Y. Zen, Z. Cheng and H. Hu, Huanjing

Huaxue, 8, 68(1989).

1550. Automatic system for simultaneous determination of nitrates and nitrites

in waters

J. Maimo, A. Cladera, F. Mas, R. Forteza, J.M. Estela and V. Cerda,

Int. J. Environ. Anal. Chem., 35, 161(1989).

1551. Flow injection analysis - A new technique for food and beverage

analysis

B.G. Osborne and J.F. Tyson, Int. J. Food Sci. Technol., 23, 541(1988).

1552. Rapid determination of .beta.-glucan in wort by flow injection analysis

K.J. Switala, K.G. Schick, A. Griffith and B.R. Sebree, J. Am. Soc.

Brew. Chem., 47, 54(1989).

1553. Optimization of experimental parameters for flow injection flame atomic

absorption spectrometry

Z. Fang and B. Welz, J. Anal. At. Spetrom., 4, 83(1989).

1554. Analysis of samples with high dissolved solids content using flow

injection flame atomic absorption spectrometry

Z. Fang, B. Welz and G. Schlemmer, J. Anal. At. Spetrom., 4,

91(1989).

1555. Flow-injection procedures for the determination of L-glutamic acid and

glutamate dehydrogenase using co-immobilized bacterial luciferase and

oxidoreductase

A. Nabi and P.J. Worsfold, J. Chem. Soc. Pak, 11, 29(1989).

1556. Application of the Powell method to the optimization of flow injection

systems

M. Del Valle, J. Alonso, M. Poch and J. Bartroli, J. Chemom., 3,

285(1988).

1557. Experimental and theoretical model of refractive index artifacts in

absorbance detection

C.E. Evans, J.G. Shabushnig and V.L. McGuffin, J. C%romatogr., e, 1 19(1988).

1558. Application of square-wave amperometry for flowing system. Part 11.

Detection of silver, chloride and bromide ions

W. Jedral and A. Hulanicki, J. Electroanal. Chem. Interfacial

Electrochem., 359(1988).

1559. Magic of multi-port valve in flow injection analysis(in Japanese)

K. Yasuda and T. Kuroishi, J. Flow Injection Anal., 6, 5(1989).

1560. Sequential determination of silicate and phosphate in waters by flow-

injection spectrophotometry

A.O. Jacintho, E.A.M. Kronka, E.A.G. Zagatto, M.A.Z. Arruda and J.R.

Ferreira, J. Flow Injection Anal., 5, 19(1989).

1561. Development and application of smaple injector for flow injection

analysis(in Japanese)

M. Tomoda, K. Uchida, K. Saji, K. Fukushirna and S. Saito, J. Flow

Injection Anal., 5, 30( 1989).

1562. Simultaneous determination of adenosine 5'-triphosphate and glucose

6-phosphate using a flow-injection system with immobilized enzymesfin

Japanese)

T. Yao, Y. Matsumoto and T. Wasa, J. Flow Injection Anal., 6, 37(1989).

1563. Flow injection analysis determination of sodium using flame photometric

method of detection

E.T. Esmadi and A.S. Attiyat, J. Flow Injection Anal., 6, 44(1989).

Sensitive, rapid and precise determination of 1-glutamic acid in cheese

using a flow-injection system with immobilized enzyme column

R. Puchades, L. Lemieux and R.E. Simard, J. Food Sci., 3, 423(1989).

Flow injection analysis of carboxylic acid drugs using cationic dyes and

on-line ion-pair extraction.

J.T. Stewart, J.R. Lang and 1.L. Honigberg, J, Liq. Chrornatogr., lJ

3353( 1988).

Comparison of different flow injection approaches to the automatic

determination of enzymic activity

J.M. Fernandez-Romero, M.D. Luque de Castro, M. Valcarcel, J. Pharm.

Biomed. Anal., 7, 295( 1989).

Flow injection extraction applied to dissolution rate studies of felodipine

tablets

L. Nord, M. Sundgren and A. Torstensson, J. Pharm. Biomed. Anal., 7, 421(1985). -

Cyclic voltammetry of some quinones and nitroaromatic compounds using

a mercury film wall-jet detector and flow injection analysis

K.P. Ang, H. Gunasingham and B.T. Tay, J. Singapore Natl. Acad. Sci.,

16 80(1987). -9

Highly sensitive organic reagents and new system for analysis(in

Japanese)

H. Wada, Kagaku To Kogyo(Osaka), G2, 464(1988),

Flow injection analysis using specific biochemical reactions(in Japanese)

T. Kojima, F. Morishita, S. Yonezawa and Y. Nishikawa, Kenkyu

Hokoku-Asahi Garasu Kogyo Gijutsu Shoreikair 53, 2 5 ( 1 988).

Flow-injection analysis study of aluminum in silicic acid solution

T. Yokoyama, Y. Takahashi, C. Yamanaka and T. Tarutani, Mem. Fac.

Sci., Kyushu Univ., Ser. C, 16, 155(1988).

Spectrophotometric determination of aniline by flow-injection analysis in

a nonaqueous medium

R. J. Berman, G.D. Clark, D.A. Whitman and G.D. Christian, Microchern.

J., 39, 20(1989).

Automated determination of sulfate by continuous precipitation-filtration

of lead sulfate

J. Zorro, M. Gallego and M. Valcarcel, Microchem. J., 39, 71(1989).

Indirect ultraviolet determination of cyanide by flow injection analysis

using absorption of the mercury-EDTA complex a t 250 nm

A.T. Haj-Hussein, Microchem. J., 39, 99(1989).

1575. A glucose sensor made by chemically crosslinking glucose oxidase

directly on the surface of a carbon electrode modified with

palladiumlgold for hydrogen peroxide electrocatalysis

X. Yang, G. Johansson and L. Gorton, Mikroclum. Acta, 1, 9(1989).

1576. Fructose determination using immobilized enzymes in a flow system

with special emphasis on the effect of isomerism

M. Skoog, G. Johansson, 6. Olsson and R. Appelqvist, Mikrochim. Acta,

3, 131(1989).

1577. Application of flow-injection analysis method for single-point titration of

acids(in Polish)

W. Matuszewski, Pr. Nauk. hist. Chem. Nieorg. Metal. Pierwiastkow

Rzadkich Politech. Wroclaw., 58, 254( 1988).

1578. Determination of 1,4-benzodiazepines by flow injection analysis with

spectrophotometric detectionfin Spanish)

D. Prada, J. Vicnete, E. Lorenzo, M.H. Blanco and L. Hernandez,

Quim. Anal.(Barcelona), 7, 323( 1988).

1579. An air-carrier continuous analysis system

K. Petersen and P.K. Dasgupta, Talanta, 36, 49(1989).

1580. Multifunctional chemically modified electrodes with mixed cobalt

phthalocyaninelnafion coatings

J. Wang and R. Li, Talanta, 36, 279(1989).

1581. Continuous monitoring by unsegmented flow techniques. S ta te of the

ar t and perspectives

M.D. Luque de Castro, Talanta, 36, 591(1989).

1582. Sandwich standardization in flow-injection analysis

A. Rios, M.D. Luque de Castro and M. Valcarcel, Talanta, 36,

612(1989).

1583. Potential of a modified solvent-extraction flow-injection analysis

J. Toei, Talanta, 36, 691(1989).

1584. Photometric and arnperometric flow-injection determination of triazolam

and clotiazepam

R.M. Alonso, R.M. Jirnenz, A. Carvajal, J. Garcia, F. Vicente and L.

Hernandez, Talanta, 36, 76 1 (1 989).

1585. Oxidative removal of interferences in flow-injection potentiometric

determination of chloride

T. Krawczynski vel Krawczyk, B. Szostek and M. Trojanowicz, Ta lan ta

36, 81 l(1989).

1586. Prediction of FIA peak width for a flow-injection manifold with

spectrophotometric or ICP detection

P.L. Kempster, H.R. van Vliet and J.F. van Staden, Talanta, % 969(1989).

1587. Automated system for determination of selenium in biological materials.

Automated wet digestion, hydride generation by flow injection analysis,

and atomic absorption spectrometry

V. Galgan and A. Frank, Trace Elem. AnaL Chem. Med. Biol., Proc.

Int. Workshop, Sth, 84(1988).

1588. Program based on the pattern search method: Application t o periodate

determination using flow injection analysis and chemiluminescence

detection

E.M. Papamichael and N.P. Evmiridis, Trends AnaL Chem., 7, 366(1988). -

1589. Contemporary wet-chemical flow analyzers for process control - -

M. Gisin and C. Thommen, Trends AnaL Chern., 4, 62(1989).

1590. Spectrophotometric determination of microamount of gold by flow

injection analysisfin Chinese)

S. Liu and B. Xia, Youkuangye, 7, 24(1988).

1591. Flow-injection analysis. Spectrophotometric determination 'of hydrogen

peroxide in atmospheric precipitation by using peroxidasetin Russian)

I.D. Eremina, L.K. Shpigun and Yu.A. Zolotov, Zh. Anal. Khim.,

34 l(1989).

1592. Flow-injection analysis. Spectrofihotometric determination of chloride ions

in atomospheric precipitation(in Russian)

1.D. Eremina, L.K. Shpigun and Y u A Zolotov, Zh. AnaL Khim.,

399(1989).

1593. Study on the FIA-ICP-AES spectrographic method. (I). Determination of

fourteen rare earth impurities in high-purity yttrium oxide(in Chinese)

H. Chen, Z. Jiang, Y. Zen and L. Kong, Zhongguo Xitu Xuebao, 6, 65(1988).

TOPICS IN FIA BIBLIOGRAPHY

FIA MONOGRAPHS

Two monographs have been published in 1989.

1. J. Burguera(Editor), "Flow Injection Atomic Spectroscopy", Marcel Dekker,

New York, 1989.

2. Y. Takashima and N. Yoza(Editors) "Flow Injection Analysis", Hirokawa,

Tokyo, 1989.(in Japanese) iSS. WiS 7 U--f >Y,x ¥?' a >W^ @Jf l