1.
Nj.
Radić, Determination of Nanomole
Amounts of Aluminium by Use of a Fluoride
Ion-selecive Electrode, Analyst, 101
(1976) 657.
2.
Nj.
Radić, Metal (Fe3+ , Cu2+) - EDTA Complex
Formation Studies in Ethanol-Aqueous Mixtures with Cupric
Ion-selective Electrode,
Anal. Lett., 12
(A2) (1979) 115.
3.
Nj.
Radić and M. Milišić, Sulfide Ion-selective
Electrode as Potentiometric
Sensor for Lead(II) Ion in Aqueous and Nonaqueous Medium, Anal. Lett., 13 (A12) (1980) 1013.
4.
Nj.
Radić, The Potential Response of Copper(II) Sulfide
Ion Selective Electrode to
Hg(II) Ions in Aqueous Solution, Anal. Lett., 14 (A14) (1981) 125.
5.
S.
P. Brimer, T. H. Ridgway,
Nj. Radić and H. B. Mark, Jr.,
A Simple Inexpensive 4 1/2 Digit Microvolt Meter for Potentiometric Titrations, Chem., Biomed. and Environ. Inst., 12 (3)
(1982) 171.
6.
Nj.
Radić and H. B. Mark, Jr., A Polymeric Sulfur Nitride, (SN)x,
Electrode Responsive to pH
and Its Application to The Aqueous Potentiometric
Titration of Weak Acids, Anal. Chim. Acta, 144 (1982) 253.
7.
Nj.
Radić, K. J. Mulligen and H. B. Mark,
Jr., Chemical Pretreatment of Silver Wire Containing Copper for Preparation
of Silver/Silver Sulfide
Ion Selective Electrode,
Anal. Chem., 56
(1984) 297.
8.
Nj.
Radić, K. J. Mulligan and H. B. Mark,
Jr., The Ion-selective Behaviour of The Polymeric Sulfur
Nitride Electrode for The Measurements
of Silver(I), Analyst 109 (1984) 963.
9.
Nj.
Radić and M. Vudrag, Kinetic
Determination of Fe(III) with a Copper(II) Selective Electrode Based on a Metal Displacement Reaction, J. Electroanal. Chem., 178 (1984)
321.
10. Nj. Radić and H. B. Mark, Jr., A Silver/Silver Sulfide Selective Micro-Electrode Preparated by Chemical Treatment
of Silver Wire, Croat. Chem. Acta, 58 (1985) 179.
11. Nj. Radić, Potentiometric Response of a Commercial (Ag2S + PbS)-Membrane Selective Electrode to Hg(II) in Aqueous Solution, Mikrochim. Acta, I
(1985) 209.
12. J. Komljenović
and Nj. Radić, Use of a Multi-purpose Solid-state
Ion-selective Electrode Body and AgI-based Membrane Hydrophobised by PTFE for Determination
of I- and Hg2+, Analyst,111
(1986) 887.
13. J. Komljenović,
S. Krka and Nj. Radić, All-Solid-State Fluoride Electrode, Anal. Chem., 58 (1986) 887.
14. Nj. Radić, D. Prugo and
M. Bralić, Potentiometric Titration of Aluminium with Fluoride in Organic Solvent + Water Mixtures by Use of a Fluoride-selective Electrode, J. Electroanal. Chem., 248 (1988) 87.
15. Nj. Radić, Solid-State Electrodes
Sensitive to Mercury Ions, Selective Electrode Rev., 11 (1989) 87.
16. Nj. Radić and M. Bralić, Kinetic-Potentiometric Determination of Aluminium in Acid Solution Using Fluoride Ion-selective Electrode, Analyst, 115 (1990) 737.
17. J. Komljenović,
V. Martinac and Nj. Radić, Ion-sensitive
Behaviour of The Silver Sulphide-Based Solid-State
Copper(II) and Iodide Electrodes in Partially Aqueous Systems, Anal. Chim. Acta, 231
(1990) 137.
18. J. Komljenović
and Nj. Radić, Potentiometric Determination
of Thiourea by Using Ion-selective Electrode with AgI-based Membrane Hydrophobised with PTFE, Acta Pharm. Jugosl., 41 (1991)
41.
19. Nj. Radić and J. Komljenović, Potentiometric Determination of Mercury(II) and Thiourea in Strong Acid Solution Using
an Ion-selective Electrode with AgI-based Membrane Hydrophobised by PTFE, Fresenius J. Anal. Chem., 341
(1991) 592.
20. Nj. Radić and J. Komljenović, Kinetic-Potentiometric Determination of Fe(III) Using Fluoride
Ion-selective Electrode, Croat. Chem. Acta, 64 (1991) 679.
21. Nj. Radić and J. Komljenović, Potentiometric Determination of an Overall Formation Constant Using an Ion-Selective Membrane Electrode, J. of Chem. Ed., 70 (1993)
509.
22. Nj. Radić and M. Bralić, Design of Fluoride-selective Electrode with Internal Contact Based on an Cu(II) Ion-selective Electrode, Microchem. J., 48
(1993) 377.
23. J. Komljenović
and Nj. Radić, Potentiometric determination
of N-acetylcysteine based
on its reduction action on Fe(III), Acta Pharm., 43
(1993) 99.
24. M. Bralić
and Nj. Radić, Direct Potentiometric
Measurements of Cysteine by Using Iodide-Selective Electrode, Croat. Chem. Acta, 67 (1994) 543.
25. Nj. Radić and M. Papa, Solid-state electrode
with a Cu(I)-based membrane hydrophobised by PTFE for the
measurement of Cu2+ and I-, Fresenius J. Anal. Chem., 351 (1995) 599.
26. J. Komljenović
and Nj. Radić, Design and properties
of flow-through electrode with AgI-based membrane hydrophobized by PTFE; application to flow-injection determination of thiourea, Sensors and Actuators: B. Chemical, 24
(1995) 312.
27. N. Akmal,
S. K. Lunsford, A. Galal,
A. E. Karagozler, H. B. Mark,
Jr. and Nj. Radić, "Programmable"
Selective Inexpensive Potentiometric Detector for Flow Injection
Analysis. Potassium Determination with a Nafion Membrane Modified Electrode, Croat. Chem. Acta, 68
(1995) 403.
28. Nj. Radić and M. Papa, Electroanalytical Study of Aluminium Fluoride Complexation in 2-Propanol-Water Mixtures, Analytical Sciences, 11 (1995) 425.
29. Nj. Radić and M. Bralić, Fluoride-selective Electrode with Internal Redox
Reference Electrode, Mikrochim.
Acta, 118 (1995) 221.
30. Nj. Radić and M. Bralić, Aluminium fluoride complexation and its ecological importance in the aquatic environment, Sci Total Environ., 172 (1995) 237.
31. J. Komljenović
and Nj. Radić, Potentiometric flow-injection determination of cysteine in the presence of cystine using an tubular electrode with AgI-based membrane as detector, Analusis, 24
(1996) 63.
32. Nj. Radić and J. Komljenović, Determination of N-acetyl-L-cysteine by flow-injection
potentiometry, Fresenius J.
Anal. Chem., 360 (1998) 675.
33. Nj. Radić and J. Komljenović, Flow-injection determination of compounds containing sulphur by using
potentiometric tubular sensor, Laboratory Robotics and Automation, 10
(1998) 143.
34. M. Bralić
and Nj. Radić, Flow injection
potentiometric determination
of Fe(III) using a fluoride selective electrode as detector, Analusis, 27 (1999) 57.
35. D. Dobčnik,
M. Kolar, J. Komljenović and Nj. Radić, Preparation of an ion-selective electrode by chemical
treatment of copper wire for the
measurement of copper(II)
and iodide by batch and flow-injection potentiometry, Fresenius J.Anal. Chem.,365
(1999) 314.
36. Nj. Radić, J. Komljenović and D. Dobčnik, Determination of Penicillamine by Batch and Flow-injection Potentiometry with AgI-based sensor, Croat. Chem. Acta, 73 (2000) 263.
37. M.Kolar, D. Dobčnik and Nj. Radić, Potentiometric
Flow-injection Determination of Vitamin C and Glutathione
with a Chemical Prepared Tubular Silver Electrode, Pharmazie, 55 (2000) 913.
38. Nj. Radić and D. Dobčnik, Surface Compounds and Reactions in Relation to the Response of Solid-state Potentiometric Chemical Sensors, Surf. Rev. Letters,
8 (2001) 361.
39. M. Bralić,
Nj. Radić, S. Brinić and E. Generalić, Fluoride Electrode with LaF3-Membrane and Simple Disjoining Solid-State Internal Contact, Talanta, 55 (2001) 581.
40. M. Kolar, D. Dobčnik and Nj. Radić, Chemically
Treated Silver Electrodes for the Determination of Cysteine, Mikrochimica Acta, 138
(2002) 23.
41. Nj. Radić and J. Komljenović, Potential Response of Solid State Potentiometric Chemical Sensors, Theoretical Approach and Teaching Experiment, Acta Chim. Slov. 52 (2005) 450.
42. L. Kukoč-Modun and Nj. Radić, Potentiometric
Determination of N-(2–Mercaptopropionyl)-glycine Using Electrode
with AgI-based Membrane, Croat. Chem. Acta, 79 (2006) xx.