1.  ELECTRODEPOSITION OF SOME HEAVY METALS ON RETICULATED VITREOUS CARBON ELECTRODE.

          Authors: SORIN-AUREL DORNEANU, BEKE FERENCZ-LÁSZLÓ, PETRU ILEA.

2.  NEW [4.4.4.4]CYCLOPHANE AS IONOPHORE FOR ION-SELECTIVE ELECTRODES.

          Authors: LIDIA VARVARI, IONEL CĂTĂLIN POPESCU, SORIN-AUREL DORNEANU.

3.  OPTIMISATION OF COPPER REMOVAL FROM DILUTED SOLUTIONS.

          Authors: FLORICA IMRE-LUCACI, SORIN-AUREL DORNEANU, PETRU ILEA.

4.  POTASSIUM-SELECTIVE ELECTRODE BASED ON A CALIX[6]ARENIC ESTER (C6ES6).

          Authors: LIDIA VARVARI, SORIN-AUREL DORNEANU, IONEL CĂTĂLIN POPESCU.

5.  ELECTROCHEMICAL METALS RECOVERY FROM ELECTRONIC WASTES. PART. I. COPPER RECOVERY FROM SYNTHETIC SOLUTIONS.

          Authors: FLORICA IMRE-LUCACI, SORIN-AUREL DORNEANU, PETRU ILEA.

6.  DETECTION OF ELECTROACTIVE PRODUCTS RESULTED FROM ELECTROCHEMICAL NITRATE REDUCTION IN ALKALINE MEDIA.

          Authors: FLORICA IMRE-LUCACI, SORIN-AUREL DORNEANU, PETRU ILEA.

7.  STUDY OF HYDROGEN PEROXIDE ELECTROSYNTHESIS ON ELECTROCHEMICALY MODIFIED GRAPHITE USING A WJRDE.

          Authors: SORIN-AUREL DORNEANU, PETRU ILEA.

8.  GRAPHITE ELECTRODE ELECTROACTIVATED BY POTENTIOSTATIC MULTI-SEQUENCE TECHNIQUES FOR HYDROGEN PEROXIDE ELECTROSYNTHESIS.

          Authors: PETRU ILEA, SORIN-AUREL DORNEANU, CODRUŢA AURELIA VLAIC.

9.  GALVANOSTATIC GRAPHITE ELECTROACTIVATION FOR HYDROGEN PEROXIDE ELECTROSYNTHESIS BY MULTI-SEQUENCE AND AUTO-ADAPTIVE TECHNIQUES.

          Authors: SORIN-AUREL DORNEANU.

10.  REMOVAL OF COPPER FROM DILUTED AQUEOUS SOLUTIONS USING AN IMINODIACETIC ACID CHELATING ION-EXCHANGE RESIN IN A FIXED-BED COLUMN.

          Authors: SORIN-AUREL DORNEANU, COSMIN CĂŢĂNAŞ, PETRU ILEA.

11.  SPECTRAL GRAPHITE AS ELECTRODE MATERIAL FOR THE ALL-VANADIUM REDOX FLOW BATERY.

          Authors: DANA-MARIA SABOU, SORIN-AUREL DORNEANU, PETRU ILEA.

12.  HYDROGEN PEROXIDE ELECTROSYNTHESIS AND DETECTION IN SULPHATE MEDIA.

          Authors: PETRU ILEA, SORIN-AUREL DORNEANU, ANA-DOMNICA MĂRINCEAN.

13.  ELECTROCHEMICAL RECYCLING OF WASTE PRINTED CIRCUIT BOARDS IN BROMIDE MEDIA. PART I: PRELIMINARY LEACHING AND DISMANTLING TESTS.

          Authors: SORIN-AUREL DORNEANU.

14.  INFLUENCE OF THE COMPOSITION EVOLUTION OF WASTE COMPUTER MOTHERBOARDS ON THEIR RECYCLING STRATEGY.

          Authors: SORIN-AUREL DORNEANU, ALEXANDRU-ANDREI AVRAM, ALEXANDRU-HORAȚIU MĂRINCAŞ, NICOLETA COTOLAN, TIBERIU FRENTIU, PETRU ILEA.

15.  SENSORS ARRAY FOR MONITORING AND AUTOMATION OF THE ELECTROCHEMICAL RECOVERY OF METALS FROM WASTE PRINTED CIRCUIT BOARDS .

          Authors: SORIN-AUREL DORNEANU, ENIKO COVACI, FLORICA IMRE-LUCACI, GRAZIELLA LIANA TURDEAN.

16.  SELECTIVE ELECTROEXTRACTION OF BASE METALS FROM LEACHING SOLUTIONS OBTAINED DURING THE RECYCLING OF WASTE PRINTED CIRCUIT BOARDS. I. INTENSIVE GALVANOSTATIC ELECTRODEPOSITION OF COPPER.

          Authors: MARIAN-IOSIF FRÎNCU, ENIKO COVACI, SORIN-AUREL DORNEANU, PETRU ILEA.

17.  SELECTIVE ELECTROEXTRACTION OF BASE METALS FROM LEACHING SOLUTIONS OBTAINED DURING THE RECYCLING OF WASTE PRINTED CIRCUIT BOARDS. II. SELECTIVE POTENTIOSTATIC ELECTRODEPOSITION OF COPPER, TIN AND LEAD.

          Authors: MARIAN-IOSIF FRÎNCU, ENIKO COVACI, SORIN-AUREL DORNEANU, PETRU ILEA.

18.  RECENT RESEARCH RELATED TO Li-ION BATTERY RECYCLING PROCESSES – A REVIEW.

          Authors: PETRU ILEA, ROXANA MARIA TRUȚA, SORIN-AUREL DORNEANU, IOANA ALINA POPESCU.

19.  USE OF ELECTRODIALYSIS TO PRODUCE AND RECYCLE ON-SITE RAW MATERIALS FOR WASTE PRINTED CIRCUIT BOARD RECYCLING PROCESS. I. HBr AND KOH ELECTROSYNTHESYS.

          Authors: GABRIELE-MARIO BOGDAN, MARIAN IOSIF FRÎNCU, SORIN-AUREL DORNEANU.