natgillin/translations-raw huggingface dataset:
CHEMISTRY, PHYSICS AND TECHNOLOGY FOR PHOTOVOLTAIC SOLAR ENERGETICS 
POOLJUHTPÄIKESEENERGEETIKA MATERJALIDE KEEMIA, FÜÜSIKA JA TEHNOLOOGIA
Ehitajate tee 5, 19086 Tallinn, Estonia 
TTÜ materjaliteaduse instituut Ehitajate tee 5, 19086 Tallinn
Fax +372 620 2798 enn@edu.ttu.ee 
Faks +372 620 2798 enn@edu.ttu.ee
Fax +372 737 5264 mati@chem.ut.ee 
Faks +372 737 5264 mati@chem.ut.ee
THE ELECTRICALLY CONDUCTIVE POLYMERIC MATERIALS IN MULTILAYER STRUCTURES: CHEMISTRY AND TECHNOLOGY 
ELEKTRIT JUHTIVAD POLÜMEERMATERJALID MITMEKIHILISTES STRUKTUURIDES
Fax +372 620 2796 andres@edu.ttu.ee 
Faks +372 620 2796 andres@edu.ttu.ee
INTERFACIAL AND SOLID STATE CHEMISTRY AND APPLIED ELECTROCHEMISTRY 
PIIRPINDADE JA TAHKISTE KEEMIA NING RAKENDUSELEKTROKEEMIA
Institute of Physical Chemistry, UT Jakobi 2, 51014 Tartu 
TÜ füüsikalise keemia instituut Jakobi 2, 51014 Tartu
Fax +372 737 5160 enn@chem.ut.ee 
Faks +372 737 5160 enn@chem.ut.ee
Supervisor Prof Jaak Järv 
Juht prof Jaak Järv
Fax +372 737 5247 jj@chem.ut.ee 
Faks +372 737 5247 jj@chem.ut.ee
ANALYTICAL AND ELECTROCHEMICAL METHODS OF ANALYSIS AND THEIR EXPLOITATION IN ENVIRONMENTAL MONITORING 
INSTRUMENTAALSED ANALÜÜSIMEETODID KESKKONNAMONITOORINGUS JA MATERJALIDE UURINGUTES
Fax +372 7375 160 tenno@chem.ut.ee 
Faks +372 7375 160 tenno@chem.ut.ee
THEORY, DESIGN AND EXPLOITATION OF RADIATION DETECTORS AND LUMINESCENT MATERIALS 
KIIRGUSDETEKTORITE JA LUMINESTSENTSMATERJALIDE TEOORIA, DISAIN JA TEHNOLOOGILISED RAKENDUSED
CHEMISTRY AND TECHNOLOGY OF NANOCRISTAL- LINE AND SUBMICRONIC FILMS 
NANO- JA SUBMIKROONSETE KILEDE KEEMIA JA TEHNOLOOGIA
Fax +372 620 2798 malle@staff.ttu.ee 
Faks +372 620 2798 malle@staff.ttu.ee
the research and development of semiconductor compounds- type PV materials and electroconductive polymers for creation of materials for solar energetics and technologies (E.Mellikov, J.Krustok, M.Altosaar); 
ühendpooljuhtmaterjalide ja elektrit juhtivate polümeeride alased alus- ja rakendusuuringud päikeseenergeetika materjalide ja tehnoloogiate loomiseks ning arendamiseks (E. Mellikov, J. Krustok, M. Altosaar);
new methods for synthesis of chemical compounds and their technological applications (U.Mäeorg, A.Uri, T.Rodima); 
uued keemiliste molekulide sünteesimee- todid ja nende tehnoloogilised võimalused (U. Mäeorg, A. Uri, T. Rodima);
the study of properties, structure and applications of multilayered conductive polymers (A.Öpik, K.Lott); 
elektrit juhtivate polümeeride omaduste, struktuuri ja rakenduste uurimine mitmekihilistes struktuurides (A. Öpik, K. Lott jt);
novel materials and methods of analysis and their applications in environmental monitoring (dosimetriy electrochemical materials and biosensors analysis and certification of materials (I.Leito, M.Kerikmäe, L.Paama, M.Danilkin, T.Tenno, K.Tammeveski); 
moodsad analüüsimeetodid ja nende rakendused keskkonnakaitses (nt dosimeetriline analüüs, elektrokeemilised ja biosensorid), analüüsis ja materjalide sertifitseerimisel (I. Leito, M. Kerikmäe, L. Paama, M. Danilkin,
The design of neutral superacids and – bases, the “limits of growth” and potential applications. 
Neutraalsete superhapete ja -aluste disain, “kasvu piirid” ja selle rakendused.
The least-coordinating anions, ionic liquids and their applications for the Li-ion batteries and supercapacitors. 
Vähimkoordineeruvad anioonid, ioonsed vedelikud ja nende võimalik rakendamine lii- tiumioonpatareides ning superkonden- saatorites.
The experimental and computational study of acid-base equilibria in the gas phase and nonaqueous solution. 
Hape – alus tasakaalude eksperimentaalne (FT ICR) ja arvutuslik uurimine gaasifaasis ja mittevesilahustes.
The study of the influence of the electronic structure and solvent on the properties of chemical compounds and materials. 
Elektronstruktuuri ja lahusti mõju uurimine keemiliste ainete ja materjalide omadustele.
The study of the interactions between alkali-metal cations and Lewis bases. 
Leelismetallikatioonide ja Lewis’i aluste vaheliste reaktsioonide uurimine.
Metrology and quality assurance in chemistry. 
Keemiametroloogia ja kvaliteeditagamine keemias.
Novel methods of analysis and their applications. 
Uudsed analüüsimeetodid ja nende rakendused.
Therefore, in case of different synthetic, technological and analytical applications it is extremely important to know the quantitative aspects of the dependencies of the acid-base equilibria upon the properties of the solvent. 
Seega on mitmesuguste sünteetiliste, tehnoloogiliste ja ka analüütiliste rakenduste puhul oluline teada happelis-aluseliste tasakaalude solventsõl- tuvuste kvantitatiivseid aspekte.
Gas-Phase Acidity (ΔGºacid, kcal/mol) Scale of Neutral Superacids. 
Neutraalsete superhapete gaasifaasilise happelisuse (ΔGºacid, kcal/mol) skaala.
Acidity Increases Downwards. 
Happelisus kasvab ülevalt alla.
The research group has very close and extensive collaboration with R&D partners from the USA, Japan, Germany, Spain, France, Australia, Sweden, Russia, Ukraine, etc. 
Uurimisrühmal on arvukad koostööpartnerid USAs, Jaapanis, Saksamaal, Hispaanias, Prantsusmaal, Austraalias, Rootsis, Venemaal, Ukrainas jm.
Della, E. W., Müller, P., Davalos, J.Z., Burk, P., Koppel, I., Pihl, V., Quintanilla, E. Stereoelect- ronic, strain and medium effects on the protonation of cubylamine, a Janus-like base. 
Della, E. W., Müller, P., Davalos, J.Z., Burk, P., Koppel, I., Pihl, V., Quintanilla, E. Stereoelect- ronic, strain and medium effects on the proto- nation of cubylamine, a Janus-like base.
M., Anvia, F., Taft, R. W. Revised and expanded scale of gas-phase lithium-cation basicities. 
Gal J.-F., Maria, P.-C., Herreros, M., Notario, R., Abboud, J.-L. M., Anvia, F., Taft, R. W. Revised and expanded scale of gas-phase lithium-cation basicities.
Kaljurand, I., Rodima, T., Leito, I., Koppel, I. A., Schwesinger, R. Self-consistent spectrophotometric basicity scale in acetonitrile covering the range between pyridine and DBU. 
Kaljurand, I., Rodima, T., Leito, I., Koppel, I. A., Schwesinger, R. Self-consistent spectrophoto- metric basicity scale in acetonitrile covering the range between pyridine and DBU.
Koppel, I. A., Burk, P., Koppel, I., Leito, I., So- noda, T., Mishima, M. Gas-phase acidities of some neutral superacids: a DFT and ab initio study. 
Koppel, I. A., Burk, P., Koppel, I., Leito, I., So- noda, T., Mishima, M. Gas-phase acidities of so- me neutral superacids: a DFT and ab initio study.
Expanding the spectrophotometric acidity scale in heptane. 
Expanding the spectro- photometric acidity scale in heptane.
Research is concentrated to the fundamental studies of different inorganic PV materials (cadmium telluride (CdTe), copperindium- diselenide (CuInSe2) type materials) and electroconductive polymers and technologies their formation with the aim of getting new fundamental knowledge about above-given materials and develop new design cheap devices for PV energetics. 
Läbiviidavad teadusuuringud annavad panuse uute päikeseenergeetika materjalide ja seadiste tehnoloogiate otsingutesse läbi kasutatavate uute ühendpooljuhtmaterjalide (kaadmiumtelluriid (CdTe), vaskindiumdiseleniidi (CuInSe2) ehk CIS tüüpi materjalid) ning elektrit juhtivate polümeeride omaduste parema tundmaõppimise ja kasutatavate tehnoloogiate täpsema kontrolli.
About 11 million EEK is invested into the infrastructure of laboratory mainly in use of finances of the group. 
Kaasfinantsee- rimistest on investeeritud laboratooriumi infrastruktuuri ca 11 miljonit krooni.
Thin Solid Films 431- 432, 466-469 (2003). 
Thin Solid Films 431-432, 466-469 (2003).
Bereznev, S., Konovalov, I., Öpik, A., Kois, J., Meis- sner, D., Mellikov, E. Polypyrrole thin film electrode- position on polycrystalline CuInS2 for photovoltaic applications. 
Bereznev, S., Konovalov, I., Öpik, A., Kois, J., Meissner, D., Mellikov, E. Polypyrrole thin film electrodeposition on polycrystalline CuInS2 for
Jagomägi, A., Krustok, J., Raudoja, J., Gros- sberg, M., Danilson, M. Deep and edge phot- oluminescence emission of CuInTe2. 
Jagomägi, A., Krustok, J., Raudoja, J., Gros- sberg, M., Danilson, M. Deep and edge photo- luminescence emission of CuInTe2.
The contemporary chemical and biotechnology, the development of novel materials and medical drugs, and many other research areas require the knowledge of reliable data about the intrinsic structure and properties of chemical compounds and complex molecular structures. 
Kaasaegne keemiline ja biotehnoloogia, nanotehnoloogia, uute ravimite ja kõrgtehnoloogiliste materjalide väljatöötamine ning paljud teised valdkonnad vajavad usaldusväärseid andmeid keemiliste ühendite ja keeruliste molekulaarsete struktuuride sisemise ehituse ning omaduste kohta.
Precise ab initio methods based on quantum theory are mostly applicable for relatively small molecules in the gas phase. 
Efektiivsed ja täpsed kvant- mehhaanikal põhinevad meetodid on välja arendatud enamasti vaid aatomite ja suhteliselt väikeste molekulide omaduste arvutamiseks.
Simple self-consistent reaction field model for the description of the electronic structure of a molecule in a surrounding medium S with dielectric permittivity ε. 
Lihtne reaktsioonivälja mudel molekulide elektron- struktuuri arvutamiseks keskkonnas S dielektrilise läbitavusega ε.
Computer modelling of the aromatic compound docking with Transcription factor Malt domain III protein. 
Arvutil modelleeritud aromaatsete ühendite sidumine valgumolekuliga.
Sci43, 1576-1583 (2003). 
Sci43, 1576-1583 (2003)
Katritzky, A. R., Maran, U., Lobanov, V. S., Karelson, M. Structurally diverse QSPR correlations of technologically relevant physical properties. 
Katritzky, A. R., Maran, U., Lobanov, V. S., Karelson, M. Structurally diverse QSPR correla- tions of technologically relevant physical properties.
Katritzky, A. R., Oliferenko, A., Lomaka, A., Ka- relson, M. Six-membered cyclic ureas as HIV-1 protease inhibitors. 
Katritzky, A. R., Oliferenko, A., Lomaka, A., Karelson, M. Six-membered cyclic ureas as HIV-1 protease inhibitors.
EC financed EU FW RDT projects in the field of group RTD activities: EU RTD projects NNE5- 2001-00544 The European Polymer Solar Battery, NNE5-2002-00017 “Materials and Technologies for Photo-voltaic Applications from Estonia”. 
Teemaga on seotud Euroopa Liidu RTD projektid: NNE5-2001-00544 “The European Polymer Solar Battery”, NNE5-2002-00017 “Materials and Technologies for Photovoltaic Applica- tions from Estonia”.
Lott, K., Nirk, T., Raukas, M., Volobujeva, O., Öpik, A., Vishnjakov, A. High temperature electrical conduc-tivity in the Ag solubility limit region in ZnS and in CdSe. 
Lott, K., Nirk, T., Raukas, M., Volobujeva, O., Öpik, A., Vishnjakov, A. High temperature electrical conductivity in the Ag solubility limit region in ZnS and in CdSe.
3, 8, 1295 1297 (2001). 
3, 8, 1295-1297 (2001).
Lott, K., Türn, L., Volobujeva, O., Leskelä, M. High temperature electrical conductivity of Cu- doped ZnS. 
Lott, K., Türn, L., Volobujeva, O., Leskelä, M. High temperature electrical conductivity of Cu-doped ZnS.
Syritski, V., Öpik, A., Forsén, O. Ion transport investigations of polypyroles doped with different anions by EQCM and CER techniques. 
Syritski, V., Öpik, A., Forsén, O. Ion transport investigations of polypyroles doped with diffe- rent anions by EQCM and CER techniques.
INTERFACIAL AND SOLID STATE CHEMISTRY AND APPLIED ELECTROCHEMISTRY 
PIIRPINDADE NING TAHKISTE ELEKTROKEEMIA JA RAKENDUSELEKTROKEEMIA
MAIN RESEARCH DIRECTIONS 
PEAMISED UURIMISVALDKONNAD:
Electric double layer structure at Bi, Cd and Sb single crystal faces. 
Elektriline kaksikkiht Bi, Cd ja Sb monokris- tallidel.
Adsorption kinetics of organic compounds at Bi, Cd and Sb single crystal faces and at carbon electrodes. 
Orgaaniliste ühendite adsorptsiooni kineetika Bi, Sb ja Cd monokristalli tahkudel ja süsinikelektroodidel.
Influence of geometric and energetic inhomogeneity of surface on the adsorption characteristics of various compounds (see Fig. 7 and 8). 
Elektroodi pinna geomeetrilise ja energeetilise ebaühtluse mõju erinevate ühendite adsorptsiooni parameetritele (vt joonised 7 ja 8).
Influence of crystallographic structure of the solid surface on the kinetics of various electrochemical reactions (cathodic hydrogen evolution, electroreduction of oxygen, complex anions, cations and organic compounds). 
Tahke pinna kristallograafilise struktuuri mõju erinevate elektrokeemiliste reaktsioonide (vesiniku katoodne eraldumine, hapniku, komplekskatioonide ja orgaaniliste ühendite elektroredutseerimine) kineetikale.
Electrochemical behaviour of nanoporous carbon electrodes (Fig. 9) and super- capacitors (cooperation with Tartu Technologies Ltd.) 
Nanopoorse süsinikelektroodi elektrokeemilised omadused ja rakendused superkon- densaatoris (koostööpartner AS Tartu Tehnoloogiad) (vt joonis 9).
Electrically conducting polymers and quantum chemical calculations by following methods: 
Elektrit juhtivad polümeerid ja kvantkeemilised arvutused nende omaduste kirjeldamiseks järgmiste meetoditega:
./ molecular mechanics, 
molekulaarmehhaanika,
./ semi-empirical: AM1, PM3, 
pool-empiirilised meetodid: AM1, PM3,
./ ab initio HF: 3-21G…6-31++G**, 
ab initio HF: 3-21G…6-31++G**,
./ density functional: B3LYP, 
tihedusfunktsionaal: B3LYP,
./ perturbation theory: MP2. 
häiritusteooria: MP2.
Kallip, S., Laukkanen, P., Jänes, A., Sammelselg, V., Väyrynen, J., Miidla, P., Lust, E. Investigation of the surface topography and double layer characteristics of variously pre-treated antimony single crystal electrodes. 
Kallip, S., Laukkanen, P., Jänes, A., Sammel- selg, V., Väyrynen, J., Miidla, P., Lust, E. Inves- tigation of the surface topography and double layer characteristics of variously pretreated antimony single crystal electrodes.
Bard, A. J., Stratman, M. Encyclopedia of Electrochemistry, 1, Wiley, 188-224 (2002). 
Bard, A. J., Stratman, M. Encyclopedia of Elec- trochemistry, 1, Wiley, 188-224 (2002).
Lust, E., Jänes, A., Sammelselg, V., Miidla, P. Influence of charge density and electrolyte concentration on the electrical double layer characteristics at rough cadmium electrodes. 
Lust, E., Jänes, A., Sammelselg, V., Miidla, P. Influence of charge density and electrolyte con- centration on the electrical double layer cha- racteristics at rough cadmium electrodes.
Lust, E., Kallip, S., Möller, P., Jänes, A., Sam- melselg, V., Miidla, P., Väärtnõu, M., Lust, K. Influence of surface charge density on the electro- chemically derived surface roughness of Bi electrodes. 
Lust, E., Kallip, S., Möller, P., Jänes, A., Sam- melselg, V., Miidla, P., Väärtnõu, M., Lust, K. Influence of surface charge density on the electro- chemically derived surface roughness of Bi elect- rodes.
Air (O2) (T 600C) 
Õhk (O2) (T 600C)
White, R. E., Conway B. E., Bockris J. O’M. 
In: White, R. E., Conway B. E., Bockris J.
Modulation of chemical reactions by ultrasound seems to be a perspective approach for working out new selective synthetic methods. 
Huvi pakub ka reaktsioonide moduleerimine ultraheli abil, mis võib viia uute sünteeesimeetodite loomiseni.
As a new trend, investigations were initiated in preparation and study of smooth siloxane surfaces for AMF visualization of immobilized biopolymers, important step for design of molecular chips and related technologies. 
See avab tee näiteks nn molekulaarkiipide loomiseks, kus kandja pinnal asuvad peptiidsub-straatide või muude biopolümeeride seeriad.
Harro, J., Terasmaa, A., Eller, M., Rinken, A. Effect of denervation of the locus coeruleus projections by DSP-4 treatment on [H]-raclopride binding to dopamine D2 receptors and D2 receptor - G-protein interaction in the rat striatum. 
Harro, J., Terasmaa, A., Eller, M., Rinken, A. Effect of denervation of the locus coeruleus projections by DSP-4 treatment on [H]- raclopride binding to dopamine D2 receptors and D2 receptor - G-protein interaction in the rat striatum.
Neuropsychophar- macol. 
Neuropsycho- pharmacol.
Mahlapuu, R., Viht, K., Balaspiri, L., Bog- danovic, N., Saar, K., Soomets, U., Land, T., Zilmer, M., Karelson, E., Langel, Ü. Amyloid prescursor protein carboxy-terminal fragment modulate G-proteins and adenylate cyclase activity in Alzheimer's disease brain. 
Mahlapuu, R., Viht, K., Balaspiri, L., Bogda- novic, N., Saar, K., Soomets, U., Land, T., Zilmer, M., Karelson, E., Langel, Ü. Amyloid pres- cursor protein carboxy-terminal fragment mo- dulate G-proteins and adenylate cyclase activity in Alzheimer's disease brain.
Sak, K., Uri, A., Enkvist, E., Raidaru, G., Subbi, J., Kelve, M., Järv J. Adenosine-derived non-phosphate antagonists for P2Y(1) purinoceptors. 
Sak, K., Uri, A., Enkvist, E., Raidaru, G., Subbi, J., Kelve, M., Järv J. Adenosine-derived non- phosphate antagonists for P2Y(1) purinocep- tors.
Tuulmets, A., Nguyen, T. B., Panov, D., Sas- sian, M., Järv, J. Kinetics of Grignard reaction with silanes in diethyl ether and ether-toluene mixtures. 
Tuulmets, A., Nguyen, T. B., Panov, D., Sassi- an, M., Järv, J. Kinetics of Grignard reaction with silanes in diethyl ether and ether-toluene mixtures.
MAIN RESEARCH DIRECTIONS 
PEAMISED UURIMISSUUNAD
Development of biosensors for environmental monitoring, 
keskkonnamonitooringus kasutatavate bio- sensorite väljatöötamine;
Mathematical modelling of biosensors, 
biosensorite matemaatiline modelleerimine;
Development of short-term method for estimation of oxygen demand of wastes and wastewaters, 
lühiajalise biokeemilise hapnikutarbe meetodi väljatöötamine;
Study of oxygen mass-transfer through surfactant films, 
hapniku massiülekande uurimine läbi pindaktiivse aine kilede;
Characterization of nanostructured and chemically modified electrodes. 
nanostruktuursete ja keemiliselt modifitseeritud elektroodide uurimine.
A special device based on electrochemical oxygen sensor has been designed in order to determine the oxygen permeability through the interface. 
Töö teostamiseks on välja töötatud spetsiaalne elektro- keemilisel hapnikuanduril põhinev mõõteseade hapniku massiülekande kiiruse mõõtmiseks läbi vesi-õhk piirpinna.
Fig 12. 
Joonis 12.
There has been an increasing interest in the study of chemically modified electrodes. 
Keemiliselt modifitseeritud elektroodide vastu tuntakse järjest suuremat huvi.
These can be used in various devices, including electrochemical biosensors. 
Neid saab kasutada mitmesugustes seadmetes, sh elektrokeemilistes biosensorites.
We have used the diazonium salt reduction method for the covalent attachment of quinones to carbon electrodes. 
Uurimisrühmas on kasutatud diasooniumisoola redutseerumise meetodit kinoonide seondamiseks süsinikelektroodi pinnaga.
These quinone-modified electrodes show a high electrocatalytic activity for the two-electron reduction of oxygen to hydrogen peroxide. 
Kinoonidega modifitseeritud elektroodid näitavad suurt elektrokatalüütilist aktiivsust hapniku kahe-elektronilisel redutseerumisel ve- sinikperoksiidiks.
Carbon electrodes grafted by quinones are good electrocatalyst candidates for the electrochemical production of hydrogen peroxide. 
Neid elektroode saab kasutada vesinikperoksiidi elektrokeemilisel sünteesil.
Chemical modification of surfaces is also a powerful means to design indicating electrodes of controlled electrochemical properties for bio- sensors. 
Pindade keemiline modifitseerimine võimaldab saada soovitud elektrokatalüütiliste omadustega indikaatorelektroode biosensoritele.
For instance, we have successfully employed the gold electrodes with covalently immobilised cytochrome c for the electrochemical detection of superoxide ion (O2). 
Kovalentselt immobiliseeritud tsütokroom c-ga kuldelekt- roodi oleme edukalt kasutanud superoksiidiooni (O2) elektrokeemilisel detekteerimisel.
Nanostructuring of electrodes offers a unique opportunity to alter the electrocatalytic properties of catalytically active materials on various supports. 
Elektroodide nanostruktureerimine pakub uudseid võimalusi inertsele alusele kantud katalüütiliselt aktiivsete materjalide elektrokatalüütiliste omaduste muutmiseks.
Even submonolayer amounts of catalysts on inert supports can significantly alter the electrochemical behaviour of these electrodes. 
Isegi submonokihile vastavad katalüsaatorikogused võivad oluliselt muuta nende elektroodide elektrokeemilist käitumist.
The research under this task was aimed at establishing a relationship between the elect- rocatalytic activity of nanoscale catalysts and their surface structure. 
Selles valdkonnas teostatud töö eesmärgiks oli uurida nanomõõtmetes katalüsaatorite elektrokatalüüti- lise aktiivsuse sõltuvust nende pinna struktuurist.
Orupõld, K., Maširin, A., Tenno, T. Estimation of biodegradation parameters of phenolic compounds on activated sludge by respirometry. 
Orupõld, K., Maširin, A., Tenno, T. Estimation of biodegradation parameters of phenolic com- pounds on activated sludge by respirometry.
Rinken, T., Järv, J., Rinken, A., Tenno, T. Biologically active material. 
Rinken, T., Järv, J., Rinken, A., Tenno, T. Biolo- gically active material.
Estonian patent application P199900442, 29.11.1999. 
Estonian patent appli- cation P199900442, 29.11.1999.
Rinken, T., Rinken, A., Tenno, T., Järv, J. Calibration of glucose biosensors by pre-steady state kinetics. 
Rinken, T., Rinken, A., Tenno, T., Järv, J. Calib- ration of glucose biosensors by pre-steady state kinetics.
Sarapuu, A., Tammeveski, K., Tenno, T., Sam- melselg, V., Kontturi, K., Schiffrin, D. J. Electrochemical reduction of oxygen on thin-film Au electrodes in acid solution. 
Sarapuu, A., Tammeveski, K., Tenno, T., Sam- melselg, V., Kontturi, K., Schiffrin, D. J. Electro- chemical reduction of oxygen on thin-film Au electrodes in acid solution.
Sarapuu, A., Vaik, K., Schiffrin, D. J., Tamme- veski, K. Electrochemical reduction of oxygen on anthraquinone-modified glassy carbon electrodes in alkaline solution. 
Sarapuu, A., Vaik, K., Schiffrin, D. J., Tamme- veski, K. Electrochemical reduction of oxygen on anthraquinone-modified glassy carbon elect- rodes in alkaline solution.
Tammeveski, K., Tenno, T., Mashirin, A., Hillhouse, E. W., Manning, P., McNeil, C. J. Superoxide electrode based on covalently immobilized cytochrome c: modelling studies. 
Tammeveski, K., Tenno, T., Mashirin, A., Hillho- use, E. W., Manning, P., McNeil, C. J. Super- oxide electrode based on covalently immo- bilized cytochrome c: modelling studies.
We carry out both fundamental and applied research in the field. 
Sel alal viiakse läbi nii fundamentaal- kui ka rakenduslikke uuringuid.
This cooperation enables us to access unique scientific instruments like synchrotron radiation sources and quantum magnetometer. 
See koostöö võimaldab juurdepääsu unikaalsele teadusaparatuurile, nagu sünkrotronkiirguse allikad ja kvantmagneto- meeter.
Our research work involves solid state chemistry, solid state physics, radiation damage, material science, and also development of equipment. 
Uurimistöö hõlmab tahke keha keemiat ja füüsikat, kiirgustoimet, materjaliteadust, samuti sünteesi- ja mõõtmisaparatuuri.
We apply different techniques in our studies: luminescence, thermo- and optically stimulated luminescence (TSL and OSL), optical-, radio-, and gamma-resonance spectroscopy, magnetic measurements, chemical preparation and analysis of luminescent materials. 
Uuringutes kasutatakse erinevaid meetodeid: luminestsentsi, termo- ja optiliselt stimuleeritud luminestsentsi (TSL ja OSL), optilist, raadio- ja gammareso- nantsspektroskoopiat, magnetilisi mõõtmisi, lu- minestsentsmaterjalide sünteesi ja keemilist analüüsi.
The fundamental research includes studies of intrinsic and impurity defects, interaction of defects, mechanisms of luminescence and energy transfer. 
Fundamentaaluuringud hõlmavad võre- ja lisan- didefekte, defektide vastasmõju, luminestsentsi ja energia ülekande mehhanisme.
Also, the plastical deformation and radiation damage are studied in connection with intrinsic defects and their properties. 
On uuritud ka plastilist deformatsiooni ja kiirguse toimet seoses põhi- võredefektide ja nende omadustega.