See veebileht kasutab küpsiseid kasutaja sessiooni andmete hoidmiseks. Veebilehe kasutamisega nõustute ETISe kasutustingimustega. Loe rohkem
Olen nõus

Kalju Lott

https://www.etis.ee/CV/Kalju_Lott/est
10.08.1942
29.09.2015
6202824
53462242
kalju.lott@ttu.ee

Teenistuskäik

Töökohad ja ametid
1974-1995, TPI vanemteadur füüsikalise keemia kateedris
1995- 2000. TTÜ assistent füüsikalise keemia õppetoolis
2000- k.a. TTÜ dotsent füüsikalise keemia õppetoolis
2006–29.09.2015   
Tallinna Tehnikaülikool, Keemia ja materjalitehnoloogia teaduskond, Materjaliteaduse instituut, Füüsikalise keemia õppetool, Dotsent (1,00)
01.01.1968–31.12.1974   
1968-1974, TPI vaneminsener füüsikalise keemia kateedris
 
 
Haridustee
1972–...   
1972-1975, TPI mittestatsionaarne aspirantuur
1961–...   
TPI, 1968, elektroonika erimaterjalide tehnoloogia
1996- 2000 TTÜ kaugõppe doktorant, statsionaarne doktorant
 
 
Teadusorganisatsiooniline ja -administratiivne tegevus
Euroopa Materjaliuuringute Ühingu liige, TTÜ arvutiseerimise ekspertkomisjoni liige

Kvalifikatsioon

Teaduskraadid
Kalju Lott, doktorikraad, 2000, (juh) Andres Öpik, Doping and Defect Thermodynamic Equilibrium in ZnS, Tallinna Tehnikaülikool.
 
 
Teaduspreemiad ja tunnustused
0, Kalju Lott, Eesti Haridusministeeriumi aukiri (1992), MENTE ET MANU Tallinna Tehnikaülikoolilt 1992
 
 
Teadustöö põhisuunad
ETIS KLASSIFIKAATOR: 4. Loodusteadused ja tehnika; 4.12. Protsessitehnoloogia ja materjaliteadus; TÄPSUSTUS: tahke keha keemia
 
 
Lisainfo
Loodusteaduste doktor, "ZnS legeerimine ja defektide termodünaamiline tasakaal"
TTÜ, 2000

Lõppenud projektid

Juhendamisel väitekirjad

Juhendatud väitekirjad

Publikatsioonid

Klass
Aasta
Publikatsioon
 
1.1.
2015
Lott, K.; Nirk, T.; Gorokhova, E.; Türn, L.; Viljus, M.; Öpik, A.; Vishnjakov, A. (2015). High temperature electrical conductivity in undoped ceramic ZnO. Crystal research and technology, 50 (1), 10−14.10.1002/crat.201400138.
1.1.
2014
Lott, K.; Nirk, T.; Türn, L.; Shinkarenko, S.; Öpik, A.; Kortunova, E.; Shvanskiy, P.; Gorokhova, E.; Vishnjakov, A. (2014). High temperature electrical conductivity in hydrothermally grown ZnO. physica status solidi (c), 11 (9), 1481−1484.10.1002/pssc.201400009.
1.1.
2011
Gorokhova, E.; Rodnyi, P.; Lokshin, E.; Lott, K.; Kunshina, G.; Chernenko, K.; Ananieva, G.; Eron’ko, S.; Khodyuk, I.; Gromov, O.; Oreschenko, E. (2011). Structural, optical, and scintillation characteristics of ZnO ceramics. Journal of Optical Technology, 78 (11), 753−760.10.1364/JOT.78.000753.
1.1.
2010
Lott, K.; Shinkarenko, S.; Türn, L.; Nirk, T.; Öpik, A.; Kallavus, U.; Gorokhova, E.; Grebennik, A.; Vishnjakov, A (2010). High temperature defect equilibrium in ZnS:Cu single crystals. physica status solidi (b), 247 (7), 1662−1665.10.1002/pssb.200983673.
1.1.
2010
Kropman, D.; Mellikov, E.; Öpik, A.; Lott, K.; Kärner, T.; Heinmaa, I.; Laas, T.; Medvid, A.; Skroupa, W.; Prucnal, S.; Rebohle, L.; Zvyagin, S.; Cizmar, E.; Ozerov, M.; Woznitsa, J. (2010). Interaction of point defects with impurities in the Si-SiO2 system and its influence on the properties of the interface. Thin Solid Films, 518 (9), 2374−2376. DOI: 10.1016/j.tsf.2009.09.011.
3.1.
2010
Kropman, D.; Mellikov, E.; Lott, K.; Kärner, T.; Heinmaa, I.; Laas, T.; Medvid, A.; Skorupa, W.; Prucnal, S.; Zvyagin, S.; Cizmar, E.; Ozerov, M.; Woznitsa, J. (2010). Interaction of point defects with impurities in the Si-SiO2 system and its influence on the properties of the interface. Gettering and Defect Engineering in Semiconductor Technology XIII, 145−148.
1.1.
2009
Lott, K.; Shinkarenko, S.; Türn, L.; Nirk, T.; Öpik, A.; Kallavus, U.; Gorokhova, E.; Grebennik, A.; Vishnjakov, A. (2009). High temperature antistructure disorder in undoped ZnS. Physica B Condensed Matter, 404, 5006−5008.
1.1.
2009
Kropman, D.; Mellikov, E.; Öpik, A.; Lott, K.; Volobueva, O.; Kärner, T.; Heinmaa, I.; Laas, T.; Medvid, A. (2009). Strain relaxation mechanism in the Si-SiO2 system and its influence on the interface properties. Physica B Condensed Matter, 404, 5153−5155.
5.2.
2008
Kropman, D.; Mellikov, E.; Öpik, A.; Lott, K.; Volobueva, O.; Kärner, T.; Heinmaa, I.; Laas, T.; Medvid, A. (2008). Strain Relaxation Mechanism in the Si-SiO2 System and its Influence on the Interface Properties. Technologia. Kaunas 2008: Radiation Interaction with Materials and its use in Technologies. Kaunas, 24-27.09.2008. Ed. Grigonis, A. Kaünas: Lithuanian Academy of Sciences, 204−207.
1.1.
2007
Lott, K.; Shinkarenko, S.; Volobujeva, O.; Türn, L.; Nirk, T.; Öpik, A.; Nisumaa, R., Kallavus, U.; Nõges, M.; Mikli, V.; Viljus, M.; Gorokhova, E.; Ananjeva, G.; Grebennik, A.; Vishnjakov, A. (2007). High temperature electrical conductivity in ZnSe:In and CdSe:In under selenium vapor pressure. physica status solidi (b), 244 (5), 1623−1626. DOI: 10.1002/pssb.200675117.
1.1.
2006
Lott, K.; Nirk, T.; Volobujeva, O.; Shinkarenko, S.; Türn, L.; Kallavus, U.; Grebennik, A.; Vishnjakov, A. (2006). High-temperature investigation of ZnS:Ga and CdSe:Ga. Physica B Condensed Matter, 376-377, 764−766.
5.2.
2006
Kallavus, U.; Nisumaa, R.; Kriiska, K.; Lott, K.; Idla, K.; Strandberg, M. (2006). Pretreatment of cellulose matrix for the generation of one-dimensional nanostructures. In: EMRS Fall Meeting 2006 (112−113). EMRS FALL MEETING, September 4-8, Warsaw University of technology, Poland. Symposium D: Polymer materials modified by nanoparticles.
3.1.
2005
Lott, K.; Shinkarenko, S.; Kirsanova, T.; Türn, L.; Grebennik, E. A.; Vishnjakov, A. (2005). Atomic Absorption Photometry of Excess Zn in ZnO. physica status solidi (c), 2 (3), 1200−1205.
1.1.
2004
Lott, K.; Shinkarenko, S.; Kirsanova, T.; Tum, L.; Gorohova, E.; Grebennik, A.; Vishnjakov, A (2004). Zinc nonstoichiometry in zno. Solid State Ionics, 173, 29−33.
1.1.
2004
Lott, K.; Nirk, T.; Shinkarenko, S (2004). High temperature electrical conductivity in zns : Al and in cdse : Al. Solid State Ionics, 173, 83−87.
3.1.
2004
Lott, K.; Shinkarenko, S.; Kirsanova, T.; Türn, L.; Gorohova, E.; Grebennik, A.; Vishnjakov, A. (2004). Excess Zn in ZnO. physica status solidi (c), 9(1): Conference on Photo-responsive Materials. Wiley InterScience, 2237−2242.
3.4.
2004
Лотт, К.; Шинкаренко, С.; Кирсанова, Т.; Тюрн, Л.; Горохова, Е.; Гребенник, А.; Вишняков, А. (2004). Нестехиометрия оксида цинка. Сборник трудов VI международной конференции "Прикладная Оптика 2004" (7−11).. American Optical Society.
1.1.
2003
Lott, K.; Volobujeva, O.; Nirk, T.; Türn, L.; Öpik, A.; Gorohova, E. (2003). High temperature electrical conductivity of codoped ZnS and CdSe. Physica B: Condensed Matter, 340-342, 263−266.
3.1.
2003
Lott, K.; Volobujeva, O.; Raukas, M.; Türn, L.; Grebennik, A.; Vishnjakov, A. (2003). Investigation of excess Zn in ZnO. Proceedings : 10th International Conference on Shallow Level Centers in Semiconductors (SLCS-10), Warzawa, Poland, 24 July 27 2002. Ed. Godlewski, M . Wiley-VCH, 622−625. (Physica Status Solidi (c); 0(2)).
3.1.
2003
Lott, K.; Volobujeva, O.; Öpik, A.; Nirk, T.; Türn, L.; Nõges, M. (2003). High Temperature Electrical Conductivity in Donor-Doped II-VI Compounds. Proceedings : 10th International Conference on Shallow Level Centers in Semiconductors (SLCS-10), Warzawa, Poland, 24 July 27 2002. Ed. Godlewski, M . Wiley-VCH, 618−621. (Physica Status Solidi (c); 0(2)).
1.1.
2002
Lott, K.; Türn, L.; Volobujeva, O.; Leskelä, M. (2002). High temperature electrical conductivity in Cu-doped ZnS. physica status solidi (b), 229 (1), 361−364.
1.1.
2002
Lott, K.; Nirk, T.; Volobujeva, O (2002). Chemical self-diffusion in undoped zns and in undoped cdse. Crystal Engineering, 5, 147−153.
3.4.
2002
Лотт, K; Волобуева, O; Раукас, M; Тюрн, Л; Гребенник, А.В; Вишняков, А.В. (2002). Нестехиометрический цинк в оксиде цинка,. Сборник трудов V международной конференции "Прикладная оптика 2002", (54−58).. St.Peterburg: American Optical Society.
1.1.
2001
Lott, K.; Raukas, M.; Volobujeva, O.; Vishnjakov, A.; Grebennik, A (2001). High temperature electrical conductivity in Ga and In solubility limit region in zns. International Journal of inorganic Materials, 3 (8), 1345−1347.
1.1.
2001
Lott, K.; Turn, L.; Volobujeva, O.; Leskela, M (2001). High temperature electrical conductivity of undoped ZnS. Physica B: Condensed Matter, 308, 932−934.
1.1.
2001
Lott, K.; Nirk, T.; Raukas, M.; Voloblajeva, O.; Öpik, A.; Vishnjakov, A (2001). High temperature electrical conductivity in the Ag solubility limit region in zns and in cdse. International Journal of inorganic Materials, 3 (8), 1295−1297.
1.1.
2000
Lott, K.; Anan'eva, G.; Gorokhova, E (2000). Solid-phase recrystallization of zns ceramics in phase transition region. Journal of Crystal Growth, 214, 894−898.
1.1.
1999
Лотт, K (1999). Высокотемпературная электропроводность в ZnS керамике. Оптический Журнал, 66 (7), 70−74.
1.1.
1999
Lott, K.; Nirk, T (1999). High temperature electrical conductivity in the phase transition region. Journal of Crystal Growth, 197 (3), 485−488.
1.1.
1999
Lott, K.; Turn, L (1999). A method for the calculation of defect equilibrium. Journal of Crystal Growth, 197 (3), 493−496.
1.1.
1999
Lott, K.; Raukas, M.; Vishnjakov, A.; Grebennik, A (1999). High temperature electrical conductivity in the Cu solubility limit range in zns : Cu. Journal of Crystal Growth, 197 (3), 489−492.
1.1.
1999
Lott, KP (1999). High-temperature electrical conductivity of zns : Cu : Cl ceramic in the phase-transition region. Journal of Optical Technology, 66 (7), 635−638.
1.1.
1999
Lott, K.; Nirk, T.; Gorokhova, E.; Ryzhikov, E (1999). High temperature electrical conductivity in zns : Cu : Cl ceramics and in cdsexte1-x polycrystalline solid solutions. Solid State Phenomena, 67-8, 329−334.
1.3.
1998
Lott, K.; Türn, L. (1998). Calculation of frozen-in defect equilibrium in ZnS:Cu:Al:Bi:Cl. Proceedings of the Estonian Academy of Sciences. Chemistry, 1, 35−38.
1.3.
1996
Lott, K.; Türn, L. (1996). A method for the calculation of defect equilibrium in ZnS:Cu:Al:Bi:Cl. Proceedings of the Estonian Academy of Sciences. Chemistry, 45, 130.
1.3.
1995
Lott, K.; Grebennik, A.; Dontsova, A.; Raukas, M.; Vishnjakov, A. (1995). Deviation of A2B6 compounds from stoichiometry: electroneutral defects or the adsorption of one component excess? Proceedings of the Estonian Academy of Sciences. Chemistry, 44, 114−117.
1.2.
1981
Лотт, К.; Вишняков, А.В.; Раукас, М.М. (1981). Структура фазовой диаграммы Zn-Cu-S и растворимость меди в сульфиде цинка. Ж. Неорг. Химии, 26 (7), 1894−1899.
1.2.
1979
Bredikhin, S.; Lott, K.; Varvas, J. (1979). EPR of Additively Coloured and Plastically Deformed ZnS. In: Lippmaa, E (_EditorsAbbr). Magnetic Resonance and Related Phenomena (293−293).. Berlin: Springer.
3.1.
1977
Lott, K.; Varvas, J. (1977). Study of doping of zinc sulfide with copper, aluminum, gallium, and indium. "Properties of doping of semiconductors" (98−99).. Moscow: Nauka.
1.1.
1973
Lott, K.P.; Varvas, J.A. (1973). Conductivity of ZnS in Additive Coloration Process. phys. stat. sol.(a), 15, K51−K52.
1.1.
1972
Lott, K.P. (1972).  Stability of F-centres in Additively Coloured ZnS at Low Temperature. phys. stat. sol. (a), 9, K43−K44.
22.04.2019

Kalju Lott

https://www.etis.ee/CV/Kalju_Lott/eng
10.08.1942
29.09.2015
6202824
53462242
kalju.lott@ttu.ee

Career

Institutions and positions
1974-1995, TPI senior research scientist in department of physical chemistry
1995-2000 TTU assistant in chair of physical chemistry
2000- TUT associate professor in chair of physical chemistry
2006–29.09.2015   
Tallinn University of Technology , Faculty of Chemical and Materials Technology, Department of Materials Science, Chair of Physical Chemistry, Associate Professor (1,00)
01.01.1968–31.12.1974   
1968-1974, TPI senior engineer in department of physical chemistry
 
 
Education
1972–...   
1972-1975, TPI post-graduate student taking a correspondence course
1961–...   
Tallinn Polytechnical Institute, technology of special materials for electronics,
1996- 2000 TTU post-graduate student taking a correspondence course, post-graduate student
 
 
R&D related managerial and administrative work
Member of European Materials Research Society, member of the Comission of Computerization of TTU

Qualifications

Academic degrees
Kalju Lott, Doctor's Degree, 2000, (sup) Andres Öpik, Doping and Defect Thermodynamic Equilibrium in ZnS (Doping and Defect Thermodynamic Equilibrium in ZnS), Tallinn University of Technology.
 
 
Honours & awards
0, Kalju Lott, Honour certificate from the Ministry of Education of Estonia (1992), MENTE ET MANU from TTU (1992)
 
 
Fields of research
ETIS CLASSIFICATION: 4. Natural Sciences and Engineering; 4.12. Process Technology and Materials Science
 
 
Additional information
Ph.D. (Natural sciences), "Doping and Defect Thermodynamic Equilibrium in ZnS"
TTU, 2000

Completed projects

Dissertations under supervision

Supervised dissertations

Publications

Category
Year
Publication
 
1.1.
2015
Lott, K.; Nirk, T.; Gorokhova, E.; Türn, L.; Viljus, M.; Öpik, A.; Vishnjakov, A. (2015). High temperature electrical conductivity in undoped ceramic ZnO. Crystal research and technology, 50 (1), 10−14.10.1002/crat.201400138.
1.1.
2014
Lott, K.; Nirk, T.; Türn, L.; Shinkarenko, S.; Öpik, A.; Kortunova, E.; Shvanskiy, P.; Gorokhova, E.; Vishnjakov, A. (2014). High temperature electrical conductivity in hydrothermally grown ZnO. physica status solidi (c), 11 (9), 1481−1484.10.1002/pssc.201400009.
1.1.
2011
Gorokhova, E.; Rodnyi, P.; Lokshin, E.; Lott, K.; Kunshina, G.; Chernenko, K.; Ananieva, G.; Eron’ko, S.; Khodyuk, I.; Gromov, O.; Oreschenko, E. (2011). Structural, optical, and scintillation characteristics of ZnO ceramics. Journal of Optical Technology, 78 (11), 753−760.10.1364/JOT.78.000753.
1.1.
2010
Lott, K.; Shinkarenko, S.; Türn, L.; Nirk, T.; Öpik, A.; Kallavus, U.; Gorokhova, E.; Grebennik, A.; Vishnjakov, A (2010). High temperature defect equilibrium in ZnS:Cu single crystals. physica status solidi (b), 247 (7), 1662−1665.10.1002/pssb.200983673.
1.1.
2010
Kropman, D.; Mellikov, E.; Öpik, A.; Lott, K.; Kärner, T.; Heinmaa, I.; Laas, T.; Medvid, A.; Skroupa, W.; Prucnal, S.; Rebohle, L.; Zvyagin, S.; Cizmar, E.; Ozerov, M.; Woznitsa, J. (2010). Interaction of point defects with impurities in the Si-SiO2 system and its influence on the properties of the interface. Thin Solid Films, 518 (9), 2374−2376. DOI: 10.1016/j.tsf.2009.09.011.
3.1.
2010
Kropman, D.; Mellikov, E.; Lott, K.; Kärner, T.; Heinmaa, I.; Laas, T.; Medvid, A.; Skorupa, W.; Prucnal, S.; Zvyagin, S.; Cizmar, E.; Ozerov, M.; Woznitsa, J. (2010). Interaction of point defects with impurities in the Si-SiO2 system and its influence on the properties of the interface. Gettering and Defect Engineering in Semiconductor Technology XIII, 145−148.
1.1.
2009
Lott, K.; Shinkarenko, S.; Türn, L.; Nirk, T.; Öpik, A.; Kallavus, U.; Gorokhova, E.; Grebennik, A.; Vishnjakov, A. (2009). High temperature antistructure disorder in undoped ZnS. Physica B Condensed Matter, 404, 5006−5008.
1.1.
2009
Kropman, D.; Mellikov, E.; Öpik, A.; Lott, K.; Volobueva, O.; Kärner, T.; Heinmaa, I.; Laas, T.; Medvid, A. (2009). Strain relaxation mechanism in the Si-SiO2 system and its influence on the interface properties. Physica B Condensed Matter, 404, 5153−5155.
5.2.
2008
Kropman, D.; Mellikov, E.; Öpik, A.; Lott, K.; Volobueva, O.; Kärner, T.; Heinmaa, I.; Laas, T.; Medvid, A. (2008). Strain Relaxation Mechanism in the Si-SiO2 System and its Influence on the Interface Properties. Technologia. Kaunas 2008: Radiation Interaction with Materials and its use in Technologies. Kaunas, 24-27.09.2008. Ed. Grigonis, A. Kaünas: Lithuanian Academy of Sciences, 204−207.
1.1.
2007
Lott, K.; Shinkarenko, S.; Volobujeva, O.; Türn, L.; Nirk, T.; Öpik, A.; Nisumaa, R., Kallavus, U.; Nõges, M.; Mikli, V.; Viljus, M.; Gorokhova, E.; Ananjeva, G.; Grebennik, A.; Vishnjakov, A. (2007). High temperature electrical conductivity in ZnSe:In and CdSe:In under selenium vapor pressure. physica status solidi (b), 244 (5), 1623−1626. DOI: 10.1002/pssb.200675117.
1.1.
2006
Lott, K.; Nirk, T.; Volobujeva, O.; Shinkarenko, S.; Türn, L.; Kallavus, U.; Grebennik, A.; Vishnjakov, A. (2006). High-temperature investigation of ZnS:Ga and CdSe:Ga. Physica B Condensed Matter, 376-377, 764−766.
5.2.
2006
Kallavus, U.; Nisumaa, R.; Kriiska, K.; Lott, K.; Idla, K.; Strandberg, M. (2006). Pretreatment of cellulose matrix for the generation of one-dimensional nanostructures. In: EMRS Fall Meeting 2006 (112−113). EMRS FALL MEETING, September 4-8, Warsaw University of technology, Poland. Symposium D: Polymer materials modified by nanoparticles.
3.1.
2005
Lott, K.; Shinkarenko, S.; Kirsanova, T.; Türn, L.; Grebennik, E. A.; Vishnjakov, A. (2005). Atomic Absorption Photometry of Excess Zn in ZnO. physica status solidi (c), 2 (3), 1200−1205.
1.1.
2004
Lott, K.; Shinkarenko, S.; Kirsanova, T.; Tum, L.; Gorohova, E.; Grebennik, A.; Vishnjakov, A (2004). Zinc nonstoichiometry in zno. Solid State Ionics, 173, 29−33.
1.1.
2004
Lott, K.; Nirk, T.; Shinkarenko, S (2004). High temperature electrical conductivity in zns : Al and in cdse : Al. Solid State Ionics, 173, 83−87.
3.1.
2004
Lott, K.; Shinkarenko, S.; Kirsanova, T.; Türn, L.; Gorohova, E.; Grebennik, A.; Vishnjakov, A. (2004). Excess Zn in ZnO. physica status solidi (c), 9(1): Conference on Photo-responsive Materials. Wiley InterScience, 2237−2242.
3.4.
2004
Лотт, К.; Шинкаренко, С.; Кирсанова, Т.; Тюрн, Л.; Горохова, Е.; Гребенник, А.; Вишняков, А. (2004). Нестехиометрия оксида цинка. Сборник трудов VI международной конференции "Прикладная Оптика 2004" (7−11).. American Optical Society.
1.1.
2003
Lott, K.; Volobujeva, O.; Nirk, T.; Türn, L.; Öpik, A.; Gorohova, E. (2003). High temperature electrical conductivity of codoped ZnS and CdSe. Physica B: Condensed Matter, 340-342, 263−266.
3.1.
2003
Lott, K.; Volobujeva, O.; Raukas, M.; Türn, L.; Grebennik, A.; Vishnjakov, A. (2003). Investigation of excess Zn in ZnO. Proceedings : 10th International Conference on Shallow Level Centers in Semiconductors (SLCS-10), Warzawa, Poland, 24 July 27 2002. Ed. Godlewski, M . Wiley-VCH, 622−625. (Physica Status Solidi (c); 0(2)).
3.1.
2003
Lott, K.; Volobujeva, O.; Öpik, A.; Nirk, T.; Türn, L.; Nõges, M. (2003). High Temperature Electrical Conductivity in Donor-Doped II-VI Compounds. Proceedings : 10th International Conference on Shallow Level Centers in Semiconductors (SLCS-10), Warzawa, Poland, 24 July 27 2002. Ed. Godlewski, M . Wiley-VCH, 618−621. (Physica Status Solidi (c); 0(2)).
1.1.
2002
Lott, K.; Türn, L.; Volobujeva, O.; Leskelä, M. (2002). High temperature electrical conductivity in Cu-doped ZnS. physica status solidi (b), 229 (1), 361−364.
1.1.
2002
Lott, K.; Nirk, T.; Volobujeva, O (2002). Chemical self-diffusion in undoped zns and in undoped cdse. Crystal Engineering, 5, 147−153.
3.4.
2002
Лотт, K; Волобуева, O; Раукас, M; Тюрн, Л; Гребенник, А.В; Вишняков, А.В. (2002). Нестехиометрический цинк в оксиде цинка,. Сборник трудов V международной конференции "Прикладная оптика 2002", (54−58).. St.Peterburg: American Optical Society.
1.1.
2001
Lott, K.; Raukas, M.; Volobujeva, O.; Vishnjakov, A.; Grebennik, A (2001). High temperature electrical conductivity in Ga and In solubility limit region in zns. International Journal of inorganic Materials, 3 (8), 1345−1347.
1.1.
2001
Lott, K.; Turn, L.; Volobujeva, O.; Leskela, M (2001). High temperature electrical conductivity of undoped ZnS. Physica B: Condensed Matter, 308, 932−934.
1.1.
2001
Lott, K.; Nirk, T.; Raukas, M.; Voloblajeva, O.; Öpik, A.; Vishnjakov, A (2001). High temperature electrical conductivity in the Ag solubility limit region in zns and in cdse. International Journal of inorganic Materials, 3 (8), 1295−1297.
1.1.
2000
Lott, K.; Anan'eva, G.; Gorokhova, E (2000). Solid-phase recrystallization of zns ceramics in phase transition region. Journal of Crystal Growth, 214, 894−898.
1.1.
1999
Лотт, K (1999). Высокотемпературная электропроводность в ZnS керамике. Оптический Журнал, 66 (7), 70−74.
1.1.
1999
Lott, K.; Nirk, T (1999). High temperature electrical conductivity in the phase transition region. Journal of Crystal Growth, 197 (3), 485−488.
1.1.
1999
Lott, K.; Turn, L (1999). A method for the calculation of defect equilibrium. Journal of Crystal Growth, 197 (3), 493−496.
1.1.
1999
Lott, K.; Raukas, M.; Vishnjakov, A.; Grebennik, A (1999). High temperature electrical conductivity in the Cu solubility limit range in zns : Cu. Journal of Crystal Growth, 197 (3), 489−492.
1.1.
1999
Lott, KP (1999). High-temperature electrical conductivity of zns : Cu : Cl ceramic in the phase-transition region. Journal of Optical Technology, 66 (7), 635−638.
1.1.
1999
Lott, K.; Nirk, T.; Gorokhova, E.; Ryzhikov, E (1999). High temperature electrical conductivity in zns : Cu : Cl ceramics and in cdsexte1-x polycrystalline solid solutions. Solid State Phenomena, 67-8, 329−334.
1.3.
1998
Lott, K.; Türn, L. (1998). Calculation of frozen-in defect equilibrium in ZnS:Cu:Al:Bi:Cl. Proceedings of the Estonian Academy of Sciences. Chemistry, 1, 35−38.
1.3.
1996
Lott, K.; Türn, L. (1996). A method for the calculation of defect equilibrium in ZnS:Cu:Al:Bi:Cl. Proceedings of the Estonian Academy of Sciences. Chemistry, 45, 130.
1.3.
1995
Lott, K.; Grebennik, A.; Dontsova, A.; Raukas, M.; Vishnjakov, A. (1995). Deviation of A2B6 compounds from stoichiometry: electroneutral defects or the adsorption of one component excess? Proceedings of the Estonian Academy of Sciences. Chemistry, 44, 114−117.
1.2.
1981
Лотт, К.; Вишняков, А.В.; Раукас, М.М. (1981). Структура фазовой диаграммы Zn-Cu-S и растворимость меди в сульфиде цинка. Ж. Неорг. Химии, 26 (7), 1894−1899.
1.2.
1979
Bredikhin, S.; Lott, K.; Varvas, J. (1979). EPR of Additively Coloured and Plastically Deformed ZnS. In: Lippmaa, E (_EditorsAbbr). Magnetic Resonance and Related Phenomena (293−293).. Berlin: Springer.
3.1.
1977
Lott, K.; Varvas, J. (1977). Study of doping of zinc sulfide with copper, aluminum, gallium, and indium. "Properties of doping of semiconductors" (98−99).. Moscow: Nauka.
1.1.
1973
Lott, K.P.; Varvas, J.A. (1973). Conductivity of ZnS in Additive Coloration Process. phys. stat. sol.(a), 15, K51−K52.
1.1.
1972
Lott, K.P. (1972).  Stability of F-centres in Additively Coloured ZnS at Low Temperature. phys. stat. sol. (a), 9, K43−K44.
22.04.2019

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