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Personal information
Name / Valery K. Kochev
Address / Department of Atomic Physics, Faculty of Physics, 5 James Boucher Blvd., 1164 Sofia, Bulgaria
Telephone / work: (359 2)8161 317
Fax
E-mail /
Nationality / Bulgarian
Date of birth / 27.03.1952
Work/Teaching experience
• Dates (from – to) / 1987 - now
• Name and address of employer / University of Sofia – Faculty of Physics, 5 James Boucher Blvd., Sofia 1164, Bulgaria
• Type of business or sector / Education and science
• Occupation or position held / Teaching
• Main activities and responsibilities / Senior assistant professor
Education and training
• Dates (from – to) / 1987
• Name and type of organization providing education and training / MoskowUniversity “Lomonosov”
• Principal subjects/occupational
skills covered
• Title of qualification awarded
• Level in national classification
(if appropriate) / PhD
• Dates (from – to) / 1977
• Name and type of organization providing education and training / University of Sofia, Faculty of Physics
• Principal subjects/occupational
skills covered
• Title of qualification awarded / physicist
• Level in national classification
(if appropriate) / master
Personal skills
and competences
Acquired in the course of life and career but not necessarily covered by formal certificates and diplomas.
Mother tongue / bulgarian
Other languages
english
• Reading skills / good
• Writing skills / good
• Verbal skills / good
russian
• Reading skills / good
• Writing skills / good
• Verbal skills / good
Organisational skills
and competences
Coordination and administration of people, projects and budgets; at work, in voluntary work (for example culture and sports) and at home, etc. / conference organization
Technical skills
and competences
With computers, specific kinds of equipment, machinery, etc. / -Microsoft Office
-Graphic design(Photoshop, CorelDraw)
Driving licence(s) / Category B
Additional information

Appendix 1

Participation in conferences:

V.Spasov, R.Atanasov, V.Kochev

Apparatus for investigation of photosynthetic oxygen evolution and fluorescence.

Pl.Petrov, V.Kochev

Investigation of oxygen burst kinetics in photosynthesis.

STRUCTURE AND FUNCTION OF BIOLOGICAL MEMBRANES, Varna, Bulgaria, 3-7 Oct., 1987.

B.Balinov, V.Kochev

Wetting emulsion films: an approach to biosensors.

11th European Conference,CHEMISTRY OF INTERFACES,

Berlin, Germany, 23-28 Apr., 1990.

М.И.Карабалиев, В.К.Кочев

Електрични свойства на тънки липидни филми формирани върху стъкловъглерод.

М.И.Карабалиев, В.К.Кочев

Взаимодействие на тънки липидни филми формирани върху стъкловъглерод с натриев додецилсулфат.

СЪВРЕМЕННИ ТЕНДЕНЦИИ В РАЗВИТИЕТО НА ФУНДАМЕНТАЛНИТЕ И ПРИЛОЖНИТЕ НАУКИ,

Стара Загора, България, 3-4 юни, 1999.

М.И.Карабалиев, В.К.Кочев

Електрострикцията като метод за формиране иизследване на тънки липидни филми върху твърдотелен носител.СЪВРЕМЕННИ ТЕНДЕНЦИИ В РАЗВИТИЕТО НА ФУНДАМЕНТАЛНИТЕ И ПРИЛОЖНИТЕ НАУКИ,

Стара Загора, България, ??????.

M.Karabaliev and V.Kochev

Impedance spectroscopy of glassy carbon supported thin lipid films.

IVth GENERAL CONFERENCE OF THE BALKAN PHYSICAL UNION, V.Turnovo, Bulgaria, 22-25 Aug., 2000.

M.Karabaliev and V.Kochev

Formation and investigation of solid supported thin liquid films of lipids. BIOELECTROCHEMISTRY AND BIOENERGETICS, Bratislava, Slovakia, 1-6 Jun., 2001.

M.Karabaliev and V.Kochev

Interaction of thin wetting films of lecithin

with some divalent cations.

BIOELECTROCHEMISTRY AND BIOENERGETICS,

Florence, Italy, 19-24 Jun., 2003.

Patents for an invention:

Sensor element.

V.K.Kochev, S.K.Ovcharov, B.B.Balinov,

L.S.Dounchev and K.V.Filjov

(Institute of Microelectronics, Sofia),

4BG Pat. Appl. BG 49696 A,1(Cl.H01L49/02),

30Jan.1992, BG Appl.88/85965, 08Nov.1988;5pp.

Chemical sensor.

Kochev,V.; Ovcharov,S.; Balinov,B.

(Institute of Microelectronics, Sofia),

Faming Zhuanli Shenqing Gonkai Shuomingshu

CN 1,055,601 (Cl.G01N27/26), 23 Oct.1991, Appl.90,101,985, 10 Apr.1990, 7pp.

List of publications

Y.ZanevandV.Kochev.1985.

Peculiar oscillations in the photosynthetic oxygen evolution rate.

Compt.rend.Acad.bulg.Sci. 38(11): 1563-1566.

Ю.Занев,В.Кочев.1986.

Изменения в броя на кислородотделящите центрове и разпределението на Siсъстоянията при различни режими на фотосинтезата.

Физиология на растенията,12(1): 13-27.

Ю.Занев,В.Кочев.1986.

Кинетика на първоначалното кислородно избухване при възбуждане на фотосинтезата с непрекъснато осветление

Физиология на растенията,12(3): 3-13.

В.Кочев, В.Спасов.

Апаратура за изследване на кислородното отделяне при различни светлинни режими на фотосинтезата.

Годишник на СУ (Физ.ф-т) 80, 1986, 120-126.

В.Кочев.

Моделиране на някои преходни процеси, наблюдавани "invivo"

при възбуждане на фотосинтезата с непрекъснато осветление.

Годишник на СУ (Физ.ф-т) 80, 1986, 127-141.

H.T.Tien, Z.Salamon, V.Kochev, A.Ottova, M.Zviman.1989.

BLM-based biosensors and devices: applications and future prospects In: F.Hong(ed.), Molecular Electronics: Biosensors and Biocomputers pp.259-268, Plenum Publishing Corp. New York, London.

P.Petrov, V.Kochev and L.Dounchev 1990.

Steady-state distribution of Si states in photosynthesis. Photosynthetica 24(4): 593-598.

V.Kochev and K.Filljov.1992.

From "bulk" to "interfacial" type of sensors.

Sensors and Actuators B 8(1): 73-78.

V.Kochev.1992.

New trends in biosensor technology.

Anal.Lab. 1(1): 3-11.

H.T.Tien, Z.Salamon, V.Kochev, A.Ottova, M.Zviman.1992.

BLM-based biosensors and devices: applications and future prospects.

Shengwu Huaxue Yu Shengwu Wuli Jinzhan 19(2):100-104.(Ch.)

V.Kochev.1993.

Formation of solid supported bilayer structures: an approach to biosensors.

Anal.Lab. 2(1): 27-32.

M.Karabaliev and V.Kochev.1993.

Glassy carbon as a solid substrate for thin liquid film

based sensors.

Anal.Lab. 2(2): 88-97.

V.Kochev and M.Karabaliev.1994.

The potential of glassy carbon supported thin lipid films

for construction of sensors with electrochemical transduction. Anal.Lab. 3(4): 245-249.

М.И.Карабалиев, В.К.Кочев.1995.

Изследване на някои условия за формирането

на тънки липидни филми върху стъкловъглеродна подложка. Годишник на СУ (Физ.ф-т) 87: 73-1

.

M.Karabaliev and V.Kochev.1998.

Cholesterol induced changes in solid supported thin liquid films of lecithin.

Anal.Lab. 7(4): 189-191.

A.Paneva, M.Karabaliev and V.Kochev.1999.

Ellipsometric investigation of solid supported thin liquid films of lipids.

Bulg.J.Phys. 26(3/4): 157-164

V.Kochev.2000.

Interfacial sensors. I.Towards two-dimensional arrangement. Ann.L'Univ.Sofia (Phys.) 90: 5-21.

V.Kochev.2000.

Interfacial sensors. II.Thin liquid film based sensors. Ann.L'Univ.Sofia (Phys.) 90: 23-37.

M.Karabaliev and V.Kochev.2001.

Probing the "interfacial and "bulk" characteristics of solid supported thin liquid films.

Material Sci.Eng.C 14(1-2): 11-16.

M.Karabaliev and V.Kochev.2001.

Some electrochemical features of glassy carbon supported thin liquid films of lecithin.

Electrochemistry Communications 3/7: 367-371.

M.Karabaliev and V.Kochev.2001.

Voltammetric study of levomepromazine induced ionic permeability in a model lipid membrane system. Electrochemistry Communications 3/12: 742-745.

M.Karabaliev and V.Kochev.2001.

Dependence of glassy carbon supported thin liquid films of lipids on the electrolyte solution. I.Interaction with iodine. Ann.L'Univ.Sofia (Chem.) 92-94: 19-26.

M.Karabaliev and V.Kochev.2001.

Formation of glassy carbon supported thin films of lecithin. Reactions to electroactive species in solution. Bulg.J.Phys. 28(1/2): 76-84.

V.Kochev and M.Karabaliev.2001.

Aspects of biomembrane based sensors design.

Bulg.J.Phys. 28(3/4): 153-167.

M.Karabaliev and V.Kochev.2002.

Mn2+as a mediator for the electron transfer across thin wetting films of lecithin.

Electrochemistry Communications 4: 857-861.

M.Karabaliev and V.Kochev.2003.

Preparation of extremely thin solid supported films of lipids by the method of electrostriction.

Colloids and Surfaces B 27(2-3): 169-175.

M.Karabaliev and V.Kochev.2003.

Interaction of solid supported thin lipid films with saponin. Sensors and Actuators B 88(1): 101-105.

M.Karabaliev and V.Kochev.2003.

Electrochemical investigations of cholesterol enriched glassy carbon supported thin lipid films.

Biophys.Chem. 103(2): 157-167.

M.Karabaliev and V.Kochev.2003.

Sensors based on wetting films of lipids.

Bulletin of Electrochemistry 19(6): 259-270.

V.Kochev and M.Karabaliev.2004.

Wetting films of lipids in the development of sensitive interfaces. An electrochemical approach. Advances in Colloid and Interface Sciences, 107(1),9-26.

M.Karabaliev and V.Kochev.2004.

Interaction of thin wetting films of lecithin with some divalent cations, Bioelectrochemistry, 63, 177-181.

M.Karabaliev and V.Kochev.2004.

The potential of manganese in construction of electrodes modified with thin liquid films of lipids.

J.Electroanal.Chem., 571(1), 73-80.

В.Кочев, М.Карабалиев. 2004.

Омокрящите липидни филми като моделна мембранна система и подход в разработването на сензори, Сп. Наука,

K.V.Kocheva, G.Iv.GeorgievandV.K.Kochev.2005.

A diffusion approach to the electrolyte leakagefrom plant tissues.

Physiologia Plantarum, 125, 1–9.

Monographs:

  1. В.Кочев, М.Карабалиев, Интерфейсните сензори, 184стр., изд.Парадигма, София, 2003.

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KOCHEV, Valeri