European curriculum vitae format

European curriculum vitae format

Apparatus for investigation of photosynthetic oxygen evolution and fluorescence.

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.

Електрични свойства на тънки липидни филми формирани върху стъкловъглерод.

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.

Електрострикцията като метод за формиране и изследване 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.Zanev and V.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 S_i състоянията при различни режими на фотосинтезата.

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

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

Моделиране на някои преходни процеси, наблюдавани "in vivo"

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.

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

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

New trends in biosensor technology.

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

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

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.

Ellipsometric investigation of solid supported thin liquid films of lipids.

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

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

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

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

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

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.

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

Aspects of biomembrane based sensors design.

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

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

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

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

Sensors based on wetting films of lipids.

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

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

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

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

A diffusion approach to the electrolyte leakage from plant tissues.

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