Published work

 

·        Dissertations, Theses

[1]          A. Pantinakis,  Frequency stabilization of the He-Ne laser by absorption in iodine vapour.                           Control  System.  Sussex University, 1974  ( MSc dissertation, supervisor, Prof. K.F. Smith, FRS)

 

[2]          A. Pantinakis , Laser Spectroscopy at 633 nm using a molecular beam of iodine. Sussex University, 1981  (DPhil thesis , supervisor, Prof. K.F. Smith, FRS)

 

·        Publications in international journals with referees

 [3]         Forrest, L. F., James, G. K., Ross, K. J., Wilson, M., Pantinakis, A.  An experimental and theoretical study of the ejected-electron spectrum of Sn I and Sn II autoionising levels between 0 and 20 eV resulting from 20-1000 eV electron impact excitation, Journal of Physics B: Atomic, Molecular, and Optical Physics, Volume 18, Issue 15, p. 3123 (1985)

 

[4]          Pantinakis A., Dean K. J.  Buckingham A. D. Measurement of the complex second hyperpolarizability of gaseous benzene at 514.5 nm using electric-field-induced second-harmonic generation. Chemical physics letters p:135, (1985)

[5]          Pantinakis, A.  and  Jackson, D.A.  High-sensitivity low-frequency magnetometer using magnetostrictive primary sensing and piezoelectric signal recovery, Electronics Letters , 22 , p 737, (1986)

 [6]         Pantinakis, A.   and Jackson, D.A.  Limitations of an amorphous-metal magnetometer operated by modulating the magnetostrictive strain, Journal of Applied Physics,  , 65, pp 2872, (1989)

[7]          Pantinakis, A. and  Jones, B. W., The accurate measurement of the directional total emittance of uncoated and coated float glass at 283 K,  Europhysics Letters,   16, p.545 (1991)

 

[8]          Jones, B. W and Pantinakis, A., A radiometric method for  measuring directional total emittance at ambient temperatures,  Measurement Science and Technology  3, p.515 (1992)

 

[9]          Jones, B. W and Pantinakis, A.,  Directional total emittance of 3 hard coated glasses at 283 K,  Glass Science and Technology  69, p.140 (1996)

 

[10]       Pantinakis A. and  Kortsalioudakis N. A simple high sensitivity radiometer in the infrared for measurements of the directional total emissivity of opaque materials at near-ambient temperatures, International  Journal of Thermophysics,  22,  p. 1843  (2001)

 

·        Publications in international conference proceedings with referees

 [11]       Pantinakis, A.  and  Jackson, D.A.  A high sensitivity   magnetometer based on a  magnetostrictive amorphous-metal ribbon, Eurosensors  Third conference  on Sensors and their applications, Programme and abstracts p. 199, Cambridge 24-9-1987 ,(J. Physics E, Sci. Instr., 20, p.1130, 1987)

[12]       Pantinakis Á. and   Skamnakis Í. Combined measurements of electric and magnetic fields at home and in the office, for understanding better their effect to health,  Proceedings Millenium International Workshop on biological effects of electromagnetic fields, p. 567, Heraklion 17-20 Oct 2000

 

[13]       Pantinakis Á. and   Skamnakis Í. Measurement of the Level of Radiation to which operators of Video Display Terminals are exposed, due to the Natural Radioactivity from the Cathode Ray Tube Materials, Proceedings Biological effects of electromagnetic fields , 2nd International Workshop, p. 211, Rhodes 7-11 Oct 2002.

 

 [14]      Th. Markopoulos, P. Rotondo, A. Pantinakis, P.Pantzekos, A Mousourakis, G. Chrysafaki, Measurement of mechanical strength, thermal conductivity and moisture of earth samples from Crete, Greece, containing clay and straw for architectural applications, Proceedings Mediterra 2009, 1st Mediterranean Conference on earth architecture, p. 527,  Cagliari , Italy, 13-16 Mar 2009

 

 

·        Chapters in books   

[15]       A. Pantinakis and N. Skamnakis  Measurement and assessment of electric and magnetic fields in an office and home environment ,  invited,   Biological Effects of Electromagnetic Fields,  Ch 4.2 pp. 345 – 377, Springer 2003 

 

 

·        Official technical reports (to the providers of the research programmes)

[16]        Pantinakis, A.   Jackson, D.A, Low frequency magnetometer, Report 1 to Admiralty Compass Observatory, University of Kent, 1985

 

[17]        Pantinakis, A.   Jackson, D.A, Low frequency magnetometer, Report 2 to Admiralty Compass Observatory, University of Kent, 1986

 

[18]        Pantinakis, A.   Jackson, D.A, Low frequency magnetometer, Report 3 to Admiralty Compass Observatory, University of Kent, 1987

 

[19]        Pantinakis, A.   Jackson, D.A, Low frequency magnetometer, Final Report to Admiralty Compass Observatory, University of Kent, 1988

 

[20]        Jones, B. W., Pantinakis, A., The directional total emittance of coated  glasses at ambient temperatures,  A Report  to BCR/GEPVP (*), Open University, 1990

_________________

(*) (Community Bureau of Reference / European Association Flat Glass Manufacturers

 

·        Conference presentations

[21]        Pantinakis A. And KF Smith Laser absorption spectroscopy at 633 nm using a molecular beam of iodine. British Radiofrequency spectroscopy group, University of York , 23-9-1976

 

[22]        Pantinakis A. And KF Smith Hyperfine predissociation at 633 nm using a molecular beam of iodine. Coherent Detection, London , 21-11-1979

[23]        Pantinakis, A.   Jackson, D.A, Fibre Optics magnetometers, Magnetic field generation and magnetic measurement techniques, Insitute of Physics , London 25-9-1986

 [24]       Pantinakis, A.   Jackson, D.A.  Endogenous sources of noise  for an amorphous-metal magnetometer operated by modulating the magnetostrictive strain, Current research in applied magnetism, Preston , 14-11-1988

[25]        Pantinakis A., On computing the refractive index of smooth surfaces, 2nd National Congress on computational mechanics. Technical University of Crete, 28-6-1996

              

·        Seminar Talks

 [26]       A. Pantinakis, Laser spectroscopy at 633 nm using a molecular beam of iodine, University of Sussex , 17.3.1977

 

[27]        A. Pantinakis, Intensity and spectral distribution of the VUV radiation from a laser produced plasma, Imperial College, 18 12.1980

 

[28]        A. Pantinakis, Amorphous metal magnetometers, Open University 16.3.1990



Cited references     

(excluding citations by A. Pantinakis and/or by all his co-authors)

Nr

My publications

    

 

                                               Citations

Citing article

Year etc  of citation

 

 

Yr        5yr I. F.

[3]

J. Phys B -at mol opt

1985     1,881

J. Phys B -at mol opt

1986, v19, p1035

2005, v38, p4257

 

Zeitschrift fur Physik D

1986, v2, p123

 

 

[4]

Chemical phys. Lett

1985    2,526

Chemical physics letters

1985, v121, p69

 

 

Journal of chemical physics

1986, v85, p2831

 

 

J. of physical chemistry

1986, v90, p5491

1989, v93, p7740

 

J. Phys B -at mol opt

1986, v19, p4265

 

 

Chemical physics letters

1987, v135, p361

 

 

Theoretica chimica acta

1989, v75, p53

 

 

Molecular physics

1992, v76, p229

 

 

Chemical reviews

1994, v94, p3

 

 

J. of applied polymer sciences

1994, v53, p649

 

 

[5]**

Electronics Letters

1986  1,072*

Electronics Letters

1987, v23, p280

1995, v31, p1072

 

Journal of applied Physics

1987, v61, p3793

1996, v79, p7099

 

IEEE Transactions on magnetics

1988, v24, p1755

1998, v34, p3915

 

Measurement techniques USSR

1991, v34, p64

 

 

Sensors and actuators A-physical

1992, v32, p671

 1997, v62, p496

 

J. of magnetism and magn. materials

1997, v174, p289

  2000, v215, p756

 

Boletin soc. espanola de ceramica y vidrio

1999, v38, p673

 

 

Rare metal materials and engineering

2001, v30, p1

 

 

 

also cited by 4  patent holders  

[6]

J.  Applied Physics

1989    2,479

Journal of applied Physics

1996, v79, p7099

 

 

Measurement techniques USSR

1991, v34, p64

 

 

 

[7]

Europhysics Letters

1991    2,137

Glass Science and Technology 

1996, v69, p64

 

 

 

[8]

Meas  Sci  Technol 

1992  0,845*

Int J. Heat &mass transfer

1994, v37, p1285

 

 

 

[10]

Int.  J. Thermophys

2001    0,960

Measurement Science & technology

2006, v17, p2950

 

 

*2002

 

Review of scientific instruments         Bulletin  Labor/s des Ponts  Chaussées

 

2006, v77, 13111

2008, v272, p45

 

 

                                                                                           [5]** also cited by 4 patent holders (1987 – 2009):

     [5]**

[P1] European Patent EP0246780, 1987, Magnetic field direction indicating devices,  Inventor E.H. Oetzmann , Gec Avionics Ltd , (GB)

[P2] US Patent 4866384, Sep 12,1989, Relative phase magnetic field direction indicating devices useful as compasses, Inventor E.H. Oetzmann , Gec, Marconi (GB)

[P3] US Patent 5675252 , Oct 7 1997, Composite structured piezomagnetometer,  Énventors Walter N. Podney, SQM Technology Inc, CA (USA)  

[P4] US Patent 7569952 -August 4, 2009, High efficiency, inductive vibration energy harvester , Inventors Bono D.C. et al, Ferro Solutions Inc. (USA

 

 

 

 

 

 

 

Work in preparation

 

2010  Pantinakis A.and Pantzekos P. ,  A novel experimental technique for the measurement , analytically , of   the coefficient of thermal conductivity of green building materials

 

2010 Markopoulos T,  Pantinakis A., Pantzekos P, Rotonto P. Measurements of the coefficient of thermal conductivity of building elements made of earth raw materials from the county of Chania, Crete

 

2010 Pantinakis A and Batsaki E. , Near field measurements of the orientation of the microwave electric field emitted by a mobile phone  

 

2010 Pantinakis A. and Markopoulos T., Natural radioactivity and K40 concentration of earth samples from the county of Chania, Crete