rexresearch.com


Oleg ZAYMIDOROGA, et al.

Photocell







http://www.physorg.com/news67796415.html

Russian scientists have invented a battery that can capture energy not only from the sun, but also from the stars, the head of a research institute at the Dubna Nuclear Institute, near Moscow, said.

"The scientists have successfully created a new substance," Valentin Samoilov [Samoylov] announced, "thanks to which this battery can work on earth, independently of meteorological conditions, using solar and stellar energy.

"This is a battery like no other," Samoilov, who head's the Institute's center for applied research, told the Itar-Tass news agency, explaining that it could function 24 hours a day and was twice as effective as an ordinary solar panel at converting light into electricity.

Moreover, Samoilov declared, the new battery was cheaper than a solar panel.

2006 AFP


http://www.dubna.ru/news/7/2006-05-25

Heteroelectric, covered by "umbrella" patent of Russian Federation N2249277 covering 24 directions of a science and technics, allows to carry out management of a magnetic field and its transformation with the purpose of creation of devices and devices with predicted optical, electric and magnetic properties.

For the ways and devices with use heteroelectric experts JINR Scientific Centre for Applied Research (SCAR) are received the following patents which are not having analogues in the world: the Amplifier electric radiation (RU2266596); the Electric condenser and not hinged elements of integrated schemes (RU2266585); the Mirror (RU2265870); the Way of generation of coherent electromagnetic radiation and dipole nanolaser on its basis (RU2249278); Optical glass (RU2209785); the Photocathode (RU2216815); the Heterogeneous photo cell (RU2217845); the Photo cell (RU2222846).


WO2005019324

HETEROGENIC MATERIALS

3-03-2005

Inventor: ZAYMIDOROGA OLEG ANTONOVICH FL (RU); SAMOILOV VALENTIN NIKOLAEVICH (RU); PROTSENKO IGOR EVGENIEVICH FLA (RU)
Applicant: ADVANCED SCIENCES COMPANY LTD (GB); ZAYMIDOROGA OLEG ANTONOVICH FL (RU); SAMOILOV VALENTIN NIKOLAEVICH (RU); PROTSENKO IGOR EVGENIEVICH FLA (RU)
Classification:- international: C08K3/08; C08K3/00; (IPC1-7): C08K3/08; - european: C08K3/08
Application number: WO2004GB03544 20040818
Priority number(s): RU20030125291 20030819
Cited documents:
US2003032709
US2002145132
EP0488321

Abstract ~ In accordance with one aspect of the present invention, there is provided a heterogenic material including a carrier and an active ingredient introduced into it, wherein said active ingredient is provided in the form of particles, said particles being cluster of atoms, nano-particles or micro-particles, said particles being of a material different than a material of a carrier and being distributed in the carrier in such a way that the average distance between said particles is less than, or has the same order of magnitude as, the cubic root of the polarisability of said particles when in said carrier. In a further aspect of the invention there is provided a heterogenic material including a carrier and an active ingredient introduced into it, wherein said active ingredient is provided in the form of particles, said particles being cluster of atoms, nano-particles or micro-particles, said particles being of a metal material which is different than a material of the carrier and introduced into carrier in such a way that there is a maximal peak in the polarisability frequency function at a predetermined frequency corresponding to plasmon resonance, said predetermined frequency corresponding to a wavelength of electromagnetic radiation at which said heterogenic material has a maximal effect, therein said particles have size which is approximately equal to or less than said wavelength.


RU2249277

HETEROGENEOUS SUBSTANCE (HETEROELECTRIC) FOR ACTING ON ELECTROMAGNETIC FIELDS

2-20-2005

Inventor: ZAJMIDOROGA O A (RU); PROTSENKO I E (RU); SAMOJLOV V N (RU)
Classification: - international: C08K3/08; C08K3/00; (IPC1-7): H01L27/00; B82B1/00; - european: C08K3/08
Application number: RU20030125291 20030819
Priority number(s): RU20030125291 20030819
Also published as: WO2005019324 (A1)

Abstract ~ FIELD: electronic engineering. SUBSTANCE: proposed substance related to materials acting on electromagnetic fields so as to control and change them and can be used for producing materials with preset optical, electrical, and magnetic characteristics has in its composition active-origin carrier in the form of clusters of atoms, nanoparticles, or microparticles, its insulating function being checked in the course of manufacture; this function is characteristic controlling interaction between substance and electromagnetic field. EFFECT: improved characteristics of heterogeneous substance.


RU2266596

ELECTROMAGNETIC RADIATION NANOAMPLIFIER

10-10-2005

Inventor: ZAJMIDOROGA O A (RU); PROTSENKO I E (RU); SAMOJLOV V N (RU)
Classification: - international: (IPC1-7): H01S5/00; B82B1/00
Application number: RU20040108841 20040326
Priority number(s): RU20040108841 20040326

Abstract ~ FIELD: optics; coherent electromagnetic radiation systems. SUBSTANCE: novelty is that metal, such as silver, nanoparticles whose plasma resonance frequency is close to frequency of transfer of mentioned active particles to inverted population level are additionally placed in prior-art amplifier on quantum (active) points. EFFECT: enhanced gain for low and high strengths of fields being amplified.


RU2003125292

No English Title Available

2-10-2005

Classification: - international: (IPC1-7): H01G4/018
Application number: RU20030125292 20030819
Priority number(s): RU20030125292 20030819
Abstract not available for RU2003125292


RU2265870

MIRROR

10-10-2005

Inventor: ZAJMIDOROGA O A (RU); PROTSENKO I E (RU); SAMOJLOV V N (RU)
Classification:  - international: (IPC1-7): G02B5/08; H01S3/08
Application number: RU20040108099 20040322
Priority number(s): RU20040108099 20040322

Abstract ~ FIELD: optical industry. SUBSTANCE: mirror can be used when producing optical reflecting systems in lasers and experimental physics. Mirror has transparent dielectric base. Metal coating is applied onto the base. Coating has to nanoparticles, for example, silver nanoparticles, which have plasma resonance at electromagnet radiation frequency. The mirror intends to reflect the radiation. Linear dimensions are far smaller than the radiation wavelength. Nanoparticles are applied uniformly onto surface of the base to cover 15% of its area. Thickness of mirror is reduced to minimal size; size of spot of reflected radiation in focus is reduced. EFFECT: reduced thickness of mirror; improved precision.


RU2249278

METHOD FOR GENERATING COHERENT ELECTROMAGNETIC RADIATION AND DIPOLE NANOLASER BUILT AROUND IT

3-27-2005

Inventor: ZAJMIDOROGA O A (RU); PROTSENKO I E (RU); SAMOJLOV V N (RU)
Classification: - international: (IPC1-7): H01L31/00; H01S5/00
Application number: RU20030111147 20030421
Priority number(s): RU20030111147 20030421

Abstract ~ FIELD: electronic engineering; semiconductor lasers for data recording, reading, and processing. SUBSTANCE: proposed method designed to generate coherent electromagnetic radiation and width of its spectral line for mentioned lasers includes introduction of metal or superconductor nanoparticles in its system of hyperfine semiconductor layers and excitation of electrical dipole vibrations using electrons of mentioned nanoparticles. EFFECT: greatly reduced dimensions of lasers.


RU2209785

OPTICAL GLASS

8-10-2003

Inventor: ZAJMIDOROGA O A; SAMOJLOV V N; PROTSENKO I E
Applicant: ZAJMIDOROGA OLEG ANTONOVICH; SAMOJLOV VALENTIN NIKOLAEVICH; PROTSENKO IGOR EVGEN EVICH
Classification: - international: C03C3/06; C03C3/06; (IPC1-7): C03C3/06; --- european: C03C14/00F
Application number: RU20020100006 20020103
Priority number(s): RU20020100006 20020103

Abstract ~ FIELD: glassmaking. SUBSTANCE: invention relates to manufacturing optical glasses based on silicon oxide matrix with filtration additives for use as light filters and laser optics elements. Transparent matrix includes uniformly distributed filtration additives composed of a set of uniformly distributed differently shaped metal nanoparticles with linear dimensions much lesser than wavelengths of absorbed spectrum bands, concentration of these particles being (1-3).10-5 volume portions. Particular types of optical glass are those transmitting visible spectrum region and infrared spectrum region wherein indicated sets of metal (e.g., silver) nonaparticles are shaped as nanorods with length-to-diameter ratio 2.5-5.0 and as nanodisks with thickness-to diameter ratio 0.2-0.95. EFFECT: lowered glass melting temperature, essentially increased steepness of absorption curve and narrowed borders of boundary regions allowing use of the glass in filters selectively absorbing one or several optical emission bands.


RU2216815

PHOTOCATHODE

11-20-2003

Inventor: ZAJMIDOROGA O A; PROTSENKO I E; SAMOJLOV V N
Applicant: ZAJMIDOROGA OLEG ANTONOVICH; PROTSENKO IGOR EVGEN EVICH; SAMOJLOV VALENTIN NIKOLAEVICH
Classification: - international: H01J1/34; H01J1/02; (IPC1-7): H01J1/34
Application number: RU20020107248 20020322
Priority number(s): RU20020107248 20020322

Abstract ~ FIELD: electrical and radio engineering. SUBSTANCE: technical result of invention lies in increase of quantum yield of photoelectrons to 60- 70% in maximum in visible region of spectrum. To achieve this technical result layer of semiconductor with p-n junction deposited on surface of glass flask of photoelectric multiplier facing vacuum was implanted with nanoparticles of metal with linear dimensions under 100 nm homogeneously distributed over its surface with concentration of mentioned nanoparticles in layer amounting to (1/5)10-2 volume fractions. EFFECT: increased quantum yield of photoelectrons.


RU2217845

HETEROGENEOUS PHOTOCELL

11-27-2203

Inventor: ZAJMIDOROGA O A; PROTSENKO I E; SAMOJLOV V N
Classification: - international: H01L31/04; H01L31/04; (IPC1-7): H01L31/04
Application number: RU20020123560 20020904
Priority number(s): RU20020123560 20020904

Abstract ~ FIELD: solar photocells. SUBSTANCE: proposed photocell depending for its operation on conversion of electromagnetic light flux energy into electrical energy has operating efficiency as high as 60 - 70% at resonant frequency maximum due to introduction of metal nanoparticles measuring 10-30 nm into its photosensitive layer, concentration of mentioned nanoparticles in mentioned layer being (1-10)10-2 volume fractions. EFFECT: enhanced efficiency of photocell.


RU2222846

PHOTOCELL

1-27-2004

Inventor: ZAJMIDOROGA O A (RU); PROTSENKO I E (RU); SAMOJLOV V N (RU)
Classification: - international: H01L31/04; H01L31/042; H01L31/04; H01L31/042; (IPC1-7): H01L31/04; H01L31/042
Application number: RU20020121061 20020808
Priority number(s): RU20020121061 20020808

Abstract ~ FIELD: electromagnetic energy conversion into electrical energy; solar photocells. SUBSTANCE: proposed photocell that functions to convert electromagnetic energy of specified spectral range into electrical energy has metal plate carrying n and p semiconductor layers with p-n junction in- between and transparent electricity conducting layer. Additionally introduced in mentioned n semiconductor layer are metal nanoparticles whose size is smaller than wavelength of mentioned radiation at concentration of (1-5).10-2 inclusion volume fractions of mentioned nanoparticles in mentioned layer. EFFECT: enhanced efficiency of photocell.


RU2004104996

No English title available

7-20-2005

EC:   IPC: G01N21/47; G01N21/47; (IPC1-7): G01N21/47





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