Learn more

INST DE FIZICA SI TEHNOLOGIA M

Overview
  • Total Patents
    53
About

INST DE FIZICA SI TEHNOLOGIA M has a total of 53 patent applications. Its first patent ever was published in 1976. It filed its patents most often in Romania and Israel. Its main competitors in its focus markets environmental technology, semiconductors and optics are RES INST OF NANOPHOTONICS, SATO SHUNICHI and WUHAN MINDSEMI COMPANY LTD.

Patent filings in countries

World map showing INST DE FIZICA SI TEHNOLOGIA Ms patent filings in countries
# Country Total Patents
#1 Romania 52
#2 Israel 1

Patent filings per year

Chart showing INST DE FIZICA SI TEHNOLOGIA Ms patent filings per year from 1900 to 2020

Top inventors

# Name Total Patents
#1 Botila Toni 5
#2 Nistor Vasile S 4
#3 Ionescu Radu Cornel 4
#4 Barb Danila 4
#5 Ursu Ioan 3
#6 Nazarenco Igor 3
#7 Korony Gheorghe 3
#8 Elena Emil 3
#9 Pintilie Lucian 3
#10 Petrescu-Prahova Iulian Basara 3

Latest patents

Publication Filing date Title
RO113765B1 Cryostat for characteristic measurement of semiconducting materials
RO112391B1 PbS PHOTORESISTANCE WITH CONTROLLED SIGNAL
RO112142B1 Sinterization and sublimation process and plant for the photo conductive elements making
RO111071B1 Preparation process for the chromium oxide which isn't stoequiometric
RO111722B1 Deviation valuation method from the chromium oxide stoichiometry
RO110878B1 Reading head with optic fibre for code readers
RO116136B1 PROCESS FOR PRODUCING THIN CONDUCTIVE LAYERS OF BaPbO3
RO110179B1 Nematic liquid crystals homeotrope aligning process
RO110740B1 Modulated light detector in near infra-red
RO114206B1 Compact secondary zinc-polyaniline cell
RO109246B1 Device for radiation detection in the infrared field, with liquid azote cooling
RO110628B1 PROCESS FOR SEALING OF Hg END Te FOR GROWING OF HgTe CRYSTALS
RO111444B Preparation process for ultra fine magnetite
RO109482B1 Composite pyroelectric material with high pyroelectric coefficient
RO109729B1 Iron oxide with silica preparation process
RO110629B1 Preparation process for the (yig) yttrium and iron granite mono crystals which are used as active medium for micro waves components
RO113404B1 Opto-electronic device
RO102871B1 High power laser diode
RO102986B1 PRODUCTION METHOD OF SMOOTH SURFACES OF GaAs
RO104710B1 Control module of moving speed of industrial robots with hydraulic drive