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NIZHNE VOLZH NII GEOL GEOFIZIK

Overview
  • Total Patents
    74
About

NIZHNE VOLZH NII GEOL GEOFIZIK has a total of 74 patent applications. Its first patent ever was published in 1973. It filed its patents most often in USSR (Union of Socialist Soviet Republics) and Russian Federation. Its main competitors in its focus markets measurement are PETTY OLIVE S, KOBAYASHI RIGAKU KENKYUSHO and SPECTRASEIS AG.

Patent filings in countries

World map showing NIZHNE VOLZH NII GEOL GEOFIZIKs patent filings in countries

Patent filings per year

Chart showing NIZHNE VOLZH NII GEOL GEOFIZIKs patent filings per year from 1900 to 2020

Focus industries

# Industry
#1 Measurement

Focus technologies

# Technology
#1 Geophysics

Top inventors

# Name Total Patents
#1 Bystrov Mikhail M 15
#2 Yurchenko Vitalina G 7
#3 Bespyatov Boris I 7
#4 Abdulvaliev Marat T 6
#5 Tikshaev Vyacheslav V 6
#6 Ivanchuk Anatolij M 6
#7 Kuritsyn Vladilen S 5
#8 Kharaz Isaj I 5
#9 Yanchenko Nikolaj L 5
#10 Bespyatov Boris 5

Latest patents

Publication Filing date Title
RU1788959C Drilling fluid
RU1794252C Geophone
RU1782235C Method for production of reagents for treatment of drilling mud
SU1749228A1 Method of producing borehole flushing fluid without clay
RU1787273C Method for regional seismic investigations
RU1798749C Method of vibration seismic prospecting
SU1728483A1 Method for forecasting condensate content in reservoir gas
SU1700045A1 Drilling mud
SU1705329A1 Drilling fluid
RU1787194C Circulation valve
SU1665016A1 Hydraulic reamer
SU1721561A1 Seismic reflection survey
SU1668918A1 Method of defining residual petroleum saturation in manifolds
SU1548436A1 Method of assessing inhibiting properties of drilling muds
SU1589231A1 Method of vibroseismic prospecting
SU1562884A1 Method of determining specific electric resistance of zone of penetration of filtrate of drilling mud to strata crossed with a well
SU1522133A1 Method of seismic prospecting
SU1713920A1 Drilling mud
SU1469483A1 Device for synchronizing seismic stations and excitation sources
SU1520456A1 Method of vibroseismic prospecting