FI (list display)

  • G01N9/00
  • Investigating density or specific gravity of materials; Analysing materials by determining density or specific gravity HB CC 2G062
  • G01N9/00@A
  • Related to the liquids HB CC 2G062
  • G01N9/00@B
  • Related to the gases HB CC 2G062
  • G01N9/00@C
  • By using changes in the resonant frequencies HB CC 2G062
  • G01N9/00@D
  • .Vibrating the pipes (containers) accommodating the fluid HB CC 2G062
  • G01N9/00@E
  • .Vibrating the vibrators located in the fluid (e.g. wings) HB CC 2G062
  • G01N9/00@Z
  • Others HB CC 2G062
  • G01N9/02
  • .by measuring weight of a known volume HB CC 2G062
  • G01N9/04
  • ..of fluids HB CC 2G062
  • G01N9/06
  • ...with continuous circulation through a pivotally-supported member HB CC 2G062
  • G01N9/08
  • .by measuring buoyant force of solid materials by weighing both in air and in a liquid HB CC 2G062
  • G01N9/10
  • .by observing bodies wholly or partially immersed in fluid materials HB CC 2G062
  • G01N9/12
  • ..by observing the depth of immersion of the bodies, e.g. hydrometers HB CC 2G062
  • G01N9/12@A
  • By using specific gravity balls HB CC 2G062
  • G01N9/12@Z
  • Others HB CC 2G062
  • G01N9/14
  • ...the body being built into a container HB CC 2G062
  • G01N9/14@A
  • Characterised by scales (B takes precedence) HB CC 2G062
  • G01N9/14@B
  • Of suction types HB CC 2G062
  • G01N9/14@Z
  • Others HB CC 2G062
  • G01N9/16
  • ...the body being pivoted HB CC 2G062
  • G01N9/18
  • ...Special adaptations for indicating, recording, or control HB CC 2G062
  • G01N9/18@A
  • Of electric or magnetic types HB CC 2G062
  • G01N9/18@D
  • .By using magnets HB CC 2G062
  • G01N9/18@B
  • Of optical types HB CC 2G062
  • G01N9/18@C
  • Of mechanical types HB CC 2G062
  • G01N9/18@Z
  • Others HB CC 2G062
  • G01N9/20
  • ..by balancing the weight of the bodies HB CC 2G062
  • G01N9/22
  • ...with continuous circulation of the fluid HB CC 2G062
  • G01N9/24
  • .by observing the transmission of wave or particle radiation through the material HB CC 2G062
  • G01N9/24@A
  • By lights HB CC 2G062
  • G01N9/24@B
  • By radiation HB CC 2G062
  • G01N9/24@F
  • .For solids (including the granules and powders) HB CC 2G062
  • G01N9/24@C
  • By sound waves HB CC 2G062
  • G01N9/24@D
  • By microwaves HB CC 2G062
  • G01N9/24@E
  • By electric or magnetic changes HB CC 2G062
  • G01N9/24@Z
  • Others HB CC 2G062
  • G01N9/26
  • .by measuring pressure differences HB CC 2G062
  • G01N9/26@A
  • Analysing during the flowing motion HB CC 2G062
  • G01N9/26@Z
  • Others HB CC 2G062
  • G01N9/28
  • ..by measuring the blowing pressure of gas bubbles escaping from nozzles at different depths in a liquid HB CC 2G062
  • G01N9/28@A
  • Characterised by nozzle structures HB CC 2G062
  • G01N9/28@Z
  • Others HB CC 2G062
  • G01N9/30
  • .by using centrifugal effects HB CC 2G062
  • G01N9/32
  • .by using flow properties of fluids, e.g. flow through tubes or apertures HB CC 2G062
  • G01N9/34
  • ..by using elements moving through the fluid, e.g. vane HB CC 2G062
  • G01N9/36
  • .Analysing materials by measuring the density or specific gravity, e.g. determining quantity of moisture (methods of measurement G01N 9/02-G01N 9/32) HB CC 2G062
  • G01N9/36@A
  • Analyzing liquids HB CC 2G062
  • G01N9/36@B
  • .Oils HB CC 2G062
  • G01N9/36@C
  • Analysing solids in the gases or clogged filters HB CC 2G062
  • G01N9/36@Z
  • Others HB CC 2G062
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