ČSN ISO 1998-6 - Ropný průmysl - Terminologie - Část 6: Měření
| Stáhnout normu: | ČSN ISO 1998-6 (Zobrazit podrobnosti) Zákazníci, kteří mají na svém počítači sjednanou od České agentury pro standardizaci (ČAS) službu ČSN on-line pro elektronický přístup do plných textů norem v pdf (verzi pro firmy nebo pro jednotlivce), mohou zde přímo otevírat citované ČSN. |
| Datum vydání/vložení: | 2003-08-01 |
| Zdroj: | https://www.iso.org/obp/ui/#iso:std:iso:1998:-6:ed-1:v1:en |
| Třidící znak: | 656000 |
| Obor: | Ropné výrobky všeobecně a zkušební metody společné více skupinám výrobků |
| ICS: |
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| Stav: | Platná |
- 6.10.019 calibrated volume
- 6.10.025 bottom calibration
- 6.10.032 calibration table, tank capacity table, tank table, capacity table
- 6.10.033 capacity
- 6.10.046 critical zone
- 6.10.047 critical zone height
- 6.10.049 datum point
- 6.10.050 deadwood
- 6.10.051 positive deadwood
- 6.10.052 negative deadwood
- 6.10.059 dip, innage
- 6.10.060 dip point
- 6.10.061 dipped volume
- 6.10.075 equivalent dip
- 6.10.080 floating mark
- 6.10.081 floating-roof mass
- 6.10.084 free water
- 6.10.085 free water level
- 6.10.095 gauging
- 6.10.100 gross observed volume
- 6.10.101 net observed volume
- 6.10.103 gross standard volume
- 6.10.104 net standard volume
- 6.10.112 HTG reference point
- 6.10.113 hydrostatic tank gauging
- 6.10.121 inner orientation
- 6.10.130 latitude
- 6.10.131 longitude
- 6.10.132 equator
- 6.10.140 liquid level
- 6.10.142 Littlejohn grip
- 6.10.148 longitudinal line
- 6.10.149 longitudinal plane
- 6.10.153 measurement ticket
- 6.10.154 measuring line
- 6.10.160 north pole
- 6.10.161 south pole
- 6.10.170 open capacity
- 6.10.183 pin-height
- 6.10.194 product heel mass
- 6.10.195 product heel volume
- 6.10.209 referee method of tank calibration
- 6.10.210 reference datum of high pressure tank
- 6.10.212 reference height
- 6.10.213 reference line
- 6.10.215 offset
- 6.10.216 reference plane
- 6.10.217 reference point
- 6.10.219 reference target point
- 6.10.220 tank-calibration reference temperature
- 6.10.223 relative orientation
- 6.10.252 section line
- 6.10.253 section plane
- 6.10.260 slope distance
- 6.10.269 step-over
- 6.10.270 step-over constant
- 6.10.271 step-over correction
- 6.10.272 stereoscopic model
- 6.10.273 stereoscopic photograph
- 6.10.275 strapping method
- 6.10.276 strapping tape
- 6.10.283 suspended water
- 6.10.293 target
- 6.10.294 target point
- 6.10.301 total calculated volume
- 6.10.302 total observed volume
- 6.10.304 total standard volume
- 6.10.306 total water
- 6.10.307 traverse point
- 6.10.309 ullage, outage
- 6.10.312 ullage pressure
- 6.10.313 ullage volume
- 6.10.314 ullage reference point
- 6.10.315 upper reference point
- 6.10.321 vertical line
- 6.10.329 water bottom
- 6.10.330 water cut, water dip
- 6.10.334 working method of tank calibration
- 6.10.400 clingage
- 6.10.410 on-board quantity
- 6.10.411 quantity remaining on board
- 6.10.416 liquid volume
- 6.10.417 non-liquid volume
- 6.10.433 wedge formula
- 6.10.434 wedge table
- 6.10.440 bottom sediment
- 6.10.441 suspended sediment
- 6.10.442 total sediment
- 6.20.010 metering conditions
- 6.20.040 clingage
- 6.20.050 water cut, water dip 6.20.050
- 6.20.090 base volume
- 6.20.100 proving in dynamic measurement
- 6.20.101 on-line proving
- 6.20.102 central proving
- 6.20.105 pipe prover
- 6.20.106 bi-directional prover
- 6.20.107 small volume prover
- 6.20.109 flashing
- 6.20.110 cavitation
- 6.20.115 control chart
- 6.20.116 Shewhart chart
- 6.20.117 cumulative-sum chart, cusum chart
- 6.20.119 moving average chart
- 6.20.120 control limits
- 6.20.125 Coriolis meter
- 6.20.126 direct mass meter
- 6.20.127 displacement meter
- 6.20.128 reference meter
- 6.20.130 turbine meter
- 6.20.131 vortex-shedding meter
- 6.20.135 linearity of meter
- 6.20.136 turndown ratio of a meter
- 6.20.137 indicated volume
- 6.20.138 gross volume
- 6.20.141 k-factor
- 6.20.142 meter factor
- 6.20.143 scaling factor
- 6.20.145 curve fit
- 6.20.150 cyclic distortion
- 6.20.151 intra-rotational linearity
- 6.20.155 detector of a prover
- 6.20.170 electronic head
- 6.20.180 flying start and stop
- 6.20.181 standing-start-and-stop
- 6.20.185 flow conditioning
- 6.20.186 flow conditioner
- 6.20.190 gating
- 6.20.195 aunch/receive chamber
- 6.20.205 pass
- 6.20.215 pulse interpolation
- 6.20.216 pulse interpolation divisor
- 6.20.235 round-trip volume
- 6.20.240 run
- 6.20.260 swirl
- 6.20.270 totalizer
- 6.20.285 displacer in a pipe
- 6.30.001 error
- 6.30.002 absolute error
- 6.30.003 relative error
- 6.30.004 random error
- 6.30.005 systematic error
- 6.30.006 spurious error
- 6.30.007 overall error
- 6.30.008 maximum permissible error
- 6.30.009 short-term meter error
- 6.30.010 long-term meter error
- 6.30.015 accuracy of a measuring instrument
- 6.30.016 repeatability of results of measurements
- 6.30.017 reproducibility of results of measurements
- 6.30.020 uncertainty, U ( )
- 6.30.021 random uncertainty, Ur( )
- 6.30.022 systematic uncertainty, Us( )
- 6.30.025 confidence level
- 6.30.026 confidence limits
- 6.30.027 acceptable limits
- 6.30.030 true value
- 6.30.031 conventional true value
- 6.30.032 outlier test
- 6.30.035 correlation coefficient
- 6.30.040 degrees of freedom
- 6.30.045 variance
- 6.30.050 standard deviation
- 6.30.051 experimental standard deviation
- 6.30.052 experimental standard deviation of the mean
- 6.30.053 pooled standard deviation
- 6.30.055 distribution
- 6.30.056 normal distribution
- 6.30.057 gaussian distribution
- 6.30.058 Poisson modified distribution
- 6.30.059 Student’s distribution
- 6.30.060 Student’s t
- 6.30.061 frequency distribution
- 6.30.062 skewed distribution
- 6.30.100 acceptable quality level
- 6.30.150 extrapolation
- 6.30.151 interpolation
- 6.30.152 sub-tabulation
- 6.30.160 discrimination, discrimination threshold
- 6.30.200 in transit difference
- 6.30.201 outturn quantity
- 6.30.202 outturn loss/gain
- 6.30.203 vessel-shore difference
- 6.30.210 vessel experience factor
- 6.30.211 vessel load ratio
- 6.30.212 vessel discharge ratio
- 6.30.215 volume correction factor
- 6.30.216 mass conversion factor
- 6.30.250 measurand
- 6.30.255 range
- 6.30.260 root-sum-square
- 6.30.270 traceability
- 6.30.280 argument
- 6.40.001 sample
- 6.40.005 all levels sample
- 6.40.010 top sample
- 6.40.011 upper sample
- 6.40.012 middle sample
- 6.40.013 bottom sample
- 6.40.014 lower sample
- 6.40.015 skim sample, surface sample
- 6.40.020 composite sample
- 6.40.025 spot sample
- 6.40.030 running sample
- 6.40.035 representative sample
- 6.40.040 suction-level sample
- 6.40.045 fixed rate sample, time-proportional sample
- 6.40.050 flow-proportional sample
- 6.40.060 integrity of the sample
- 6.40.065 sample conditioning
- 6.40.066 sample handling
- 6.40.070 calculated sample volume
- 6.40.071 grab
- 6.40.075 sample container
- 6.40.076 sample receiver
- 6.40.077 sample size
- 6.40.080 percent defective
- 6.40.100 sampling system
- 6.40.101 automatic sampler
- 6.40.102 automatic sampling system
- 6.40.103 sampler performance factor
- 6.40.104 sampling probe
- 6.40.105 continuous sampler
- 6.40.106 continuous sampling
- 6.40.107 intermittent sampler
- 6.40.108 stream conditioning
- 6.40.110 isokinetic sampling
- 6.40.120 sampling frequency
- 6.40.121 sampling interval
- 6.40.122 sampling location
- 6.40.123 sampling ratio
- 6.40.124 sampling line of liquefied natural gas
- 6.40.150 profile
- 6.40.151 profile average
- 6.40.152 overall mean
- 6.40.153 profile testing
- 6.40.154 point
- 6.40.155 point average
- 6.40.160 sample loop
- 6.50.010 thermowell
- 6.50.011 automatic temperature-measuring system
- 6.50.012 electrical averaging thermometer
- 6.50.013 electrical spot thermometer
- 6.50.014 resistance thermometer
- 6.50.015 temperature compensator
- 6.50.020 density meter
- 6.50.021 continuous density meter
- 6.50.022 in-line density meter
- 6.50.023 off-line density meter
- 6.50.024 on-line density meter
- 6.50.025 density transducer
- 6.50.030 servo-mechanism
- 6.50.040 apparent mass in air
- 6.50.041 gross apparent mass-in-air of oil
- 6.50.042 net apparent mass-in-air of oil
- 6.50.050 observed density
- 6.50.051 orthobaric density
- 6.50.052 gross standard density of oil
- 6.50.053 net standard density of oil
- 6.50.054 in-tank vapour density
- 6.50.060 densit pressure coefficient
- 6.50.061 density temperature coefficient
- 6.50.070 compressibility factor of gases
- 6.50.071 compressibility factor of liquids
- 6.50.075 ideal volume basis
- 6.50.076 real volume basis
- 6.50.080 gross specific energy
- 6.50.081 net specific energy
- 6.50.090 digital signal
- 6.50.095 resolution of a displaying device
- 6.60.010 reference conditions
- 6.60.011 standard reference conditions, base conditions
- 6.60.015 standard scale
- 6.60.016 reference standard
- 6.60.017 secondary standard
- 6.60.020 dry measure
- 6.60.021 wet measure
- 6.60.022 wetted area
- 6.60.023 primary measure
- 6.60.024 secondary measure
- 6.60.030 calibration, proving
- 6.60.035 drain time, draining time
- 6.60.040 water-draw
- 6.60.050 automatic pipette
- 6.60.055 proving tank
- 6.60.060 transfer standard
- 6.60.065 seraphin, fenestrated neck can
- 6.60.070 correction factor
‹
Nahlásit chybu
6.20.116 Shewhart chart
chart (first developed by Walter A. Shewhart) on which limits are drawn and values of a variable plotted and monitored
NOTE If the values lie within the chosen limits then the systém can be considered to be in control. A learning period involving at least 10 consecutive results is required in order to establish the control limits. The confidence limits chosen are based on a probability of 95 % or 99 %.
6.20.116 Shewhartův diagram
diagram (poprvé vyvinutý Walterem A. Shewhartem) v němž jsou zakresleny mezní hodnoty a sledovány hodnoty proměnných
POZNÁMKA Jestliže hodnoty leží uvnitř vybraných mezí může být systém považován za řízený. Ke stanovení regulovaných mezí je vyžadováno zaučovací období zahrnující nejméně 10 následných výsledků. Vybrané konfidenční meze jsou založeny na pravděpodobnosti 95 % nebo 99 %.