畅链EDIWiki

738 Measurement Qualifier

Code identifying a specific product or process characteristic to which a measurement applies

Codes

<> 1F

Radio Frequency

<> 2F

Alternate Radio Frequency

<> 3A

Target Depth

<> 3B

Current Depth

<> 3C

Total Depth

<> 3D

Well Test Before Oil

<> 3E

Well Test Before Gas

<> 3F

Well Test Before Water

<> 3G

Well Test After Oil

<> 3H

Well Test After Gas

<> 3I

Well Test After Water

<> 3J

Estimated Depth of Operations

<> 4F

Squelch Tone

<> 5F

Height above Ground

<> 6F

Gain

<> 7F

Range Value

<> 8F

Directional Height above Average Terrain

<> A

Consolidated Weight

<> A1

Acids

<> A2

Adsorption

<> A3

Ageing Time

<> A4

Aromatics

<> A5

Average Differential Pressure

<> A6

Average Static Pressure

<> A7

Flame Projection Distance

<> A9

Exposure

<> AA

Alternating Current

<> AAP

AC-apparent Power

<> AB

Activation Energy

<> ABO

Absorbance

<> ABR

Abrasion

<> ABS

Absorbency

<> AC

Actinium

<> ACN

Acid Number

<> AD

Ambient Temperature

<> ADH

Adhesion

<> AE

Argon

<> AF

Angle of Bend

<> AG

Americium

<> AGE

Inventory Age

<> AH

Astatine

<> AI

Acidity

<> AJ

Aim Gage

<> AK

Volatile Organic Compounds (VOCs)

<> AL

Spine Show

<> ALK

Alkalinity

<> ALN

Alkalinity Number

<> ALP

Alpha-Cellulose

<> AMI

Amines

<> AMW

Average Molecular Weight

<> AN

Flute Test

<> AOX

Antioxidant

<> AP

Average Pressure

<> API

API Gravity

<> APP

Appearance

<> AS

Ash Fusion Temperature

<> ASH

Ash

<> ASY

Assay

<> AT

Additive

<> AVT

Average Temperature

<> AZ

Arbor Size

<> B

Billed Weight

<> B1

Base Number

<> B5

Octanol/Water Partition Coefficient

<> BA

Barium

<> BB

Beryllium

<> BC

Billet Size

<> BD

Bias

<> BDP

Perforation Bottom Depth

<> BE

Boron Factor

<> BF

Brinell

<> BG

Berkelium

<> BH

Bromine

<> BHF

Bottomhole Pressure - Flowing

<> BHS

Bottomhole Pressure - Shutin

<> BIC

Bark in Chips

<> BJ

Burst Index

<> BK

Bulk

<> BL

Blisters

<> BN

Bend

<> BND

Amount Bound in Material

<> BO

Lateral Bow (Camber)

<> BOR

Boiling Range

<> BP

Boiling Point

<> BQ

Breaks

<> BR

Brightness

<> BRS

Breaking Strength

<> BSW

Percent Bottom Sediment and Water

<> BT

Bursts

<> BU

Buckles

<> BUD

Bulk Density

<> BW

Basis Weight

<> C

Actual New Repeated for Combination

<> C0

Color Grade

<> C1

Carbonyl

<> C2

Catalyst

<> C3

Maximum Contraction

<> C4

Color Quadrant

<> CA

Caliper

<> CAU

Caustic Reaction Severity

<> CC

Celsius

<> CCF

Composite Corrected Factor

<> CD

Compression

<> CE

Capacitance In

<> CF

Capacitance Out

<> CG

Cadmium

<> CGR

Color Grayness RD

<> CH

Cesium

<> CHA

Chemical Addition Rate

<> CHC

Concentration of Hazardous Component

<> CHG

Rate of Change

<> CHL

Chlorides

<> CI

Curium

<> CIV

Cuene Intrinsic Viscosity

<> CJ

Cycle Time

<> CK

Californium

<> CL

Cladding Thickness(% of Composite Thickness)

<> CLA

Clarity

<> CLB

Calibration

<> CLN

Cleanliness

<> CM

Cures

<> CN

Chlorine

<> CO

Core Loss

<> COH

Coercive Force

<> COL

Color

<> CON

Concentration

<> COR

Corrosiveness

<> COS

Cost

<> COT

Content

<> CP

Crimp

<> CPF

Casing Pressure - Flowing

<> CPS

Casing Pressure - Shutin

<> CQ

Cuts

<> CR

Crosswise Spacing

<> CS

Cross Section

<> CSC

Choke Size - Casing

<> CSR

Cost Realism

<> CST

Choke Size - Tubing

<> CT

Center-to-center

<> CTG

Coating

<> CU

Coil Curvature

<> CUT

Cure Time

<> CW

Cuttable Width

<> CWT

Charge Weight

<> CX

Calculated Value

<> CY

Contamination

<> CYB

Color Yellowness (+B)

<> D

Destination Weight Agreement

<> D1

Maximum Dilatation

<> D2

Dispersing Agent

<> D3

Drying Agent

<> D4

Dry Point

<> D5

Wear

<> D7

Distillation Fraction

<> DA

Delta Value A

<> DAT

Datum Depth

<> DB

Delta Value B

<> DC

Ductile Class

<> DCT

Dirt Count

<> DD

Depth of Dents

<> DE

Defects

<> DEM

De Minimis Level

<> DF

Distance Across Flats

<> DG

Direct Current

<> DH

Dysprosium

<> DI

Diameter

<> DIR

Distillation Range

<> DIS

Dispersion

<> DJ

Dominant Wave Length

<> DL

Delta Value L

<> DM

Dual Amplitude

<> DME

Dichloromethane Extract

<> DMF

Distributed Meter Factor

<> DN

Density

<> DP

Depth

<> DPM

Degree of Polymerization

<> DR

Delta R

<> DRY

Dryness

<> DS

Distance Between Points

<> DT

Distance From Base Point

<> DU

Draw Tension

<> DW

Width, Boxcar Door

<> DWP

Dew Point

<> DY

Dyeability

<> E

Estimated New Weight

<> E0

Extraneous Matter

<> E1

End

<> EA

Elongation

<> EB

Edge Burr

<> EC

English Coil Dimensions

<> ED

Eddy

<> EE

Einsteinium

<> EF

Europium

<> EG

Equivalent Temperature

<> EH

Erbium

<> EI

Expansion

<> EJ

Electrical Conductivity

<> EL

Elasticity

<> ELC

Exposure Ceiling: Threshold Limit Value

<> ELE

Elevation

<> ELI

Immediately Dangerous to Life and Health

<> ELL

Explosion Limit

<> ELO

Occupational Safety and Health Administration (OSHA) Permissable Exposure Limit

<> ELP

Occupational and Safety Health Administration (OSHA) Permissible Exposure Limit Ceiling

<> ELS

American Conference of Government Industrial Hygienists (ACGIH) Threshold Limit Value: Short-Term Exposure

<> ELT

American Conference of Governmental Industrial Hygienists (ACGIH) Threshold Limit Value: Time Weighted Average

<> ELV

Unshielded Exposure Rate

<> ELW

American Industrial Hygienists Association (AIHA) Work Environment Exposure Level (WEEL)

<> ELX

American Industiral Hygienists Association (AIHA) Work Environmental Exposure Level (WEEL): Time Weighted Average

<> EM

Elmendorf Tear

<> EN

Entanglement

<> EP

Exciting Power

<> ES

Edge

<> EVL

Evaporation Loss

<> EVR

Evaporation Rate

<> EW

Empty Weight

<> EX

Eccentricity

<> EXH

Exhaust Benzene Emissions

<> EXT

Extractables

<> F

Deficit Weight

<> F1

Fire Point

<> F2

Radiated Power

<> F3

Output Power (Peak Envelope)

<> F4

Height above Average Terrain

<> F5

Ground Elevation

<> F6

Height to Tip

<> F7

Radius from a Location

<> F8

Radius from Coordinates

<> F9

Operating Hours

<> FA

Fluorine

<> FB

Flare

<> FBP

Acetate Break Point

<> FC

Short Cycle Flatness

<> FD

Frequency of Operation

<> FE

Fermium

<> FF

Francium

<> FG

Freezing Point

<> FH

Finish

<> FI

Filament Count

<> FIL

Filter Number

<> FIN

Fineness

<> FIT

Filterability

<> FJ

Face Width

<> FK

Fluid Consistency

<> FL

Longitudinal Flatness

<> FLD

Fluid Point

<> FLN

Fiber Length

<> FLP

Fluid Level Above Pump

<> FML

Flammability Limits

<> FMZ

Flammability

<> FN

Flatness

<> FNL

Fines Retained on Screen

<> FNS

Fines

<> FOA

Foam

<> FOI

Fouling Index

<> FOR

Foreign Matter

<> FP

Flashpoint

<> FPV

Acetate Plugging Value

<> FQ

Frequency

<> FR

Flow Rate

<> FS

Fold Strength

<> FSI

Free Swelling Index

<> FT

Flange Thickness

<> FU

Azimuth

<> FUD

Full Load

<> FV

Transverse Flatness

<> FW

Flange Width

<> FX

Filler

<> FY

Beam

<> FZ

Output Power (Mean RF)

<> G

Gross Weight

<> G1

Gutter

<> G2

Grain Size

<> G3

Tilt

<> GA

Grain

<> GB

Guided Bends Root

<> GC

Gadolinium

<> GD

Gold

<> GE

Guided Bends Face

<> GEL

Gel

<> GF

Guided Bends Side

<> GG

Gauge

<> GGR

Gas Gravity

<> GH

Gallium

<> GI

Grit, Brushed

<> GIR

Gas Injection Test Rate

<> GJ

Grit, Unbrushed

<> GK

Tinting Strength

<> GL

Gloss

<> GLE

Ground Level Elevation

<> GM

Emulsion Gloss

<> GN

Gross to Net Conversion Factor

<> GO

Particle End Point

<> GOR

Gas-to-Oil Ratio

<> GP

Group Package Separation

<> GQ

Scattered Particles

<> GR

Gravity

<> GRA

Gas Test Rate

<> GRI

Graininess

<> GS

Carbon Black Undertone

<> GT

Glass Transition Temperature

<> GW

Gross Weight, Maximum

<> H1

Heavies

<> H2O

Water Volume

<> H8

Net Explosive Weight

<> H9

Recommended Exposure Limit

<> HA

Hydro Pressure

<> HAR

Hardening Rate

<> HAZ

Haze

<> HB

Heavy Aluminas

<> HC

Helium

<> HD

High Propagation Delay Time

<> HE

Heavy Silicates

<> HF

Hardness

<> HG

Heavy Sulfides

<> HH

Heavy Globular Oxides

<> HHW

Hemispherical Point

<> HI

Hafnium

<> HIB

High Boilers

<> HJ

Holmium

<> HK

Human Factors

<> HL

Heat Loss

<> HM

Height, Maximum

<> HO

Holes

<> HOC

Heat of Combustion

<> HP

Height of Tread Plate Pattern

<> HR

Height of Runners

<> HT

Height

<> HTE

Heat Equivalency

<> HVM

Heavy Metals

<> HWS

Softening Point

<> HYD

Hydroxyl Number

<> HZ

Hazepoint

<> HZC

Hazardous Component

<> IB

Impact Energy

<> IC

Incremental Distance

<> ID

Inside Diameter

<> IDE

Identification

<> IF

Input Low Voltage

<> IG

Granulated Ingot Size

<> IGA

Autoignition Temperature

<> IGR

Input Gas Rate

<> IH

Input Current

<> II

Input Setup Time

<> IJ

Input Hold Time

<> IK

Indium

<> IM

Iridium

<> IMP

Impurities

<> IN

Input Low Current

<> IND

Initial Deformation Point

<> INS

Insolubles

<> IO

Input High Current

<> IP

Input Leakage Current

<> IPI

Primary Irritation Index

<> IQ

Input Clamp Diode Voltage

<> IR

Ideal Diameter

<> IRA

Inclusion Rating

<> IS

Input High Voltage

<> IT

Interrupt Pulse Period

<> IU

Interrupt Setup Time

<> IV

Iodine

<> IW

Incrustation Factor

<> IX

Inside Diameter, Minimum

<> IY

Induction

<> IZ

Ingot Pound Size

<> JA

Junction Temperature

<> JOM

Jominy Hardenability

<> KA

Knoop

<> KB

Krypton

<> KN

K&N Holdout

<> L

Legal Weight

<> L0

Leaf Grade

<> L1

Lights

<> LA

Lanthanum

<> LB

Lithium

<> LC

Low Propagation Delay Time

<> LC5

Lethal Concentration, 50% (``LC-50'')

<> LD

Lawrencium

<> LD5

Lethal Dose, 50% (``LD-50'')

<> LDH

Limited Dome Height (LDH)

<> LE

Lutetium

<> LEF

Leaf

<> LF

Long Fibers

<> LG

Leg

<> LIR

Liquid Injection Test Rate

<> LIV

Limit Intrinsic Viscosity

<> LL

Long Leg

<> LLD

Light Load

<> LM

Length, Maximum

<> LN

Length

<> LO

Long Length

<> LOI

Loss on Ignition

<> LOS

Loss on Drying

<> LOW

Low Boilers

<> LP

Camber of Pattern Line

<> LPG

Liquified Petroleum Gas Factor

<> LPR

Line Pressure

<> LS

Short Leg

<> LSS

Linear Sheet Swelling

<> LT

Lengthwise Spacing

<> LTD

Liner Top Depth

<> LW

Long Width

<> M

Minimum Weight (for Weight)

<> M1

Melt Range

<> M2

Maximum Differential Pressure

<> M3

Maximum Static Pressure

<> M4

Area

<> MA

Mean Average

<> MAT

Maturity

<> MB

Mendelevium

<> MC

Min./Max Cuttable Width

<> MCN

Magnetic Contamination

<> MD

Measurement Voltage

<> ME

Maximum Input Low Voltage

<> MEF

Meter Factor

<> MEL

Melt Time

<> MER

Efficient Rate-Resevoir

<> MF

Minimum Input High Voltage

<> MG

Mercury

<> MH

Melting Point

<> MI

Minimum

<> MIC

Micronaire

<> MJ

Major Section (Stepped)

<> MK

Microseperometer (MSEP)

<> MM

Management

<> MN

Minimum Average

<> MO

Mottles

<> MOI

Moisture

<> MOR

Mortality

<> MP

Mullen Pop

<> MPR

Production Rate-Well

<> MQ

MCQuaid

<> MR

Module R (R Bar)

<> MS

Minor Section (Stepped)

<> MT

Moisture Content

<> MTD

Maximum Total Depth

<> MU

Multiplier

<> MUL

Mullen

<> MV

Maximum Average

<> MW

Molecular Weight

<> MX

Maximum

<> MY

Magnetizing Field

<> N

Actual Net Weight

<> NA

No. per Package

<> NB

No. per Bundle

<> NC

No. per Coil Group

<> ND

Neodymium

<> NEU

Neutralization Number

<> NF

Neon

<> NG

Nobelium

<> NH

Number of Items per Package Label

<> NI

Number of Splices per Package Label

<> NIL

Nil Ductility Test

<> NJ

Number of Sheets per Package Label

<> NK

Nesting Factor

<> NL

No. per Lift

<> NM

No. Pkgs. per Master Pack

<> NNW

Net Net Weight

<> NO

Nominal (Target, Aim)

<> NOC

Number of Cosigners

<> NON

Non-Volatile Matter

<> NOR

Number of References

<> NOX

NOx Emissions Performance

<> NP

Percent of Specified

<> NS

No. per Skid

<> NU

No. per Unit

<> NV

N Value

<> O

Excess Weight Over Maximum

<> O1

Orifice - Inside Diameter

<> OA

Offset

<> OAP

Observed American Petroleum Institute Gravity

<> OB

Osmium

<> OBT

Observed Temperature

<> OC

Output Low Voltage

<> OCG

Oil/Condensate Gravity

<> OCR

Oil/Condensate Test Rate

<> OD

Outside Diameter

<> ODR

Odor

<> OE

Output Low Current

<> OF

Output High Voltage

<> OG

Output High Current

<> OH

Overhead Height, Receiving Door

<> OI

Output Off Current Low

<> OIL

Oil

<> OJ

Output Off Current High

<> OK

Output Short-Circuit Current

<> OL

Output Disable Time from Low Level of a 3-State Output

<> OLE

Olefins

<> OM

Outside Diameter, Maximum

<> ON

Output Disable Time from High Level of a 3-State Output

<> OO

Output Enable Time from Low Level of a 3-State Output

<> OP

Openness

<> OQ

Output Enable Time from High Level of a 3-State Output

<> OR

Distance Between Outside Runners

<> ORC

Organic Carbon

<> OS

Open Circuits

<> OT

Output Delay Time

<> OTE

Others Each

<> OTH

Odor Threshold

<> OTT

Others Total

<> OV

Opacity

<> OW

Overall Width

<> OX

Ownership Share

<> OXI

Oxidizable Substance

<> OXS

Oxidizing Substance

<> OY

Operating Weight

<> P1

Price

<> PA

Package Separation

<> PAR

Particle Size

<> PB

Pressure

<> PBD

Plug Back Total Depth

<> PC

Per Hundred Linear Yards

<> PD

Platinum

<> PDE

Casing/Liner Tubing Depth

<> PDG

Pump Depth from Ground

<> PE

Potassium

<> PER

Magnetic Permeability

<> PF

Promethium

<> PFO

Perforation Feet Open

<> PG

Polonium

<> PH

Pulse Setup Time

<> PHA

<> PHW

Hardwood Fiber

<> PI

Pulse Hold Time

<> PIC

Pick Off

<> PJ

Pulse Width

<> PK

Pulse Recovery Time

<> PL

Percent Defective

<> PM

Practice

<> PN

Palladium

<> PO

Percent of Order (-, +)

<> POC

Completion

<> POD

Physical Description - Outer Diameter

<> POP

Pour Point

<> PP

Powder/Paste Package Size

<> PPS

Proprietary Shade

<> PQ

Plutonium

<> PR

Praseodymium

<> PRE

Prior Experience

<> PRF

Pressure Factor

<> PRL

Product Level

<> PRO

Processability

<> PRQ

Product Reportable Quantity

<> PRY

Porosity

<> PS

Protactinium

<> PSA

Percent Solution Actual

<> PSP

Past Performance

<> PSW

Softwood Fiber

<> PT

Pits

<> PU

Pressure Base

<> PV

Picks

<> PW

Purchased Width

<> PWA

Processed Waste

<> PWE

Physical Description - Weight

<> PWF

Power Factor

<> PX

Purity

<> PY

Percent of Water

<> PZ

Pipe Size Nominal

<> QA

Quality Index

<> QB

Quantity or Loading Average

<> QC

Quantity or Loading Maximum

<> QD

Quality or Concentration Average

<> QE

Quality or Concentration Minimum

<> QF

Quality or Concentration Maximum

<> QL

Quality

<> QUR

Reportable Quantity

<> R

Per Unit Dunnage

<> R1

Hemoglobin

<> R2

Hematocrit

<> R3

Epoetin Starting Dosage

<> R4

Creatin

<> R10

Relative Fraction of Pure Long-Chain Cellulose

<> R18

Relative Fraction of Total Cellulose

<> RA

Relative Humidity

<> RAD

Radius

<> RAF

Roof Adjustment Factor

<> RB

Range Value

<> RC

Radius of Corner

<> RD

Readpoint

<> RE

Ream Weight

<> REA

Reactivity

<> RED

Reducing Substance

<> REF

Refining

<> REI

Refractive Index

<> REL

Reflectance

<> RES

Resistance

<> RF

Resistivity

<> RG

Radium

<> RH

Rhenium

<> RI

Rubidium

<> RJ

Rockwell-C

<> RK

Rockwell-B

<> RL

Reduction Ration

<> RM

RMS Range (Side 1)

<> RN

Required Interrupt Release

<> RO

Reset Pulse Width

<> ROX

Oxygen from a Renewable Oxygenate

<> RP

Reduction of Area

<> RQ

Radon

<> RR

Reduction Ratio

<> RS

RMS Range (Side 2)

<> RSZ

Roll Size

<> RT

Rounds Ammunition/Military

<> RTB

Reporting Temperature Base

<> RU

Rhodium

<> RUD

Usage Deviation (Applies to Kilowatt Hours, Kilowatt Demand and Reactive Demand)

<> RV

Ruthenium

<> RVP

Reid Vapor Pressure

<> RW

Rolling Width

<> RX

Ridges

<> RY

Ratio

<> S

State Weight

<> S1

Smoothness

<> S2

Selvedge on Beam

<> S3

Sheffield Smoothness

<> S4

Surface Strength

<> S5

Stiffness

<> S6

Saturation

<> S7

Sediment

<> S8

Solubility

<> S9

Site Atmospheric Pressure

<> S10

Pulp Impurities

<> S12

Start

<> S18

Hemicellulose

<> SA

Sort Code CIE LAB

<> SAP

Saponification Number

<> SB

Sort Code CMC

<> SC

Schedule Number (Pipe Size)

<> SCH

Schedule

<> SD

Strength

<> SE

Selvage Left

<> SEV

Severity

<> SF

Samarium

<> SG

Slit Width

<> SH

Strontium

<> SHA

Shelf Life

<> SI

Supply Current

<> SIL

Silica (Silicon Dioxide)

<> SJ

Short Circuits

<> SK

Shrinkage

<> SL

Short Length

<> SLD

Solderability

<> SLI

Slagging Index

<> SM

Shear

<> SN

Stain

<> SO

Sort Code CIE LCH

<> SOD

Solids

<> SOF

Softening Range

<> SP

Splinter Count

<> SPG

Specific Gravity

<> SPR

Separator Pressure

<> SQ

Shipped Quantity

<> SR

Selvage Right

<> SS

Silver

<> ST

Stop Recovery Startup Time

<> STA

Stability

<> STL

Short Term Exposure Limit

<> STP

Staple

<> SU

Shipped Units

<> SUM

Suspended Matter

<> SUR

Surface Roughness

<> SUT

Surface Tension

<> SV

Scandium

<> SVL

Survival

<> SW

Short Width

<> SX

Sodium

<> SXX

S10 Minus S18 Value

<> SY

Service Interrupt Duration

<> SZ

Skid Height

<> T

Tare Weight

<> T1

Tire Pressure

<> T2

Tube - Inside Diameter

<> T3

Technical

<> T50

T50

<> T90

T90

<> TA

Thickness Heavy End (Tapered/Stepped)

<> TAS

Taste

<> TB

Thickness Small End (Tapered/Stepped)

<> TC

Temperature

<> TD

Thin Aluminas

<> TDP

Perforation Top Depth

<> TE

Tenacity

<> TEE

Autodecomposition Temperature

<> TES

Storage Termperature

<> TEX

Texture

<> TF

Tensile

<> TG

Thin Sulfides

<> TH

Thickness

<> TI

Thin Silicates

<> TJ

Total Supply Current

<> TK

Timer Pulse Width

<> TL

Tapered/Stepped Length Type

<> TM

Length Type: Multiples

<> TN

Timer Period

<> TO

Terbium

<> TOA

Aquatic Toxicity

<> TOR

Torque

<> TOX

Toxics Emissions Performance

<> TP

Thorium

<> TPF

Temperature Factor

<> TPL

Tubing Pressure - Flowing

<> TPQ

Threshold Planning Quantity

<> TPS

Tubing Pressure - Shutin

<> TQ

Thin Globular Oxides

<> TR

Length Type: Random

<> TRA

Trash Area

<> TRC

Trash Count

<> TRN

Transmittance

<> TS

Length Type: Specific

<> TSZ

Trim Size

<> TT

Time

<> TU

Technetium

<> TUR

Turbidity

<> TV

Thallium

<> TVD

Maximum True Vertical Depth

<> TW

Top

<> TX

Thulium

<> TY

Tear Strength

<> U

Weight per Unit

<> UA

Uranium

<> UCB

Cube

<> UG

Usage

<> UNI

Uniformity

<> UNK

Unknowns

<> VAD

Vapor Density

<> VAP

Vapor Pressure

<> VH

Height, Van Door

<> VIN

Vinyl

<> VIS

Viscosity

<> VO

Voltage

<> VOC

VOC Emissions Performance

<> VOL

Volume

<> VOT

Volatiles

<> VOV

Volatiles by Volume

<> VOW

Volatiles by Weight

<> VSO

Volume Split to Others

<> VW

Width, Van Door

<> VWT

Volume Weight

<> WA

Weight per Unit of Area

<> WB

Web

<> WC

Web Depth/Height

<> WD

Width

<> WDE

Water Depth

<> WE

Wolfram

<> WEL

Weight Loss

<> WF

Wait Recovery Startup Time

<> WH

Whiteness

<> WI

Winding Loss

<> WL

Wall Thickness

<> WM

Width, Maximum

<> WOD

Water-Oil Distribution Coefficient

<> WPF

Wellhead Pressure-Flowing

<> WPL

Water/Product Level

<> WPS

Wellhead Pressure Shutin

<> WR

Wrinkles

<> WRA

Water Test Rate

<> WT

Weight

<> WTB

Water/Tank Bottom Level

<> WU

Weight per Unit of Length

<> WX

Wax Pick

<> X

Maximum Weight (for Rate)

<> XA

Xenon

<> XH

Side Height, Flat Bed With Removable Sides

<> XP

Specified

<> XQ

Squareness

<> XZ

Spool Size

<> YA

Yttrium

<> YB

Yield

<> YC

Ytterbium

<> ZA

Power Factor

<> ZAL

Aluminum

<> ZAS

Arsenic

<> ZB

Boron

<> ZBI

Bismuth

<> ZBT

N-Butane

<> ZBZ

Benzene

<> ZC

Carbon

<> ZCA

Calcium

<> ZCB

Columbium

<> ZCD

Carbon Dioxide

<> ZCE

Cerium

<> ZCO

Cobalt

<> ZCR

Chromium

<> ZCU

Copper

<> ZD

Load Factor

<> ZET

Ethane

<> ZF

Sulfate Sulfur

<> ZFE

Iron

<> ZFL

Newspaper--Full Page

<> ZFS

Iron plus Silicon

<> ZG

Organic Sulfur

<> ZGE

Germanium

<> ZH

Hydrogen

<> ZHP

Heptane

<> ZHS

Hydrogen Sulfide

<> ZHX

Hexane

<> ZIB

I-Butane

<> ZIP

I-Pentane

<> ZMG

Magnesium

<> ZMN

Manganese

<> ZMO

Molybdenum

<> ZMT

Methane

<> ZN

Nitrogen

<> ZNB

Niobium

<> ZNI

Nickel

<> ZNP

Neo-Pentane

<> ZO

Oxygen

<> ZOC

Octane

<> ZP

Phosphorous

<> ZPB

Lead

<> ZPP

Propane

<> ZPT

N-Pentane

<> ZR

Pyritic Sulfur

<> ZS

Sulphur

<> ZSB

Antimony

<> ZSE

Selenium

<> ZSI

Silicon

<> ZSN

Tin

<> ZTA

Tantalum

<> ZTB

Newspaper--Tabloid Page

<> ZTE

Tellurium

<> ZTI

Titanium

<> ZV

Vanadium

<> ZW

Tungsten

<> ZZN

Zinc

<> ZZR

Zirconium

<> ZZZ

Mutually Defined