Appendix of Dimensions

Alphabetical Listing

 

A B C D E F G H I J K L M N O P Q R S T U V W X Y Z

 

P

Measurement

Description

Fundamental

Quantity

SP

Dimensions

SI unit

Reference

pace

distance

distance

(0,1,0)

meter

CRC F355; RR

packen

mass

mass

(0,0,1)

kilogram

RR

packing fraction

proportion

number

(0,0,0)

unity

CRC F117

palm

distance

distance

(0,1,0)

meter

CRC F355; RR

parallax

plane angle

number

(0,0,0)

radian

CRC F117

parasang

distance

distance

(0,1,0)

meter

RR

parsec

distance

distance

(0,1,0)

meter

CRC F117, F355; M 1-23; RR

partial pressure

pressure

pressure

(-2,-1,1)

pascal

CRC F117, F291, F292

particle displacement

distance

distance

(0,1,0)

meter

AIP 45

particle fluence

particles per area

fuel efficiency

(0,-2,0)

.

CRC F360; Sz 59, 688

particle fluence rate

particles per area second

heat transfer coefficient

(-1,-2,0)

.

AIP 46; CRC F360; Sz 59, 688

particle flux density

particles per area second

heat transfer coefficient

(-1,-2,0)

.

AIP 46; Sz 59, 688

pascal

pressure

pressure

(-2,-1,1)

pascal

CRC F117, F134, F283, F313, F355, F360; M 1-18; MH 2416

pascal-second

dynamic viscosity

dynamic viscosity

(-1,-1,1)

pascal second

CRC F355; RR

path length

distance

distance

(0,1,0)

meter

AIP 40

pearl grain

mass

mass

(0,0,1)

kilogram

RR

peck

volume

volume

(0,3,0)

cu meter

CRC F355; M 1-16; RR

peltier coefficient

.

electric
potential

(-1,2,0)

volt

AIP 46

pencil hardness

hardness

pressure

(-2,-1,1)

pascal

RR

pennyweight

mass

mass

(0,0,1)

kilogram

CRC F355; M 1-17; RR

pentad

time

time

(1,0,0)

second

RR

percent by volume

proportion

number

(0,0,0)

unity

RR

percent by weight

proportion

number

(0,0,0)

unity

RR

perch (1)

distance

distance

(0,1,0)

meter

CRC F355; M 1-16; RR

perch (2)

volume

volume

(0,3,0)

cu meter

M 1-16; RR

period

time

time

(1,0,0)

second

AIP 43; CRC F118; M 15-3

perm

mechanical permeability

mechanical permeability

(1,-1,0)

kilogram per pascal second sq meter

M 1-23; RR

permeability (1)

magnetic permeability

permeability

(2,1,-1)

henry per meter

AIP 45; CRC F215; M 15-4; Sz 58, 681

permeability (2)

hydrodynamic permeability

area

(0,2,0)

sq meter

CRC F349, F364; RR

permeability (3)

mechanical permeability

mechanical permeability

(1,-1,0)

kilogram per pascal second sq meter

(efunda.com)

permeance (1)

magnetic permeance

inductance

(2,2,-1)

henry

AQ 28; M 15-4

permeance (2)

mechanical permeance

time

(1,0,0)

kilogram per pascal second meter

(efunda.com)

perm-inch

mechanical permeance

time

(1,0,0)

kilogram per pascal second meter

M 1-23; RR

permittivity

permittivity

density

(0,-3,1)

farad per meter

AIP 44; CRC F215; M 15-3; Sz 58, 678

pes

distance

distance

(0,1,0)

meter

RR

pfund

mass

mass

(0,0,1)

kilogram

RR

pH

exponential

number

(0,0,0)

unity

RR

phase angle

plane angle

number

(0,0,0)

radian

CRC F118

phase difference

plane angle

number

(0,0,0)

radian

AIP 46

phon

sound intensity? [see CRC loudness]

radiance?

 

.

CRC F118; RR

phot

received luminous power density

radiance

(-3,0,1)

lux

CRC E210, F104, F118, F341, F355; M 1-23

pica

distance

distance

(0,1,0)

meter

CRC F355; M 1-23; RR

picolo

volume

volume

(0,3,0)

cu meter

RR

pied

distance

distance

(0,1,0)

meter

RR

piede

distance

distance

(0,1,0)

meter

RR

pieze

pressure

pressure

(-2,-1,1)

pascal

RR

pik

distance

distance

(0,1,0)

meter

RR

pin

volume

volume

(0,3,0)

cu meter

RR

pinch

volume

volume

(0,3,0)

cu meter

RR

ping

area

area

(0,2,0)

sq meter

RR

pint

volume

volume

(0,3,0)

cu meter

CRC F355; M 1-16; RR

pipa

volume

volume

(0,3,0)

cu meter

RR

pipe

volume

volume

(0,3,0)

cu meter

RR

plane angle

plane angle

number

(0,0,0)

radian

AIP 44; CRC F283, F313; M 1-18

plank

angular momentum

angular momentum

(-1,2,1)

joule second

RR

plank length

distance

distance

(0,1,0)

meter

RR

plank mass

mass

mass

(0,0,1)

kilogram

RR

plank time

time

time

(1,0,0)

second

RR

plasma pressure

.

.

.

.

CRC F330

plasma unit

volume

volume

(0,3,0)

cu meter

RR

point (1)

distance

distance

(0,1,0)

meter

CRC F356; M 1-24; RR

point (2)

plane angle

number

(0,0,0)

radian

RR

point (3)

mass

mass

(0,0,1)

kilogram

RR

point (4)

relative density

number

(0,0,0)

unity

RR

point (5)

time

time

(1,0,0)

second

RR

poise

dynamic viscosity

dynamic viscosity

(-1,-1,1)

pascal second

CRC F37, F38, F118, F284, F339, F356; M 1-24; MH 2423

poisson ratio

proportion

number

(0,0,0)

unity

AIP 45; CRC F64

pol

.

air polution concentration

.

.

RR

polarizability

polarizability

volume

(0,3,0)

cu meter

CRC E70, E72, E74

polarization

polarization

conductance

(-1,-2,1)

coulomb per sq meter

AIP 43; AQ 28

polarization vector

proportion

number

(0,0,0)

unity

AIP 38

pole

distance

distance

(0,1,0)

meter

CRC F356; M 1-16; RR

pole strength

pole strength

force

(-2,1,1)

ampere-turn meter

M 15-4

polegada

distance

distance

(0,1,0)

meter

RR

pollex

distance

distance

(0,1,0)

meter

RR

poncelet

power

power

(-3,2,1)

watt

RR

pond

force

force

(-2,1,1)

newton

CRC F356; MH 2420; RR

pony

volume

volume

(0,3,0)

cu meter

RR

pood

mass

mass

(0,0,1)

kilogram

RR

population

quantity

number

(0,0,0)

unity

CRC F119

porosity (1)

.

number

(0,0,0)

.

CRC F363

porosity (2)

permeability

mechanical permeability

(1,-1,0)

.

RR

position vector

distance

distance

(0,1,0)

meter

AIP 40

pot

volume

volume

(0,3,0)

cu meter

RR

potential difference

electric potential difference

electric
potential

(-1,2,0)

volt

AIP 43; CRC F134, F313

potential energy

energy

energy

(-2,2,1)

joule

AIP 41

pottle

volume

volume

(0,3,0)

cu meter

CRC F356; RR

pouce

distance

distance

(0,1,0)

meter

RR

poumar

linear density

linear density

(0,-1,1)

kilogram per meter

RR

pound

mass

mass

(0,0,1)

kilogram

CRC F284, F356; M 1-17; MH 2420

poundal

force

force

(-2,1,1)

newton

M 1-24; MH 2420; RR

power

power

power

(-3,2,1)

watt

AIP 43; CRC F119, F134, F283, F313, F360, F364; M 1-18, 3-52; MH 2415

poynting vector

power per area

radiance

(-3,0,1)

watt per sq meter

AIP 77

ppm

proportion

number

(0,0,0)

unity

CRC F355; RR

pressure

pressure

pressure

(-2,-1,1)

pascal

AIP 39; CRC F119, F134, F283, F313, F360, F363; M 1-18, 3-52; MH 2416

pressure drop

.

dynamic viscosity

(-1,-1,1)

.

CRC F366

pressure gradient

pressure gradient

pressure gradient

(-2,-2,1)

pascal per meter

CRC F366

principal quantum number

proportion

number

(0,0,0)

unity

AIP 39

propagation vector

.

wave number

(0,-1,0)

per meter

AIP 39

proton number

quantity

number

(0,0,0)

unity

CRC F323

psi

pressure

pressure

(-2,-1,1)

pascal

CRC F356; RR

psig

pressure

pressure

(-2,-1,1)

pascal

RR

pu

distance

distance

(0,1,0)

meter

RR

pulgada

distance

distance

(0,1,0)

meter

RR

puncheon

volume

volume

(0,3,0)

cu meter

CRC F356; RR

pund

mass

mass

(0,0,1)

kilogram

RR

pyong

area

area

(0,2,0)

sq meter

RR

pyron

heat flow

radiance

(-3,0,1)

joule per sq meter second

CRC F120; RR

 

 

A B C D E F G H I J K L M N O P Q R S T U V W X Y Z

 

Notes:

1) Repitious modifications of the same measurement (i.e.:mega-, milli-, micro-; free, rotational, ...) may not be reiterated.

2) Statistics units may not be included.

3) The following abreviations are used: sq = square, cu = cubic.

 

References:

1) AIP = E. Richard cohen, The Physics Quick Reference guide, 1996, American Institute of Physics.

2) AQ = C. W. Allen, Astrophysical quantities second edition, 1963, The Athlone Press University of London.

3) CRC = CRC Handbook of chemistry and Physics 70th edition, 1989, CRC Press.

4) M = Mark's Standard Handbook for Mechanical Engineers ninth edition, 1978, McGraw-Hill.

5) MH = Machinery's Handbook 23rd edition, 1988, Industrial Press.

6) RR = Russ Rowlett's (web-based) Dictionary of Units of Measurement.

7) Sz = T. Szirtes, Applied dimensional analysis and Modeling, 1998, McGraw-Hill.

8) S&H = H. Poincare', Science and Hypothesis (translated 1905, Dover 1952)