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Приложение 9 |
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Letters Used as Symbols for Quantities |
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Letter |
Quantity |
A |
area, mass number |
a |
acceleration |
B |
magnetic flux density |
b |
breadth |
C |
capacitance, heat capacity |
c |
specific heat capacity, velocity of e.m. waves in vacuum, |
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critical angle |
d |
relative density, thickness, distance apart |
E |
energy, electric field strength, electromotive force. Ek |
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kinetic energy, Ep potential energy, E0 peak e.m.f. |
e |
charge on electron (or proton), an electron |
F |
Faraday constant, force |
f |
frequency, focal length |
G |
free energy conductance |
g |
acceleration due to gravity |
H |
magnetic field strength, magnetizing force, heat of reaction |
h |
height |
I |
intensity of radiation, electric current |
I0 |
peak current |
i |
angle of incidence |
k |
a constant |
L |
self-inductance, latent |
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heat, Avogadro constant |
Lm |
molar latent heat |
l |
length, specific latent heat |
M |
mutual inductance, molar |
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solution |
m |
mass, electromagnetic |
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moment, magnification |
N |
number of molecules, |
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neutron number |
Na |
Avogadro constant |
N |
a number, refractive index, number of moles, a neutron |
P |
power |
p |
pressure, order of a spectrum, a proton |
Q |
electric charge |
181

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Окончание прил . 9 |
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q |
quantity of heat |
R |
resistance |
Ra |
anode slope resistance, |
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molar gas constant |
r |
angle of refraction, gas constant (nR), radius |
s |
distance along a path, slit separation |
T |
period, thermodynamic |
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(absolute) temperature, |
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torque, tension, turns ratio |
t |
time |
ts |
half-life |
u |
initial velocity, velocity of molecules, object distance |
V |
volume, electrical potential, potential difference |
Vm |
molar volume |
V |
velocity, image distance, |
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velocity of sound |
W |
weight |
w |
work |
X |
reactance |
Z |
atomic number |
z |
charge onion, electrochemical equivalent |
a |
an angle |
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an increment (finite) |
ε |
permittivity |
η |
efficiency |
θ |
temperature (Celsius), temperature difference, an angle, |
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Bragg angle |
λ |
wavelength, decay constant |
μ |
permeability, amplification factor |
π |
ratio of circumference to diameter of circle |
Р |
density, receptivity |
Ф |
magnetic flux |
φ |
an angle |
ω |
angular velocity |
182
Приложение 1 0
Important Values, Constants and Standards
1. s.t.p. = standard temperature and pressure, expressed as 1.00 atm or 760 mmHg or 101 kPa (= kN m2) (Pa = pascal) and 0 °C or 273.15 К
2. Temperature of triple point of water, 273.16 К
3. Gas constant, 8.314 JK–1 mol–1
4. Standard volume of a mole of gas at s.t.p., 22.4 dm3 5. The Faraday constant, F, 9,65 104 C mol–1
6. The Avogadro constant, L, 6,02 1023 mol–1
7. The Planck constant, h, 6,63 10–34 Js 8. Speed of light, c, 3,00 108 ms–1
9. Mass of proton, 11 H 1,67 10–27 kg mass of neutron, 01 1,67 10–27 kg mass of electron, e, 9,11 10–31 kg electronic charge, e,–1,60 10–19 C 10.1 cal = 4,18 J
11.Specific heat capacity of water, 4.18 J g – 1 K–1
13. Ionic product of water, Kw = 1.008 10–14 mol2 dm–6, at 289 К (25 °C)
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Приложение 1 1 |
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Greek Alphabet |
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Capital, small |
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English equivalent |
Russian |
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equivalent |
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Αα |
alpha |
a |
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Альфа |
Ββ |
beta |
b |
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Бета |
Γγ |
gamma |
g |
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Гамма |
Δδ |
delta |
d |
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Дельта |
Εε |
epsilon |
e(short) |
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Эпсилон |
Ζζ |
(d)zeta |
z |
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Дзета |
Ηη |
eta |
e(long) |
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Эта |
Θθ |
theta |
th |
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Тета |
Ιι |
iota |
i |
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Йота |
Κκ |
kappa |
k |
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Каппа |
Λλ |
lambda |
l |
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Лямбда |
Μμ |
mu |
m |
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Мю |
Νν |
nu |
n |
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Ню |
Ξξ |
xi |
x |
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Кси |
Οο |
omicron |
o(short) |
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Омикрон |
Ππ |
pi |
p |
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Пи |
Ρρ |
rho |
r |
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Ро |
Σσ |
sigma |
s |
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Сигма |
Ττ |
tau |
t |
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Тау |
Υυ |
upsilon |
u |
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Ипсилон |
Φφ |
phi |
ph |
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Фи |
Χχ |
chi |
ch |
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Хи |
Ψψ |
psi |
ps |
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Пси |
Ωω |
omega |
o(long) |
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Омега |
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Приложение 1 2 |
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List of Chemical Elements |
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Ac |
actinium |
актиний |
Ag |
argentum= silver |
серебро |
Al |
aluminium (US = um) |
алюминий |
Am |
americium |
америций |
At |
argon |
аргон |
As |
arsenic |
мышьяк |
At |
astatine |
астат |
Au |
aurum = gold |
золото |
В |
boron |
бор |
Ba |
barium |
барий |
Be |
beryllium |
бериллий |
Bi |
bismuth |
висмут |
Bk |
berkelium |
беркелий |
Br |
bromine |
бром |
С |
carbon |
углерод |
Ca |
calcium |
кальций |
Cd |
cadmium |
кадмий |
Ce |
cerium |
церий |
Cf |
californium |
калифорний |
Cl |
chlorine |
хлор |
Cm |
curium |
кюрий |
Co |
cobalt |
кобальт |
Cr |
chromium |
хром |
Cs |
caesium |
цезий |
Cu |
copper |
медь |
Py |
dysprosium |
диспрозий |
Er |
erbium |
эрбий |
Es |
einsteinium |
эйнштейний |
Eu |
europium |
европий |
F |
fluorine |
фтор |
Ее |
ferrum=iron |
железо |
Em |
fermium |
(рермий |
Er |
francium |
франций |
Ga |
gallium |
галлий |
Gd |
gadolinium |
гадолиний |
Ge |
germanium |
германий |
H |
hydrogen |
водород |
He |
helium |
гелий |
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Продолжение прил . 1 2 |
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Hf |
hafnium |
гафний |
Hg |
hydrargyrum = mercury |
ртуть |
Ho |
holmium |
гольмий |
I |
iodine |
йод |
In |
indium |
индий |
Ir |
iridium |
иридий |
К |
kalium=potassium |
калий |
Kr |
krypton |
криптон |
Ku |
kurchatovium |
курчатовий |
La |
lanthanum |
лантан |
Li |
lithium |
литий |
Lr |
lawrencium |
лоуренсий |
Lu |
lutetium |
лютеций |
Md |
mendelevium |
менделевий |
Mg |
magnesium |
магний |
Mn |
manganese |
марганец |
Mo |
molybdenum |
молибден |
N |
nitrogen |
азот |
Na |
natrium = sodium |
натрий |
Nb |
niobium = columbium |
ниобий |
Nd |
neodymium |
неодим |
Ne |
neon |
неон |
Ni |
nickel |
никель |
No |
nobelium |
нобелий |
Np |
neptunium |
нептуний |
Ns |
nilsborium |
нильсборий |
О |
oxygen |
кислород |
Os |
osmium |
осмий |
P |
phosphorus |
фосфор |
Pa |
protactinium |
протактиний |
Pb |
plumbum=lead |
свинец |
Pd |
palladium |
палладий |
Pm |
promethium |
прометий |
Po |
polonium |
полоний |
Pr |
praseodymium |
празеодим |
Pt |
platinum |
платина |
Pu |
plutonium |
плутоний |
Ra |
radium |
радий |
Rb |
rubidium |
рубидий |
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Окончание прил . 1 2 |
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Re |
rhenium |
рений |
Rh |
rhodium |
родий |
Rn |
radon |
радон |
Ru |
ruthenium |
рутений |
S |
sulpher/sulfur (US) |
сера |
Sb |
antimony = stibium |
сурьма |
Sc |
scandium |
скандий |
Se |
selenium |
селен |
Si |
silicon |
кремний |
Sm |
samarium |
самарий |
Sn |
stannum = tin |
олово |
Sr |
strontium |
стронций |
Та |
tantalum |
тантал |
Tb |
terbium |
тербий |
Tc |
technetium |
технеций |
Те |
tellurium |
теллур |
Th |
thorium |
торий |
Ti |
titanium |
титан |
Tl |
thallium |
таллий |
Tm |
thulium |
туллий |
U |
uranium |
уран |
V |
vanadium |
ванадий |
w |
wolfram = tungsten |
вольфрам |
Xe |
xenon |
ксенон |
Y |
yttrium |
иттрий |
Yb |
ytterbium |
иттербий |
Zn |
zinc |
цинк |
Zr |
zirconium |
цирконий |
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Приложение 1 3 |
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Thermal Expansion, Temperature |
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temperature (n) |
A property of an object that indicates in which direction |
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heat energy will flow if the object is placed in thermal |
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contact with another object. Heat energy flows from places |
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of higher temperature to places of lower temperature |
Zeroth law of |
If two bodies Xand Fare each separately in thermal |
thermodynarnics |
equilibrium with another body Z, then they are in thermal |
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equilibrium with one another. In the most common case the |
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body Z is a thermometer |
temperature scale |
A sequence of values which represent temperature. Such a |
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sequence is usually obtained by choosing two fixed points |
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(identified by specified properties of stated substances) |
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between which there are subdivisions made on a chosen |
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basis. The Celsius scale has 99 divisions between the |
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melting point of pure water and the boiling point of pure |
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water |
Celsius scale |
A temperature scale for which the ice point is at 0° and the |
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steam point is at 100°. One Celsius degree is denned as |
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1/100 of the temperature interval between the ice point and |
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the steam point |
Centigrade scale |
The name formerly used for the Celsius scale. The name is |
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not now used in International System of Units (SI) but is |
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often used by meteorologists |
Fahrenheit scale |
A temperature scale for which the ice point is at 32° F and |
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the steam point at 212° F. Originally the zero was obtained |
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in a freezing mixture and another point was fixed at 96° for |
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blood temperature |
Reaumur scale |
A temperature scale in which the ice point is at 0° and the |
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steam point at 80° |
ideal gas scale |
A scale in which changes of temperature are measured |
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either by changes of pressure, or changes of volume, for |
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gases operating at pressure low enough for the gases to |
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behave as ideal gases |
Thermodynamic |
A temperature scale which does not depend upon the |
scale |
working properties of any substance. The ideal gas scale is |
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identical with this scale |
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Окончание прил . 1 3 |
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absolute scale |
A thermodynamic temperature scale in which the lower |
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fixed point is absolute zero of temperature and the interval |
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is identic with that on the Celsius scale. The temperature |
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on the absolute scale is obtained by adding to u, the |
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Celsius temperature, // a where a is the coefficient of |
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expansion of a gas at constant pressure. This gives a scale |
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on which the ice point is 273.15°; i.e. °A = °C + 273.15. |
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The absolute scale was often called the Kelvin scale and |
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temperatures measured in °A or °K. In SI units temperature |
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is measured in kelvins (K) by defining the triple point of |
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water as 273.16 K. The ice point is then 273.15 K. The |
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kelvin has the same size as the degree absolute |
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fixed points |
Those points on a temperature scale which are fixed and |
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which can be referred to a given property of a substance. The |
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two main fixed points are the ice point and the steam point |
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ice point |
That fixed point on a temperature scale at which pure solid |
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water (ice) and |
pure liquid |
water are in equilibrium at |
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101325 N m |
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(760 mm Hg). It may be more simply |
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described as the melting point of pure ice at standard |
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pressure (101325 N m2 or 760 mm Hg) |
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steam point |
That fixed point on a temperature scale at which pure water |
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boils at standard pressure (101325 N m2; 760 mm Hg). |
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This is 100° on the Celsius scale |
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zinc point |
A fixed point on an international temperature scale, fixed |
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at the temperature at which zinc changes from liquid to |
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solid (the freezing point of zinc) at standard pressure |
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(101325 N m2). This corresponds to 419.58 °C |
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International |
A practical scale which is |
as near as possible to the |
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temperature scale |
thermodynamic scale but easily referable to a series of |
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fixed points. |
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Triple point of hydrogen |
–259.34 °C |
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Boiling point of neon |
–246.048 °C |
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Triple point of oxygen |
–218.789 °C |
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Triple point of water |
0.0 °C |
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Boiling point of oxygen |
–182.962 °C |
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Boiling point of water |
100.0 °C |
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Freezing point of zinc oil |
419.58 °C |
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Freezing point of silver |
961.93 °C |
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Freezing point of gold |
1064.43 °C |
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Below 630°C platinum resistance thermometer; up to |
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1064°C a thermocouple or special platinum resistance |
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thermometer; above 1064 °C a radiation pyrometer |
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Приложение 1 4 |
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List of International Words |
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abberation |
bacterium |
chemist |
abiotic |
barrier |
chicory |
abscissa |
biatomic |
chlorophyll |
abstract |
bifurcation |
chromosome |
accelerate |
binary |
chord |
accumulate |
binominal |
chrome |
acetate |
biochemistry |
circulation |
acre |
biogenetic |
coagulation |
acyclic |
bio mass |
coefficient |
adequate |
biophysics |
collapse |
aeration |
biosphere |
colloid |
aerobe |
bomb |
compact |
agglomerate |
boolean |
component |
aggregate |
briquette |
compost |
allomorph |
buffer |
concentric |
amalgam |
bushel |
conglomeration |
ammonia |
calcic |
conjunction |
amorphism |
calculate |
coordinate |
amphibian |
caliber |
copernican |
anabolism |
calibrate |
corpuscle |
anaerobe |
calorie |
corrode |
androgenesis |
camphor |
cosecant |
anode |
canal |
cosine |
anomalous |
capillary |
cotangent |
antioxidant |
capsule |
covalence |
apical |
carat |
crater |
apparatus |
carbide |
criterion |
Archimedus |
carbon |
crystallize |
Aristotel |
carburettor |
cube |
artesian |
carotene |
cultivate |
asphalt |
catalysis |
cybernetics |
associate |
category |
cyclic |
atmosphere |
cathode |
cyclone |
attribute |
cellulose |
cylinder |
autoclave |
cement |
cytology |
automorphous |
centigrade |
date |
autotrophic |
ceramic |
deactivation |
axiom |
centrifugal |
degenerate v |
azimuth |
chemical |
deposit |
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