ARCHIVESHISTORIQUES
DELACOMMISSION
COLLECTION RELIEEDES
DOCUMENTS "COM"
COM(82)777
Vol.1982/0234

Disclaimer
Conformément aurèglement (CEE, Euratom) n°354/83 duConseil du1erfévrier 1983
concernant l'ouverture aupublic des archives historiques delaCommunauté économique
européenne etdelaCommunauté européenne del'énergie atomique (JO L43du15.2.1983,
p.1),telque modifié parlerèglement (CE, Euratom) n°1700/2003 du22septembre 2003
(JO L243du27.9.2003, p.1),cedossier estouvert aupublic. Lecaséchéant, lesdocuments
classifiés présents dans cedossier ontétédéclassifiés conformément àl'article 5dudit
règlement.
Inaccordance with Council Regulation (EEC, Euratom) No354/83 of 1February 1983
concerning theopening tothepublic ofthehistorical archives oftheEuropean Economic
Community and theEuropean Atomic Energy Community (OJ L43, 15.2.1983, p.1),as
amended byRegulation (EC, Euratom) No1700/2003 of22September 2003 (OJ L243,
27.9.2003, p.1),this fileisopen tothepublic. Where necessary, classified documents inthis
filehave been declassified inconformity with Article 5oftheaforementioned regulation.
InÜbereinstimmung mitderVerordnung (EWG, Euratom) Nr.354/83 des Rates vom 1.
Februar 1983 über die Freigabe der historischen Archive der Europäischen
Wirtschaftsgemeinschaft undderEuropäischen Atomgemeinschaft (ABI. L43vom 15.2.1983,
S.1),geändert durch dieVerordnung (EG, Euratom) Nr.1700/2003 vom 22.September 2003
(ABI. L243 vom 27.9.2003, S.1),istdiese Datei derÖffentlichkeit zugänglich. Soweit
erforderlich, wurden dieVerschlusssachen indieser Datei inÜbereinstimmung mitArtikel 5
dergenannten Verordnung freigegeben.

COMMISSION OFTHEEUROPEAN COMMUNITIES
COM(82)777 final
Brussels,30November1982
Proposalfora
COUNCILDIRECTIVE
amendingAnnexesIandIIItoDirective 80/836/EuratomamendingtheDirectives
layingdownthebasicsafetystandardsforthehealthprotection ofthegeneral
publicandworkersagainstthedangersofionizingradiation
/\'■R ,/i\/*.\' y,\/vy V,A&s«ALi,/v:2]I~VJ/ F–4hxM
Y. i-7\TJ\ vV;·Xi
C0MC82)777final

JUSTIFICATION
TheCouncil Directive of15July 1980 (*) ,amending theDirective
laying down theBasic safety standards forthehealth protection of
thegeneral public andworkers against thedangers ofionizing
radiation ,contains aclassification ofradionuclides according to
their relative radiotoxicity ,inAnnex I,andtables laying down the
limits ofannual intake byinhalation andderived limits ofconcen­
tration ofradionuclides inthe air inhaled forexposed workers ,in
Annex III .Annex III also lays down the limits ofannual intake by
inhalation and ingestion formembers ofthepublic .
The two aforesaid Annexes were compiled in1959 andunderwent a
partial revision in1966 ,using thevalues calculated byCommittee 2
ofthe International Commission onRadiological Protection (ICRP ).In
1980 one third ofthese values were recalculated inconformance with
the available recommendations ofthe ICRP (Publications 30and 30A ).
Inorder tocomplete thetables intheAnnexes ,itproved necessary
forthetime being tocarry over theoldvalues aslaid down byICRP
Committee 2andadapt them tothenewconcepts employed .Theold
Committee 2values were limits ofconcentration inair andwater ,and
the limits ofannual intake had tobederived accordingly .
Between 1980 ,when theaforesaid Directive wasissued ,and1982 ICRP
Committee 2published themissing values inICRP Publications 30and
30A .Thecalculations were carried outusing newly available scienti­
ficdata andtaking advantage ofimproved knowledge ofsome metabolic
models .
Bearing inmind thescientific thoroughness oftheICRP ,whose autho­
rity inthefield isbeyond question ,theCommission therefore consi­
dered itnecessary toupdate Annexes IandIII .TheCommission whishes
toemphasize notonly thesubstantial nature ofthechanges made to
theAnnexes ,which nowdescribe thebiological andepidemiological
situation more faithfully ,butalso thefact that values forradio­
(*)O.J. oftheECNoL246of17September 1980 .

-2-
nuclides which were not included inthe previous tables will hence­
forward beavailable tousers .The tables will thus beboth brought
uptodate and supplemented .
These are the reasons which have prompted the Commission tosubmit to
the Council ofMinisters ofthe Member States ofthe European Commu­
nity the appended proposal for adirective amending Annexes Iand III
tothe Directive of15July 1980 .

Proposal for a
COUNCIL DIRECTIVE
amending Annexes IandIIItoDirective 80/836/Euraton amending the
Directives Laying down thebasic safety standards forthehealth
protection ofthegeneral public andworkers against thedangers of
ionizing radiation
THE COUNCIL OFTHE EUROPEAN COMMUNITIES ,
Having regard totheTreaty establishing theEuropean Atomic Energy
Community ,and inparticular Articles 31and 32thereof ,
Having regard tothe proposal from the Commission ,drawn upafter
obtaining the opinion ofagroup ofpersons appointed bytheScientific
and Technical Committee from among scientific experts inthe Member
States ,
Having regard totheopinion oftheEuropean Parliament (1),
Having regard totheopinion oftheEconomic andSocial Committee (2),
Whereas theTreaty establishing theEuropean Atomic Energy Community
prescribes that thebasic standards fortheprotection ofthehealth of
thegeneral public andworkers against thedangers arising from ionizing
radiation ,asprovided forinparticular inArticle 30thereof ,
(1)
(2)

-2-
must belaid down inorder toenable each Member State ,inaccordance
with Article 33,tolaydown theappropriate provisions ,bylegislation ,
regulation oradministrative action ,toensure compliance with thebasic
standards ,totake thenecessary measures with regard toteaching ,educa­
tion andvocational training andtolaydown such provisions inharmony
with theprovisions applicable inthis field intheother Member States ;
Whereas on2February 1959 ,the Council adopted Directives Laying down
such basic standards (1),aslast amended byDirective 80/836 /EURATOM (2);
Whereas the usefulness ofsome review ofAnnexes Iand III tothat
Directive has become apparent inthe light ofthe development ofscien­
tific knowledge concerning radiation protection ;
Whereas theprotection ofthe health ofworkers and the general public
requires that any activity involving danger arising from ionizing radia­
tion must bemade subject toregulation ;
Whereas the basic standards must beadapted tothe conditions under which
nuclear energy isused >whereas they vary according towhether they are
concerned with the individual safety ofworkers exposed toionizing radia­
tion orwith the protection ofthe general public ;
Whereas the values laid down inAnnexes Iand III toDirective
80/836 /Euratom did not fully take account ofthe latest scientific know­
ledge ava ilable;
Whereas inorder toestablish some ofthese values ,ithad been necessary
provisionally tousevalues laid down previously inthe 1959 ,1962 and
1966 directives for the maximum permissible concentrations ;
(1)OJHo11,20.2.1959 ,D.221/59
(2)OJMoL246 ,17.9.1980 ,p. 1

-3-
Whereasin1980ithadnotbeenpossibletocarryoutcalculations forall
theradionuclides underconsideration ;
Whereasthebasisonwhichthevalueslaiddownwasdeterminedscientifi­
cally;whereasthisbasisshouldbemadeavailable,
HASADOPTEDTHISDIRECTIVE :
Article 1
AnnexesIandIIItoDirective 80/836/Euratomareherebyreplacedin
accordance withtheAnnexestothisDirective .
Article 2
MemberStatesshalltakethemeasuresnecessarytocomplywiththis
Directivebefore3June1984.TheyshallinformtheCommission ofthe
provisions theyhaveadoptedtocomplywiththisDirective.
Article3
ThisDirectiveisaddressedtotheMemberStates.
DoneatBrussels.
6523/82EN

BASICSAFETYSTANDARDS -AnnexI

\ I
1V .iliu •.«»t.k 11vifit's 114»(iohecxvccJcJ ,incompliance with Article 4 (a/,tor
r.uluiim .luks ;'}' •
diveryhighr.idiotoxiuty . S10JHc|;l-4"j^lO "Tti (group 1),
Iiuiliili.1 olliifch radiotuxufty : 5I04Bq;I410*Ci (group 2);
iiik IuIlsdImoderate rjJuitoxKHy S101Btj,14 I0~sCi (group J),
niulido t>flow .radiotoxuity : 510*Bq;14 104Ci(group 4).
i Ilieprincipal radioactive nuclides areclassified asfollows ,according totheir relative
rjdiotoxicity :
(.1)Wiy high raJiocoxiury (group I):
148^,.Gd64173Hf72^183Ta73210Pb82210Po84°28^225Ra88^ 22>
>225
89*=227
89a0227Th90228Th90 22>23Qm90 239^
230
92233
9223ÊJJP (1.15x10 ^)2HNp2>
2>239Pu94>>> 2^ 2^>"I* 2£*
242^
9624L
96244r>m
96245^
96 2f6- 2£- 2$f*29>
248f98 2>250Cf98251Cf98 IS* 2>
257_
100^ 2>
(b)High radiotoxity (greup 2)
> S*132 ·Si1444Ti22^=° %»
Ssr V? >1Da°Bh
45'S*Τ*
10!cd48U4> 12>
124T
53
146^,
61 "Ia*126T
53^ iS="
150^(34.2y)
63Τ,- 14> 1ft»
*>
158^
65177iv71177>>
1940s7619n>.194nu
771 > 2>
22V88^ 2e^° 228^ 2> 90^nat Tl-
W♦■1list Ofelements appears attheendofthis Annex .(1)Thealphabetical list

228 230p 232p 23691 91 9? 92 2^p (22.5h)2^ 2JJpu
2noCf 2^Cf96 97 98 98253 254nu 252_ 25399e3 99ES100^ 100
ic>
(c)Moderate radiotoxicity (group 3):
14c6C3*¡fuá ^Mg32P15 &> 18«
42KigK"K S*47
20Ca«SCÍN 21Sc21Sc
47SC21 21 2" 24er g* lï*
55Fe26 26Fe 2^56
27 Ρ» 1?=° is"1
Ας
63„.28^1>67„
2962
30Zn£*> 7^n
66Ga31Ìh72„
3169Ge3277Ge
32>> 3^
76*33a577_
33a53*73Se3475Se34> 3*
74Kr36^77Kr
36s-88Kr36^83PK37**>>
83Sr3885Sr38r89Sr38s*92
38^β6γ
3987
3988„
39
9QT1
39 & 8> 2* >
97Zr40> > >
99..
42M° 43T=97mTc4397_
44103
44 >>>
105Rh
45 46>46 ÍN
111A47a9115rvi
48117Cd48>110Q_
50

US>121JTU
50n121ςη
50123c
50125.
50I50 122 , 124„^SbtS^Ö d) 51 51
lì*126CK
51127q.
51i28Sb(9.01 h) 129qk
51121Te
52121IL 123i-u
52 52ie
12Sm^
52i27l\e52i29l\e52131Te52131^e52132Te52e133r\e52ie
120τ
53123
53130
531132
53132nL .
53 13¿135T
5312Ixe54
123Xe
54 u> II*136„Cs55 Ts03131^se83U3a Ba.
56
133^a56 U5>132 T57^140 T
5713Ve58e135Ce 137ffe58 58
u4- "äf 14>142Pr59 "5^ u>147^60^143ftn6?®
'> u> Tl- 15»>153^62Sm156^62*
> l£®* 1^Eu(12.62 h)Ή'"
> IP*>> *8»> ü04>
'S»it*>> II*(24.4 h)> 'S»
Wjb65 'S» 'S» 16> il® 17&
'S- 1Ί> Lä» 176> l2- 16> 17>>
lft"™Iil71177Î-"7>
> 17,^ ?3-184ta7r
185W
74188w
74181*e7gBe182te75(64h)18*nRe75
18Se75189Be75182Os
76 M-
186
77 -188
11«IT 19°lr77 197^">
19,¿-195TOPt78:Τβ"20°pt78 "Ia":^
l> ^ ^ Ufr*

-4-
299ri ^rn 211DK 214™, 203^.IF1i?1 8ÏT1 8?b 82Pb 8?b 8?b 83Bi
205 . 206 207 212,,. 213,,. 214^. 207..83 83 83 8^ a?1 8? 85^
222^ 222^ 223 226 23^ 234_ 233_ 23<L8b^ 8 87 90 90^ 90^ 91Pa 9ra
23L 237 240 232. 234.235., 234D92^ 92 92 93 P 93 P93p 94Pu
2>^ ^ 2> 29> 2^
>< 2»Cf »£»
(d)Lew radiotoxlcity (group 4):
I» Ï- 18F931Si
14 S»XC1
17
fr ÎP*S*2*45K19 S*
47v2349V23 3* 2^^ti52mMn
2i>g*
27UO > 2^3*gai 6>
64_
29 6>»Zn3·ζ„65R,
31J«s.£oa S*
66Ge3267GE32 32E®S* 3^ 33»"
73mSe34βΐnu
3481Se34 34S® > 3^ 3^
3^ 3^S*> 3^> S*
!?* SS1*> 5>> *> £*>>
8V
37 W*fr*85niSr
38 3^8610 ,
3991HU
39 194Y39
95Y39>> (66min )(122min )>98WK9?n
41 42 !

93nvrc43iC93Tc4394nVc43iC 43^c96nVc43 S»2*99tV:43iC
99Te43 43104Tc43> 94> «V107Rh45
46102 .
47A9> "S*115
47Ag
107rw
48113-,
481D9.
49^In(69.imin )1^in(4h)
li¡i»"I"'"115m T49 15Tnη^gIη1ΐ6οΐ ,49In'U·' «117τ
49119mτ49In
> 50 50115-
51 US>116-
51msb51118m ç.119c.51Sb51
120ς.
51(15.39 min )124m CKl26mck51Sb51SbΙ2δζ(ι
51(10.4 min )130c.131c,
51 51
U6Te52 52U7Te52129^_
52uhe52 134Te52120m T53 1121
531128,
531
129T
53i34i53^°Xe54122^54^,u> •s»Ul^xe54
U5>U3xe54135,nXe54MU5Xe54 ΊΙ"'H' »11c·^
u&* u>
14> l4> u> US^ UsV 14s^ 13ά=»
T,-U5>u>"5f»"si" 14> *3*
> >> 'S« 14eb-147Pm61™
14e> 'S»"r" > 'S*
152r,
64153-j
64>L5C*Ib65™ 1|flb (5h)il«
165n66°y155u n
67 15>159úη
67162m
67Ko"¿HoU6A7mH01MH„66°y 67 67 67 67™ 67 67"" 67 67
Zho 16> 16> 16>> '"!■>»^ to*
*3*"> 17>"> 72
1 ^"7^">"> .^
17&ra 18^.l»Ta^fra«T.^l$«">

178w
74179w74 l7>1:i2.7 h)
187
75
>>187lr7719Qv
77195RL .
77195lr77 Te-
199
78^193λ79AU200.,79AU20L
79a"
193Hd
80195HO194HL ,-
81 1Í"
ll>19^er119*h If*> 1^·
>2û^pb82 *£?* 83> *& ■
>205Po84207^Po84229 D
86 2>235
92
nat 2^ 2> 94 2£-
237Äm95^239 Λ*95Am «fv249^96e®
3.Inthe ofthenuclide *llsln,,44Ndt*7Kb,,-7Keand ,47Smthrrequirement for
reporting andobtaining prior authorization may bewaived ,irrespective ofthequantities
used .
4.Inthecase ofamixture ofradionuclides other than Th-nat andU-nat belonging to
different radioroxicity groups ,therequirements forreporting and obtaining prior
authorization may bewaived only ifthesumoftheratios between theactivity ofeach of
theradionuclides and thelimit laiddown inparagraph 1forthegroup towhich it
belongs islessthan orequal toI.
5.For radioluminescent paint ,therequirements forreporting and obtaining prior
authoruation need notbeapplied iftheoverall activity inradioactive substances docs
notexceed 210*Bqoftritium (S4102Ci),110*Bqof,47Pm(27101Ci)or
5I05Bqof"*Ra (14 10s(a)andwhere thispaint iskept orused forthemanu­
facture orrepair oftheinstruments and timepieces referred toinArtikel 4(c).
6.Radionuclides notincluded inthis Annex shjll ,where necessary ,beassigned toa
toxicity group bythecompetent authority .
Inthe <.aseofgasmantles impregnated v\uli thorium ,therequirements torreporting and
obtaining prior authorization need notbeapplied except inrespect ottheir manufacture .

Alphabetical listoftheelements
*
Atomic v, Atomic
■ Namc , N\imçNumbcr Numner
Ac 89 Actinium
Ag 47 Silver
Al 13 Aluminium
Am 95 Americium
Ar 18 Argon
As 33 Arsenic
Ar 85 Astatine
Au 79 Gold
Β 5 Boron
Ba 56 Barium
Be 4 Beryllium
Bi 83 Bismuth
Bk 97 Bcrkelium
Br 35 Bromine
C 6 Carbon
Ca 20 Calcium
Cd 48 Cadmium
Ce 58 Cerium
Cf 98 Californium
Cl 17 Chlorine
Cm 96 Curium
Co 27 Cobalt
Cr 24 Chromium
Cs •55 Caesium /Cesium
Cu 29 Copper
Dy 66 Dysprosium
Er 68 Erbium
Es 99 Einsteinium
Eu 63 Europium
F 9 Fluorine
Fe 26 Iron
Fm 100 Fermium
Fr 87 Francium
Ga 31 Gallium
Gd 64 Gadolinium
Ge 32 Germanium
Η 1 Hydrogen
He 2 Helium
Hf 72 Hafnium
Hg 80 Mercury
Ho 67 Holmium
I 53 Iodine
In 49 Indium
Ir 77 Iridium
Κ 19 Potassium
Kr 36 Krypton
La 57 Lanthanum
Li 3 Lithium
Lu 71 Lutecium
Md 101 Mendelevium
Mg12 Magnesium
Mn 25 Manganese
Mo 42 MolybdenumΝ 7 Nitrogen
Na 11 Sodium
Nb 41 Niobium
Nd 60 Neodymium
Ne 10 Neon
Ni 28 Nickel
No 102 Nobelium
Np 93 Neptunium
O 8 Oxygen
Os 76 Osmium
Ρ 15 Phosphorus
Pa 91 Protactinium
Pb 82 Lead
Pd 46 Palladium
Pm 61 Promethium
Po 84 Polonium
Pr 59 Praseodymium
Pt 78 Platinum
Pu 94 Plutonium
Ra 88 Radium
Rb 37 Rubidium
Re 75 Rhenium
Rh 45 Rhodium
Rn 86 Radon
Ru 44 Ruthenium
S 16 Sulphur
Sb 51 Antimony
Sc 21 Scandium
Se 34 Selenium
Si 14 Silicon
Sm 62 Samarium
Sn 50 Tin
Sr 38 Strontium
Ta 73 Tantalum
Tb 65 Terbium
Tc 43 Technetium
Te 52 Tellurium
Th 90 Thorium
Ti 22 Titanium
Tl 81 Thallium
Tm 69 Thulium
U 92 Uranium
V 23 Vanadium
W 74 Tungsten
Xe 54 Xenon
Y 39 Yttrium
Yb 70 Ytterbium
Zn 30 Zinc
Zr 40 Zirconium

Basic Safety Standards -Annex III

ANNEX III
1.Limits ofannual intake byinhalation ,and derived limits ofconcentration of
radionuclides intheairinhaled forexposed workers ,and limits ofannual intake by
inhalation andingestion formembers ofthepublic
Thevalues inTables laandlbcorrespond totheannual dose limits laiddown inArticles 8,
9and12forexposed workers andmembers ofthepublic . ,
The values relate toadults .Inthecase ofchildren account must betaken ofanatomical
and physiological characteristics which may require corrections tothese values .
2.Mixture otradionudides
(a)Ifthecomposition ofthemixture isnot known but thepresence ofcertain
radionuclides canbepositively excluded ,useshall bemade ofthelowest limit laid
down fortheradionuclides that may bepresent ;
(b)iftheexact composition ofthemixture isnotknown ,buttheradionuclides inithave
been identified ,useshall bemade ofthelowest limit laiddown fortheradionuclides
(c)iftheconcentration andtoxicity ofoneradionuclide inthemixture predominate ,the
limits ofannual intakes tobeused arethose given fortheradionuclide concerned in
paragraph 1;
(d)when dealing with aradionuclide mixture ofknown composition ,oneofthe
following conditions shall bemet :présent ;
Σι-
or
where Iistheannual intake ofradionuclide jand I,,Listhelimit ofannual intake
ofthatradionuclide ,C|istheannual average concentration inairofradionuclide j
andCilisthederived limit ofconcentration ofthatradionuclide inair.

TABLE a) -1-
Exposed workers jMembers otChe Public
Radionuclides Form (+) Limit of
annual
intake by
inhalation
BqDerived limit
ofthe
concentration
inair for an
exposure of
2000 h/year
"3BqmLimit of
annual
intake by
inhalation
BqLimit ofannual
intake by
ingestion (++)
Bq
1 2 3 4 5 6
?H Water 310' 810' 3 ■10· 310«
Element 2IO10
7
Be
4W
Y8.108
7.1083.IO5
3.IO58.10 7
7.10 72.108
10
Be
4w
Y6.10 6
5.10 532.10
22.106.105
45.104.106
11
C
6Labelled
organic
compounds2.1010 6.IO692.1092.10
Monoxide
CO4.1010 2.IO794.10
Dioxide
C°22.1010 1.10 792.10
14
C
6Labelled
organic
compounds9.10 744.10 9.106 9.106
Monoxide
CO6.1010 3.IO7 6.109
8.108Dioxide
C°28.109 3.IO6
18
F
9D
W
Y93.10
93.10
93.10ì.io6
1.IO6
1.1063.108
3.108
3.1082.108
22
Na
11D 2.10 7 l.io4 2.106 2.106
24
Na
11D 2.10848.10 2.10 7 l.io 7
28
Mg
12D
W6.10 7
5.10 7' 4
3.10
4
2.106.106
5.1062.106
(+)(++)Seefootnotes attheend ofthis table

-2-
Radionuclides Form (+)
!Exposed ν
Limit of
annual
intake by
inhalation
Bq/orkers
Derived limit
ofthe
concentration
inair for an
exposure of
2000 h/year
K -3BqmMembers of t
Limit of
annual
intake by
inhalation
BqhePublic
Limit ofannual
intake by
ingestion (++)
2 3 4 5 6
26
Al
13D
W2.106
3.10631.10
31.102.105
3.1051.106
31
Si
14D
W
Y9.108
1.109
9l.icr4.105
5.IO5
4.IO59.10 7
1.108
1.10 83.10 7
32
Si
14D
W
Y9.106
4.106
2.1054.IO3
2.IO3
8.10 19.105
4.105
2.1048.106
32Ρ
15D
W310'
1·10'1■IO4
6-10»310*
1·10*
2;10*
&D
W310»
110·110s
410«3·10'
1107
210'
35
S
16D
W
Vapours6.1O£
8.10
5.1083.101
3.10
2.IO56.10ï
8.10
5.107(a)4.10^
(b)2.10
36
Cl
17D
W9.107
6
9.104.IO4
34.109.106
9.1056.106
38
Cl
17D
W92.10
92.106.IO5
7.IO52.108
2.1086.107
39
Cl
17
37
Ar
18D
W92.10
92.108.IO5
9.IO52.108
2.1088.107
5.IO10 - -
39
Ar
18- - 7.IO6 - -
41
Ar
18- - 1.10 5 - -
(+)(++) Seefootnotes attheendofthis table

-3-
Exposed workers Members ofthe Public
Radionuclides Form (+) Limit of
annual
intake by
inhalation
BqDerived limit
ofthe
concentration
inair for an
exposure of
2000 h/year
"3BqmLimit of
annual
intake by
inhalation
BqLimit ofannual
intake by
ingestion (++)
Bq
1 2 3 4 5 6
40
Κ
19D 1.10 7 6.IO3 l.io6 l.io6
42
Κ
19D 2.108 7.IO4 2.107 2.107
43
Κ
- 19D 3.108 l.io5 3.107 2.107
44
Κ
19D92.10 l.io6 2.108 8.107
45
Κ.
19D 4.109 2.IO6 4.108 1.108
41
Ca
20W l.io8 6.IO4 l.io7 l.io7
45
Ca
20W 3.107 l.io4„ 3.106 6.106
47
" Ca
20W 3.107 l.io4 3.106 3.106
43
Sc
21Y 8.108 4.IO5 8.107 3.107
44m
Sc
21Y 3.10741.10 3.106 2.106
44
Sc
21Y 4.108 2.IO5 4.107 l.io7
46
Sc
21Y 9.106 4.IO3 9.105 3.106
47
Sc
21Y 1.10845.10 1.107 8.106
(+) (++) See footnotes attheend ofthis table

-4-
Exposed workers Members ofthe Public
Radionuclides Form (+) Limit of
annual
intake by
inhalation
BqDerived limit
ofthe
concentration
inair for an
exposure of
2000 h/year
Bqin^Limit of
annual
intake by
inhalation
BqLimit ofannual
intake by
ingestion (++)
Bq
1 2 3 4 5 6
48
Sc
21Y 5.10 742.10 5.106 3.106
49
Sc
21Y92.10 8.105 2.108 8.10 7
44
Ti
22D
W
Y4.105"
1.106
2.1052.102"
4.102.
9.101l.io5
42.10„T
45
Ti
22
47
V
23D
W
Y
D
U9.10s"
1.109
91.10
3.109"
4.1094.10
5.105
4.105
l.io "5"
2.106––oT–
1.108
1.108
3.10?
4.1083.I0 "7"
l.l?
48
V
23D
W4.107"
2.10 72.104
9.1034.10^
2.106z.io5"
49
1 V
23D
W"To"9™
7.1085.10
3.1051.10*
7.1073.10*
48
Cr
24D
W
Y"Tfo"8-
3.108
3.1082.I0 "5"
1.105
1.1054.107"
3.107
3.1072.107"
49
Cr
24
51
Cr
24D
W
Y
D
W
Y3.10
94.10
93.10
2.109"
9.10?
7.10l.io6^
2.106
1.106
7.10T
4.10^
3.103.10*
4.108
3.108
_.__T__o^-_-
9.107
7.101.10® "
1.10s"
(+)(++) Seefootnotes attheendofthis table

-5-
Exposed workers Members ofthe Public
'Radionuclides
IF0imi(+) Limit of
annua i
intake by
inhalation
BqDerived limit
ofthe
concentration
inair for an
exposure of
2000 h/year
BqmLimit of
annual
intake by
inhalation
BqLimit ofannual
intake by
ingestion (++)
•
Bq
1 2 3 4 5 6
j 25MnD
W210'
210'810»
910s210»
210»
7107
25Mn D
W4107
310'2104
1104410*
310*
310*
D
W310'
410'110'
210»310»
410«
110»
2jMn D
W510"
410«2 10»
2 ·10'510'
410'
210»
25M111
D
W?10'
310'1104
1104310»
310*
710*
J;Mn D
W610»
810«2105
510s
16107
8 ■107
210'
(*) (+♦) See tootnotes atthe end ofthis table

ι 77 *7
!Radionuclides JForni(+)Exposed fa
Limit of
annual
intake by
inhalation
Bqorkers
Derived limit
ofthe
concentration
inair for an
exposure of
2000 h/year
-3BqmMembers of t
Limit of
annual
intake by
inhalation
BqhePublic
Limit ofannual
intake by
ingestion (♦+)
*
2 3 4 5 6
52
Fe
26D
W1.10 8
9.1075.104
4.104l.io7
9.1063.106
55
Fe
26D
U7.107
2.1083.104
6.1047.106
2.1073.107
59
- Fe
26D
W1.107
2.1075.IO3
8.1031.10 6
2.1063.106
60
Fe
26D
W2.105
7.1051.1o 2
23.102.104
7.1041.105
55_27C0 W
Y110·
1·10·4IO4
410*1·10'
1·107
(a)410*
(b)610*
"Co W
Y1·10'
7-10*5■IO3
3IO31·10*
7-10»
2·10*
27C0
mfW
Y1■10»
2·10'4·10·
110«1·107
2·10*
(a)3·10T
(b)210'
JICO W
Y4·107
310'2·10«
110 *4·10*
3-10 *
(a)610*
(b)i10*
58m ,-,27Co w
Y310»
2·10*1·10*
1·10*310·
2-10·
210·
«0„27C0 w
Y610 *
1·10*
13·10»
S■IO26-10 »
1■10s
(a)210*
(b)710*
(+)(+♦) Seefootnotes attheendofthis table

Exposed workers Members ofthe Public
!Radionuclides
1F0rm(+) Limit of
annual
intake by
inhalationDerived limit
ofthe
concentration
inair for anLimit of
annual
intake by
inhalationLimit ofannual
intake by
ingestion (♦+)
Bqexposure of
2000 h/year
"3Bqm Bq*
Bq
1 2 3 4 5 6
60m_
27Co W 1·10" 610' 1·10'°
Y 110" 410' 1IO10
4·10'
61„27C0 w 210» 110* 2 ■10»
Y 210» 910s 210»
(.1)710'
(b)810'
f 62mr27Co w 610» 3·10* 6·10·
Y 610» 210* 610·
110·
56 D 7.10 743.10 7.106 5.106
Ni w 5.10 742.10 5.IO6
28 Vapours 4.10 7 2.104 4.106
57 D 2.108 7.104 2.107 6.106
Ni W 1.108 5.104 1.107
28 Vapours 2.108 1.105 2.107
59 D 1.108 6.104 1.107 9.107
Ni W 3.108 1.105 3.107
28 Vapours 7.10 743.10 7.106
63 D 6.10 7 2.104 6.106 3.107
Ni W 1.108 4.104 1.107
28 Vapours 3.10 741,10 3.106
65 D 9.108 4.105 9.107 3.107
Ni W 1.109 5.105 1.108
28 Vapours 6.108 3.105 6.107
66 D 6.10 7 2.104 6.106 1.106
Ni W 2.10 7 1.104 2.106
28 Vapours 1.108 5.104 1.107
(+)(++) See footnotes atthe end ofthis table

-8-
!Radionuclides
j
Í
iForm (+)Exposed w
Limit of
annual
intake by
inhalation
Bqorders
Derived limit
ofthe
concentration
inair for an
exposure of
2000 h/year
Bqm^Members of tb
Limit of
annual
intake by
inhalation
BqíePublic
Limit ofannual
intake by (
ingestion (♦+)
1
(
j
Bq j
1 2 3 4 5 6 !
60
Cu
29D
W
Y93.10
94.10
4.1091.106
2.106
2.1063.108
4.108
4.108l.io8
i
61
Cu
29D
W
Y1.109
2.109
1.1095.105
6.105
5.105l.io8
2.108
l.io85.IO7
64
Cu
29D
W
Y1.109
9.108
8.1085.105
4.10 5
3.105l.io8
9.10
8.1074.IO7
67
Cu
29D
W
Y3.108
2.108
2.1081.105
48.10
7.1043.107
2.107
2.102.IO7
5.IO662
Zn
30Y 1.108 4.104 l.io7
63
Zn
30Y93.10 l.io6 3.108 9.IO7
65
Zn
30Y l.io7 4.103 1.106 1.106
69m
Zn
30Y 3.108 1.105 3.107 2.IO7
69
Zn
30Y 5.109 2.106 5.108 2.IO8
7lm
Zn
30
72
Zn
30Y
Y6.108
4.10 73.105
42.106.107
4.1062.IO7
. ––––––––– –––– ––––
4.IO6
(+)(++) Seefootnotes attheendofthis table

-9-
Exposed workers |
1Members ofthe Public
Radionuclides Form (+) Limit of Derived limit Limit of Limit ofannual
annual ofthe annual intake by
intake by concentration intake by ingestion (++)
1inhalation inair for an
exposure of
2000 h/yearinhalation
Bq-3Bqm Bq Bq
1 2 3 4 5 6
65 D96.10 3.IO6 6.108 2.108
Ga
7.109 3.IO6 7.108 31 W
66 D 1.108 5.IO4 l.io7 4.106
Ga
1.10844.10 l.io7 31 W
67 D 5.108 2.IO5 5.10 7 3.10 7
Ga
4.108 31 W 2.IO5 4.10 7
68 D92.10 6.IO5 2.108 6.107
Ga
31 W92.10 8.IO5 2.108
70 D96.10 3.IO6 6.108 2.108
Ga
31 W 7.109 3.IO6 7.108
72 D l.io8 5.IO4 l.io 7 4.106
Ga
31 W l.io8 5.IO4 l.io7
73 D 6.108 2.IO5 6.10 7 2.107
Ga
31 W 6.108 2.IO5 6.107
66 D l.io9 4.IO5 l.io8 9.107
Ge
32 W 7.108 3.IO5 7.107
67 D93.10 1.106 3.108 l.io8
Ge
32 W 4.109 2.IO6 4.108
68 D l.io8 6.IO5 l.io 7 2.107
Ge
32 W 4.10632.104.105
69 D 6.108 2.IO5 6.1075.10^
Ge
32 W 3.108 1.105 3.107
71 D 2.1010 7.IO6 2.10992.10
Ge
32 W 2.109 7.IO5 2.108
(+) (++) Seefootnotes attheend ofthis table

-10-
Exposed workers Members ofthe Public
Radionuclides |
1
1
1
jFora (+) Limit of
annual
intake by
inhalation
BqDerived limit
ofthe
concentration
inair for an
exposure of
2000 h/year
Bqm^Limit of
annual
intake by
inhalation
BqLimit ofannual
intake by
ingestion (++)
Bq
1 2 3 4 5 6
75
Ge
32D
W93.10
3.1091.106
1.106
*3.108
8
3.102.108
77
Ge
32D
W4.108
2.1082.105
49.104.107
2.10 73.10 7
78
Ge
32D
W8.108
8.1083.105
3.1058.107
8.1078.107
69
As
33W94.10 2.106 4.108 1.108
70
As
33W 2.109 8.105 2.108 5.107
71
As
33W 2.108 7.104 2.107 l.io7
72
As
33W 5.10 7 2.104 5.106 3.106
73
As
33W 6.10 7 3.104 6.106 3.107
74
As
33W 3.107 1.104 3.106 . 6.106
76
As
33W 5.10742.10 5.106 4.106
77
As
33w 2.IO848.102.107 2.107
78
As
33w 8.IO85
3.107
8.10 3.107
(+)(++) Seefootnotes attheend ofthis table

-11 -
Exposed workers Members ofthe Public
1Radionuclides
1Form (+) Limit of
annual
intake by
inhalationDerived limit
ofthe
concentration
inair for an
exposure of
2000 h/yearLimit of
annual
intake by
inhalationLimit ofannual
intake by
ingestion (++)
Bq Bqm^ Bq Bq
1 2 3 4 5 6
70
Se
34D
W1.io9
2.1096.105
5
7.10l.io8
2.108(a)4.107
(b)6.107
73m
Se
34D
W96.10
5.1092.106
2.1066.108
5.108(a)1.108
(b)2.108
73
Se
34D
W5.108
6.1082.10 5
2.10 55.10 7
6.10 7(a)1.107
(b)3.107
75
Se
34D
W3.10 7
2.1071.io4
9.10 33.106
2.106(a)1.107
(b)2.106
79
Se
34D
W3.10 7
2.10 71.104
9.1033.106
2.106(a)2.107
(b)2.106
81m
Se
34D
W93.10
93.101.106
l.io63.108
3.108(a)9.107
(b)1.108
81
Se
34D
W98.10
99.103.106
4.1068.108
9.1082.108
Γ 83
Se
34D
W94.10
5.1092.106
2.1064.108
5.108(a)1.108
(b)2.108
74m
Br
35D
W1.109
92.106.10 5
6.105l.io8
2.1085.10 7
74
Br
35D
W93.10
93.10l.io6
l.io63.108
3.1088.10 7
75
Br
35D
W92.10
2.1097.105
8.10 52.108
2.108l.io8
76
Br
35D
W2.108
2.1087.104
7.1042.107
2.10 7l.io 7
(+)(++) See footnotes attheend ofthis table

-12-
Exposed workersMembers ofthe Public
1Radionuclides
1Fomi (+) Liiuic of
annual
intake by
inhalation
BqDerived limit
ofthe
concentration
inair for an
exposure of
2000 h/year
BqmLimit of
annual
intake by
inhalation
BqLimit ofannual
intake by
ingestion (♦+)
«
ν
Bq
1 2 3 4 5 6
77
Br
35D
W9.108
7.1084.IO5
3.IO59.107
7.1076.107
80m
Br
35D
W6.108
5.1083.IO5
2.IO56.10 7
5.1078.107
80
p- Br
35D
W7.109
8.1093.IO6
3.IO67.108
8.1082.108
82
Br
35D
W2.108
1.10 86.IO4
6.IO42.107
1.10 71.10 7
83
Br
35D
W92.10
92.101.106
1.10 62.108
2.1Ò82.10 8
84
Br
35D
W9 ^2.10
92.109.IO5
1.10 62.108
2.1087.107
3(.Kr 1io5
u.Kr 310»
36Kr1IO5
79„36Kr 6■IO5
HI,,36Kr210'
83m36Kr 910·
85m
36Kr 8IO5
*('Kr510·
87„36Kr 2·10»
88„3«Kr 7·IO4
(+)(♦♦) Seefootnotes attheend ofthis table

-13-
{Exposed workers
1 _Members ofthe Public
1Radionuclides
I
j
I j
i
1Forui(+) Limit of
annua 1
intake by
inhalation
BqDerived limit
ofthe
concentration
inair for an
exposure of
2000 h/year
"3Bq raLimit of
annual
intake by
inhalation
BqLimit ofannual
intake by
ingestion (++)
»
Bq
1 2 3 4 5 6
79
Rb
37D 4.109 2.IO6 4.108 l.io8
81m
Rb
37D 1.1010 5.IO6 1.109 9.108
81
Rb
ι 37D 2.109 8.IO5 2.108 l.io8
82m
Rb
37D 7.108 3.IO5 7.10 7 4.10 7
83
'Rb
37D 4.10 742.10 4.106 2.106
84
Rb
37D 3.10 741.10 3.106 2.106
(+) (++) See footnotes attheend ofthis table

- -
Radionuclides
1
!
i
IFonn (+)Exposed w
Limit of
annual
intake by
inhalación
Bqorkers
Derived limi c
ofthe
concentration
inair for an
exposure of
2000 h/year
Bqm^Members oftt
Limit of
annual
intake by
inhalation
BqiePublic
Limit ofannual
intake by
ingestion (♦♦)
•
«
Bq
1 2 3 4 5 6
2.10 686
Rb
37D3.IO741.10 3.106
87
Rb
37D 6.IO7 2.10 4 6.10 6 4.10 6
88
Rb
37D92.10 1.10 6 2.10 8 7.10 7
89
Rb
37D 5.IO9 2.10 6 5.10 8 1.10 8
80Sr38D
Y4·1085.IO82.1o\
2.10ì.ìdL
5.102.10 7
81_3sSr D
Y310*
3·10*110·
110·310·
310·
910'
83
3«Sr
wD
Y313·
110·110'
S10·310'
1·10'
(a)1·10'
(b)8·10»
«Im.38Sr D
Y210'°
3IO10910»
110'210*
310*
810·
es3*St D
Y110·
610'410*
2IO*110'
610»
(a)910*
(b)110'
87m38Sr D
Y510*
610*210·
210·510·
610·
(a)210·
(b)110·
(♦) (♦+) See footnotes atthe end ofthis table

-15-
Exposed workers Members ofthe Public
!Radionuclides Fomi (+) Limit of Derived limit Limit of Limit ofannual
annaal ofthe annual intake by
intake by concentration intake by ingestion (*+)
inhalation inair for an
exposure of
2000 h/yearinhalation
*
κ
Bq Bqm Bq Bq
1 2 3 A 5 6
89c38Sr D 3107 1104 310«
Y 510' 2103 5·10s
2■10*
38Sr D 710s 3101 710*
Y 110» 610> 1■104
(a)110»
(b)210*
γ 38SrD 210· 9104 210'
Y 1·10· 510* 110'
(a)810*
(b)610*
92c3gSr D 310· 110» 310'
Y 2■10· 110» 210'
1·10'
86m W9 12.10 9.105 2.10878.10
Y
39 Y 2.109 8.105 2.108
86 w 1.108 5.104 1.107 5.106
Y
39 Y 1.108 5.104 1.107
87 w 1.10845.10 1.107 8.106
Y
Τ 39 Y 1.108 5.104 1.107
88 w 9.106 4.103 9.105 4.106
Y
39 Y 9.10634.10 9.105
90m w 5.108 2.105 5.10 7 3.107
Y
39 Y 4.108 2.105 4.1Q7
90
Yw 3.10 7 1.104 3.106 2.106
39 Y 2.10 7 9.10 3 .2.106
91m w99.10 4.106 9.108 5.108
Y
39 Y96.102.106 6.108
91 w 6.10ώ33.10 6.105 2.106
Y
39 Y 4.IO6 2.10 5 4.105
92 w 3.IO8 1.105 3.10 7 1.10 7
Y
39 Y 3.IO8 1.105 3.10 7
(+) (++) See footnotes attheend ofthis table

-16-
1
Radionuclides|"Form(+)
1
1Exposed w
Limit of
annual
intake by
inhalationorkers
Derived limit
ofthe
concentration
inair for an
exposure of
2000 h/yearMembers oft
Limit of
annual
intake by
inhalationíePublic
Limit ofannual
intake by
ingestion (++)
Bqτι -3Bq m Bq Bq
1 2 3 4 5 6
93
YW 1.10 8 4.IO4l.io7 4.10 6
39 Y 9.10 7 4.IO4 9.10 6
94
Yw93.10l.io6 3.10 8 8.10 7
39 Y93.10l.io6 3.10 8
95
Yw96.10 2.IO6 6.10 8 1.10 8
39 Y95.10 2.IO6 5.10 8
86_40ZrD 110· 6IO4 l·10'
W 110· 4IO4 1·10'
Y 9·10' 4IO4 9·10·
5-10·
887♦oZrD 8·10* 3IO3 8■10s
W 210' 7-10» 2-10·
Y 110' 5IO3 1·10·
1·10'
89_
♦OZr D 110· J-10 4 1■10'
W 910' 4·10* 9·10·
Y 9 ■10' 4-IO4 910·
6·10·
40Zr D 210J 1IO1 2·104
W 910» 4IO1 9104
Y 2·10* 9IO2 2·10s
510·
95-40ZrD J10· 2IO3 J10 5
W 1·10' 6-IO3 1·10·
Y 110' 4IO3 1·10·
5-10»
D 710' 3·IO4 7-10·
97-40ZrW 510' 2IO4 J10*
Y 5-107
i2IO4 J10·
210·
(+) (++) Seefootnotes atthe end ofthis table

-17-
Exposed workers Members ofthe Public
Radionuclides Form (+) Limit of
annual
intake by
inhalation
BqDerived limit
ofthe
concentration
inair for an
exposure of
2000 h/year
R "3Bq mLimit of
annual
intake by
inhalation
BqLimit ofannual
intake by
ingestion (++)
Bq
1 2 3 A 5 6
8,W4iNb W
Y810»
810'410'
310»810·
810·
210· .
!9m,41Nb
(66mm )w
Y2 ■10'
110»610s
610»210·
110·
410'
41Nb
(122min)w
Y7 ■10·
610«310s
210s710'
610'
210'
9<W4lNb w
Y110·
910'410*
410*110'
910·
4-10*
""Nb w
Y710'
6 ■10*3 ■104
31037-10*
6-10»
310'
♦ÍNb w
Y7·10*
61053lfr1
210J710»
6104
410*
?|Nb w
Y510'
410'2104
2104510*
410*
810*
95m xr,41Nb w
Y110·
8IO74·104
3·104110'
810*
810*
41Nb w
Y1■10·
910'4104
41041■10'
910*
4-10*
97...41Nb w
Y310'
310»110*
110'3·10·
310·
810'
4?Nb
1w
Y2·10»
2·10»810'
8105210·
210·
5·10'
(+) (++) Seefootnotes attheendofthis table

-18-
Exposed workers Members ofthe Public
'Radionuclides
IFυini(+) Limit of
annual
intake by
inhalation
BqDerived limit
ofthe
concentration
inair for an
exposure of
2000 h/year
Bqm^Limit of
annual
intake by
inhalation
BqLimit ofannual
intake by
ingestion (♦+)
λ
V
Bq
1 2 3 4 5 6
90w42MO D
Y3·10·
2·10·1105
710*310'
210'
(a)2·107
(b)7·10«
93w42M0 D
Y210·
710*8·104
31032·10'
710»
(a)1·10'
(b)9·10'
93m «.42Mo D
Y7·10·
510·310*
210»7·10'
5·107
(a)4·10'
(b)2■10'
42M0 D
Y110·
5■IO74·10*
2·10*1·107
S10*
(a)6·10*
(b)4·10*
'SiMoD
Y510»
6·10*"210*
210*510·
6-10 »
210·
93m
Tc
43D
W6.109
l.io102.106
5.1066.io8
l.io93.108
93
Tc
A3D
W93.10
94.1CT1.106
2.1063.io8
4.1o81.108
94m
Tc
43D
W92.10
2.1097.105
9.1052.1o8
2.1o87.107
94
Tc
43D
W7.108
9.1083.105
4.1057.1o7
9.1o73.107
96m
Tc
43D
W1.1010
9.1o94.106
4.1061.1o9
9.1o86.108
96
Tc
43D
W1.1o8
8.1o 75.104
3.1041.1o7
8.1o67.106
(♦)(+♦) Seefootnotes attheend ofthis table

_1Q -
Exposed workers Members ofthe Public
1Radionuclides
I
1 «Fomi(+) Limit of
annua 1
intake by
inhalation
BqDerived limit
ofthe
concentration
inair for an
exposure of
2000 h/year
«"3BqmLimit of
annual
intake by
inhalation
BqLimit ofannual
intake by
ingestion (++)
BqU-i–H2 3 4 5 6
Γ ι
97m
Tc
43D
W2.108
4.107l.io5
42.102.10 7
4.1062.10 7
97
Tc
43D
W2.109
2.1088.105
49.102.108
2.10 7l.io8
98
TcW 43D
W6.10 7
1.io742.10
5.10 36.106
l.io64.106
&
V
I
(+) (+*) See footnotes atthe end ofthis table

-20-
Exposed workers Members ofthe Public
Radionuclides Form (+) Limit of Derived limit Limit of Limit ofannual
annual ofthe annual intake by
intake by concentration intake by ingestion (++)inhalation inair for an inhalation
exposure of
2000 h/year
Bqn -3Bqm Bq Bq
1 2 3 4 5 6
99m D 6.109 2.106 6.108 3.108
Tc
9.108 43 U 9.109 4.IO6
99 D 2.108 8.IO4 2.107 1.107
Tc
43 W 2.10 7 ì.io 4 2.106
101 D i.io 10 5.IO6 1.10 9 3.108
Tc
43 W 1.1010 6.IO6 1.10 9
104 D93.10 1.106 3.108 8.107
Tc
3.108 43 Wg3.10 l.io 6
94 Dr 92.10 7.IO5 2.108 6.107
Ru W92.10 1.106 2.108
44 Y 2.109 9.IO5 2.108
97 D 7.108 3.IO5 7.107 3.10 7
Ru W 5.108 2.IO5 5.107
44 Y 4.108 2.IO5 4.107
103 D 6.10743.10 6.106 7.106
ySRu W 4.107 2.IO4 4.106
44 Y 2.107 1.10 4 2.106
105 D 5.108 2.IO5 5.10 7 2.107
Ru W 5.108 2.IO5 5.107
44 Y 4.108 2.IO5 4.107
106 D 3.106 1.103 3.105 7.105
Ru W 2.106 8.IO25
2.10
44 Y 4.10522.10 4.104
99m D92.10 9.IO5 2.108 7.IO7
Rh W93.10 1.106 3.108
45 Y92.10 1.106 2.108
(+)(++) Seefootnotes attheendofthis table

-21 -
Exposed workers Members ofthe Pubi ic
Radionuclides Form (+) Limit of
annual
intake by
inhalation
BqDerived limit
ofthe
concentration
inair for an
exposure of
2000 h/year
η -3BqmLimit of
annual
intake by
inhalation
BqLimit ofannual
intake by
ingestion (++)
Bq
1 2 3 4 5 6
99 D 1.108 5.10a l.io 7 9.106
Rh W 8.10 743.10 8.106
45 Y 7.10 743.10 7.106
100 D 2.10848.10 2.10 7 6.106
Rh W 1.10846.10 l.io 7
45 Y 1.10846.10 l.io 7
101m D 4.108 2.IO5 4.10 7 2.10 7
Rh W 3.108 ì.io5 3.10 7
45 Y 3.108 l.io5 3.10 7
101 D 2.10 7 8.103 2.106 8.106
Rh W 3.10 7 l.io4 3.106
45 Y 6.106 2.IO3 6.105
102m D 2.10 738.10 2.106 5.106
Rh ' W 1.10 736.10 l.io6
45 Y 4.106 2.IO3 4.105
102 D 3.106 l.io3 3.105 2.106
Rh W 7.10633.10 7.105
45 Y 2.10629.10 2.1Ó5
103m D 4.1010 2.IO794.1092.10
Rh W 5.1010 2.IO795.10
45 Y 4.1010 2.IO794.10
105 D 4.108 2.IO5 4.IO7 1.107
Rh W 2.108 1.105 2.IO7
45 Y 2.10849.10 2.IO7
106m D 9.108 4.IO5 9.IO7 3.107
Rh W 1.109 6.IO5 1.108
45 Y 1.109 5.IO5 ì.io8
(+)(++)See footnotes atthe end ofthis table

-22-
ί Exposed workers Members ofthe Public
Radionuclides Form (+) Limit of
annual
intake by
inhalation
BqDerived limit
ofthe
concentration
inair for an
exposure of
2000 h/year
Bqm^Limit of
annual
intake by
inhalation
BqLimit ofannual
intake by
ingestion (++)
Bq
1 2 3 5 6
107
Rh
45
100
Pd
- 46D
W
Y
D
W
Y9.109
1.1010
99.10
5.107
5.10 7
5.10 74.106
4.106
4.106
2.104
42.10
42.109.108
1.109
9.108
5.106
5.106
5.1063.108
5.106
101
Pd
46D
W
Y91.10
91.10
1.1095.105
5.105
5.105l.io8
1.108
1.1085.107
103
Pd
46D
W
Y2.108
2.108
1.1081.105
7.104
5.1042.107
2.107
1.1072.107
197
Pd
46D
W
Y8.1Ö8
3.108
1.1073.105
1.105
36.108.107
3.107
1.1061.108
109
Pd
46D
W
Y2.108
2.108
2.1081.105
9.104
7.1042.107
2.107
2.1079.106
102
Ag
47D
W
Y97.10
98.10
97.103.106
3.106
3.1067.108
8.108
7.1082.108
103
Ag
47D
W
Y94.10
95.10
94.102.106
2.106
2.1064.108
5.108
4.108l.io8
104m
Ag
47D
W
Y94.10
95.10
94.101.106
2.106
2.1064.108
5.108
4.108l.io8
(+)(++) Seefootnotes attheendofthis table

-23-
Exposed workers Members ofthe Public
Radionuclides
JForm(+)Limit of
annual
intake by
inhalation
BqDerived limit
ofthe
concentration
inair for an
exposure of
2000 h/year
Bqm^Limit of
annual
intake by
inhalation
BqLimit ofannual
intake by
ingestion (++)
Bq
1 2 3 4 5 6
104 D 3.109 1.106 3.108 8.107
Ag W 5.109 2.106 5.108
47 Y96.10 2.106 6.108
105 D 4.10 7 2.104 4.106 1.107
Ag W 6.10 743.10 6.106
47 Y 6.10 743.10 6.106
106m D 3.10 741.10 3.106 3.106
Ag W 3.10 741.10 3.106
47 Y 3.10 7 1.104 3.106
106 D 7.109 3.106 7.108 2.108
Ag W 8.109 3.106 8.108
47 Y 7.109 3.106 7.108
108 m D 7.1Q633.10 7.105 2.106
Ag W 9.106 4.103 9.105
47 Y 9.105 4.10249.10
110m D 5.10632.10 5.105 2.106
Ag
47W
Y7.106
3.10633.10
31.107.105
3.105
111 D 6.10 742.10 6.106 3.106
Ag W 3.10741.10 3.106
47 Y 3.10 7 1.104 3.106
112 D 3.108 1.105 3.107 1.107
Ag W 4.108 2.105 4.107
47 Y 3.108 1.105 3.107
115 D93.10 1.106 3.108 1.108
Ag W93.10 1.106 3.108
47 Y93.ΚΓ 1.106 3.108
(+) (++) See footnotes attheend ofthis table

-24 -
Exposed workers Members ofthe Public
Radionuclides Form (+) Limit of
annual
intake by
inhalationDerived limit
ofthe
concentration
inair for anLimit of
annual
intake by
inhalationLimit ofannual
intake by
ingestion (++)
Bqexposure of
2000 h/year
Bqm^ Bq Bq
1 2 3 4 5 6
104 D 2.109 1.106 2.108 8.107
Cd W 4.109 2.106 4.108
48 Y 4.109 2.106 4.108
107 D92.10 8.105 2.108 8.107
Cd W92.10 9.105 2.108
48 Y 2.109 8.105 2.108
109 D 1.10625.10 1.105 1.106
Cd W 4.10632.10 4.105
48 Y 4.10632.10 4.105
113m D49.10 4.10 139.10 9.104
Cd W 3.10521.1043.10
48 Y 5.10522.1045.10
113 D48.10 - 3.10 138.10 8.104
Cd W 3.105 1.102 3.104
48 Y 5.105 2.102 5.104
115m D 2.106 8.102 2.105 1.106
Cd
48W
Y5.106
5.10632.10
32.105.105
5.105
115 D 5.10742.10 5.106 3.106
Cd
48W
Y5.10 7
5.10 72.104
2.1045.106
5.106
117m D 5.108 2.105 5.107 2.107
Cd W 6.108 3.105 6.107
48 Y 5.108 2.105 5.10 7
117 D 4.108 2.105 4.10 7 2.10 7
Cd W 6.108 3.105 6.107
48 Y 5.108 2.105 5.107
(+)(++) Seefootnotes attheendofthis table

-25 -
Exposed workers Members ofthe Public
Radionuclides Form (+) Limit of
annual
intake by
inhalation
BqDerived limit
ofthe
concentration
inair for an
exposure of
2000 h/year
Bqm3Limit of
annual
intake by
inhalation
BqLimit ofannual
intake by
ingestion (++)
Bq
1 2 3 4 5 6
109
In
49D
W92.10
92.107.105
1.1062.108
2.1087.10 7
110
In
49
(69,1min )D
W92.10
2.1097.105
9.1052.108
2.1086.10 7
110
In
49
(4,9h )D
W6.108
7.1083.105
5
3.106.10 7
7.10 72.10 7
111
In
49D
W2.108
2.1081.105
1.1052.10 7
2.1072.10 7
112
In
49D
W2.1010
3.10101.10 7
1.10 792.10
3.1096.108
113m
In
49D
W5.109
7.1092.106
3.1065.108
7.1082.108
114m
In
W 49D
W2.106
4.1061.10 3
2.1032.105
4.1051.106
115m
In
49D
W92.10
2.1097.105
7.1052.108
2.1085.10 7
115
In
49D
W5.104
2.10 52.10 1
8.10 15.103
2.1041.105
116m
In
49D
W93.10
4.1091.106
2.1063.108
4.1089.10 7
117m
In
49D
W1.109
2.1095.105
7.1051.108
2.1084.10 7
C"1*)(++) See footnotes atthe end ofthis table

-26-
1
1 Exposed workers Members ofthe Public
Radionuclides Form (+) Limit of
annual
intake by
inhalation
BqDerived limit
ofthe
concentration
inair for an
exposure of
2000 h/year
-3BqmLimit of
annual
intake by
inhalation
BqLimit ofannual
intake by
ingestion (++)
Bq
1 2 3 4 5 6
117
In
49D
W96.10
98.103.106
3.IO66.108
8.1082.108
119m
In
49D
W5.109
5.1092.IO6
2.IO65.108
5.108i.io8
r 110
Sn
50D
W4.108
4.1082.IO5
2.IO54.107
4.107i.io7
111
Sn
50D
W8.109
i.io103.IO6
4.IO68.108
1.1093.108
113
Sn
50D
W5.10 7
2.10 72.IO4
39.105.106
2.1066.106
117m
Sn
50
119m
Sn
50D
W
D
W5.107-
5.10 7
9.107
4.1C 742.10
42.10
44.10
2.IO45.106
5.106
9.106
4.1066.106
1.107
121m
Sn
50D
W3.10 7
2.10 71.104
8.IO33.106
2.106i.io7
121
Sn
50
123m
Sn
50D
W
D
W6.108
4.108
4.109
5.1092.IO5
2.IO5
2.IO6
2.IO66.10 7
4.107
4.108
5.1082.107
2.108
123
Sn
50D
W2.10 7
6.10641.10
3.IO32.106
6.1052.106
125
Sn
50D
W3.107
i.io7i.io4
5.IO33.106
i.io61.106
(+)(++) Seefootnotes attheendofthis table

-27-
Exposed workers Members ofthe Public ,
Radionuclides Form (+) Limit of
annual
intake by
inha ]ation
BqDerived limit
ofthe
concentration
inair for an
exposure of
2000 h/year
"3BqmLimit of
annual
intake by
inhalation
BqLimit ofannual
intake by
ingestion (++)
Bq
1 2 3 4 5 6
126
Sn
50D
W2.106
6
2.1029.10 ¿
31.102.105
2.1051.106
127
Sn
50D
W7.108
7.1083.IO5
3.IO57.10 7
7.10 73.107
128
Sn
50D
W1.109
l.io94.IO5
6.IO5l.io8
l.io84.107
115
Sb
51D
W9.109
1.10104.IO6
5.IO69.108
1.1093.108
116m
Sb
51
116
Sb
51D
W
D
U93.10
5.109
l.io101.106
2.IO6
4.IO6
5.IO63.108
5.108
91.10
1.1098.107
3.108
117
Sb
51
118m
Sb
51D
W
D
W8.109
l.io10
7.10®
8.1083.IO6
4.IO6
3.IO5
3.IO58.108
91.10 *
7.10 7
8.107
2.108
l.io83.108
2.107
(a)6.107
(b)5.107119
Sb
51D
U92.10
1.1097.IO5
4.IO5
120
Sb
51
(15.89 min )D
W2.1010
2.10107.IO6
8.IO62.109
92.104.108
120
Sb
51'
(5.76 d)D
W8.10 7
5.10 743.10
42.108.106
5.106(a)4.106
(b)3.106
(+) (++) See footnotes attheend ofthis table

-28-
Radionuclides Form (+)Exposed ν
Limit of
annual
intake by
inhalation
Bqrorkers
Derived limit
ofthe
concentration
inair for an
exposure of
2000 h/year
Bqm3Members oft
Limit of
annual
intake by
inhalation
BqhePublic
Limit ofannual
intake by
ingestion (++)
Bq
1 2 3
9.10 7
4.10 74
4.104
2.1045
9.106
4.1066
3.106122
Sb
51D
W
124m
Sb
51D
W3.1010
2.10101.107
9.10693.10
92.109.108
124
Sb
51D
W3.107
9.1061.104
34.103.106
9.1052.106
125
Sb
51D
W9.10 7
2.1074.104
8.1039.106
2.106(a)8.106
(b)7.106
126m
Sb
51D
W97.10
97.103.106
3.1067.108
7.1082.108
126
Sb
51D
W4.10 7
2.10 72.104
8.1034.106
2.1062.106
127
Sb
51
128
Sb
51
(9.01 h)D
W
D
W8.10 7
3.10 7
2.108
1.1083.104
1.104
7.104
45.108.106
3.106
2.107
1.1073.106
(a)5.106
(b)4.106
128
Sb
51
(10.4 min )D
W1.1010
2.10106.106
7.10691.10 *
92.103.108
129
Sb
51D
W3.108
3.1081.105
1.1053.107
3.1071.107
130
Sb
51D
W2.IO9
3.IO91.106
1.1062.108
3.1087.107
(+)(++) Seefootnotes attheendofthis table

-29-
Exposed workers Members ofthe Public
IRadionuclides Form (+) Limit of Derived limit Limit of Limit ofannual
1 annual ofthe annual intake by
1 intake by concentration intake by ingestion (++)
inhalation inair for an
exposure of
2000 h/yearinhalation
Bq-3Bqm Bq Bq
1 2 3 4 5 6
131 D 9.108 4.IO5 9.10 7 6.10 7
Sb
51 w 9.108 4.IO5 9.107
1152*> D 810· 3IO5 8107
w 110' 510' 110»
3107
121_S2Te D 210» 6IO4 2107
w 110» 510* 1107
1107
I21m~
52 D 710* 310J 710»
w 210' 6IO1 210»
2·10*
123-.«Te D 7 ·10*· 3IO3 710s
w 210' 710' 210*
210*
I23m_
52 D 810* 3IO3 810»
W 2107 8IO3 210*
210»
125m~
52 »ë D 2107 6IO3 2·10*
W 3107 1IO4 310»
410*
127-52Te D 810« 3IO5 8107
W 610» 3IO5 6107
3107
127m~
52 »C D 1107 4IO3 110*
W 910' 4IO3 910s
2 ■10*
I29_,52Te D 210' >10* 2·10"
W 310' 110» 310"
110·
I'29το^52Te D 2107 1IO4 2·10*
W 9■10« 4 ■IO3 910»
2-106
– *
(+)(++) Seefootnotes attheendofthis table

-30-
Exposed workersMembers ofthe Public
Radionuclides
Í
1Fonn (+) Limit of
annual
intake by
inhalationDerived limit
ofthe
concentration
inair for an
exposure of
2000 h/yearLimit of ¡
annual
intake by
inhalationLimit ofannual
intake by
ingestion (♦♦)
1 Bq Bqm3 Bq Bq
!2 3 4 5 6
131
Te
52D
W2.108
2.1088.104
8.1042.10 7
2.10 7l.io7
131m
Te
52D
W2.10 7
1.1076.10 3
6.1032.10^
1.1061.105
132
Te
52D
W9.106
8.1064.10 3
3.1039.10 5
8.1058.105
133
Te
52D
W8.108
8.1084.105
4.1058.10 7
8.1075.10 7
133m
Te
52D
W2.108
2.1088.104
48.102.107
2.1071.I07
134
Te
52D
W9.108
9.1084.105
4.1059.10 7
9.1076.10 7
120.
S3' D 310» 110» 310'
110'
D 810· 310» 810'
410'
D 710· 310» 7-10'
410'
Ή D 210» 910· 210'
I10'
124 .53l D 310* 1-10 » 310»
210»
125,Sil D 210· 110» 210»
110»
(♦)(♦♦)Seefootnotes attheendofthis tabe

-31-
Exposed workers Members ofthe Public
ìRadionuclides
IForm (+) Limit of
annual
intake by
inhalation
BqDerived limit
ofthe
concentration
inair for an
exposure of
2000 h/year
-3Bq raLimit of
annual
intake by
inhalation
BqLimit ofannual
intake by
ingestion (++)
Bq
1 2 3 4 5 6
126 .53I D 110* SIO2 110*
8104
128 .53I D 410' 210« 410·
2 ·10·
129 .
53* D 310s 1IO2 310^
210*
W 130»53I D 310' 110* 310*
110*
'31
53Ï D 210' 7 ■10J 2105
110s
132 .53I D 310« 1IO5 310'
1107
1ii!m TS3 1 D 310« 11o 5 310'
1107
Ih D 110' 4IO1 110*
5105
Ί31 D 210' 710s 2-10·
8·10'
'«ι D 610' 2IO4 610*
310*
(+) (++) See footnotes atthe end ofthis table

-52-
1
Radionuclides iForm(+)hxposed t,
Limit of
annual
intake by
inhalation
Bqworkers
Derived limit
ofthe
concentration
inair for an
exposure of
2000 h/year
Bqm^Members of
Limit of
annual
intake by
inhalationhePublic
Limit ofannual
intake by
ingestion (♦+)
4
2 3 4 5 6
120
Xe
54 -- 4.105- -
121
Xe
54 –- 8.104-
122
Xe
54;- 3.106-
123
Xe
54 –- 2.105 --
125
Xe
54- 6.105 - -
127
Xe
ν 54- 5.105 - -
129m
Xe
54- 7.106 - -
131m
Xe
54;- 1.107 -
133m
Xe
1 54–
- 5.106 - -
1 133
! Xe
¡ 54–
- 4.106 - -
1 135m
Xe
54–
- 3.105 - -
(+)(++) Seefootnotes attheendofthis table

-33-
1
1 Exposed workers Members ofthe Public
Radionuclides Form (+)
1Limit of
annual
intake by
inhalation
BqDtrived limit
ofthe
concentration
inair for an
exposure of
2000 h/year
R ~3BqmLimit of
annual
intake by
inhalation
BqLimit ofannual
intake by
ingestion (++)
*
Bq
1 2 3 4 5 6
135
Xe
54-- 5.105--
138
Xe
54-- 1.io5-
>w l2V– 5.5Cs D 510' 210* 510·
210»
127„55C « D 410* 110* 410»
210»
'«C « D 110» S10» 110»
9·10'
'fsC D 710» 310* 710»
210»
'ssC. D 110' 5IO1 110»
810'
'ssCtD 110» 6IO4 110'
110'
- ^55C· D 4·10* 2 ■IO1 410»
310»
134m ,-,55CaD 510» 2 ■10* 510»
410»
131^ D 410' 2IO4 410*
3·10*
135m /-,55CsD 710' 310* 7·10»
410»
1's!sCs D 2107 110* 210*
210*
'uCs D 610* 2IO3 610s
4105
sstjD210' J 910s J 2-10» 7107
(+)(++) Seefootnotes attheend ofthis table

-3*-
!Radionuclides
1 J"Form(·»· )
I
1
1Exposed ν
Limit of
annual
intake by
inhalation
Bqworkers
Derived limit
ofthe
concentration
inair foran
exposure of
2000 h/year
Bqm^Members of t
Limit of
annual
intake by
inhalationhePublic
Limit ofannual
intake by
ingestion (♦+)
»
ν
126
Ba
562
D3
6.1084
2.1055
6.1076
2.107
Ba
56D 7.10 7 3.104 7.106 2.106
Ba
w 56D 5.1010 2.10795.1091.10 *
131
Ba
56
133m
Ba
56D
D3.108
3.1081.105 3.107 1.107
1.105 3.107 9.106
133
Ba
56D 3.107 1.104 3.106 6.106
135m
Ba
56D 4.108 2.105 4.107 1.107
139
"w Ba
56
140
Ba
56
141
Ba
56D 1.109 5.105 1.108 5.107
D 5.107 2.104 5.106 2.106
9.107D93.10 1.106 3.108
(++) See footnotes attheend ofthis table

-35-
ÍExposed workers- 1
Members ofthe Public
Radionuclides Form (+) Limit of Derived limit Limit of Limit ofannual
annual ofthe annual intake by
intake by concentration intake by ingestion (++)
inhalation inair for an
exposure of
2000 h/yearinhalation
Bq-3Bqm Bq Bq
1 2 3 4 5 6
142
Ba D 5.109 2.IO6 5.108 2.108
56
131 D 4.109 2.IO6 4.108 2.108
La
57 W 6.109 3.IO6 6.108
γ 132D 4.108 2.IO5 4.107 l.io 7
La
57 W 4.108 2.IO5 4.10 7
135 D94.10 2.IO6 4.108 l.io8
La
94.10 1.106 4.108 57 W
137 D 2.106 1.103 2.105 4.10 7
La
57 W 1.10 7 4.IO3 1.106
138 D 1.1Ó 5 5.IO1 l.io4 3.106
La
57 W 5.10522.10 5.104
140 D 5.10 742.10 5.106 2.106
La
57 W 4.10 742.10 4.106
*^ ---
141 D 3.108 1.105 3.10 7 1.107
La
57 W 4.108 2.IO5 4.10 7
142 D 8.108 3.IO5 8.10 7 3.10 7
La
57 W 1.109 5.IO5 1.io8
143 D94.10 2.IO6 4.108 l.io8
■La
57 W93.10 1.io6 3.108
(+) (++) See footnotes attheend ofthis table

-36-
Exposed workers Members ofthe Public
1Radionuclides Form (+) Limit of
annual
intake by
inhalation
BqDerived limit
ofthe
concentration
inair for an
exposure of
2000 h/year
-3BqmLimit of
annual
intake by
inhalation
BqLimit ofannual
intake by
ingestion (++)
•
%
Bq
1 2 3 4 5 6
'ieCe W
Y3■107
210'110*
1■10*310»
210·
2-10*
W 'slee W
Y1■10·
110·610·
5·10·1107
1107
610*
w
Y510*
510»210*
210«510·
510·
2■10·
I37mr58Ce w
Y210·
110·7-10·
610·2-10 7
1·107
9-10*
139-SeCe w
Y310'
2·1071·10·
1·10·3■10»
2·10·
210'
141-,5«Ce
V-w
Y3107
2·1071·10·
9·IO1310·
210*
6·10*
•
'slCe w
Y7·107
6-107310·
210«7-10*
S10*
A10*
'seCe w
Y9·10s
S·1054·IO2
210'9·10·
510·
810»
136
Pr
59w
Y99.10
98.104.IO6
3.IO69.io8
8.ΙΟ82.108
137
Pr
59w
a
Y96.10
95.102.IO6
2.IO66.ΙΟ8
5.ΙΟ81.108
(+)(++) Seefootnotes attheendofthis table

-37-
1Exposed workers Members ofthe Pubi ic
Radionuclides Form (+) Limit of Derived limit Limit of Limit ofannual
annual ofthe annual intake by
intake by concentration intake by ingestion (++)
inhalation inair for an
exposure of
2000 h/yearinhalation
Bq"3Bqm Bq Bq
1 2 3 4 5 6
13&I1 W92.10 8.IO5 2.108 4.107
Pr
59 Y92.10 7.IO5 2.108
139 W 4.109 2.IO6 4.108 i.io8
Pr
59 Y 4.109 2.IO6 4.108
1"142mw 6.109 3.IO6 6.108 3.108
Pr
5.108 59 Y 5.109 2.IO6
142 w 8.107 3.IO4 8.106 4.106
Pr
59 Y 7.107 3.IO4 7.106
143 w 3.10 7 1.104 3.106 3.106
Pr
2.107 59 Y 1.104 2.106
144 w9.5.10 2.IO6 5.108 i.io8
Pr
4.108 59 Y 4.109 2.IO6
145 w 3.108 1.105 3.10 7 I.IO 7
Pr
59 Y 3.108 1.105 3.10 7
147 w 7.109 3.IO6 7.108 2.108
Pr
7.108 59 Y97.10 3.IO6
136 w 2.109 9.IO5 2.108 6.10 7
Nd
2.108 60 Y 2.10 9 8.IO5
138 w 2.108 1.io5 2.10 ? 7.106
Nd
60 Y 2.10848.10 2.107
139m w 6.108 3.IO5 6.10 7 2.10 7
Nd
5.108 60 Y 2.IO5 5.10 7
139 w i.io10 5.IO6 i.io9 3.108
Nd
60 Y i.io10 5.IO6 i.io9
(+) (++) See footnotes attheend ofthis table

-38-
Γ"
ΤExposed workers Members ofthe Public
Radionuclides fForm (+) Limit of
annual
intake by
inhalation
Bq
3Denved limit
ofthe
concentration
inair for an
exposure of
2000 h/year
D -3BqmLimit of
annual
intake by
inhalation
BqLimit ofannual
intake by
ingestion (++)
Bq
6
141
Nd
60W
Y3.1010
2.10101.10
9.103.10
2.106.108
147
Nd
60W
Y3.10
3.10'1.10
1.103.10
3.104.10
149
Nd
60W
Y1.10
9.1084.10 "
4.10"1.10
9.10'4.10'
151
Nd
60W
Y7.10
7.103.10
3.107.108
7.1083.10
141
Pm
61W
Y7.10
6.103.10
3.107.108
6.1082.10
143
Pm
61W
Y2.10 •
3.10'9.10
1.102.10
3.102.10
144
Pm
61
145
Pm
61W
Y
W
Y4.10
4.102.10 "
2.10
7.10
7.103.10
3.104.10 "
4.10
7.10 "
7.10 "5.10
4.10
146
Pm
61W
Y2.10
2.108.10
7.102.10
2.106.10
147
Pm
61W
Y5.10
5.102.10
2.105.10
5.10 "2.10'
148m
61
148
61Pm
Pmw
Y
W
Y1.10
1.10
2.10
2.104.10 "
5.10
8.10
8.101.10
1.10
2.10
2.103.10°
2.10
(+)(++) Seefootnotes attheendofthis table

-39-
Exposed workers Members ofthe Public
Radionuclides Form (+) Limit of
annual
intake by
inhalation
BqDerived limit
ofthe
concentration
inair for an
exposure of
2000 h/year
"3BqmLimit of
annual
intake by
inhalation
BqLimit ofannual
intake by
ingestion (++)
Bq
1 2 3 4 5 6
149
Pm
61W
Y7.10 7
7.10 73.IO4
3.IO47.106
7.1064.106
150
Pm
61W
Y7.108
6.1083.IO5
3.IO57.10 7
6.10 72.10 7
– ·151
Pm
61W
Y1.108
1.io846.10
5.IO4l.io 7
1.10 77.106
141m
Sm
62w 4.109 2.IO6 4.108 1.108
141
Sm
62w 7.109 3.IO6 7.108 2.108
142
Sm
62w91.10 4.IO5 l.io8 3.107
145
Sm
62w 2.10 738.10 2.106 2.10 7
146
Sm
62w 1.103 6.10-121.1045.10
147
Sm
62w 1.103 6.10-121.1046.10
151
Sm
62w 4.10632.10 4.105 5.10 7
153
Sm
62w 1.108 4.IO4 l.io 7 6.106
155
Sm
62w 8.109 3.IO6 8.108 2.108
(+) (++) See footnotes atthe end ofthis table

-l+o-
Radionuclides [Form(+)
156
Sm
62
145
Eu
63
146
Eu
63
147
63
148
63
149
63Eu
Eu
Eu
150
Eu
63
,12.62 h)
150
Eu
63
(24.2 y)
152m
63
152
63
154
63Eu
Eu
EuW
W
W
W
W
W
W
W
W
W
WExposed workers
Limit of
annual
intake by
inhalation
Bq
3
3.10
7.10
5.10Derived limic
ofthe
concentration
inair for an
exposure of
2000 h/year
-3Bqm
4
1.10 J
3.10
2.10
6.10
1.10
1.108
3.108
7.10
2.10
9.10
7.103.10
5.10
5.10
1.10
3.10
1.10
4.10
3.10Members ofthe Public
Limit of
annual
intake by
inhalation
Bq
3.10
7.10
5.10
6.10
1.10
1.10
3.10
7.10
2.10
9.10
7.10Limit ofannual
intake by
ingestion (++)
Bq
2.10
6.10
4.10
1.10
4.10
4.10
1.10
3.10
1.10
3.10
2.10
(♦)(++) Seefootnotes attheendofthis table

-1+1-
! Exposed workers Members ofthe Public
Radionuclides
¡Form (+) Limit of
annual
intake by
inhalation
BqDerived limit
ofthe
concentration
inair for an
exposure of
2000 h/year
Bqm^Limit of
annual
intake by
inhalation
BqLimit ofannual
intake by
ingestion (++)
Bq
1 2 3 4 5 6
155
Eu
63W3.IO6 1.103 3.105 l.io7
156
Eu
63W2.IO7 7.103 2.106 2.106
157
Eu
63w2.IO848.10 2.107 8.106
158
Eu
63w2.IO9 9.10 5 2.108 7.107
145 ·
Gd
64D
w*56.10
96.102.10^
3.1066.10^
6.1082.108"
146
Gd
64D
W5.IO6.
1.10732.10
34.105.105
1.1065.106
147
Gd
64D
W2.IO8
1.1086.104
5.104.2.107
l.io77.106
" 148
Gd
64D
W3.IO2
1.103l.io"1
5.10"13.10 1
1.1024.104
149
Gd
64D
W8.IO7
9.IO743.10
44.108.106
9.1061.107
151
Gd
64D
W1.107
4.IO736.10
42.10l.io6
4.1062.10 7
152
Gd
64D
W4.IO2
32.102.10-1
6.10-14.10 1
22.1046.10
153 '
Gd
64D
W5.IO6
2.IO72.103
9.10 35.105
2.1062.10 7
(+) (++) Seefootnotes attheend ofthis table

-h?-
Exposed workers Members ofthePublic ¡
Radionuclides
1
1
IForm (+) Limit of
annual
intake by
inhalation
BqDerived limit
ofthe
concentration
inair for an
exposure of
2000 h/year
Bqm^Limit of
annual
intake by
inhalation
BqLimit ofannual
intake by
ingestion (♦+)
Bq
1" 12 3 4 5 6
159
Gd
64D
W3.108
2.1081.105
49.103.10 7
2.107l.io7
147
Tb
65W91.10 5.105 l.io8 3.107
149
- Tb
65
150
Tb
65w
w3.107
8.1081.104
3.1053.106
8.1072.107
2.107
151
Tb
65w 3.108 1.105 3.10 7 1.107
153
Tb
65w .3.108 1.105 3.107 2.107
154
Tb
65
155
Tb
65w
w2.108
3.1087.104
1.1052.107
3.1076.106
2.107
3.107156m
Tb
65
(24.4h)
156tn
Tb
65
(5.0h)w3.108 1.105 3.10 7
w1.109 4.105 l.io8 6.107
156
Tb
65w 5.107 2.104 5.106 4.106
(♦)(♦+) Seefootnotes attheend ofthis table

-k3-
Exposed workers Members ofthe Public
Radionuclides Form (+) Limit of
annual
intake by
inhalation
BqDerived limit
ofthe
concentration
inair for an
exposure of
2000 h/year
"3BqmLimit of
annual
intake by
inhalation
BqLimit ofannual
intake by
ingestion (++)
Bq
1 2 3 4 5 6
157
Tb
65W 1.107 5.IO3 1.10 6 2.108
158
Tb
65W 7.105 3.IO2 7.104 5.106
^ 160
Tb
65W 8.10634.10 8.105 3.106
161
Tb
65W 6.10 742.10 6.106 6.106
155
Dy
66W 9.108 4.IO5 9.107 3.107
157
Dy
66W 2.109· ì.io 6 2.108 7.107
159
Dy
66W 9.10 7 4.IO4 9.106 5.107
165
Dy
66W92.10 7.IO5 2.108 5.107
166
Dy
66W 3.10 7 1.104 3.106 2.106
155
Ho
67
157
Ho
67W
U6.109
5.10102.IO6
2.IO76.108
95.102.108
1.109
159
Ho
67W 4.1010 2.IO794.10 8.108
(+) (++) See footnotes attheend ofthis table

-kk-
Exposed workers Members ofthe Public
Radionuclides Form (+) Limit of
annual
intake by
inhalation
BqDerived limit
ofthe
concentration
inair for an
exposure of
2000 h/year
Bqm^Limit of
annual
intake by
inhalation
BqLimit ofannual
intake by
ingestion (++)
Bq
1 2 3 4 5 6
161
Ho
67W 2.1010 6.106 2.109 4.108
162m
Ho
67
162
f Ho
67W
w1.1010
9.10104.106
4.1071.109
99.102.108
2.109
164m
Ho
67w 1.1010 5.10691.10 4.108
164
Ho
67w 2.1010 1.10792.10 7.108
166m
Ho
67w 3.10521.10 3.104 2.106
166
Ho
67w 7.10743.10 7.106 3.106
 167
Ho
67w92.10 9.105 2.108 6.107
161
Er
68w92.10 1.106 2.108 6.107
165
Er
68w97.10 3.106 7.108 2.108
169
Er
68w 9.107 4.104 9.106 1.107
171
Er
68w 4.108 2.105 4.107 1.107
(+)(++) Seefootnotes attheend ofthis table

-4s -
Exposed workers iMembers ofthePublic
Radionuclides Form (+) Limit of
annual
intake by
inhalation
BqDerived limit
ofthe
concentration
inair for an
exposure of
2000 h/year
"3BqmLimit of
annual
intake by
inhalation
BqLimit ofannual
intake by
ingestion (++)
Bq
1 2 3 4 5 6
172
Er
68W 5.IO7 2.IO4 5.106 4.106
162
Tm
69W i.io10 4.IO6 1.io9 2.108
166
- Tm
69w 5.IO8 2.IO5 5.10 7 2.10 7
167
Tm
69w 7.IO743.10 7.106 8.106
170
Tm
69w 8.IO6 3.IO3 8.105 3.106
171
Tm
69w ι.ισ7 4.IO3 1.106 4.10 7
172
Tm
69w 4.ίο742.10 4.106 3.106
Γ 173
Tm
69w 4.IO8 2.IO5 4.10 7 2.10 7
175
Tm
69w 1.1010 4.IO6 1.109 2.108
162
Yb
70w
Y1.1010
1.10105.IO6
4.IO61.109
1.1093.108
166
Yb
70w
Y7.io7
7.IO73.IO4
4
3.107.106
7.1065.106
167
Yb
70w
Y3.IO10
3.IO101.io7
1.10 793.10
93.1091.10
(+) (++) See footnotes attheend ofthis table

-i+6-
1 Exposed workers Members ofthe Public
Radionuclides Form (+) Limit of
annual
intake by
inhalation
BqDerived limit
ofthe
concentration
inair for an
exposure of
2000 h/year
Bqm^Limit of
annual
intake by
inhalation
BqLimit ofannual
* intake by
ingestion (++)
Bq
1 2 3 4 5 6
169
Yb
70W
Y3.10 7
3.10 741.10
1.1043.106
3.1067.106
175
Yb
70W
Y1.10^
1.108_ .
5.10
45.101.107
1.1071.107"
177
■" Yb
70w
Y2.109
92.108.105
7.1052.108
2.1086.107
178
Yb
70w
Y91.10
1.1096.105
6.1051.108
1.1085.107
169
Lu
71w
Y2.108
2.10847.10
46.102.107
2.1079.106
170
Lu
71w
Y8.10 7
7.10743.10
43.108.106
7.1064.106
171
Lu
71w
Y7.107
7.10743.10
43.107.106
7.1067.106
γ 172
Lu
71w
Y4.107
4.10742.10
42.104.106
4.1064.106
173
Lu
71w
Y1.107
1.10734.10
34.101.106
1.1062.107
174m
Lu
71w
Y9.106
8.10634.10
3.1039.105
8.1058.106
174
Lu
71w
Y4.106
6.1062.103
32.104.105
6.1052.107
176m
Lu
71w
Y9.108
8.1084.105
4.1059.107
8.1073.107
(+) (++) Seefootnotes attheend ofthis table

-Ul -
Exposed workers Members ofthe Public
Radionuclides Form (+) Limit of Derived limit Limit of Limit ofannual
annual ofthe annual intake by
intake by concentration intake by ingestion (++)
inhalation inair for an
exposure of
2000 h/yearinhalation
Bq Bqm^ Bq Bq
1 2 3 4 5 6
176 W 2.105 7.10 142.10 3.106
Lu
71 Y 3.105 1.10243.10
177m w 4.10632.10 4.105 3.106
Lu
71 Y 3.10631.10 3.105
177 w 8.10 743.10 8.106 8.106
" Lu
71 Y 8.10 7 3.104 8.106
178m w 7.109 3.106 7.108 2.108
Tu
6.108 71 Y 6.109 3.106
178 w 5.10* 2.106 5.108 1.108
Lu
71 Y 4.109 2.106 4.10®
179 w 7.108 3.105 7.107 2.107
Lu
71 Y 6.108 2.105 6.10 7
170 D 2.10849.10 2.107 1.107
Hf
72 W 2.10847.10 2.107
r 172D 3.10521.1043.10 5.106
Hf
72 W 1.10626.10 1.105
173 D 5.108 2.105 5.107 2.107
Hf
72 W 4.108 2.105 4.107
175 D 4.10 741.10 4.106 1.107
Hf
72 W 4.10 742.10 4.106
177m D92.10 9.105 2.108 7.10 7
Hf
72 W93.10 1.106 3.108
178m D45.10 2.10 1 5.103 9.105
Hf
72 W 2.105 8.10 1 2.104
(+) (++) Seefootnotes attheend ofthis table

-^8-
' Exposed workers Members ofthe Public
Radionuclides Form (+) Limit of Derived limit Limit of Limit ofannual
annual ofthe annual intake by
intake by concentration intake by ingestion (++)inhalation inair for an inhalation
exposure of
2000 h/year
Bq Bqm3 Bq Bq
1 2 3 4 5 6
179m D 1.107 5.103 1.106 4.106
Hf
72 W 2.107 9.103 2.106
180m D 8.108 3.105 8.10 7 3.107
Hf
9.108 72 W 4.105 9.10 7
181 D 6.106 3.103 6.105 4.106
κ Hf
72 W 2.10 7 7.103 2.106
182m D 3.109 1.106 3.108 1.108
Hf
72 W 5.109 2.106 5.108
182 D43.10 1.101 3.103 7.105
Hf
72 W 1.105 5.10 1 1.104
183 D 2.109 7.105 2.108 8.107
Hf*
2.108 72 W 2.109 9.105
184 D 3.108 1.105 3.10 7 9.106
Hf
72 W 2.108 1.105 2.107
γ 172W95.10 2.106 5.108 1.108
Ta
73 Y 4.109 2.106 4.108
173 w 7.108 3.105 7.107 2.107
Ta
6.108 73 Y 3.105 6.107
174 w94.10 * 2.106 4.108 1.108
Ta
3.108 73 Y 3.109 1.106
175 w 6.108 2.105 6.107 2.107
Ta
5.108 73 Y 2.105 5.107
176 w 5.108 2.105 5.107 1.107
Ta
4.108 73 Y 2.105 4.107
(+) (++) Seefootnotes attheend ofthis table

-4Q -
Exposed workers Members ofthe Public
jRadionuclides Form (+) Limit of
annua 1
intake by
inhalation
BqDerived limit
ofthe
concentration
inair for an
exposure of
2000 h/year
"3BqmLimit of
annual
intake by
inhalation
BqLimit ofannual
intake by
ingestion (++)
Bq
1 2 3 4 5 6
177
Ta
73W
Y7.108
7.108.3.IO5
3.IO57.107
7.10 74.10 7
178
Ta
73W
Y3.109
3.109ì.io 6
i.io 63.108
3.1086.10 7
179
r Ta
UW
Y2.108
3.10748.10
I.IO42.10 7
3.1068.10 7
180m
Ta
73w
Y92.10
92.101.106
9.1052.108
2.1089.10 7
180
Ta
73w
Y2.10 7
9.1057.103
4.10 22.106
9.1046.106
182m
Ta
73w
Y2.1010
2.101Û8.106
6.10692.10
92.106.108
182
Ta
73w
Y1.io7
5.IO65.103
2.103.i.io 6
5.1053.106
κ 183
Ta
73w
Y4.IO7
4.IO742.10
4
2.104.106
4.1063.106
184
Ta
73w
Y2.IO8
2.IO848.10
7.10A2.10 7
2.10 77.106
185
Ta
73w
Y3.IO9
92.10I.IO6
i.io 63.108
2.108'1.10 8
186
Ta
73w
Y99.10
98.104.106
3.1069.108
8-1082.108
176
W
74Dg2.10 8.1Ό5 2.108(a)4.10 7
(b)5.107
(+) (++) See footnotes attheend ofthis table

-50-
Exposed workers Members ofthe Public
Radionuclides
,
ÍForm (+) Limit of
annual
intake by
inhalation
BqDerived limit
ofthe
concentration
inair for an
exposure of
2000 h/year
Bqm^Limit of
annual
intake by
inhalation
BqLimit ofannual
»intake by
ingestion (++)
Bq
1 2 3 4 5 6
177
W
74D 3.109 1.106 3.108 (a)8.107
(b)9.10
178
W
74D 7.108 3.105 7.107 (a)2.107
(b)3.10'
179
W
74D 6.1010 3.10 7 6.10992.10 s
181
U
74D 1.109 5.105 1.108 (a)6.107
(b)7.10'
185
W
74D 2.108 1.105 2.107(a)8.10^
(b)l.io'
187
W
74D 3.108" 1.105 3.107(a)7.10^
(b)1.10
188
U
74D 5.10 7 2.104 5.106 (a)1.10^
(b)2.10°
177
Re
75D
W1.1010
1.10104.106
5.10691.10
91.10 *4.108
178
Re
75D
W1.1010
1.10104.106
5.10691.10
91.103.108
181
Re
75D
W3.108
3.1081.105
1.1053.107
3.1072.107
182
Re
75
(12.7 h)D
W5.108
6.1082.105
2.1055.107
6.1073.10 7
(+)(++) Seefootnotes attheendofthis table

-51-
Exposed workers Members ofthe Public
Radionuclides Form (+) Limit of Derived limit Limit of Limit ofannual
annua 1 ofthe annual intake by
intake by concentration intake by ingestion (++)
inhalation inair for an
exposure of
2000 h/yearinhalation
Bq-3Bqm Bq Bq
1 2 3 4 5 6
182 D 9.10 744.10 9.106 5.106
Re
75 W 8.10 743.10 8.106
(64.0 h)
184m D 1.10* 5.10^ 1.10 7 8.106
Re
75 W 2.10 7 7.IO3 2.106
184 D 1.io8 5.104 l.io 7 9.106
Re
75 W 5.10 742.10 5.106
186m D 6.10 74
3.10 6.106 5.106
Re
75 W 6.1063
2.10 6.105
186 D l.io8 4.IO4 1.10 7 7.106
Re
6.107 6.106 75 W 3.IO4
187 D 3.1010 1.107 3.109 2.109
Re
75 W 4.109 2.IO6 4.108
188m D95.10 2.IO6 5.108 3.108
Re
75 W 5.109 2.IO6 5.108
188 D l.io844.10 1.10 7 6.106
Re
75 W 1.10844.10 l.io 7
189 D 2.10848.10 2.10 7 1.107
Re
75 W 2.108 7.IO4 2.10 7
180 D
ì:ìS"6·1069i.io ;4.108 0s W7·106 2·10q
76 Y 7.IO6 2.10
181 D92.10 7.10^ 2·10«
2·10«7
0s W 2.10« 7.10^5.10
76 Y 2.IO9 7.10 2.10
(+) (++) See footnotes atthe end ofthis table

-52-
;Exposed workers Members ofthe Public
Radionuclides Form (+) Limit of
annual
intake by
inhalation
BqDerived limit
ofthe
concentration
inair for an
exposure of
2000 h/year
-3BqmLimit of
annual
intake by
inhalation
BqLimit ofannual
intake by
ingestion (++)
Bq
1 2 3 4 5 6
182
Os
76D
W
Y2·10?
2.10®
1.109.IO4
7.10Í
6.IO42.loZ
2.I0'
1.108.10*
185
Os
76D
W
Y2.10 7
3.10'
3.108·10Λ1.10J
1.102.10*
3.10*
3.109.106
189m
" Os
76D
W
Y99.10 *
8.I0J
6.104.10*
3.10*
3.IO69·10?
8.10å
6.103.108
191m
Os
76D
W
Y9no
8.10*
7.104.lof
3.I0J
3.101.10?
8-10 ,
7.105.107
191
Os
76D
W
Y8.10 7
6.I0'
5.10 73·10Δ2.lût
2.1048.10*
6.10?
5.108.10*
193
Os
76D
W
Y2.lOg1.10J
1.107.io4
S.iot
4.1042.IO7
i.io 7
1.106.10*
194
Os
76D
W
Y2.10*
2.10*
3.UT26.ÍOÍ
9.10 ,
1.102.10c
2.10 ,
3.102.10*
182
Ir
77D
W
Y95.10 *
6.10 *
5.102.10*
2.10*
2.IO6S.iOg6.10°
5.102.108
184
Ir
77D
W
Y9.10®
1.10
1.104.10 ;?
5.10 ]?
4.109.I0I
1.10°
1.103.107
185
Ir
77
186
Ir
77D
W
Y
D
W
Y5.10Q4.10!
4.10
3.10g2.10»
2.102.IO;!
2.IO]?
2.10
1.10*
1.10 ,9.IO45.10 ,
4.10 ,
4.10
3.loZ
2.10 ,
2.102.107
9.10*
187
Ir
77D
W
Y91.10 *
1.10 *
1.105.10*
5.10 ;?
4.101.10®
1.10?
1.104.107
(+)(++) Seefootnotes attheendofthis table

-53-
Exposed workers 1Members ofthe Public
Radionuclides J
Í
IForm (+) Limit of
annual
intake by
inhalation
BqDerived limit
ofthe
concentration
inair for an
exposure of
2000 h/year
"3Bq mLimit of
annual
intake by
inhalation
BqLimit ofannual
intake by
ingestion (++)
Bq
1 2 3 4 5 6
188
Ir
77D
W
Y2·10O
i·10
1.107.104
5.10Í
5.IO42.10,l.io'
1.107.10 6
189
Ir
77D
W
Y2·10Q
l··10
1.107λο1
6.10.6.10 42.10^l.io'
1.102.10 7
190m
r Ir
77D
W
Y97.10 *
8.10
97.103·1°Α3.10 *
3.107.10g
8*10Q
7.106.10®
190
Ir
77
192m
Ir
77D
W
Y
D
W
Y3.10 7
4.I0'
3.10
3·10Α8.10 *
6.1041.107z.ioj
1.10
31.10 ^
3.10
2.103-10î4.10 *
3.IO6
3.10c
8.IO;6.IO44.10 6
1.10 7
192
Ir
77
194m
Ir
77D
W
Y
D
W
Y1.10 7l.io'
8.10
3.10 *
6.10?
4.10 .34.10 ^
6.10~
3.10
1.10 ?
3.lof
2.10l.iO *
1.10 *
8.10
3.10c
-6.10^
4.104.10 6
*2.10 6
, 194
Ir
77D
W
Y1.10?
8.I0'
7.105.io4
3.10 4
3.IO41·1068.10?
7.IO64.10*
195m
Ir
77D
W
Y9.10®
1.1°Q
8.104.loi?
4.10^
3.109.10Q1.10®
8.103.10 7
195
Ir
77D
W
Y92.10 1
2.10 *
2.106.lof
8.10^
7.102·10g2.10®
2.10®6.10 7
186
Pt
78D91.10 * 6.10 5 1.10® 5.10 7
188
Pt
78D 6.10 743.10 6.IO6 6.10 *
(+) (++) See footnotes atthe end ofthis table

-5*+-
Exposed workers Members ofthe Public
Radionuclides
JForm(+)
i
iLimit of
annual
intake by
inhalation
BqDerived limit
ofthe
concentration
inair for an
exposure of
2000 h/year
Β "3BqmLimit of
annual
intake by
inhalation
BqLimit ofannual
intake by
ingestion (++)
Bq
1 2 3 4 5 6
189
Pt
78D 1.109 4.IO5 1.108 4.10 7
191
Pt
78D 3.108 l.io5 3.10 7 1.107
^ 193m
Pt
78D 2.10849.10 2.107 9.106
193
Pt
78D 9.108 4.IO5 9.107 1.108
195m
Pt
78D 2.10847.10 2.107 7.106
197m
Pt
78D 2.109 7.105 2.108 6.107
197
Pt
78D 4.108 Ì.IO5 4.107 1.107
199
Pt
78D 5.109 2.106 5.108 2.108
200
Pt
78D 1.108 5.IO4 1.107 4.106
193
Au
79D
W
Y9
'1·10a
8·10«
7.104.10 ;?
3.10^
3.101.108
8.I0'
7.103.107
194
Au
79D
W
Y3·10?
2.10?
2.101.10^8.104
8.103.107
2.I0'
2.10'1.107
195
Au
79D
W
Y4.108
5.10'
2.102.10^
2.IO4
7.104.10 7
5.10J
2.102.107
(+) (++) Seefootnotes attheend ofthis table

-55-
Exposed workers Members ofthe Public
Radionuclides I
jForm (+) Limit of
annual
intake by
inhalation
BqDerived limit
ofthe
concentration
inair for an
exposure of
2000 h/year
Bqm^.Limit of
annual
intake by
inhalation
BqLimit ofannual
intake by
ingestion (++)
Bq
1 2 3 4 5 6
198m
Au
79D
W
Y1.10®
4.1o'
4.104.lot
2.10t
2.IO41.10J4.10 *
4.104.10 6
198
Au
79D
W
Y1.10®
7.I0'
6.10ζ6.10 ?
3.IO4
3.10 41.10?
7.10°
6.105.10 6
199
■»- Au
79D
W
Y3·10Q
1·10Q
1.101.10 *
6.ΙΟ4
6.IO43.loi
l.io'
1.101.10 7
200m
Au
79D
W
Y1*1081.10®
9.105.10¿4.IO4
4.IO41.10^l.io'
9.104.10 6
200
Au
79D
W
Y92.I0 :
3.10!
3.10 *1·10¿l.io!
1.102.10g3.10®
3.101.10®
201
Au
79D %
W
Y98.10 *
9.10-g
8.103·10Α4.10 *
3.10 68-10ft9.10®
8.103.10®
193m
Hg
8oOrganic D
• DInorganic
Vapours5.10®
3·10g3.10
3.10®2.IO5
1.10 *
1.10
Í.IO 5,5.10 7
3.10 ?
3.10
3.10 7(a)3.10 7
(b)2.10 7
(c)1.10
193
Hg
80Organic D
Inorganic ®
Vapours2.10 9
92.10 *
2.10
91.10l.io 6
7.10 *
6.10
5.IO52.10®
2.10g2.10®
1.10®(a)2.10®
(b)7.10 7
(c)6.10
194
Hg
80Organic D
• EInorganic
Vapours1.10 6
2.1°£
4.10
1.10 624.10
27.IOÍ
2.10
25.101.10 5
2·10*
4.10
1.10 5(a)6.104
(b)2.loj?
(c)3.10
195m
Hg
80Organic E
■ 1Inorganic
Vapours2.10®
2.10Q1.10®
1.10®49.10
48.10 .
6.IO4
6.10 42.10 7
2·107
1.10
1.10 7(a)2·107
(b)I.IO 7
(c)9.10
(+) (++) See footnotes atthe end ofthis table

-56-
1 Exposed workers Members ofthe Public
Radionuclides
JForm(+)
JLimit of
annual
intake by
inhalation
BqDerived limit
ofthe
concentration
inair for an
exposure of
2000 h/year
Bqm^Limit of
annual
intake by
inhalation
BqLimit ofannual
intake by
ingestion (++)
Bq
1 2 3 4 5 6
195
Hg
80Organic D
Inorganic ^
Vi
Vapours92.10
9
1.10
l.io 97.10 5
5.10?
s.io 5
5.10 52.10 8
1.10g1.10
l.io 8(a)1.108
(b)6.10 7
(c)5.10
197m
Hg
K 80Organic D
Inorganic ^
w
Vapours3.10 8
3·10Q
2.10
2.10 81.10 5
1.10?
8.10
8.10 43.10 7
3.10 7
2.10'
2.10 7(a)3.10 7
(b)1.10 7
(c)l.io'
197
Hg
■80Organic D
Inorganic ?"
M
Vapours5.10 8
4-10g3.10
3.10 82.10 5
2.10?
1.10
1.10 55.10 7
4.10 7
3.10
3.10 7(a)4.10 7
(b)3.10 7
(c)2.10
199m
Hg
80Organic E
Inorganic ^
Vapours96.10
9
5·10q
7.LO
93.102.10 6
2.10 ^
3.10
l.io 66.10 8
5·10Q
7.10
3.10 8(a)2.10 8
(b)2.108
(c)2.10°
203
Hg
80
 Organic I
Inorganic J
Vapours3.IO7
5.10,4.IO'
3.IO741.10
2.l°t
2.10
l.io 43.10 6
5.10 *
4.10
3.10 6(a)2.10 6
(b)3.10 *?
(c)9.10
194m
T1
81D 6.IO9 2.10 6 6.10 8 2.10 8
194
T1
81D 2.IO109.10 6 2.10 9 9.10 8
195
T1
81D95.10 2.10 6 5.10 8
4.10 82.10 8
3.10 8197
T1
81D94.10 2.10 6
(+)(++) See footnotes atthe end ofthis table

-57-
!Exposed workers Members ofthe Public
Radionuclides
JForm(+)Limit of
annual
intake by
inhalation
BqDerived limit
ofthe
concentration
inair for an
exposure of
2000 h/year
Bqm^Limit of
annual
intake by
inhalation
BqLimit ofannual
intake by
ingestion (++)
Bq
1 2 3 4 5 6
198m
T1
81D92.10 8.10 5 2.10 8 1.10 8
198
T1
81Dq1.10 * 5.10 5 1.10 8 7.10 7
199
y Tl
81D 3.10 9 1.10 6 3.10 8 2.10 8
200
Tl
81D 4.10 8 2.10 5 4.10 7 3.10 7
201
Tl
81D 8.10 8 3.10 5 8.10 7 6.10 7
202
Tl
81D 2.108· 8.10 4 2.10 7 1.10 7
204
Tl
81D 8.10 7 3.10 4 8.10 6 6.10 6
γ 195m
Pb
82D97.10 3.10 6 7.10 8 2.10 8
198
Pb
82D92.10 1.10 6 2.10 8 1.10 8
199
Pb
82D 3.10 9 1.10 6 3dO8 8.10 7
.200
Pb
82D 2.10 8 1.10 5 2.10 7 1.10 7
201
Pb
82D 7.10 8 3.10 5 7.10 7 3.10 7
(+) (++) See footnotes atthe end ofthis table

-58-
Exposed workers Members ofthe Public
1Radionuclides
1Form (+) Limit of
annual
intake by
inhalation
BqDerived limit
ofthe
concentration
inair for an
exposure of
2000 h/year
Bqm^Limit of
annual
intake by
inhalation
BqLimit ofannual
intake by
ingestion (++)
Bq
1 2 3 4 5 6
202m
Pb
82D91.10 * 4.105 l.io8 3.107
202
Pb
82D 2.106 8.102 2.105 5.105
203
Pb
82D 4.108 1.105 4.107 2.107
205
Pb
82D 5.107 2.104 5.106 l.io7
209
Pb
82D92.10 9.105 2.108 9.107
210
Pb
82D39.10 4.10° 9.10232.10
211
Pb
82D 2.107 1.104 2.106 4.107
f 212
Pb
82D 1.10625.10 1.105 3.105
214
Pb
82D 3.107 1.104 3.106 3.107
200
Bi
83D
W93.10 *
94.101.106
2.1063.108
4.1081.108
201
Bi
83D
W91.10
91.104.105
6.1051.108
l.io84.10 7
202
BiD9
1.10
06.105
A1.108
«5.107
Bi I 1 9 ' 6 ' 883 W 3.10 1.10° 3.10
(+)(++) Seefootnotes attheendofthis table

-?9-
Exposed workers Members ofthe Public !
jRadionuclides Form (+) Limit of Derived limit Limit of ! Limit ofannual
Iannual ofthe annual intake by
1 intake by concentration intake by ingestion (++)
inhalation inair for an
exposure of
2000 h/yearinhalation
Bqu "3Bqm Bq Bq
1 2 3 4 5 6
203 D 2.108 1.105 2.10 7 9.106
Bi
2.10 7 83 W 2.108 9.104
205 D 9.10 7 4.104 9.106 5.106
Bi
83 W 5.10 7 2.104 5.106
206 D 5.10 7 2.104 5.106 2.106
Bi
83 W 3.10 7 l.io4 3.106
207 D 6.10 3.10 6.1066
4.10
Bi
83 W 1.10 7 5.10 3 1.106
210m D 2.10 5 7.10 1 2.104 2.10 5
Bi
1.10 1 83 W 3.104 3.103
210 D 9.106 4.10 3 9.105 3.106
Bi
83 W 1.106 4.102 l.io5
212 D 9.10634.10 9.10 5 2.10 7
Bi
83 W 1.10 7 4.103 1.106
213 D l.io 7 5.103 1.106 3.10 7
Bi
83 W 1.10 5.103 l.io6
214 D 3.10 7 l.io4 3.106 6.10 7
Bi
83 W 3.10 741.10 3.106
203-84P0 D 210' 110' 210·
W 310' 110* 310·
9107
205n84P0 D 110» 610' 110"
W 310' 110» 310»
8107
(+) (++) See footnotes atthe end ofthis table

-bO
Exposed workers Members ofthe Public
!Radionuclides
IFomi (+) Limit of
annua I
intake by
inhalation
BqDerived limit
ofthe
concentration
inair for an
exposure of
2000 h/year
-3BqmLimit of
annual
intake by
inhalation
BqLimit ofannual
intake by
ingestion (♦+)
•
Bq
1 2 3 4 5 6
207_««Po D
W9-10»
1■10»410s
4■10»9·10'
1·10·
3-10'
2SJPO D
W210«
2·10«1·10'
110'2·10*
2·10»
1·10*
. 207
At
85D
U1.108
8.10 74.104
3.1041.107
8.1062.107
211
AC
85D
U3.106
2.10631.10 J
28.103.105
2.1055.105
222
Fr
87D 2.10737.10 2.106 8.106
w
-
(+)(++) Seefootnotes attheend ofthis table

-61-
Exposed workers Members ofthe Public
Radionuclides Form (+) Limit of
annual
intake by
inhalation
BqDerived limit
ofthe
concentration
inair for an
exposure of
2000 h/year
-3Bq mLimit of
annual
intake by
inhalation
BqLimit ofannual
intake by
ingestion (++)
Bq
1 2 3 4 5 - 6
223
Fr
87D 3.10 741.10 3.10 6 2.10 6
223-88Ra w 3 ■10* 110· 310»
2·10*
224d8HR»
Vw 610* 310' 6101
310*
225,.„,Κί w 210« 110' 210 >
310*
2268ttR*
Iw 210* 110' 210»
7·10»
227 _
88Λ * w S10· 2·10' 510'
6-10'
228„88R* w 410*' 2·10' 4·103
910 »
224
Ac
89D
w
Yi·10*
2.10
2.IO624.10,
8.10,
7.101.10 *
2.10 ;?
2.10
1.10 *
2.lof
2.10
1.10J2.10?
2.107.10 6
2.10 5
5.10 5_ 225
Ac
89
226
Ac
89D
W
Y
D
W
Y1.10?2.10?
2.IO4
1.10 *
2.KT
2.104.10°
1.10
1.10
5.10 *
8.IO1
7.10
227
Ac
89
228
Ac
89D
w
Y
D
W
Y
J2.10 *
6.I0J
1.UT
4.10 *
1.10 *
2.106.1θ"^
3.I0",
6.10
~21.10,
6.10,
7.102.10°
6.I0 "
1.10
-
4.10 *
1.10^
2.107.10 2
9.10 6
226_90Tn W
Y610®
sio62IO5
2 ■IO3610»
510s
2107
(+) (++) See footnotes atthe end ofthis table

-62-
Exposed workersMembers ofthe Public
1Radionuclides
1
1JFomi(+)
1LLuiitof
annual
intake by
inhalation
BqDerived limit
ofthe
concentration
inair for an
exposure of
2000 h/year
Bqra^Limit of
annual
intake by
inhalation
BqLimit ofannual
intake by
ingestion (♦+)
*
Bq
1 2 3 4 5 6
"oTh w
Y1·104
1104510°
510«1·10>
1■IO3
510*
"ÕTh w
Y4102
61022■IO"1
310-'4·10'
610·
2·104
"n'Th
Γw
Y
1310'
910'
"1IO-2
4It)-2310»
910°
210»
"oTh
!
Iw
Y2101
610»1io-1
210-'210'
6-10»
1104
"¿Th w
Y210·
210·110»
110»210'
2 ■10'
1■107
"oTh w
Y4·10'
1IO22-IO"·
410^4·10«
1IO1
310»
"oTh
Ww
Y7·;o*
610*3·10»
2-10 »710»
6-10 »
1■10*
goTh-nU w
Y7·10'
2·10 »410-*
7·IO"27·10«
210·
5101
227
Pa
91w
Y4.10 6
4.10 632.10
32.104.IO5
4.IO51.10 7
228
Pa
91u
Y5.10 5
4.10 522.10
22.105.IO4
4.IO45.10 6
230
Pa
91u
Y2.10 5
1.10 57.10 1
5.10 12.IO4
1.10 42.10 6
(♦) (++) See footnotes atthe end ofthis table

- -
]"Exposed workersMembers ofthe Piblic
'Radionuclides
I
!
1Forai (+) Limit ,of
annua 1
intake by
inha lation
BqDerived Limit
ofthe
concentration
inair for an
exposure of
2000 h/year
"3BqmLimit of
annual
intake by
inhalation
BqLimit ofannual
intake by
ingestion (++)
»
Bq
1 2 3 4 5 6
!
j
231
Pa
91W
Y6.101
1.102-22.10
-26.106.10°
1.io17.10 2
232
Pa
91w
Y8.105
2.10623.10
9.IO28.104
2.1055.106
jfw 233
Pa
91w
Y3.107
2.1071.ίο4
39.103.106
2.1065.106
I- ___
!
I
W
I
-
1
1
(+) (+♦)See footnotes atthe end ofthis table

-Gk-
Exposed workers Members ofthe Public
1Radionuclides
!
IForm (+) Limit of
annual
intake by
inhalation
BqDerived limit
ofthe
concentration
inair for an
exposure of
2000 h/year
Bqm^Limit of
annual
intake by
inhalation
BqLimit ofannual
intake by
ingestion (++)
•
«
Bq
I 2 3 4 5 6
234
Pa
91W
Y3.10®
2.10®1.105
1.1053.107
2.1079.106
%
t– ) D
W
Y2·10*
1104
1104610°
5·10°
14·10·
i2IO5
1·10»
1·10·
(a)1·104
(b)2-10»
"iur") D
W
Y310·
210·
210·1■10s
19·104
7·1043·10'
210'
210'
2·10'
292U<··· ) D
W
Y8·10·
1104
310»3·10°
6·10°
110-'8-10 1
1·10»
310'
(a)8·10»
(h)2·10»
>!&(··· )
r-D
W
Y410*
3104
110»210'
110'
610-«4·10»
3·10»
1-10*
(a)4·104
(b)7■10»
292Ü (···) D
W
Y5104
3104
110»210«
1·10'
6·10-·J·10»
310 »
1-10»
(a)4·104
(b)7·10»
"îU(*·') D
W
Y5·104
3·104
2■10»2·10'
1·10'
6·IO"'510»
3-10»
2·10»
(a)J·104
(b)7·10»
2i*u{-·-■) D
W
Y5·IO4
3IO4
1IO12■10'
1·10'
6·10-'5·10»
310»
1·10»
(a)5·104
(b)8·10»
(+)(++)("*) Seefootnotes attheendofthis table

-bu -
Exposed workers Mombers of the Public
'Radionuclides
1
i
! ι
;Forai(+) Limit of
annua 1
intake by
inhalation
BqDerived limit
of the
concentration
inair for an
exposure of
2000 h/year
"3BqπLimit of
annual
intake by
inhalation
BqLimit ofannual
intake by
ingestion (++)
•
».
Bq
1 2 3 4 5 6
"auf·· )D
w
Y_110»
6107
610'4io4
3IO4
2IO41107
610*
610*
610*
aiSur·· )
t
1D
W
Y5104
3104
210·210'
110'
710-'5101
3103
2102
(a)5IO4
(b)8IO5
24Q
1 92UC-)
iD
W
Y710'
610'
610'310*
310'
210*7·10·
610·
610*
210«
2t"u(-·-) D
W
Y110»
110«
91076 ■IO4
4IO4
4IO41107
1107
910«
S·10*
i)^U-nat (***)
SwD
W
Y5fO4
310*
1103210'
110'
610-'5101
3103
1103
(a)S ■IO4
(b)7■10»
i
i
I
(♦) (++)("**) See footnotes atthe end ofthis table

-66-
Exposed workers Members ofthe Public
:Radionuclides
!Form (+) Limit of
annual
intake by
inhalation
BqDerived limit
ofthe
concentration
inair for an
exposure of
2000 h/year
Bqm3Limit of
annual
intake by
inhalation
BqLimit ofannual
intake by
ingestion (++)
•
%
ώ Bq
1 2 3 4 5 6
232
Np
93W 9.10744.10 9.106 l.io8Λ
^ 233
Np
93W l.io11 5.IO7 l.io10 3.IO9
234
Np
93U 1.10844.10
42.10l.io7 8.IO6
235
Np
93W 5.107 5.106 4.IO7
236
Np
93
(1.15.10 y)U3-1.10-1
4.1021.10 *31.10
236
Np
K* 93
(22.5 h)U 1.106 6.IO2 1.105 2.IO6
237
Np
93w22.UT 9.IO"2 2.10123.10
238
Np
93u 3.106 Ì.IO3 3.105 3.IO6
239
Np
93w 9.10 7 4.IO4 9.106 6.IO6
240
Np
93u93.10 1.106 3.108 8.IO7
(+)(++) Seefootnotes attheend ofthis table

-o/-
1
Exposed workers Members ofthe Public
!Radionuclides Fomi (+) Limit of Derived limit Limit of Limit ofannual
1annual of the annual intake by
intake by concentration intake by ingestion (♦+)
inhalation inair for an
exposure of
2000 h/yearinhalation
«
κ
Bq Bqm^ Bq Bq
1 2 3 A 5 6
2iÎPv . w 810» 310* 810»
Y 7·10* ?io3 7■10'
3IO7
2»ÎPu w 110" 5IO7 110·°
Y 9IO10 4IO7 910*
310»
236_9«Pu w 710J ΐIO-' 710'
Y 1103 6IO-1 110J
(a)8IO4
(b)6IO1
23794P11 w 110· 510« 1■10'
Y 110» 5IO4 1·10'
510'
"«Pu w 2■10* 9IO"1 210'
Y 610a 310-' 610'
(a)3■10«
(b)3·10»
w 2101 8IO"2 2·10'
Y S10a 2IO"1 510'
(a)210*
(b)2·10»
240«
, 9«Pu w 2■IO2 8·IO-2 210'
«WY 5IO1 210-' 5·10'
(a)2■10«
(b)210»
241r,
i 9<Pu w 1IO4 410° 1·10»
Y 2IO4 110' 2·10s.
(a)1·10*
(b)1■10'
242_94PU w 2IO2 9IO-1 210'
iY 6IO2 210-' 610'
(a)3·10·
(b)3·10»
24394Ρ" w 110' 510» 110·
Y 110« 610» 110»
6·10'
(+) (++) See footnotes attheend ofthis table

-68-
Exposed workeis Members ofthe Public
!Radionuclides
JΒοπη(+)Limit of
annual
intake by
inhalation
BqDerived limit
ofthe
concentration
inair for an
exposure of
2000 h/year
ρ -3Bq mLimit of
annual
intake by
inhalation
BqLimit ofannual
intake by
ingestion (+♦)
*
Bq
1 2 3 4 5 6
2*«D9*Pu w
Y210J
6·10'9IO"1
2IO"'210"-
610»
(a)3·104
(b)3·10»
245_9<Pu w
Y210·
210·7·IO4
610«2·10'
2·10'
810*
237 A9sAm w 110'° 4·10* 1·10»
3·10·
238 .
95ΑΠ1 w 1·10· 410 * 1■10'
110·
239 .9iAm w 510· 210» 5·10'
210'
240 .95Am w 110· 4-IO4 1-10'
810*
29sAm w 210* 810-» 2·10'
510»
2£mAm w 2101 g·IO""1 210»
S10»
242,95Am w 3III- 1IO3 3■105
2·10'
243 .9sAm w 2102 810^ 210'
510»
244m 495Am w 110· 6IO4 110'
2·10·
244a95Am w 610* 3·IO3 6·10»
1·10'
24.5 .95Am w 310' 1·IO6 3·10·
1■10·
lUnti A«»> Am w 610» 310* 610·
210·
(♦) (++) See foocnotes atthe end ofthis table

-69-
Exposed workers Members ofthe Public
!Radionuclides
I
¡Forui(+) Limit of
annual
intake by
inhalación
BqDerived limit
ofthe
concentration
inair for an
exposure of
2000 h/year
BqmLimit of
annual
intake by
inhalation
BqLimit ofannual
intake by
ingestion (♦+)
•
Bq
L 2 3 4 5 6
246 .95Am W 410» 210' 410»
1·10·
"ICm W 410' 2·104 4·106
6·10'
29<jCm W 2■104 810° 2103
410s
V 2&Cm W 9105 410J 9104
510*
2Ucm w 1104 410« 110s
210»
296Cm w 310* 1io-· 3·10'
7103
HiCm w 410J 210-· 4·10'
9·101
296Cm w 210* 8·10-" 210'
510>
29®Cin w 210» 8ΙΟ""2 2·10«
5·10»
Y" w 210* 9ΙΟ-1 210'
5·101
2.4»2cm w 510' 210"» 510»
110s
2£Cm w 510» 2■10» 5·10'
210·
(+) (♦+) See footnotes attheend ofthis table

-70 -
;Exposed workers Members ofthe Public
Radionuclides jForm (+) Limit of
annual
intake by
inhalation
BqDerived limit
ofthe
concentration
inair for an
exposure of
2000 h/year
-3BqmLimit of
annual
intake by
inhalation
BqLimit ofannual
intake by
ingestion (++)
Bq
1 2 3 4 5 6
V».
s.245
Bk
97W 5.10742.10 5.106 8.106
<
246
Bk
97W 1.10845.10 1.107 1.107
4.103
2.106. 247
Bk
97
249
Bk
97u
u2.102
48.108.10~2
3.1012.101
8.103
250
Bk
97w 2.107
210'
Ζ10''37.10
9·10»
910»2.106 4.107
"«Cf w
Y2-10*
2·10*
9-10'
"gCf
■/w
Y410»
310»2·10»
110»4·104
310*
110*
"let w
Y3■IO5
4·10»110 e
2·10·310»
4-10»
8-10·
"eCf w
Y2·10»
S·10»8·10"»
2·IO"·2·10«
510'
410»
Hia w
Y5·10*
1·10»2-10-·
4·ΙΟ"45-10»
1·10»
110 *
"gCf w
Y2■10»
5·10»
¡8·10-»
210-·210'
510·
410»
(+)(++) Seefootnotes attheendofthis table

-71-
– –T
Exposed workers Members ofthe Public
Rad Lomar lides
jForm (+) Limit of
annua 1
intake by
inhalation
BqDerived Limit
of the
concentration
inair for an
exposure of
2000 h/year
Bqm3Limit of
annual
intake by
inhalation
BqLimit otannual
intake by
ingestion (++)
ft
κ
Bq
1 2 3 4 5 6
2·1042'98Cf w
Y1101
110»4 IO-1
610-·V
1·10J
1·101
"¿Cí w
Y7104
610«310'
310'710»
610>
2·10*
«*' 2seCf w
Y8101
610»410-«
310-'810'
6-10'
1■10·
250
Es
99
251
Es
99w
u2.10 7
s
4.IO7l.io 4
2.IO42.10 6
4.10 62.10 8
3.10 7
253
Es
99u 6.IO4 2.10 136.10 8.10 5
254m
Es
99
254
Es
99w
w4.IO5
4.IO32.IO2
2.10°4
4.10
24.101.10 6
8.10 4
252
Fm
100w 5.IO522.10 ¿45.10 2.10 6
253
Fm
100w 4.IO522.1044.10 5.10 6
(+) (++) See footnotes atthe end ofthis table

-72-
Kxpused workers Members ofthePublic j
!Radioline lides
!t'ormi +) Limit of
Jimuu 1
iuL .ike by
inhalation
BqDerived limit
ofthe
concentration
inair for an
exposure of
2000 h/year
Bqm3Limit of
annual
intake by
inhalation
BqLimit ofannual
intake by
ingestion (++)
Bq
i 2 3 4 5 6
254
Fm
ΙϋΟW 4.10 6 2.103 4.10 5 1.10 7
255
Fm
100W 8.10 5 3.IO2 8.10 4 2.10 6
257
w Fm
100W 9.10 3 4.10°29.10 2.105
257
Md
101W 4.10 6 Ì.IO 3 4.10 5 3.10 7
258
Md
101W 1.10 4 5.10°31.10 J 3.105
W'
v+/PottheuseofD(=day),W(=week ),Y(=year),seeTable c.
'v++)Forexplanation of '(a)'-1(b)'and '(c)1,seeTable d.
(**)Inviewofdiechemical toxicity ofwater soluble compounds ofuranium ,inhalation andingestion should notexceed 2-5mg
and150mgrespectively inanyday,regardless oftheisotopic composition .

-73-
RADON-___ __T__ _ __
Exposed workers JMembers ofpublic
Limit of
annual
exposure *
-3bqhmLimit of
annua 1
intake by
inhalation *
BqDerived limit of
the concentration
inair for anexpo-
sure of2000 h/year
-3BqmLimit ofannual in­
take byinhalation
Bq
222
Rn
86J.IO8 3.6 .108 1.5.io5 3.6 .107
220 216
Ríl +Po
86 845.IO8 6.0 .108 2.5 .IO5 6.0 .107
RADON
daughtersExposed workers Members ofpublic
Limit of
annual
*exposureLimit of
annual
intake by
inhalat ion*Derived limit of
the concentration
inair for anexpo-
sure of2000 h/yearLimit ofannual in­
take byinhalation
Equilibrium Equivalent -Radon Activity
222
Rn (Rn)-
86
daughters l)3.0 .106
Bqhm33.6.10 6
Bq1500
Bqm3.6.10 5
Bq
220
Rn (Tn)-
86
daughters 2)6.6 .IO5
Bqhm38.0 .105
Bq330
Bqm38.0.10 4
Bq
Potential λenergy
222
Rn (Rn)-
86
daughters 1)0.017 Jhm~3
4.8WLM 3)0.02 J 8.3.10~6Jm~3
0.40 WL4)0.002 J
220
Rn (Tn)-
86
daughters 2)0.050 Jhm"3
14WLM 3)0.06 J 2.5 .IO-5Jm~3
1.2WL4)0.006 J
71H ?u
1) Po (RaA )to Po (RaC' )
212 212
2) Pb (ThB )to Po (ThC 1)
7 -1 -3 .. -3
3)1WLM (working leveL month )=2.2-10 MeVhl *3.5.10 Jnm *
4)1WL (working level )=1.3.10 ^MeVl ^=2.08.10 ^Jm
♦These areitean values over several years .National authorities shall
adept appropriate procedures todealwith particular situations .

TABLE b) Activities expressed inCuries-1-
Exposed workers.Members ofthe Public
Radionuclides Form (+) Limit of
annua 1
intake by
inha ]ation
CiDerived limit
ofthe
concentration
inair for an
exposure of
2000 h/year
-3CimJLimit of
annual
intake by
inhalation
CiLimit ofannual
intake by
ingestion (++)
Ci
1 2 3 4 5 6
ÏH Water 81IO"1 22IO"1 81IO"1 81·IO"1
'H Element 5-4 10-'
7
Be
4U
Y2.2.10 -2
1.9 .10~28.1.10 -6
8.1 .IO-62.2.10 -3
1.9.10~35.4.10 -3
γ 10
Be
4W
Y1.6 .lo"4
1.4 .10~55.4 .IO-8
5.4 .10~91.6 .10"5
1.4 .10"61.1 .io"4
11
C
6Labelled
organic
compounds5.4 .lo"1 1.6 .10~4 5.4 .10"2 5.4.1o "2
Monoxide
CO1.1.10°-45.4.10 1.1 .io"1
Dioxide
co25.4.10 -1 2.7 .IO"4 5.4 .10~2
14
Ψ>C
6Labelled
organic
compounds2.4.10 -3 1.1 .io-6 2.4.10 -4 2.4.10 "4
Monoxide
CO
Dioxide
C°21.6.10°
2.2.10 "18.1 .10~4
8.1 .10~51.6 .10_1
2.2 .10~2
18
F
9D
W
Y8.1 .lo"?
8.1.10 J
8.1.102.7 .10~c
2.7.10 ^2.7.10 38.1.10 -3
8.1.10 ,
8.1.105.4 .ΙΟ-3
22
Na
11D 5.4.10~4 2.7 .10~7 5.4 .10~5 5.4.10 "5
24
Na
11D 5.4 .10~3 2.2.10~6 5.4 .10~4 2.7 .IO-4
28
Mg
12D
W1.6 .10~3
1.4 .10~38.1 .IO-7
5.4 .IO"71.6.IO-4
-41.4.105.4 .10~5
(++) Seefootnotes attheend ofthis table

-2-
Exposed workers hembers ofthe Public
Radionuclides Form (+) Limit of
annual
intake by
inhalation
CiDerived limit
ofthe
concentration
inair for an
exposure of
2000 h/year
-3Ci mLimit of
annual
intake by
inhalation
CiLimit ofannual
intake by
ingestion (++)
Ci
1 2 3 4 5 6
26
Al
13D
W5.4.10~3
8.1.10 -52.7.IO-8
2.7.10~85.4.10~6
8.1.10 -62.7.10~3
31
Si
14D
W
Y2.4.10~2
2.7.10
2.7.10ì.i.io "3
1.4.10 ^
1.1.102.4.10~~
2.7.10 ^
2.7 .108.1.10~4
W 32
Si
14D
W
Y2.4.10~t
l.i.io ;
5.4.101.1.10"^5.4.101 "
2.2.102.4.10~3
1.1.10 ^5.4.10~'-42.2.10
ñ?D
W8110""*
2710-·271(T'
16 IO"78110~ 5
27 ■10-»
54IO"»
ÌÌPD
W8110-»
2-7 -10-·27IO-*
11 IO-*81IO-*
271(Γ·
î4·10"·
35
S
16D
W
Vapours1.6.10~?
2.2.10 Ì
1.4 .108.1.10 -,8.1.10 '
5.4.IO"61.6.10~?
2.2.10 Í!
1.4.10(a)1.1.IO-3
(b)5.4.10
36
Cl
17D
W2.4.10~3
-42.4.101.1.io-6
1.1.io-7-42.4.10
2.4.10~51.6.10~4
Siy –
38
Cl
17D
W3.4.10~2
5.4.10~21.6.10~5
1.9.10~35.4.10~3
5.4.10"31.6.10~3
39
Cl
17D
W5.4.10~2
3.4.10~22.2.10~5
2.4.10~3S.4.10~ 3
5.4.10~32.2.10~3
37
Ar
18-- 1.4.10° - -
39
Ar
18- - 1.9.IO-4 - -
41
Ar
18- - 2.7.10~6 - -
(+) (++) Seefootnotes attheend ofthis table

-3-
Exposed workers Members ofthePublic
Radionuclides Form (+) Limit of
annual
intake by
inhalation
CiDerived limit
ofthe
concentration
inair for an
exposure of
2000 h/year
Cim~3Limit of
annual
intake by
inhalation
CiLimit ofannual
intake by
ingestion (♦+)
Ci
1 2 3 4 5 6
40
Κ
19D 2.7 .IO"4 1.6 .10~7 2.7 .10~5 2.7.IO"5
42
Κ
19D 5.4 .10~3 1.9 .10~6 5.4.10~4 5.4.1ο "4
43
ΚV 19D 8.1 .10~3 2.7 .10~6 8.1 .IO*4 5.4.IO"4
%
44
Κ
19D 5.4 .10~2 2.7 .10~5 5.4.10~3 2.2.1ο "3
45
Κ
19D 1.1 .io-1 5.4 .10~5 1.1 .10~2 2.7.10 "3
41
Ca
20W 2.7 .IO-3 1.6 .10~6 2.7 .10~4 2.7.10~4
45
Ca
20U 8.1 .10~4 2.7.IO-7 8.1.10 -5 1.6.IO"4
47
Ca
20U 8.1 .10~4 2.7.10~7 8.1.10 -5 8.1 .IO"5
43
Sc
21Y 2.2 .10~2 1.1.io-5 2.2.10"3 8.1.IO-4
44m
Sc
21Y 8.1 .IO"4 2.7 .10~7 8.1.ÏO -5 5.4.IO"5
44
Sc
21Y 1.1 .io-2 5.4 .10~6 1.1.ίο'3 2.7.10~4
46
Sc
21Y 2.4.10~4 1.1 .io-7 2.4 .10~5 8.1 .IO-5
47
Sc
21Y 2.7 .10~3 1.4 .10~6 2.7.10 -4 2.2.10~4
(♦) (++)Seefootnotes attheend ofthis table

-4-
Exposed workers Members ofthe Public
Radionuclides Form (+) Limit of
annual
intake by
inhalation
CiDerived limit
ofthe
concentration
inair for an
exposure of
2000 h/year
„. "3CimLimit of
annual
intake by
inhalation
CiLimit ofannual
intake by
ingestion (++)
Ci
1 2 3 4 5 6
48
Sc
21Y 1.4 .10~3 5.4 .10~7-41.4.10 8.1 .10~5
49
Sc
21Y 5.4 .10~2 2.2.10~5 5.4 .10~3 2.2.10 -3
Ti
22D
W
Y1.1.10~^
2.7.10 ¿5.4 .10~65.4.10~g
1.1.10
2.4.10 *1.1 .10~¿2.7.10 "6
5.4.102.7.10 -5
45
Ti
22D
W
Y2.4 .10~2
2.7.10 ;
2.7.101.1.10~^
1.4.10 ;?
1.1 .102.4.10~3
2.7.10 3
2.7.108.1.10 -4
47
V
23D
W8.1.10 -2
1.1 .io"12.7 .10~5
5.4 .10~58.1.10 -3
1.1 .io~22.7 .10~3
48
V
23D
W1.1 .io-3
5.4 .10~45.4 .10~7
2.4 .10~7-41.1.10
5.4.10 -55.4 .10~5
49
V
23D
W2.7 .10~2
1.9 .10~21.4 .IO-5
8.1 .10~62.7 .10~3
1.9 .10~38.1.10 -3
48
Cr
24D
W
Yl.i.ιοί2
8.1.10 3
8.1.105.4.10~^
2.7.10 ,
2.7 .IO"61.1 .io-3
8.1.10 7
8.1.10-45.4.10
49
Cr
24D
W
Y8.1.10 -2
1.1.10 J
8.1.102.7.10"^
5.4.10
2.7.108.1 .io"«
1.1.10 i
8.1.102.7.10 -3
51
Cr
24D
W
Y5.4 .10~2
2.4.10
1.9.101.9 .10~c
ì.i.io ζ
8.1 .10~65.4 .10~3
2.4.10 3
1.9.102.7.10 -3
(+) (++) See footnotes atthe end ofthis table

-5-
Exposed workers Members ofthe Public
Radionuclides Form (+) Limit of
annual
intake by
inhalation
CiDerived limit
ofthe
concentration
inair for an
exposure of
2000 h/year
Cim~3Limit of
annual
intake by
inhalation
CiLimit ofannual
intake by
ingestion (++)
Ci
1 2
D
W
>3 5 6
2JMH 5410-»
5-4 ·IO-1_
22■IO"*
24IO"*5410^»
5410"»
19· 10-»
2sMn D
W11 ■io-'
81IO"45410-7
27·10-TII io-·
81·10-»
81·IO""*
*D
W81IO"*
11 ·IO"'27I0-»
5410-*81IO"»
Il IO"1
2-7 ■10-»
2iMn D
W14 10->
11·io-15410-·
54IO"«14 I0~»
1-1 ■io-*
54·10-*
2iMn D
W81·10-·
8110-·27·10-'
27·IO"78110-«
81·10-·
1·9· 10H·
2sMn D
W16 IO"1
22·IO-154IO-4
81·10-«16 10-»
22·10"»
54-10^·
(+)(++) Seefootnotes attheendofthis table

-t>-
Exposed workers jMembers ofthe Public
¡Radionuclides Form (+) Limit of Derived limit Limit of Limit ofannual
1 annual ofthe annual intake by
intake by concentration intake by ingestion (++)
inhalation inair for an
exposure of
2000 h/yearinhalation
Ci"3Cim Ci Ci
1 2 3 4 5 6
52 D 2.7 .10~3 1.4 .10~6-42.7.10-58.1.10
Fe
26 W 2.4 .lcf3 1.1 .io-6-42.4.10
55 D 1.9.10 -3 8.1 .10~7 1.9.10 -4 8.1.10 -4
Fe
26 W 5.4 .10~3 1.6 .10~6 5.4 .10~4
59 D-42.7.10 1.4 .10~7 2.7 .10~5 8.1 .IO-5
r Fe
26 W 5.4 .10~4 2.2 .IO-7 5.4 .10~5
60 D 5.4 .10~6-92.7.10 ' 5.4 .10~7 2.7.10~6
Fe
26 W 1.9.10 -5-98.1.10 1.9 .10~6
27C0 w 27io-' 11 10–* 2710-*
Y 27IO"3 I-I IO-» 2-7 1(Γ4
(.1)Il·l()-*
(b)16 10-·
27C0 w 27I0-4 1-4io-7 2710–*
Y 1910""* 8110-· 1-9 IO"5
SA IO"5
27Co w 27I0^> 11IO-1 2710-·
Y S4IO""* 1-7 IO-' 5410-·
(.ilKl10^·
(b)v4 10-·
27C0 w ιιi<r 3 v4 IO-7 1-1-10–·
Y 81ΚΓ4 27IO-7 81 105
(.») If.IO-4
(b)141(Γ·
27 w Κ 110"·' 2~IO"' 8110^·
Y S4IO–' 27IO-» 5-4 IO"*»
54Ι0^>
™Co w If.10^ 81IO"· Iήio-5
Y 27 ·IO-5 14 IO"· 2-7 li*"·
(.ι)54■ΙΟ"5
(b)1910-»
(+)(++)Seefootnotes actheendofthis table

-7-
Exposed workers Members oftbe Public
Radionuclides Form (+) Limit of
annual
intake by
inhalation
CiDerived limit
ofthe
concentration
inair for an
exposure of
20Ü0 h/year
CiπΓ3Limit of
annual
intake by
inhalation
CiLimit ofannual
intake by
ingestion (++)
Ci
L 2 3 4 5 6
$7mCo w
Y2710°
2~ 1(1®ΙΑ IO-3
liιο^>27IO-'
27IO-'
II·10-'
27C0 w
Y54Κ)"2
54IO-227 I(>–*
24IO-»54·IO"'
5-4 IO"1
(.1)19io-1
(h)2210-»
^ 27Cow
YΙΑ·IO-1
IA IO"1SI IO"»
54IO-»ΙΑ IO-1
16 IO"2
27IO"»
56
Ni
28D
w
Vapours1.9 .10~3
1.4 .IO-3
1.1 .io"38.1 .IO"7
5.4 .10~7
5.4 .10~71.9.IO"4
1.4.IO-4
1.1 .io"41.4 .10~4
57
Ni
28D
W
Vapours5.4 .10~3 ■
2.7 .IO"3
5.4 .10~31.9 .10~6
1.4 .IO"6
2.7 .10~65.4.IO"4
2.7.IO"4
5.4 .IO"41.6 .10~4
59
Ni
28D
W
Vapours2.7 .IO-3
8.1 .10~3
1.9 .10~31.6 .10~6
2.7 .IO"6
8.1 .IO-72.7.10~4
8.1 .10~4
1.9 .IO"42.4 .IO"3
- 63
Ni
28D
W
Vapours1.6 .10~3
2.7 .IO-3
8.1.10~45.4.IO"7
1.1 .io-6
2.7 .10~71.6 .IO"4
-42.7.10
8.1 .IO"58.1 .10~4
65
Ni
28D
U
Vapours2.4 .10~2
2.7 .IO"2
1.6 .10~21.1 .io-5
1.4 .IO-5
8.1 .10~62.4 .IO"3
2.7.IO"3
1.6 .IO"38.1.10~4
66
Ni
28D
W
Vapours1.6 .10~3
5.4 .IO"4
2.7.10~35.4 .IO"7
2.2 .IO"7
1.4 .IO"61.6 .10~4
5.4 .IO"5
-42.7.102.7.IO"5
(++)Seefootnotes attheend ofthis table

-a-
Exposed workers Members ofthe Public
1Radionuclides Form (+) Limit of
annual
intake by
inhalation
CiDerived limit
ofthe
concentration
inair for an
exposure of
2000 h/year
Cim~3Limit of
annual
intake by
inhalation
CiLimit ofannual
intake by
ingestion (++)
Ci
1 2 3 4 5 6
60
Cu
29D
W
Y8.1 .10~2
1.1 .io-1
1.1 .io-12.7 .10~5
5.4 .10~5
5.4 .10~58.1.10 -3
1.1 .io-2
1.1 .io-22.7.IO"3
61
Cu
29D
U
Y2.7 .10~2
5.4 .10~2
2.7 .10~21.4 .10~5
1.6 .IO-5
1.4 .10~52.7 .10~3
5.4 .IO-3
2.7 .10~31.4 .IO-3
64
Cu
29D
W
Y2.7 .10~2
2.4 .10~2
2.2.10~21.4 .10~5
1.1 .io-5
8.1 .IO*"62.7 .IO*3
2.4 .10~3
2.2 .IO-31.1 .io"3
67
Cu
29D
W
Y8.1 .10~3
5.4 .10~3
5.4 .10~32.7 .10~6
2.2.10~6
1.9 .10~68.1 .10~4
5.4 .10~4
5.4 .IO"45.4 .10~4
62
Zn
30Y 2.7.10~3 1.1 .io-6 2.7 .10~4 1.4 .10~4
63
Zn
30Y 8.1 .10~2 2.7 .10~5 8.1 .IO"3 2.4 .IO"3
, 65
Zn
30Y 2.7 .10~4 1.1 .io-7 2.7.IO-5 2.7 .10~5
69m
Zn
30Y 8.1 .10~3 2.7 .10~6 8.1 .10~4 5.4 .10~4
69
Zn
30Y 1.4.1o "*1 5.4 .10~5 1.4.10~2 5.4 .10~3
7lm
Zn
30Y 1.6 .10~2 8.1 .10~6 1.6 .10~3 5.4 .IO"4
72
Zn
30Y 1.1 .io-3 5.4 .10~7-41.1.10-41.1.10
(+) (++) See footnotes atthe end ofthis table

-ν-
IRadionuclides jFonn(+)
i
65
31
66
31
67
31
68
31
70
31
72
31
73
31
66
32
67
32
68
32
69
32
71
32Ga
Gâ
Ga
Gâ
Gâ
Ga
Ga
Ge
Ge
Ge
Ge
Ge2
D
W
D
W
D
W
D
W
D
W
D
W
D
W
D
W
D
W
D
W
D
W
D
WExposed
Limit of
annual
intake by
inhalation
Ci
3worners
Derived limit
ofthe
concentracion
inair for an
exposure of
2000 h/year
-3Members ofthe Public
1.6.10-1
1.9.10-1
2.7.10-3
2.7.10
1.4.10-2
1.1.10-2
5.4.10-2
5.4.10-2
1.6.10-1
1.9.10-1
2.7.10-3
2.7.10
1.6.10
1.6.10-3
2.7.10-2
1.9.10-2
8.1.10-2
1.1.10_1
2.7.10-3
1.1.10-4
1.6.10-2
8.1.10-3
5.4.10-1Clm
4
8.1.10-5
8.1.10
1.4.10-5Limit of
annual
intake by
inhalation
Ci
5
1.6.10
1.9.10
2.7.10-4
1.1.10 2.7.10-4
5.4.10-61.4.10-3
5.4.10-61.1.10-3
1.6.10-55.4.10-3
2.2.10 5.4.10
8.1.10-51.6.10-2
8.1.10 1.9.10-2
1.4.10-62.7.10
1.4.10 2.7.10-4
5.4.10-61.6.10-3
5.4.10-61.6.10-3
1.1.10-52.7.10-3
8.1.10-61.9.10-3
2.7.10-58.1.10-3
5.4.10 1.1.10-2
1.6.10
5.4.10-62.7.10-4
1.1.10-5
5.4.10 1.6.10-3
2.7.10-68.1.10-4
1.9.10-45.4.10-2
5.4.10-21.9.10-55.4.10-3Limit ofannual
intake by
ingestion (♦+)
5.4.10Ci
6
-3
1.1.10-4
8.1.10-4
1.6.10
5.4.10-3
1.1.10
5.4.10-4
2.4.10-3
2.7.10-3
5.4.10-4
1.4.10
5.4.10-3
(*) (♦♦) See footnotes atthe end ofthis table

-ΐυ-
1Exposed workers Members ofthe Public
Radionuclides
JForm(+)
ÍLimit of
annual
intake by
inhalation
CiDerived limit
ofthe
concentration
inair for an
exposure of
2000 h/year
Cim~3Limit of
annual
intake by
inhalation
CiLimit ofannual
intake by
ingestion (++)
Ci
1 2 3 4 5 6
75
Ge
32D
W8.1.10~2
8.1.10~22.7.IO-5
2.7.IO"58.1.10~3
8.1.10~35.4.10~3
77
Ge
32D
W1.1.io"2
5.4.10~35.4.10~6
2.4.IO*61.1.io"3
5.4.10~^8.1.10 -4
78
–^ Ge
32D
W2.2.10~2
2.2.10~28.1.10~6
8.1.10~62.2.IO"3
2.2.IO*32.2.10 "3
69
As
33U 1.1.io-1 5.4.10~5 1.1.io"2 2.7.IO"3
70
As
33w 5.4.10~2 2.2.10~5 5.4.IO"3 1.4.10~3
71
As
33w 5.4.1Ό~3 1.9.10~6 5.4.IO"4 2.7.IO"4
72
As
33w 1.4.IO"3 5.4.IO"7 1.4.IO"4 8.1.10~5
Y 73
As
33w 1.6.10~3 8.1.10~7 1.6.IO"4 8.1.10~4
74
As
33w 8.1.10~4 2.7.10~7 8.1.10 "5 1.6.10~4
76
As
33u 1.4.10~3 5.4.IO"7 1.4.10~4-41.1.10
77
As
33w 5.4.IO"3 2.2.10~6 5.4.IO"4 5.4.IO-4
78
As
33w 2.2.10~2 8.1.10~6 2.2.10~3 8.1.IO"4
(+) (++) See footnotes atthe end ofthis table

-11-
1Exposed workers Members ofthe Public
RadionuclidesJForm(+)
1
Í
ILimit of
annua 1
intake by
inhalation
CiDerived limit
ofthe
concentration
inair for an
exposure of
2000 h/year
Cim"3Limit of
annual
intake by
inhalation
CiLimit ofannual
intake by
ingestion (++)
Ci
I 2 3 4 5 6
70
Se
34D
W2.7 .10~2
5.4 .lo"21.6.1o "5
1.9 .10~52.7 .IO"3
5.4 .10~3(a)1.1.10~3
(b)1.6.10 -3
73m
Se
34D
W1.6.lo"1
1.4.10 -15.4.1o "5
5.4 .IO"51.6.1o "2
1.4.1o "2(a)2.7 .10"3
(b)5.4.10 "3
73
Se
34D
W1.4 .IO-2
1.6.10 -25.4 .IO"6
5.4.IO"61.4 .IO-3
1.6.10 -3(a)2.7 .10~4
(b)8.1.10~4.
75
Se
34D
W8.1.1o "4
5.4.10~42.7.IO"7
2.4 .IO*78.1.10~5
5.4.1o "5(a)2.7.10~4
(b)5.4.IO-5
79
Se
34D
W8.1 .10~4
5.4.10~42.7.10~7
2.4.10~78.1 .10~5
5.4.10 -5(a)5.4.10"4
(b)5.4 .IO-5
81m
Se
34D
W8.1 .10~2
8.1 .10~2
2.2 .10_1
2.4 .10_12.7 .IO-5
2.7.10 "5
8.1 .10~5
1.1 .io'48.1 .10~3
8.1 .IO"3
2.2 .10~2
2.4 .10~2(a)2.4.IO-3
(a)2.7.10 -3
81
Se
34D
W5.4.10~3
83
Γ Se
34D
W1.1.IO-1
1.4 .IO"15.4.IO"5
5.4 .IO"51.1 .io-2
1.4 .IO-2(a)2.7.10~3
(b)5.4.IO*3
74m
Br
35D
W2.7 .IO-2
5.4 .10~21.6 .10~5
1.6 .10~52.7.IO"3
5.4 .IO-31.4.IO-3
74
Br
35D
W8.1 .IO-2
8.1 .10~22.7 .10~2
2.7.IO"58.1 .10~3
8.1 .IO"32.2.10 -3
75
Br
35D
W5.4 .IO"2
5.4 .10~21.9 .10~5
2.2.10~55.4.IO"3
5.4 .10~32.7.10 -3
76
Br
35D
W5.4 .IO"3
5.4 .IO"31.9 .IO"6
1.9 .10~65.4 .IO"4
5.4 .IO-42.7.IO-4
(+)(++)Seefootnotes attheendofthis table

-12-
Exposed workers Members ofthe Public
Radionuclides Form (+) Limit of
annual
intake by
inhalation
CiDerived limit
ofthe
concentration
inair for an
exposure of
2000 h/year
Cim"3Limit of
annual
intake by
inhalation
CiLimit ofannual
intake by
ingestion (++)
Ci
1 2 3 4 5 6
77
Br
35D
W2.4 .10~2
1.9 .10~21.1 .io-5
8.1 .IO-62.4 .IO"3
1.9 .IO"31.6.10 "3
80m
Br
35D
W1.6 .10~2
1.4 .10~28.1 .10~6
5.4 .10~61.6.IO"3
1.4 .10~32.2.IO"3
80
f Br35D
W1.9 .IO-1
2.2 .10_18.1 .IO-5
8.1 .10~51.9 .IO"2
2.2.10~25.4 .IO"3
82
Br
35D
W5.4 .10~3
2.7.10~31.6 .10~6
1.6 .10~65.4.IO"4
2.7.10~42.7.IO"4
83
Br
35D
W5.4 .IO-2
5.4 .10~22.7.10~5
2.7.10~55.4 .IO"3
5.4 .10~35.4 .10~3
84
Br
35D
W5.4 .10~2
5.4.10~22.4 .IO"5
2.7.10~55.4 .IO-3
5.4 .IO-31.9.10 *3
~~ 'ï,,~«»Kr 27io-*
îilKr 81io-*
lini 27Iff"*
36Kr 16 IO-5
S¿Kr54Iff"*
83mV36Kr 2410^
Κδη»
36M 22Iff"5
85«3βΚτ 14 Iff"«
87„36** 54IO"*
88~36** 19 Iff"*
(+)(++) Seefootnotes attheendofthis table

- 1J-
1exposed workersMembers ofthePuiilic |
Radionuclides Form (-t-) Limit of
annual
incake by
inhalation
CiDerived limit
ofthe
concentration
inair for an
exposure of
2000 h/year
Cim~3Limit of
annual
intake by
inhalation
CiLimit ofannual
intake by
ingestion (++)
Ci
I 2 3 4 5 6
79
Rb
37D l.l.lo "1 5.4.10~5 1.1.io-2 2.7.10~3
81m
Rb
37D 2.7.10_1 1.4.10~A 2.7.10~2 2.4.10~2
81
Rb
■" 37D 5.4.10~2 2.2.10~5 5.4.10~3 2.7.10~3
82m
Rb
37D 1.9.10 -2 8.1.IO"6 1.9.10~3 1.1.io"3
83
Rb
37D 1.1.10~3 5.4.10~7 1.1.io-4 5.4.10~5
84
Rb
37D 8.1.10 -4 2.7.IO"7 8.1.10~5 5.4.10~5
86
Rb
37D 8.1.10 -4 2.7.10~7 8.1.10~5 5.4.10~5
Γ 87
Rb
37D 1.6.10~3 5.4.IO"7 1.6.10~4-41.1.10
88
Rb
37D 5.4.10~2 2.7.10~5 5.4.IO*3 1.9.10~3
89
Rb
37D 1.4.10 -1 5.4.10~5 1.4.10~2 2.7.10~3
(+)(++) Seefootnotes attheendofthis table

- 1.4 -
1–Exposed wort ers~Ί
Members ofthe Public
Radionuclides Form (+) Limit of
annual
intake by
inhalation
CiD»rived limit
ofthe
concentration
inair for an
exposure of
2000 h/year
-3CimLimit of
annual
intake by
inhalation
CiLimit ofannual
intake by
ingestion (++)
Ci
1 2 3 4 5 6
80c3«Sr D
Y1.1.io-2
1.4 .10~25.4 .10~6
5.4 .10~61.1_.io-3
1.4 .10~3
5.4.10 4
81c3»Sr D
Y81IO-2
8 1IO""127io-»
27IO""58110–3
8110-3
24IO"3
83c3»Sr D
Y81IO"3
27IO-127 I0-»
14 10~*81IO-·
27IO-1*
(a)27■10–·
(b)2210"*
85mc38Sr D
Y54IO-'
81IO-12410^*
2710"*54lO^1
8110-»
2-2 ■10-2
85c38Sr D
Y27I0-J
16 IO"3II I0~*
5410-'2710-·
16 10-·
(a)2410-·
(b)27·1(T4
H7racΛΗSr D
Y14 IO-1
16 IO-1SAIO"5
5410-«14 )0-J
16 IO-2
(a)54 1On
(b)27IO"1
38Sr D
Y81IO-4
14 IO-*2710-'
5410-·8110-»
14 10-»
5410-»
90c38Sr D
Y19 IO""»
27IO-68110-*
16 IO-®19 IO""·
2710-7
(a)2710-*
(b)5-4 10-'
38Sr D
Y54IO-1
27IO-324IO"*
14 10-»5410-·
2710^·
(a)2-2IO-4
(b)16,10-·
92c38Sr D
Y81IO"»
S4IO"32710-»
27IO"»8110^·
54IO-4
2-7 10"*
(♦) (++) Seefootnotes attheend ofthis table

-lb-
Exposed workers Members ofthe Public
Radionuclides [Form (+)
86m
39
86
Y
39
87
Y
39
88
Y
39
90m
Y
39
90
Y
39
91m
Y
39
91
Ti
39
92
Y
39
93
Y
39
94
Y
39
95
Y
39ΤLimit of
annual
intake by
inhalation
Ci
3
W
Y5.4.10-2
5.4.10-2
W
Y
W
Y
W
Y
W
Y
W
Y
W
Y
U
_Y_
U
Y
W
Y
W
Y
W
Y2.2.10-3
2.7.10-3
2.7.10-3
2.7.10-3
2.4.10-4
2.4.10-4
1.4.10-2
1.1.10-2
8.1.10-4
5.4.10-4
2.4.10-1
1.6.10-1
1.6.10-4
8.1.10-4
-3
8.1.10-3
2.7.10-3
2.4.10-3
8.1.10-2
1.6.10-2
-I"
1.4.10-1Derived limit
ofthe
concentration
inair for an
exposure of
2000 h/year
CimLimit of
annual
intake by
inhalation
Ci
5
2.4.10-55.4.10-3
2.2.10-55.4.10-3
1.4.10-6
1.4.10-6
1.4.10-6
1.4.10-6
1.1.10-7
1.1.10-7
5.4.10-6
5.4.10-6
2.7.10-7
2.4.10-7
1.1.10-4
5.4.10-5
8.1.10-8
-8
2.7.10-6
2.7.10-6
1.1.10-6
1.1.10-6
2.7.10-5
5.4.10-5
~5~
5.4.10-52.2.10 -4
2.7.io"4
2.7.10-4
2.7.10-4
2.4.10-5
2.4.10-5
1.4.10-3
1.1.10-3
8.1.10-5
5.4.10-5
2.4.10-2
1.6.10-2
1.6.10-5
,ι~ιαα
8.1.10-5
-4
8.1.10-4
2.7.10-4
2.4.10-4
8.1.10-3
1.6.10-3
-T
1.4.10-2Limit ofannual
intake by
ingestion (++)
Ci
6
2.2.10-3
1.4.10-4
2.2.10-4
1.1.10-4
8.1.10 .-4
5.4.10-5
1.4.10-2
5.4.10-5
2.7.10-4
1.1.10-4
2.2.10-3
2.7.10-3
(+)(++) Seefootnotes attheend ofthis table

-16 -
1
LExposed workers Members ofthe Pubi ic
Radionuclides Form (+) Limit of
annual
intake by
inhalation
CiDerived limit
ofthe
concentration
inair for an
exposure of
2000 h/year
Cim"3Limit of
annual
intake by
inhalation
CiLimit ofannual
intake by
ingestion (++)
Ci
1 2 3 A 5 6
86
40" D
W
Y27IO"»
:7io-3
24IO-'16io-6
1110-«
1110-»27IO-4
2710-·
24IO-4
14 10-·
88-,40Zr D
W
Y22IO-4
54 IO"4
27IO"481IO-·
I9IO-7
I4IO-'22IO-5
54IO""5
27IO-5
27IO-4
89-,40Zr
1D
W
Y27icr 1
24IO-3
24IO"3I4IO-»
I1I0-»
1110-»2710-·
2410~ *
2-4 IO""4
16 IO-4
93-40Zr D
W
Y5410-»
24 IO-5
54IO-52.7 ■
1-1 ·HI-«
24-κr·54·IO-7
24IO""»
5410-»
14 10^·
40Zr D
W
Y14 It)-*
2"10^·
2"*IO-45410-·
1ft10-'
1110-'14 IO-5
27IO-5
27IO"5
14 10-·
977r40ZrD
W
Y19IO"3
14IO-3
14IO"38110-'
5410-7
5410-719 10~ *
14 IO-·
14IO"4
S-4IO-5
J?Nb w
Y22IO-1
22IO"111io-·
SI 10-«22nr!
22IO"2
5410-J
S?Nb
(66min )w
YS4I0-J
27I0-JIf,II)-»
16 I0-»54IO-3
2-7 IO-3
II io-*
®?Nb
(122min )w
Y19 IO-2
16 10-«81IO""6
54IO"»19 ÌO^3
16 IO-3
54IO"4
(+)(++)Seefootnotes attheendofthis table

-L7-
ΓExposed workers |Members ofthe Public
Radionuclides Form (+) Limit of
annual
intake by
inhalation
CiDerived limit
ofthe
concentration
inair for an
exposure of
2000 h/year
-3Ci1Limit of
annual
intake by
inhalation
CiLimit ofannual
intake by
ingestion (++)
Ci
1 2 3 4 5 6
®?Nb W
Y2710-»
24IO-1Il 10-*
11 10-*27IO"4
2410-·
11 10-·
93°*vru41 w
Y1.9.I0 -»
I6·IO"48.1 .HT»
8110-·1.9 .10-·
16 IO-»
81·10-·
«ÍNb
*w
Y19 IO-·
16· 10-·81 IO-·
5-4 IO-·19 IO"»
I6 -IO-·
I-I ·IO-4
ï?Nb w
Y14 ·IO"1
II·IO-154·ΙΟ-ϊ
54IO-714 -ΚΓ4·
11·10-4
22HT·
«-Nb w
Y27·IO"1
22IO"11ι■10-*
81IO"72-7 ·IO"4
22·IO"4
2-2 IO-4
®?Nb w
Y2-7 -IO-1
24· IO"1Il 10-«
Il io-*27IO-·
24IO-·
1-1 IO"4
"Nb
Yw
Y81 IO"«
81 ■IO"«27IO"·
27IO-5
J81 IO"1
81IO"1
22·IO"1
41Nb w
Y54·IO-»
54IO-122·IO"»
2210-»54· IO""»
54IO"»
1-4 ·IO"»
«Mo D
Y81IO-1
5-4 IO"127·10-·
19 10-»81·10-·
5-4 ·10-·
- (a)SA IO"·
(b)1-9 ·IO-4
«Mo D
Y54IO-1
19 IO-*2-2 ·10-*
81·10-·5-4· 10-*
1-9 -IO"·
(a)2-7 -10-·
(b)2-4 ■lfr-»
(+)(++)Seefootnotes attheendofthis table

-ïtà -
Exposed workers Members ofthe Public
Radionuclides Form (+) Limit of
annual
intake by
inhalation
CiDerived limit
ofthe
concentration
inair for an
exposure of
2000 h/year
r-"3CimLimit of
annual
intake by
inhalation
CiLimit ofannual
intake by
ingestion (++)
Ci
1 2 3 4 5 6
^mMo D
Y19 10~ 2
14 IO"*81I0-»
5410-»19IO"5
14 10->
(λ)Il10--»
(b)5410-·
42M0 D
Y27l(T 3
14KT'II 10-»
54ΙΟ^727IO-4
M 10-·
(3)1-6 10-·
(b)Il·10-·
'«Mo D
Y14 10–'
16 I0-'5410-»
54IO"514 IO-2
16 IO"»
S410-·
93m
Tc
43D
W1.6 .10_1 5.4 .10~5
lj^ioli .-
2.7.10~51.6 .10~2
2ΛΛ$~18.1 .10~3
93
Tc
A3D
W8.1 .IO-2
.LLLIUT 18.1 .IO-3
1J1J1Ö~ 22.7.10~3
94m
Tc
43D
W5.4 .10~2
¿aáUQ -?1.9 .10~5
2^1Q~ 5„5.4.10~3
^ájlô"3-I.9.I0 "3
8.1 .10~4 94
Tc
43D
W1.9 .10~2
2Aj.1Q~ 2-8.1 .IO-6
IjIJIÛ "^1.9 .10~3
2^1Û~ 3
' 96m
Tc
43D
W2.7.10 -1
ΙΛΛζΓ 1_-41.1.10
iUJfilL .
1.4 .IO-6
SUUSLL
2.7.1o "6
¿J4^1qZL
2.2.IO-5
2.4 .10~62.7.10~2
ΙΑΛζΓ 1.Ι.6.ΙΟ "2
96
Tc
43D
W2.7.10~3
2^1û~ 32.7 .10~4
2ΛΛ0~ί1.9.1ο "4
97m
Tc
43D
W5.4 .10~3
1j.1J.1Q~ 3-45.4.10
l*l*lfl~ 45.4.10 -4
97
Tc
43D
W5.4 .10~2
5.4 .10~35.4 .10~3
-45.4.102.2 .10~3
98
Tc
43D
W1.6 .10~3
-42.7.105.4 .10~7
1.4 .IO"7-41.6.10
2.7.1ο "5-41.1.10
(+) (++) See footnotes attheend ofthis table

-19-
Exposed workers Members ofthe Public
Radionuclides Form (+) Limit of Derived limit Limit of Limit ofannual
annual ofthe annual intake by
intake by concentration intake by ingestion (++)
inhalation inair for an inhalation
exposure of
2000 h/year
Ci-3Ciι Ci Ci
1 2 3 4 5 6
99m D 1.6.IO-1 5.4.10 -5 1.6.1ο "2 8.l.io"3
Tc
43 W 2.4.IO-1 1.1.io-4 2.4.IO"2
99 D 5.4.10~3 2.2.IO"6 5.4.10~4 2.7.IO-4
Tc
43 W 5.4.10~4 2.7.IO"7 5.4.10 -5
101 D 2.7.10 -1 1.4.IO"4 2.7.10 "2 8.1.10~3
Κ Tc
43 W 2.7.IO"1 1.6.10~4 2.7.10~2
104 D 8.1.IO"2 2.7.IO"5 8.1.1ο "3 2.2.10 -3
Tc
43 U 8.1.IO"2 2.7.10~5 8.1.10~3
94 D 5.4.IO"2 1.9.IO"5 5.4.10~3
Ru W 5.4.IO"2 2.7.IO"5 5.4.10~3 1.6.10 "3
44 Y 5.4.10~2 2.4.10~5 5.4.10~3
97 D 1.9.1Ö "2 8.1.10~6 1.9.IO-3
-2 -6 -3 -4Ru W 1.4.10 * 5.4.10 1.4.10 8.1.10
44 Y 1.1.io-2 5.4.IO-6 1.1.io"3
103 D 1.6.10~3 8.1.IO-7 1.6.IO"4
W-3 -7 -4 -4κ Ru1.1.10 5.4.10 1.1.10 1.9.10 *
44 Y 5.4.10~4 2.7.10~7 5.4.10~5
-2 -6 -3105 D 1.4.10 5.4.10 1.4.10
-2 -6 -3 -4Ru W 1.4.10 * 5.4.10 1.4 .λΟ 5.4.10
-2 -6 -344 Y 1.1.10 5.4.10 1.1.10
106 D 8.1.10~5 2.7.10~8 8.1.10~6
-5 -8 ,,-6 ,«,-5Ru W 5.4.10 J 2.2.10 5.4.10 1.9.10
44 Y 1.1.io-5-95.4.10 * 1.1.io"6
99m D 5.4.IO"2 2.4.10~3 5.4.10~3
Rh W 8.1.IO"2 2.7.IO"5 8.1.10~3 1.9.10 -3
45 Y 5.4.IO"2 2.7.IO"5 5.4.IO"3
(+) (++) Seefootnotes atthe end ofthis table

-20 -
Exposed workers Members ofthePublic ¡
Radionuclides Form (+) Limit of Derived limit Limit of Limit ofannual
annual ofthe annual intake by
intake by concentration intake by ingestion (++)
inhalation inair for an inhalation
I exposure of
2000 h/year
Ci Cim"3 Ci Ci
1 2 3 4 5 6
99 D 2.7.10~3 1.4 .10~6 2.7.10~4
Rh W 2.2 .10~3 8.1 .10~7-42.2.10 2.4 .ίο"4
45 Y 1.9 .10~3 8.1 .lo"7 1.9.IO"4
100 D 5.4 .10~3 2.2.10~6 5.4.10 "4
Rh W 2.7.10~3 1.6 .IO"6 2.7.10 -4 1.6 .10~4
45 Y 2.7.10~3 1.6 .10~6-42.7.10
101m D 1.1 .io-2 5.4 .10~6 1.1 .io"3
Rh W 8.1.10 "' 2.7.10~6 8.1 .10~4 5.4 .10~4
45 Y 8.1 .IO"3 2.7.10~6 8.1.10 -4
101 D 5.4 .IO"4 2.2.10~7 5.4.10~5
Rh W 8.1 .10~4 2.7.10 ~7 8.1 .10~5 2.2 .10~4
45 Y 1.6 .10~4 5.4 .10~8 1.6 .10~5
102m D 5.4 .10~4 2.2.10~7 5.4 .10~5
Rh W 2.7 .10~4 1.6 .10~7 2.7.10 -5 1.4 .10"4
45 Y-41.1.10 5.4 .10~8 1.1 .io"5
102 D 8.1 .10~5 2.7 .10~8 8.1 .10~6
Rh W–41.9.10 8.1.10 "8 1.9 .10~5 5.4 .10"5
γ 45Y 5.4 .10~5 2.4.IO"8 5.4 .10~6
103m D 1.1.10° 5.4 .10~4 1.1.10 -1
Rh W 1.4.10° 5.4 .10~4 1.4 .IO"1 5.4 .10~2
45 Y 1.1.10° 5.4 .10~4 ì.i.ro "1
105 D 1.1 .io-2 5.4 .10~6 1.1 .io"3
Rh W 5.4.10~3 2.7.10~6 5.4 .10~4 2.7 .10~4
45 Y 5.4 .10~3 2.4 .10~6-45.4.10
106m D 2.4.10~2 1.1.10~ 5 2.4.10~3
Rh W 2.7.10 ~2 1.6 .10~5 2.7.10~3 8.1.10 -4
45 Y 2.7 .10~2 1.4 .10~5 2.7 .IO*"3
(+)(++) See footnotes atthe end ofthis table

-21-
Exposed workers Members ofthe Public
RadionuclidesiForm (+) Limit of Derived limit Limit of Limit ofannual
I annual ofthe annual intake by
intake by concentration intake by ingestion (++)inhalation inair for an inhalation
exposure of
2000 h/year
Ci Cim~3 Ci Ci
1 2 3 4 5 6
107 D 2.4 .10_1 1.1 .10~4 2.4 .10~2
Rh W 2.7 .IO-1 1.1 .io'4 2.7.10~2 8.1 .IO"3
45 Y 2.4 .IO"1 1.1 .10~4 2.4.IO-2
100 D 1.4 .10~3 5.4 .10~7 1.4 .10~4
Pd W 1.4 .10~3 5.4 .10~7 1.4 .IO"4 1.4 .10~4
46
νY 1.4 .10~3 5.4 .10"7 1.4 .IO"4
101 D 2.7.IO"2 1.4 .IO-5 2.7 .10~3
Pd W 2.7.IO-2 1.4 .IO-5 2.7.10~3 1.4 .IO"3
46 Y 2.7.IO-2 1.4 .IO-5 2.7.IO-3
103 D 5.4.10~3 2.7.10 -6 5.4.10~4
Pd W 5.4 .IO-3 1.9 .10"6 5.4 .IO-4 5.4 .IO"4
46 Y 2.7.10~3 1.4.10 -6 2.7.10~4
107 D 2.2.10~2 8.1.10 -6 2.2.IO-3
Pd W 8.1 .IO"3 2.7 .10"6 8.1 .10~4 2.7.10~3
46 Y 2.7.10~ 4 1.6 .10~7 2.7.IO"5
109 D 5.4 .10~3 2.7.10 -6 5.4.IO-4
Pd W 5.4 .IO"3 2.4 .10"6 5.4.10~4 2.4.10~4
^ 46 Y 5.4 .10~3 1.9 .IO-6 5.4 .IO"4
102 D 1.9 .IO-1 8.1.10 -5 1.9.IO"2
-5 -2 -3Ag W 2.2.10 8.1.10 2.2.10 5.4.10
47 Y 1.9 .10_1 8.1.10 -5 1.9.1Ò "2
_ï -5 -2103 D 1.1.10 5.4.10 J 1.1.10
–1 -5 -2 -3Ag W 1.4.10 5.4.10 3 1.4.10 2.7.10
–1 -5 -247 Y 1.1.10 5.4.10 3 1.1.10
1 -5 -2104m D 1.1.10 2.7.10 J 1.1.10
•-1 ,,-5 , - -2 -3Ag W 1.4.10 1 5.4.10 1.4.10 2.7.10
lr1 -5 -247 Y 1.1.10 5.4.10 1.1.10
(+)(++) Secfootnotes attheendofthis table

-22 -
1 Exposed workers Members ofthe Public
Radionuclides Form (+) Limit of Derived limit Limit of Limit ofannual
annual ofthe annual intake by
intake by concentration intake by ingestion (++)
inhalation inair for an
exposure of
2000 h/yearinhalation
Ci Cim3 Ci Ci
1 2 3 4 5 6
104 D 8.1 .10~2 2.7 .10~5 8.1 .10~3
Ag W 1.4 .10_1 5.4.IO-5 1.4 .10~2 2.2.10~3
47 Y 1.6 .10_1 5.4 .10~5 1.6 .10~2
105 D 1.1 .io-3 5.4 .10~7-41.1.10
Ag W 1.6 .10~3 8.1.10–41.6.10 2.7.IO-4
47 Y 1.6 .IO-3 8.1.10 1.6 .10~4
106m D 8.1 .10~4 2.7 .10~7 8.1 .10~5!
Ag W 8.1 .10~4 2.7 .IO-7 8.1 .10~5 8.1 .10~5
47 Y 8.1 .10~4 2.7.10~7 8.1 .10~5
106 D 1.9 .10_1 8.1.10~ 1.9 .10~2
Ag W 2.2 .io"1 8.1 .10~5 2.2.10~2 5.4 .10~3
47 Y 1.9 .IO-1 8.1 .10~5 1.9 .IO-2
108m D 1.9 .10~4 8.1 .10~8 1.9 .10~5
Ag W 2.4 .10~4 1.1 .io-7 2.4.10~5 5.4.10~5
47 Y 2.4 .10~5 1.1 .io-8 2.4 .10~6
nom D-41.4.10 5.4 .10~8 1.4 .10~5
Ag W-41.9.10 8.1 .10~8 1.9 .10~5 5.4 .10~5
Τ 47Y 8.1 .10~5 2.7 .10~8 8.1 .10~6
111 D 1.6 .10~3 5.4 .10~7-41.6.10
Ag W 8.1 .10~4 2.7.IO-7 8.1 .10~5 8.1 .10~5
47 Y 8.1 .10~4 2.7 .10~7 8.1 .10~5
112 D 8.1 .10~3 2.7 .10~6 8.1 .10~4
Ag W 1.1 .io-2 5.4 .10~6 1.1 .io-3 2.7 .10~4
47 Y 8.1 .10~3 2.7 .10~6 8.1 .10~4
115 D 8.1 .10~2 2.7.10~5 8.1 .10~3
Ag W 8.1 .IO"2 2.7.10~5 8.1 .10~3 2.7.10~3
47 Y 8.1 .10~2 2.7.1C~5 8.1 .10~3
(+) (++) See footnotes atthe end ofthis table

-2i -
1 Exposed workers Members ofthe Public
Radionuclides
JForm(+)
1Limit of
annual
intake by
inhalation
CiDerived limit
ofthe
concentration
inair for an
exposure of
2000 h/year
Cim"3Limit of
annual
intake by
inhalation
CiLimit ofannual
intake by
ingestion (++)
Ci
1 2 3 4 5 6
104
Cd
48D
W
Y5.4 .IO"2
ì.i.io "1
l.i.io -12.7 .10~5
5.4 .10~5
5.4 .10~55.4 .10~3
l.i.io -2
l.i.io -22.2.10 -3
107
Cd
48D
W
Y5.4.10 -2
5.4 .10~2
5.4 .10~22.2.10 -5
2.4.10 -5
2.2 .10~55.4.10"3
5.4 .10"3
5.4 .10"32.2.IO-3
109
Cd
48D
W
Y2.7.10 -5
l.i.io -4
l.i.io -41.4.10 -8
5.4 .10'8
5.4 .10~82.7 .10"6
1.1 .io"5
1.1.10~52.7.IO"5
113m
Cd
48D
W
Y2.4.10 -6
8.1 .10"6
1.4.10 -5-91.1.10
-92.7.10
-95.4.10 *2.4.10 -7
8.1.10 7
1.4 .10~62.4 .10~6
113
Cd
48D
W
Y2.2.10 -6
8.1.10 -6
1.4.10 -58.1.10 "!0
-92.7.10
-95.4.102.2.10 -7
8.1.10 -7
1.4.10"62.2.10~6
115m
Cd
W - 48D
W
Y2.7.10 -3
1.4 .10~4
1.4.10 -42.2.10 -8
5.4 .10"8
5.4.10 -82.7.10 -6
1.4.10 -5
1.4.10"52.7.IO-5
115
Cd
48D
W
Y1.4 .10"3
1.4 .IO-3
1.4 .10~35.4.10 -7
5.4.10 -7
5.4 .10~71.4.10 -4
1.4.10 -4
-41.4.108.1 .10~5
117m
Cd
48D
W
Y1.4 .10"2
1.6.10 -2
I.4.10 -25.4.IO-6
8.1.10 -6
5.4 .10"61.4.10-3
1.6.10 -3
1.4 .10~35.4.IO-4
117
Cd
48D
W
Y1.1 .io-2
1.6 .10~2
1.4 .10~25.4 .10"6
8.1.10 -6
5.4.10 -6l.i.io -3
1.6.10 -3
1.4.10 -35.4 .10~4
(+)(++) Seefootnotes attheend ofthis table

-24-
Exposed workers Members ofthe Public
Radionuclides
JForm(+)
\Limit of
annual
intake by
inhalation
CiDerived limit
ofthe
concentration
inair for an
exposure of
2000 h/year
-3CimLimit of
annual
intake by
inhalation
CiLimit ofannual
intake by
ingestion (++)
Ci
1 2 3 4 5 6
109
In
49D
U5.4.10 -2
5.4.IO"21.9 .10~5
2.7 .IO"55.4 .10~3
5.4 .10~31.9 .10~3
110
In
49
(69,1 min )D
W5.4 .10~2
5.4 .IO-21.9 .10~5
2.4.10~55.4 .IO"3
5.4 .10~31.6.10 -3
^ 110
In
49
(4,9h )D
U1.6 .10~2
1.9 .10~28.1 .10~6
8.1 .10~61.6 .10~3
1.9 .IO"35.4 .IO"4
111
In
49D
W5.4 .10~3
5.4 .10~32.7.IO"6
2.7 .IO"65.4 .10~4
5.4 .10~45.4 .10~4
112
In
49D
W5.4 .IO-1
8.1 .10_12.7 .IO"4
2.7.10~45.4 .IO-2
8.1 .10~21.6.10~2
113m
In
49D
U1.4.10_1
1.9 .IO"15.4 .10~5
8.1 .10~51.4.10~2
-1.9 .10~25.4.10~3
114m
In
^ 49D
W5.4 .IO"5
-41.1*102.7.IO"8
5.4 .10~85.4 .10~6
1.1 .io"52.7.IO"5
115m
In
49D
W5.4.IO"2
5.4 .IO"21.9 .10~5
1.9 .10~55.4 .IO"3
5.4 .10~31.4.10~3
115
In
49D
W1.4 .10~6
5.4 .10~65.4.10~10
-92.2.101.4.10~7
5.4 .10~72.7.10~6
116m
In
49D
W8.1 .10~2
1.1 .io-12.7.IO"5
5.4.10~58.1 .10~3
1.1 .io"22.4.IO"3
117m
In
49D
W2.7.10~2
5.4 .10~21.4' .10~5
1.9 .10~52.7.10~3
5.4.IO"31.1 .io"3
(+) (++) Seefootnotes attheend ofthis table

-25-
; Exposed workers Members ofthe Public
-RadionuclidesJForm(+)
ILimit of
annual
intake by
inhalation
CiDerived limit
ofthe
concentration
inair for an
exposure of
2000 h/year
Cim"3Limit of
annual
intake by
inhalation
CiLimit ofannual
intake by
ingestion (++)
Ci
1 2 3 4 5 6
117
In
49D
W1.6.10 -1
2.2.IO"18.1.1o "5
8.1.1o "51.6.10 -2
2.2.1o "25.4 .IO"3
119m
In
49D .
W1.4.1o "1
1.4.1o "15.4.10 -5
5.4.1o "51.4 .10~2
1.4.10 -22.7.10 -3
110
Sn
50D
W1.1.io"2
1.1.io"25.4 .10~6
5.4.10 -61.1.io"3
1.1.io"32.7 .10~4
111
Sn
50D
W2.2.10 -1
2.7.1o "18.1.10 -5
1.1 .10~42.2.10~2
2.7.10~28.1 .10~3
113
Sn
50D
W1.4.10 -3
5.4 .IO"4 .5.4.10 "7
2.4.10 -71.4 .IO"4
5.4 .IO-51.6 .IO"4
117m
Sn
50D
W1.4 .10~3
1.4.10 -35.4 .IO-7
5.4 .IO"71.4.IO"4
1.4 .10~41.6 .IO-4
119m
Sn
50D
W2.4 .10~3
1.1 .io"31.1 .io"6
5.4.10 "72.4.10~4
1.1.io"42.7.IO"4
121m
Sn
50D
W8.1.10 -4
5.4 .10~42.7.10 -7
2.2 .10~78.1 .IO"5
5.4.10~52.7.10~4
121
Sn
50D
w1.6 .10~2
1.1.IO-25.4 .IO-6
5.4.10 -61.6 .IO"3
1.1.io"35.4.10~4
123m
Sn
50D
W1.1 .IO-1
1.4.10 -15.4.IO"5
5.4 .10~51.1.io"2
1.4 .10~25.4.IO-3
123
Sn
50D
W5.4 .10~4
1.6.1o "42.7.10 "7
8.1.10 -85.4.10~5
1.6 .IO"55.4 .10~5
125
Sn
50D
W8.1 .IO"4
-42.7.102.7.IO"7
1.4.10 -7e.i.io -0
2.7.10~52.7 .10~5
(+)(++) Seefootnotes attheendofthis table

Exposed workers Members ofthePublic j
Radionuclides Form (+) Limit of
annua 1
intake by
inha lation
CiDerived limit
ofthe
concentration
inair for an
exposure of
2000 h/year
Cim~3Limit of
annual
intake by
inhalation
CiLimit ofannual
intake by
ingestion (++)
Ci
1 2 3 4 5 6
126
Sn
50D
W5.A.10~5
5.4 .10~52.4 .10~8
2.7 .10~85.4 .10~6
5.4 .10~62.7 .10~5
127
Sn
50D
W1.9 .10~2
1.9.10 -28.1 .10~6
8.1 .10~61.9 .10~3
1.9 .10~38.1 .10~4
128
Sn
50D
W2.7 .10~2
2.7.10 -21.1 .io"3
1.6 .10~52.7.10~3
2.7.10~31.1 .io"3
115
Sb
51D
W2.4 .10-1
2.7.10 -11.1 .io-4
-4
1.4.102.4 .10~2
2.7.10~28.1 .10~3
116m
Sb
51D
W8.1.10 -2
1.4 .io"12.7.10~5
5.4 .10~58.1 .10~3
1.4 .10~22.2.10 -3
116
Sb
51D
W2.7.10 -1
2.7.10 -1-41.1.10
–l\1.4.102.7.10~2
2.7.10~28.1 .10~3
117
Sb
51D
W2.2.10 -1
2.7.10 -18.1 .10~5
-41.1.102.2 .10~2
2.7 .10~28.1 .10~3
118m
" Sb
51D
W1.9 .10~2
2.2.10 -28.1 .10~6
8.1 .10~61.9 .10~3
2.2.10~3-45.4.10
119
Sb
51D
W5.4 .10~2
2.7.10 -21.9 .IO-5
1.1 .io-55.4 .10~3
2.7.10~3(a)1.6 .10~3
(b)1.4 .10~3
120
Sb
51
(15.89min )D
W5.4.10 -1
5.4.10 -1-41.9.10
-42.2.105.4.10~2
5.4 .IO-21.1 .10~2
120
Sb
51
(5.76 d)D
W2.2.10 -3
1.4 .10~38.1 .IO-7
5.4 .IO-72.2.10~4
–41.4.10(a)1.1 .10~4
(b)8.1.10~ 5
(+) (++) See footnotes atthe end ofthis table

-27-
Exposed workers Members ofthe Public
iRadionuclides Form (+)
1
ILimit of
annual
intake by
inhalation
CiDerived limit
ofthe
concentration
inair for an
exposure of
2000 h/year
-3CimLimit of
annual
intake by
inhalation
CiLimit ofannual
intake by
ingestion (++)
Ci
1 2 3 4 5 6
122
Sb
51D
W2.4 .IO'3
1.1 .io-31.1 .io-6
5.4 .IO'72.4.10~4
-41.1.108.1 .10~5
124m
Sb
51D
W8.1 .10_1
5.4 .10_12.7 .IO"4
2.4 .10~48.1.10 -2
5.4 .10~22.4 .10~2
124
r- sb51D
W8.1 .10~4
2.4 .10~42.7.10~7
1.1 .io"78.1 .10~5
2.4.10~55.4.10 "5
125
Sb
51D
W2.4 .10~3
5.4 .IO"41.1 .io-6
2.2.10~72.4 .IO"4
5.4 .10~5(a)2.2 .IO"4
(b)1.9 .10~4
126m
Sb
51D
W1.9 .10_1
1.9 .IO-18.1 .IO-5
8.1 .10~51.9 .IO"2
1.9 .IO"25.4 .IO"3
126
Sb
51D
W1.1 .io-3
5.4.10~45.4 .10~7
2.2.IO"71.1 .io"4
5.4.10 "55.4.IO-5
127
Sb
51D
W2.2.10~3
8.1 .10~48.1 .IO"7
2.7.IO"72.2.IO"4
8.1.10~58.1.IO-5
, 128
Sb
51
(9.01 h)D 5.4 .10~3 1.9 .IO"6 5.4 .10~4 (a)1.4.IO"4
W 2.7.IO"3 1.4 .10~6 2.7.IO"4 (b)1.1.10~4
128
Sb
51
(10.4 min )D
W2.7.10 -1
5.4 .lo"11.6 .10~4
1.9 .10~42.7.10~2
5.4.10~28.1 .10~3
129
Sb
51D
W8.1 .10~3
8.1 .IO"32.7.10~6
2.7 .10~68.1 .10~4
8.1 .10~42.7 .IO-4
130
Sb
51D
W5.4 .10~2
8.1 .10~22.7.IO"5
2.7.10~55.4.IO"3
8.1 .IO"31.9.IO"3
(+)(++) Seefootnotes attheendofthis table

-28 -
Exposed workers Members ofthePublic |
ι
Radionuclides Fora (+) Limit of
annual
intake by
inhalation
CiDerived limit
ofthe
concentration
inair for an
exposure of
2000 h/year
r-· "3CimLimit of
annual
intake by
inhalation
CiLimit ofannual
intake by
ingestion (++)
Ci
1
131
Sb
512
D
W3
2.4.10~2
2.A.10~24
1.1.io-5
1.1 .io-55
2.4.10~3
2.4.IO"36
1.6 .10~3
t16-,52Te D
W22IO-2
27IO-18 110-»
I4IO"52210-J
27 IO"1
8I10-·
121_S2Te D
w54IO"3
27IO"1ι6io-»
I410-»54IO-·
27IO-·
27IO–»
i21nw·
S2 D
W19IO-4
.54IO-48I10-·
16 10-'19IO"4
54I0~»
54IO""»
'"Te D
W19 IO'4
54IO-48110-·
I9ΙΟ"'19 IO-4
54IO"»
5410-»
'^Te D
W22·IO"*
54IO-48110-·
2210-'2210-»
5410-«
5410-»
125nv~
52 »ë D
W54IO-4
81IO"416 ΙΟ-7
27ΙΟ-75410-«
8110-»
11 IO""4
127~ ,
52*e D
W2210-J
16 10-J8110-»
8110-»2210^>
16 IO-3
811CT4
I27fiw
52 D
W27■IO"4
24IO-411 ίο-7
11 ίο-'27IO"»
2410-»
5410-»
129-,52Te D
W5410-J
8110-J2710-»
2710-»54IO"1
8110-J
2-7 IO"»
»»-τ. D
W54IO"4
24IO-427 ■10-^
11 ίο-754IO""»
2410-»
54IO"»
(+)(++) Seefootnotes attheendofthis table

-29-
Exposed workers Members ofthe Public
Radionuclides Form (+) Limit of
annual
intake by
inhalation
CiDerived limit
ofthe
concentration
inair for an
exposure of
2000 h/year
Cim"3Limit of
annual
intake by
inhalation
CiLimit ofannual
intake by
ingestion (++)
Ci
1 2 3 4 5 6
131
Te
52D 5.4 .IO"3 2.2 .IO"6 5.4.1o "5 2.7.I0 "5
W 5.4.I0 "3 2.2 .10~6 5.4.I0 "4
131m
Te
52D
W5.4.I0 "4
2.7 .10~41.6 .10~7
1.6 .10~75.4 .10~5
2.7.10~52.7.10~5
132
W Te52D
W2.4 .10~4
2.2.1o "41.1 .io"7
8.1 .10~82.4 .10~5
2.2 .IO-52.2.10~5
133
Te
52D
W2.2.1o "2
2.2 .IO""21.1.io"5
1.1 .io"52.2.10
2.2 .IO-31.4.10
133m
Te
52D
W5.4 .10~3 .
5.4 .IO-3 ..2.2 .IO"6
2.2 .10~65.4 .10~4
5.4 .10~42.7.10
134
Te
52D
W2.4.IO"2
2.4 .10~21.1 .io"5
1.1.io"52.4.10~3
2.4 .IO"31.6.IO"3
120,53» D 81·10-J 27·10-* 8110-·
27·10^·
120m ,531
· D 2210-' 81·10-* 2210-·
M -IO"»
121,S3l D 19·10-« 81 ■10-· 1-9-10-·
1-1 ■io-·
123.Í3l D 54·IO"1 24·IO"» 54IO"·
27·KT«
124
S3l D 81IO"» 27-10"· 8-1 ·10-·
5-4 ·10-·
125,53I D 54 10-« 27·10-· 54-IO"·
27Iff"·
(+)(++) Seefootnoces attheend ofthis table

-30-
Exposed workers Members ofthe Public
Radionuclides Fora (+) Limit of
annual
intake by
inhalation
CiDerived limit
ofthe
concentration
inair for an
exposure of
2000 h/year
"3CimLimit of
annual
intake by
inhalation
CiLimit ofannual
intake by
ingestion (++)
Ci
1 2 3 4 5 6
126.
531 D 27·10-» 14 ·10-· 2-7 ·10-»
2210-»
128 .
53* D M IO"1 54IO-5 11 io-1
5410-»
129 .53I D 8110-» 2710-· 81ΙΟ-7
54IO"7
. 130 .^ 53i D 8110-* 2710-' 81IO""1
27·10-»
131 153* D 54IO-5 19 ·10-· 5410-»
27IO"»
132 .53I D 8IIO"1 27·10-» 8110-·
2-7 10-*
.■12m»
=>3 1 D 8I10-J 2710-« 81IO"«
2710-*
133
53I D 27· 10-· 11 io-7 ¿7 10"*
1-4 IO""»
134 .531 D 5410"* 1-9 10-» 54IO"1
22IO""»
w135,53ID 16 10-' 54IO"7 16 10-·
8110-·
(+) (++) Seefootnotes attheend ofthis table

-Ji -
Exposed workers Members ofthe Public
Radionuclides
JForm(+)Limit of
annual
intake by
inhalation
CiDerived limit
ofthe
concentration
inair for an
exposure of
2000 h/year
Cim~3Limit of
annual
intake by
inhalation
CiLimit ofannual
intake by
ingestion (++)
Ci
1 2 3 4 5 6
120
Xe
54–- 1.1 .10~5 - -
121
Xe
54;- 2.2.10 -6 - -
122
Xe
54–
- 8.1.10 -5 - -
123
Xe
54–
- 5.4 .10"6 - -
125
Xe
54;- . 1.6 .10~5 - -
127
Xe
54;- 1.4 .10~5 - -
129m
' Xe
54–
--41.9.10- -
131m
Xe
54–
- 2.7.10 -4 -
133m
Xe
54–
- 1.4 .10~4 -
133
Xe
54-
--41.1.10- -
135m
Xe
54–
- 8.1 .10~6 - -
(+)(++) Seefootnotes attheendofthis table

-S2 -
Exposed workers Members ofthe Public
Radionuclides Form (+) Limit of
annual
intake by
inhalation
CiDerived limit
ofthe
concentration
inair for an
exposure of
2000 h/year
-3CimLimit of
annual
intake by
inhalation
CiLimit ofannual
intake by ¡
ingestion (++)
Ci
1 2 3 4 5 6
135
Xe
54- - 1.4 .10~5 - -
138
Xe
54-- 2.7 .IO-6 - -
I25_ν 55D 14 IO-1 54IO-» 14 10-J
54IO"»
127_55C» D M 10-' 2-7 ■10-» 11 ■ία-1
5410-»
129„55C* D 27 IO"1 14 10-» 2-7 10-J
2-4 10-»
130-,ssC* D 19 -10–' 8110-» 1-9 -10-»
5410-»
131nssC* D 2710-» 14 IO"» 2710~>
2210-»
132–,«Ci D 27IO"1 16 10-» 27■IO"4
2710-·
I34„5ACi D M IO-4 54IO"· 11 10-·
81IO-6
134α .α D 14 IO"1 5410-» 14 10-J
11 IO-1
13S„S5C« D Il io-J 54IO-7 II 10-·
81■IO"»
'ssmCs D 19 10-' 81IO"» 19· IO"1
11 ·ίο-1
'«Cs D 54IO-* 27IO-7
V5410-»
54ισ-»
'"Cs D 16 IO-4 5410-· 16 10-»
11 10-»
'JSc. D 54·IO"1 24IO-5 54IO-»
19 10^·
(+) (++) Seefootnotes attheend ofthis table

-33-
Exposed workers Members ofthe Public
Radionuclides Form (+) Limit of
annual
intake by
inhalation
CiDerived limit
ofthe
concentration
inair for an
exposure of
2000 h/year
-3CimLimit of
annual
intake by
inhalation
CiLimit ofannual
intake by
ingestion (++)
Ci
1 2 3 4 5 6
126
Ba
56D 1.6 .10~2 5.4 .IO"6 1.6.IO-3 5.4.IO-4
128
Ba
56D 1.9 .10~3 8.1 .IO-7 1.9 .10~4 5.4.10~5
131m
W Ba
56D01.4.10 5.4 .IO-4 1.4.1o "1 2.7.10 "2
131
Ba
56D 8.1.10 -3 2.7.IO"6 8.1.10 "4 2.7.IO"4
133m
Ba
56D 8.1 .10~3 2.7.IO"6 8.1.10 "4 2.4.IO-4
133
Ba
56D 8.1 .lo"4 2.7.IO"7 8.1.10"^ 1.6 .10~4
135m
Ba
56D 1.1 .10~2 5.4 .IO"6 1.1 .10~3 2.7.IO"4
139
Ba
56D 2.7.10 -2 1.4 .10~5 2.7.10 -3 1.4 .IO"3
140
Ba
56D 1.4 .io"3 5.4 .IO"7 1.4 .IO"4 5.4 .IO"5
141
Ba
56D 8.1.10 -2 2.7.10~5 8.1 .10~3 2.4.10~3
(+)(++)Seefootnotes attheendofthis table

-s*-
Exposed workers Members ofthe Public
IRadionuclides
1
I
iForm (+) Limit of
annual
intake by
inhalation
CiDerived limit
ofthe
concentration
inair for an
exposure of
2000 h/year
Cim~3Limit of
annual
intake by
inhalation
CiLimit ofannual
intake by
ingestion (++)
Ci
1 2 3 4 5 6
142
Ba
56D 1.4 .10_1 5.4 .10~5 1.4 .10~2 5.4 .10~3
131
La
57D
W1.1.io-1
1.6 .10_15.4 .10~5
8.1.IO-51.1.io-2
1.6 .10~25.4 .10-3
-
132
La
57D
W1.1.io-2
1.1.io-25.4 .IO"6
5.4 .IO-61.1.io-3
1.1.io-3-42.7.10
135
La
57D
W1.1 .10_1
1.1.io-15.4.10~5
2.7.IO-51.1.io-2
1.1.io"22.7 .10~3
137
La
57D
W5.4 .10~5
–42.7.102.7.10~8
1.1.io-75.4 .10~6
2.7 .10~51.1.10~3
138
La
57D
W2.7 .10~6
1.4 .10~5-91.4.10 *
-95.4.102.7.10~7
1.4 .IO-68.1.10 -5
140
La
57D
W1.4 .10~3
1.1.io-35.4 .10~7
5.4 .10~71.4 .10~4
-41.1.105.4 .10~5
γ 141
La
57D
W8.1 .IO*3
-21.1.102.7.10~6
5.4 .IO-68.1 .10~4
1.1.io"3-42.7.10
142
La
57D
W2.2 .10~2
2.7.10~28.1.10~6
1.4 .10~52.2.10~3
2.7.10~3-48.1.10
143
La
57D
Wì.i.io "1
8.1 .10~25.4 .10~5
2.7 .10~51.1.io-2
8.1 .10~32.7.10 -3
(+) (++) See footnotes atthe end ofthis table

-35-
Exposed workers Members ofthe Public
Radionuclides Fonn (+) Limit of
annual
intake by
inhalation
CiDerived limit
ofthe
concentration
inair for an
exposure of
2000 h/year
Cim~3Limit of
annual
intake by
inhalation
CiLimit ofannual
intake by
ingestion (++)
Ci
1 2 3 4 5 6
'igCe w
Y81IO"4
54IO-42710~7
2710^81IO-4
54IO""5
54■IO""4
'seCe w
Y27IO-»
27IO"516 10-»
14 10-»2-7 IO-4
27·Iff-4
16 ·10-·
137
Se w
Y14 I»)- 1
14 IO-'54IO"5
54IO"514 IO"1
14 I0-J
54·IO"3
137njp.
58w
Y54IO-'
27 IO"319 10-»
16 10~*54IO-4
27·IO-4
24KT 4
139«58Ce w
Ysi-ir
54IO-427IO-7
27IO"781·IO"5
54·IO"1
5-4 ·IO-4
'58Ce w
Y81IO-4
54IO-·27IO-7
24IO-781 IO""»
54IO"4
I6IO-·
'ÜCe
ww
Y19 IO-3
16 I0-J81IO-7
54IO-719KT4
16 IO-4
11 ίο-4
M4„.«Ce w
Y24■IO"5
14 IO"4ιιio-·
54IO-»2410-»
14 IO-»
2210-»
136
Pr
59w
Y2.4.io"1
2.2.IO-1-41.1.10
8.1.10~52.4.IO-2
2.2.IO-25.4.ίο-3
137
Pr
59w
Y1.6.10_1
1.4.10_15.4.IO-5
5.4.IO"51.6.IO-2
1.4.IO-22.7.ίο"3
(+)(++) Seefootnotes attheend ofthis table

Jb -
Exposed workers Members ofthe Public
ÍRadionuclides Form (+) Limit of Derived limit Limit of Limit ofannual
1annual ofthe annual intake by
1 intake by
inhalationconcentration
inair for anintake by
inhalationingestion (++)
Ciexposure of
2000 h/year
Cim~3 Ci Ci
1 2 3 4 5 6
138m W5.4 .10~2 2.2.10~5 5.4 .10~3 "1.1 .io"3
Pr
59 Y5.4 .10~2 1.9 .10~5 5.4.10 "3
139 Wl.i.io "1 5.4 .10~3 1.1 .io"2 2.7.10~3
Pr
59 Y 1.1.10 5.4.10 1.1.10
142m w 1.6 .10_I 8.1 .10~5 1.6 .10~2 8.1 .10~3
Pr
59 Y 1.4.10 5.4.10 1.4.10
142 w 2.2.10~3 8.1 .10~7-42.2.10-41.1.10
Pr
59 Y 1.9 .10~3 8.1 .10~7-41.9.10
143 w 8.1 .10~4 2.7 .10~7 8.1 .10~5 8.1 .10~5
Pr
59 Y 5.4 .10~4 2.7 .10~7 5.4 .10~5
144 w 1.4 .IO-1 5.4.10~5 1.4 .10~2 2.7.IO"3
Pr
59 Y ì.i.icf 1 5.4 .10~5 1.1 .io"2
145 w 8.1 .10~3 2.7 .IO"6-48.1.10 2.7.10
Pr
59 Y 8.1 .10~3 2.7.IO-6 8.1.10~4
147 w 1.9 .10_1 8.1 .IO"5 1.9 .10~2 5.4 .IO-3
Pr
59 Y 1.9.10 "1 8.1 .10~5 1.9 .10~2
136 w 5.4 .10~2 2.4 .10~5 5.4 .10~3 1.6 .10~3
Nd
60 Y 5.4 .10~2 2.2 .10~5 5.4 .io"3
138 w 5.4 .IO"3 2.7 .10~6 5.4 .IO"4 1.9 .IO"4
Nd
60 Y 5.4 .10~3 2.2.10~6-45.4.10
139m w 1.6 .10~2 8.1 .10~6 1.6 .10~3-45.4.10
Nd
60 Y 1.4 .10~2 5.4 .IO"6 1.4 .10~3
139 w 2.7.1ο "1-41.4.10 2.7 .10~2 8.1.10~3
..Nd
60 Y 2.7 .IO"1-41.4.10 2.7.IO"2
(+) (++) See footnotes atthe end ofthis table

-37-
Τ"Exposed workers Members ofthe Public
Radionuclides [Form (+) Limit of
annual
intake by
inhalation
Ci
3Denved limit
ofthe
concentration
inair for an
exposure of
2000 h/year
CimLimit of
annual
intake by
inhalation
CiLimit ofannual
intake by
ingestion (++)
Ci
6
141
Nd
60W
Y8.1.10 2.7.10-48.1.10-2
5.4.10-12.4.10-45.4.10-21.6.10-2
147
Nd
60W
Y8.1.10-42.7.10-78.1.10-5
8.1.10-42.7.10-78.1.10-51.1.10
149
Nd
60W
Y2.7.10-21.1.10-52.7.10-3
2.4.10-21.1.10-52.4.10-31.1.10-3
151
Nd
60W
Y1.9.10
1.9.10 "8.1.10-51.9.10-2
8.1.10-51.9.10-28.1.10-3
141
Pm
61W
Y1.9.10
1.6.10 *8.1.10-51.9.10-2
8.1.10-51.6.10-25.4.10-3
143
Pm
61
144
Pm
61
„ 145
Pm
61W
Y
W
Y
W
Y5.4.10
8.1.10 "2.4.10-75.4.10-5
2.7.10-78.1.10-5
1.1.10-45.4.10-81.1.10-5
1.1.10-45.4.10-81.1.10-5
1.9.10-48.1.10-81.9.10-5
1.9.10-48.1.10-81.9.10-55.4.10-4
1.4.10-4
1.1.10-3
146
Pm
61W
Y5.4.10
5.4.10-52.2.10-85.4.10-6
1.9.10-85.4.10-61.6.10-4
147
Pm
61
148m
Pm
61W
Y
W
Y1.4.10-45.4.10-81.4.10-5
1.4.10-45.4.10-81.4.10-5
2.7.10-41.1.10-72.7.10-5
2.7.10-41.4.10-72.7.10-55.4.10-4
8.1.10-5
148
Pm
61W
Y5.4.10-42.2.10-75.4.10-5
5.4.10-42.2.10-75.4.10-55.4.10-5
(+)(++) Seefootnotes attheend ofthis table

-m -
Exposed workers1Members ofthe Public
Radionuclides Form (+) Limit of
annual
intake by
inhalation
CiDerived limit
ofthe
concentration
inair for an
exposure of
2000 h/year
Cim~3Limit of
annual
intake by
inhalation
CiLimit ofannual
intake by
ingestion (++)
Ci
1 2 3 4 5 6
149
Pm
61W
Y1.9 .IO-3
1.9 .10~38.1 .10~7
8.1 .10~71.9.10 -4
1.9 .10~41.1 .io-4
150
Pm
61W
Y1.9 .10~2
1.6 .10~28.1 .10~6
8.1 .10~61.9 .10~3
1.6 .10~35.4.10~4
151
Y Pm
61w
Y2.7.10~3
2.7.10~31.6 .10~6
1.4 .10~62.7.10~4
2.7.10~41.9 .IO-4
141m
Sm
62w 1.1 .io-1 5.4 .10~5 1.1 .io-2 2.7.10~3
141
Sm
62w 1.9 .IO-1 8.1 .10~5 1.9 .10~2 5.4.IO-3
142
Sm
62w 2.7.10~2 1.1 .io-5 2.7.10~3 8.1 .10~4
145
Sm
62w 5.4 .10~4 2.2.10~7 '5.4 .10~5 5.4 .IO-4
Y 146
Sm
62w 2.7.10~8 1.6 .IO"11-92.7.10 * 1.4 .10~6
147
Sm
62w 2.7.10~8 1.6 .IO-11--92.7.10 1.6 .IO"6
151
Sm
62w 1.1 .io"4 5.4 .IO"8 1.1 .io-5k
1.4 .IO"3
153
Sm
62w 2.7.10~3 1.1 .io"6-42.7.10 1.6 .10~4
155
Sm
62w 2.2.10_1 8.1 .10~5 2.2.10~2 5.4.10~3
_
(+) (++) See footnotes attheend ofthis table

-jy -
Radionuclides yForm(+)
ÍExposed ν
Limit of
annual
intake by
inhalation
Ciworkers
Derived limit
ofthe
concentration
inair for an
exposure of
2000 h/year
Cim~3Members of t
Limit of
annual
intake by
inhalation
CihePublic
Limit ofannual
intake by
ingestion (++)
Ci
1 2 3 4 5 6
156Sm
62W 8.1 .10~3 2.7.10 -6 8.1 .10~4 5.4.10 -4
Eu
63W 1.9 .10~3 8.1.10 -7 1.9 .IO*4 1.6.10~ 4
Eu
χ 63W 1.4 .10"3 5.4 .10~7 1.4 .IO"4 1.1 .10~4
147
Eu
63w 1.6 .10"3 8.1.10 -7-41.6.10 2.7.10 -4
148
Eu
63w 2.7.10 -4 1.4.10 -7 2.7.10~5 1.1 .io"4
149
Eu
63w 2.7.10 -3 1.4.10"6 2.7 .10~4 1.1.io"3
150
Eu
63
(l2.62h )w 8.1 .10~3 2.7 .10~6 8.1 .IO"4 2.7.10 -4
150
Eu
63
(24.2y)w 1.9 .10"5 8.1.10 -9 1.9 .IO"6 8.1.10 -5
152tn
63Euw5.4.10 _î 2.7.10 -5 5.4 .IO?* 2.7.10 -5
152
Eu
63w 2.4 .10~5 1.1.10~8 2.4 .IO-6 8.1.10 -5
154
Eu
63w 1.9 .10"5 8.1.10 -9 1.9 .10~6 5.4 .10"5
(+)(++) Seefootnotes attheendofthis table

-4θ -
Exposed workers Members ofthe Public
1Radionuclides Form (+) Limit of
annual
intake by
inhalation
CiDerived limit
ofthe
concentration
inair for an
exposure of
2000 h/year
-3CimLimit of
annua 1
intake by
inhalation
CiLimit ofannual
intake by
ingestion (++)
Ci
1 2 3 4 5 6
155
Eu
63W 8.1 .10~5 2.7.10~8 8.1 .IO"6 2.7.IO"4
156
Eu
63W 5.4.10~4 1.9 .10~7 5.4.10 -5 5.4 .10~5
157
Γ Eu
63w 5.4 .10~3 2.2.1o "6 5.4 .10~4 2.2.1o "4
158
Eu
63w 5.4 .10~2 2.4.1o "5 5.4 .10~3 1.9 .ΙΟ"3
145
Gd
64D
U1.6.10 -1
1.6 .io"15.4.10~5
8.1 .10~51.6 .10~2
1.6 .IO"25.4.10~3
146
Gd
64D
W1.4.IO"4
2.7.10~45.4 .10~8
1.1 .io"71.4 .IO"5
2.7.10~51.4 .10~4
147
Gd
64D
W5.4 .IO-3
2.7.IO"31.6 .IO"6
1.4 .10~6-45-.4.10
-42.7.10 H1.9 .10~4
148
Gd
64D
W8.1 .10~9
2.7.1o "82.7.IO"12
1.4 .io"118.1 .IO"10
-92.7.10 *1.1 .io"6
149
Gd
64D
W2.2.10~3
2.4 .10~38.1 .10~7
1.1 .io"62.2.IO"4
-42.4.102.7.IO"4
151
Gd
64D
W2.7.IO"4
1.1 .io"31.6 .10~7
5.4 .IO"72.7.10~5
-41.1.105.4 .IO"4
152
Gd
64D
W1.1 .io"8
5.4 .10~85.4 .10~12
1.6 .io"11-91.1.10
-95.4.10 *1.6 .10~6
-
153
Gd
64D
W1.4 .IO"4
5.4 .10~45.4 .10~8
2.4.10~71.4 .IO"5
5.4 .10~55.4.IO"4
(+) (++) See footnotes attheend ofthis table

-41 -
!Radionuclides"J"Fonn(+)
I
jExposed v.
Limit of
annual
intake by
inhalation
Ciorkers
Derived limit
ofthe
concentration
inair for an
exposure of
2000 h/year
Cim~3Members of t
Limit of
annual
intake by
inhalation
CihePublic
Limit ofannual
intake by
ingestion (♦+)
Ci
1 2 3 4 5 6
159
Gd
64D
W8.1 .10~3
5.4 .10~32.7 .10~6
2.4 .10~68.1 .10~4
5.4 .10~42.7.10
147
Tb
65W 2.7 .10~2 1.4 .10~5 2.7 .10~3 8.1 .10~4
149
V' Tb
65W 8.1 .10~4 2.7 .10~7 8.1 .10~5 5.4 .10~4
150
Tb
65W 2.2 .10~2 8.1.10 -6 2.2 .10~3 5.4 .10"4
151
Tb
65W 8.1 .10~3 2.7 .10"6 8.1 .10~4 2.7.10 -4
153
Tb
65W 8.1 .10~3 2.7.10 -6-48.1.10 5.4 .10~4
154
Tb
65W 5.4 .10~3 1.9 .10~6 5.4.10~4 1.6 .10~4
-^ 155
Tb
65W 8.1 .10~3 2.7 .10~6 8.1 .10~4 5.4 .10~4
156m
Tb
65
(24.4 h)W 8.1 .IO"3 2.7.10 -6 8.1.1Θ -4-48.1.10
156m
Tb
65
(5.0h)
156
Tb
65W
W2.7 .10~2
1.4 .10~31.1 .io"5
5.4.10 -72.7 .10~3
1.4 .10~41.6 .10~3
1.1 .io"4
(*)(+♦) Seefootnotes attheend ofthis table

-42 -
Exposed workers Members ofthe Public
Radionuclides Form (+) Limit of
annual
intake by
inhalation
CiDerived limit
ofthe
concentration
inair for an
exposure of
2000 h/year
Cim~3Limit of
annual
intake by
inhalation
CiLimit ofannual
intake by
ingestion (++)
Ci
1 2 3 4 5 6
157
Tb
65W-42.7.10 1.4 .10~7 2.7 .IO"5 5.4.10~3
158
Tb
65W 1.9 .10~5-98.1.10 1.9 .10~6-41.4.10
160Y Tb
65W-42.2.10 i.1.io-7 2.2.10~5 8.1 .10~5
161
Tb
65W 1.6 .10~3 5.4 .IO-7-41.6.10-41.6.10
155
Dy
66W 2.4 .10~2 i.ì.io-5 2.4 .10~3 8.1 .10~4
157
Dy
66W 5.4 .10~2 2.7 .10~5 5.4 .10~3 1.9 .10~3
159
Dy
66w 2.4 .IO"3 1.1.io-6 2.4.10~4 1.4 .IO"3
γ 165
Dy
66w 5.4 .10~2 1.9 .10~5 5.4 .10~3 1.4 .IO-3
166
Dy
66w-48.1.10 2.7.10~7 8.1 .10~5 5.4 .IO-5
155
Ho
67w 1.6 .10_1 5.4 .10~5 1.6 .10~2 5.4 .10~3
157
Ho
67w 1.4.10 °-45.4.10 1.4 .IO-1 2.7 .10~2
159
Ho
."w 1.1.10 0–
5.4 .10 ì.i.io -1 2.2 .10~2
^+) (++) See footnotes atthe end ofthis table

-43-
Exposed workers Members ofthe Public
¡Radionuclides1Form(+)
ILimit of
annual
intake by
inhalation
CiDerived limit
ofthe
concentration
inair for an
exposure of
2000 h/year
-3CimLimit of
annual
intake by
inhalation
CiLimit ofannual
intake by
ingestion (++)
Ci
1 2 3 4 5 6
161
Ho
67W 5.4 .IO-1 1.6 .10~4 5.4 .10~2 1.1 .io"2
162m
Ho
67w 2.7.1o "1 1.1 .IO-4 2.7.10 -2 5.4 .10~3
, 162
Ho
67w 2.4 .IC0 1.1 .io"3 2.4 .IO"1 5.4 .IO"2
164m
Ho
67w 2.7.10 "1 1.4.10 -4 2.7 .IO"2 1.1 .io-2
164
Ho
67w 5.4 .IO-1 2.7 .ΙΟ"4 5.4 .IO-2 1.9 .IO-2
166m
Ho
67w 8.1 .10~6-92.7.10 * 8.1 .10~7 5.4.IO-5
166
Ho
67w 1.9 .10~3 8.1 .IO"7 1.9.IO"4 8.1 .10~5
¥ 167
Ho
67w 5.4 .10~2 2.4 .IO-5 5.4 .IO-3 1.6 .10~3
161
Er
68w 5.4 .IO-2 2.7 .10~5 5.4 .IO"3 1.6.IO"3
165
Er
68w 1.9 .IO-1 8.1 .10~5 1.9 .IO"2 5.4.10~3
169
Er
68w 2.4 .10~3 1.1 .io-6 2.4.IO"4 2.7 .10~4
171
Er
68w 1.1 .io-2 5.4 .10~6 1.1.io-3 2.7 .10~4
(+) (++) Seefootnotes attheend ofthis table

-44 -
Exposed workers Members ofthe Public
1Radionuclides
i
1
I
jjForm(+)Limit of
annua '
intake by
inhalation
CiDerived limit
ofthe
concentration
inair for an
exposure of
2000 h/year
-3CimLimit of
annual
intake by
inhalation
Cii
Limit ofannual
intake by
ingestion (++)
Ci
1 2 3 4 5 6
172
Er
68W
.1.4.io"3 5.4 .10~7-41.4.10 1.1.io-4
162
Tm
69W
V2.7 .IO"1 1.1.io-4 2.7 .10~2 5.4.10~3
166
X Tm
69w 1.4.10~2 5.4 .10~6 1.4.10~3-45.4.10
167
Tm
69w 1.9.10~3 8.1.IO-7 1.9.10~4 2.2.10~4
170
Tm
69.-42.2.10 8.1.10~8 2.2.10~5 8.1 .10~5
171
Tm
69w 2.7 .10 1.1.io-7 2.7.10~5 1.1.io-3
172
Tm
69w 1.1.io-3 5.4 .10~7 1.1.io-4 8.1.10~5
" 173
Tm
69w 1.1.io-2 5.4 .10~6 1.1.io-3-45.4.10
175
Tm
69w 2.7.10~ L-41.1.10 2.7.10~2 5.4.10~3
162
Yb
70w
Y2.7.IO"1
2.7 .io"1-41.4.10
-41.1.102.7.IO-2
2.7 .IO-28.1.10~3
166
Yb
70w
Y1.9.10~3
1.9.10~38.1.10~7
8.1.IO-71.9.IO"4
-41.9.101.4.10~4
167
Yb
70w
Y8.1.IO-1
8.1.10_12.7 .10~4
2.7.10~48.1.10~2
8.1.10~22.7.10~2
(+) (++) See footnotes atthe end ofthis table

_4s-
Exposed workers Members ofthe Public
ιRadionuclides
1
\
1
1
1
!l'orni (+) Limit of
annual
inLake by
inhalation
CiDerived limit
ofthe
concentration
inair for an
exposure of
2000 h/year
,.· "3Ci mLimit of
annual
intake by
inhalation
CiLimit ofannual i
intake by
ingestion (++)
Ci
L 1 J 23 4 5 6
i I
ι 169 W
j Yb !70 ! Y8.1.10~4
8.1.10~42.7.IO-7
2.7.10~78.1.10~5
8.1.10~51.9.IO"4
175 W
Yb
70 j Y2.7.10~3
2.7.10~31.4.10~6
1.4.IO"62.7.10~4
2.7.IO-42.7.IO"4
«'177 ! W
Yb j
70 j Y5.4.IO-2
5.4.10~22.2.10~5
1.9.IO"35.4.10~3
5.4.10~31.6.10 -3
178 ! W
Yb !
70 ¡ Y2.7.10~2
2.7.IO-21.6.IO-5
1.6.IO"52.7.IO"3
2.7.IO"31.4.IO"3
169 ! W
ι
Lu I
71 j Y5.4.10~3
5.4.10~3 ,1.9.IO"6
1.6.10~65.4.10~4
5.4.IO"42.4.IO"4
170
Lu
71W
Y2.2.10~3
1.9.IO"38.1.10~7
8.1.10~72.2.10~4
1.9.IO"41.1.ίο"4
171
Lu
71W
Y1.9.IO"3
1.9.10~38.1.IO"7
8.1.10~71.9.IO"4
1.9.IO"41.9.10~4
172
Lu
71w
Y1.1.io-3
1.1.io-35.4.IO"7
5.4.IO-71.1.io"4
-41.1.10-41.1.10
173
Lu
71w
Y2.7.10~4
2.7.10~41.1.io"7
1.1.io-72.7.io"5
2.7.io"55.4.IO-4
174m
Lu
71w
Y2.4.10~4
-42.2.101.1.io"7
8.1.IO"82.4.IO"5
2.2.10~52.2.IO"4
174
Lu
71
176m
Lu
71w
Y
w
Y-41.1.10
1.6.IO-45.4.10~8
5.4.IO-81.1.io"5
1.6.IO"55.4.10~4
2.4.IO"2
2.2.10~21.1.io"5
1.1.io"52.4.IO"3
2.2.10~38.1.IO-4
(+)(++)See 1'ooLnotes atllie end ofthis Cable

-46 -
Exposed workers Members ofthe Public
Rad iouu ciidoa
i
ιFοnn(+) Limit of
annua 1
intake by
inhalation
CiDerived limit
ofthe
concentration
inair for an
exposure of
2000 h/year
,·· "3ClmLimit of
annual
intake by
inhalation
CiLimit ofannual
intake by
ingestion (++)
Ci
il 1 2 3 4 5 6
î176 ; U
i Lu i
71 Y
I5.4 .10~6
8.1 .10~6-91.9.10
-92.7.10 *5.4 .10~7
8.1 .10~78.1 .10~5
! î"
j177m : W
I Lu
! 71 'Y1.1 .io-4
8.1 .IO"55.4 .IO-8
2.7.10~81.1 .io"5
8.1 .10~68.1.1ο "5
1'177 ; W
Lu ·
71 Y2.2 .10~3
2.2 .10~38.1 .IO""7
8.1 .10~72.2.10~4
–42.2.102.2.10~4
178m W
Lu
71 Y1.9 .10_1
1.6 .io"18.1 .10~5
8.1 .10~51.9 .10~2
1.6 .10~25.4 .IO"3
178 W
Lu
71 j Y1.4 .10_1
1.1 .IO-15.4 .10~5
5.4 .10~51.4 .10~2
1.1.io"22.7 .IO"3
179
Lu
71W
Y1.9 .10~2
1.6 .10~28.1 .10~6
5.4 .10~61.9 .10~3
1.6 .IO"35.4 .10~4
170
Hf
72D
U5.4 .10~3
5.4 .10~32.4 .IO"6
1.9 .10~65.4 .IO"4
5.4 .10~42.2.10~4
172W Hf
72D
W8.1 .10~6
2.7 .10~5-92.7.10
1.6.10~88.1 .10~7
2.7 .10~6I.A.IO"4
173
Hf
72D
W1.4 .10~2
1.1 .io-25.4 .10~6
5.4 .IO"61.4 .IO"3
-3
1.1.105.4 .IO"4
175
Hf
72D
W1.1 .lo"3
1.1 .io""32.7.10~7
5.4 .10~7-41.1.10
_4
1.1.10-42.7.10
177m
Hf
72D
W5.4 .IO"2
8.1 .IO-22.4 .IO-5
2.7.10~55.4 .IO"3
8.1 .IO"31.9 .10~3
\
178m
Hf
72D
W1.4 .10~6
5.4 .10~65.4 .IO"10
-9
2.2.101.4 .IO"7
5.4 .10~72.4.10~5
(+)(+"*) See footnotes atthe end ofthis table

-47 -
Exposed workers Members ofthe Public
jRadionuclides
!Form (+) Limit of
annual
intake by
inhalation
CiDerived limit
ofthe
concentration
inair for an
exposure of
2000 h/year
Cim~3Limit of
annual
intake by
inhalation
CiLimit ofannual
intake by' 1ingestion (++)
Ci
1 2 3 4 5 6
179m
Hf
72D 2.7 .10~4 1.4 .ΙΟ"7 2.7 .IO"5 1.1 .io"4
W 5.4 .IO"4 2.4 .10~7 5.4 .10~5
180m
Hf
72D
W2.2 .10~^
2.4 .10~28.1.10 "5
1.1 .io"52.2.10^
2.4.10 "38.1.10
γ 181
Hf
72D
W–Tf1.6.10
-45.4.108.1.10 -8
1.9.10 -71.6 .10~5
5.4 .10~51.1.10
182m
Hf
72D
W8.1 .10~2
1.4 .IO-12.7 .10~5
5.4 .10~58.1.10 -3
1.4 .10~22.7 .10~3
182
Hf
72D
U8.1 .10~7 .
2.7 .IO"62.7 .10~10
1.4 .10~98.1 .10~8
2.7.IO"71.9.10 -5
183
Hf
72D
U5.4 .10~2
5.4 .10~21.9 .10~5
2.4 .IO-55.4.IO"3
5.4 .IO"32.2.1o "3
184
Hf
72D
W8.1 .10~3
5.4 .10~32.7 .10~6
2.7.10~68.1 .IO"4
5.4 .10~42.4.10 -4
^ ~––
172
Ta
73U
Y1.4 .10_1
1.1 .io"1.5.4 .IO"5
5.4 .IO"51.4 .10~2
1.1 .io"22.7.10~3
173
Ta
73w
Y1.9 .10~2
1.6 .10~28.1 .10~6
8.1.10~61.9.1p "3
1.6 .IO"35.4.10 "4
174
Ta
73w
Y1.1 .io-1
8.1 .10~25.4 .10~5
2.7 .10~51.1 .io"2
8.1 .IO"32.7.10 "3
175
Ta
73w
Y1.6.10~2
1.4 .IO-25.4.10~6
5.4 .10~61.6 .IO"3
1.4 .10~35.4 .10~4
176
Ta
73w
Y1.4 .IO-2
1.1.io"25.4 .IO"6
5.4 .10~61.4 .IO"3
1.1 .io"32.7 .10~4
(+)(++) Seefootnotes attheendofthis table

-4«-
Exposed workers Members ofthe Public
Radionuclides Form (+)
¡Limit of
annual
intake by
inhalation
CiDerived limit
ofthe
concentration
inair for an
exposure of
2000 h/year
-3CimLimit of
annual
intake by
inhalation
CiLimit ofannual
intake by
ingestion (++)
Ci
1 2 3 4 5 6
177
Ta
73W
Y1.9 .10~2
1.9.10 -28.1 .10~6
8.1 .10~61.9 .IO"3
1.9 .10~31.1 .io-3
178
Ta
73w
Y8.1.10 -2
8.1 .10~22.7 .10~5
2.7 .10~58.1 .10~3
8.1 .10~31.6 .10~3
^ 179
Ta
73w
Y5.4 .10~3
8.1.10 -42.2 .10~6
2.7 .10~7-45.4.10
8.1.10 -52.2 .IO-3
180m
Ta
73w
Y5.4.10 -2
5.4 .10~22.7.10 -3
2.4 .10~55.4 .10~3
5.4 .10~32.4 .IO-3
180
Ta
73w
Y5.4 .10~4
2.4.10 -51.9 .10~7
ì.i .io"85.4 .10~5
2.4.IO-61.6 .10~4
182m
Ta
73w
Y5.4 .10-1
5.4 .10_12.2 .10~4
1.6 .10~45.4 .10~2
5.4 .10~21.6 .10~2
182
Ta
73w
Y2.7.10 -4
1.4.10 -41.4 .10~7
5.4 .10~8-2.7 .10~5
1.4 .10~58.1 .10~5
183
Ta
73w
Y1.1 .io-3
1.1 .10~35.4 .10~7
5.4 .10~71.1 .io-4
-41.1.108.1 .10~5
184
Ta
73w
Y5.4 .10~3
5.4 .10~32.2 .10~6
1.9 .10~65.4 .10~4
5.4 .IO"41.9 .10~4
185
Ta
73w
Y8.1.10 -2
5.4 .10~22.7.10~5
2.7 .10~58.1 .10~3
5.4 .10~32.7.IO"3
186
Ta
73w
Y2.4 .10_1
2.2 .10_1-41.1.10
8.1 .IO-52.4 .10~2
2.2 .10~25.4 .10~3
176
W
74D 5.4 .10~2 2.2.IO-5 5.4 .10~3(a)1.1 .10~3
(b)1.4 .IO-3
(+) (++) See footnotes atthe end ofthis table

-49-
Exposed workers Members ofthe Public
Radionuclides
JForm(+)Limit of
annual
intake by
inhalation
CiDerived limit
ofthe
concentration
inair for an
exposure of
2000 h/year
Cim~3Limit of
annual
intake by
inhalation
CiLimit ofannual
intake by
ingestion (++)
Ci
1 2 3 4 5 6
177
W
74D 8.1.IO-2 2.7.10 -5 8.1.10~3(a)2.2.10"3
(b)2.4.10 -3
178
W
74D 1.9.10~2 8.1.10 -6 1.9.10~3(a)5.4.10"4
(b)8.1.10 -4
~ 179
W
74D 1.6.10°-48.1.10 1.6.10_1 5.4.10"2
181
W
74D 2.7.10~2 1.4.10~5 2.7.IO-3(a)1.6.10 -3
(b)1.9.10"3
185
U
74 ,D 5.4.10~3 2.7.10 -6 5.4.10~4(a)2.2.10 -4
(b)2.7.10~4
187
W
74D 8.1.10~3 2.7.10"6 8.1.10~4(a)1.9.10-4
(b)2.7.10 -4
-188
W
74D 1.4.10~3 5.4.10~7 1.4.10~4(a)2.7.10 -5
(b)5.4.IO-5
177
Re
75D
W2.7.10_1
2.7.lo"1–A1.1.10
1.4.10"42.7.IO'2
2.7.IO-21.1.io"2
178
Re
75D
W2.7.10_1
2.7.10_1r -41.1.10
1.4.10~42.7.10~2
2.7.10~28.1.10 -3
181
Re
75D
W8.1.IO"3
8.1.10~32.7.10 -6
2.7.10 -68.1.10~4
8.1.IO-45.4.IO-4
182
Re
75
(12.7 h)D
U1.4.10~2
1.6.IO-25.4.10~6
5.4.10"61.4.10~3
1.6.IO-38.1.10~4
(+) (++) See footnotes atthe end ofthis table

-30 -
Exposed workers Members ofthe Public 1
jRadionuclides
!Form (+) Limit of
annual
intake by
inhalation
CiDerived limit
ofthe
concentration
inair for an
exposure of
2000 h/year
Cim~3Limit of
annual
intake by
inhalation
CiLimit ofannual
intake by
ingestion (++)
Ci
1 2 3 4 5 6
182
Re
75
(64.0 h)D
W2.4 .10~3
2.2 .10~31.1 .io"6
8.1 .10~72.4 .10~4
2.2.10 "41.4 .io"4
184m
Re
75D
W2.7 .10~3
5.4 .10~41.4 .10~6
1.9 .IO-7-42.7.10
5.4 .10~52.2 .10~4
184
Re
75D
W2.7 .10~3
1.4 .10~31.4 .10~6
5.4 .10~7-42.7.10
-41.4.102.4.10~4
186m
Re
>5D
W1.6 .10~3
1.6 .10~48.1 .10~7
5.4 .10~8-41.6.10
1.6.10 -51.4 .10~4
186
Re
75D
W2.7.10 -3
1.6.10 -31.1 .io-6
8.1 .IO-7-42.7.10
1.6 .10~41.9 .IO-4
187
Re
75D
W8.1.10 -1
l.i.io -12.7 .10~4
5.4 .10~58.1 .10~2
1.1 .io"25.4 .IO"2
188m
Re
75D
W1.4.10 -1
1.4.10 -15.4 .10~5
5.4 .10~51.4 .10~2
1.4 .IO"28.1 .IO-3
188
Re
75D
W2.7.10 -3
2.7.10 -31.1 .io-6
1.1 .io"6-42.7.10
-42.7.10-41.6.10
189
Re
75D
W5.4 .10~3
5.4 .10"32.2 .10~6
1.9 .10~6•-45.4.10
~45.4.10–42.7.10
180
0s
76D
W
Y2.7 .10~j
5.4.10
5.4.101.6 .10~4
1.9 .10~4
1.9 .IO"42.7.10~2
5.4.10 j
5.4.10-21.1.10
181
0s
76D
W
Y5.4 .10~^5.4.10 L
5.4.101.9.10 "^
1.9.10
1.9.105.4 .10~3
5.4.10 ^
5.4.101.4 .10~3
(+) (++) See footnotes atthe end ofthis table

-bl-
Exposed workers1Members ofthe Public
1Radionuclides
jForm (+)
1Limit of
annual
intake by
inhalation
CiDerived limit
ofthe
concentration
inair for an
exposure of
2000 h/year
Cim~3Limit of
annual
intake by
inhalation
CiLimit ofannual
intake by
ingestion (++)
Ci
1 2 3 4 5 6
182
Os
76D
W
Y5.4 .10~3
5.4.10 ]¡2.7.10 J2.4.1°"^
1.9.10~^1.6.10 05.4 .10~4
5.4.10 7
2.7.102.2.IO-4
185
Os
76D
W
Y5.4 .10~4
8.1.10 ^
8.1.102.2.10~^
2.7.10 ,
2.7 .105.4.10~f
8.1.10 ;?
8.1.10 32.4 .IO"4
^ 189m
Os
76D
W
Y2.4.10"}
2.2 .io":
1.6.10–41.1.10 *
8.1 .10~ì ?
8.1 .102.4.lo"^
2.2.10 21.6.10 l8.1.IO"3
191m
Os
76D
W
Y2.7 .10~?
2.2.10 ,
1.9.101.1.io"^8.1 .10~?
8.1.102.7 .10~3
2.2 .10~f
1.9.101.4 .IO"3
191
Os
76D
W
Y2.2.10~ 3
1.6.10 ^
1.4.108.1 .10~Z
5.4 .10^
5.4.102.2 .10~4
1.6.10 ,1.4 .10"42.2.IO-4
193
Os
76D
W
Y5.4 .10~3
2.7 .10~]T
2.7.101.9 .10~¿
1.4.10 :
1.1.10 05.4 .10~4
2.7.10 7
2.7.101.6 .10~4
194
Os
76D
W
Y5.4.10"^5.4.10 ?
8.1.101.6.10 -®
2.4.10 r
2.7 .105.4.10"^
5.4.10 η
8.1.105.4 .10~5
182
Ir
77D
W
Y1.4 .lo"}
1.6.10 1
1.4.105.4.10"^5.4.10 *
5.4 .101.4.10~2
1.6.10 2
1.4.105.4 .10~3
184
Ir
77D
W
Y2.4.10~2
2.7.10 2
2.7.101.1.10~^
1.4.10 ^
1.1.102.4 .10~3
2.7 .10,2.7.10 J8.1 .10~4
185
Ir
77D
W
Y1.4 .lo"?
1.1 .10j
1.1.105.4.10"^
5.4.10 r
5.4 .10"61.4 .10~3
1.1.10~^
1.1.105.4.IO"4
186
Ir
77D
W
Y8.1.10~^
5.4.10
5.4.102.7.10~j?
2.7.io:
2.4.10 08.1 .10~t
5.4 .Κ)7
5.4.10 *2.4 .10~4
187
Ir
77D
W
Y2.7 .io"?
2.7.10 "
2.7.101.4.10~^1.4.10 *
1.1.102.7 .10~^2.7.10 *
2.7.101.1.io-3
(+)(++) Seefootnotes attheend ofthis table

-52 -
Exposed workers Members ofthe Public
Radionuclides Form (+) Limit of
annual
intake by
inhalation
CiDerived limit
ofthe
concentration
inair for an
exposure of
2000 h/year
Cim~3Limit of
annual
intake by
inhalation
CiLimit ofannual
intake by
ingestion (++)
Ci
1 2 3 4 5 6
188
Ir
77D
W
Y5.4 .10~?
2.7 .10~f
2.7.101.9 .10~¿1.4 .10~*
1.4 .10~65.4 .10~t
2.7 .10~4
2.7.101.9 .10~4
189
Ir
77D
W
Y5.4.10~ 3
2.7.10 ^
2.7 .101.9 .10~£
1.6.10
1.6 .105.4 .10~t
2.7.10 -:
2.7.105.4 .10~4
190m
Ir
77D
W
Y1.9 .10~}
2.2.10 :
1.9.108.1.10~^8.1.10 Ì?
ft.1.101.9 .10~?
2.2.10 y
1.9 .101.6 .10~2
190
Ir
77D
W
Y8.1.10~ 4
i.l··10¿
8.1.102.7.10*5
5.4.10
2.7.108.1 .10~?
1.1.10 ~4
8.1.101.1 .io-4
192m
Ir
77D
W
Y8.1.10~^2.2.10 4
1.6.102.7 ·10~ο
8.1.10 °
5.4.10 y8.1.10~^2.2.10 ?
1.6.102.7.IO"4
192
Ir
77D
W
Y2.7.10~ 4
2.7.10 ;
2.2.10ι.ι.ιο"51.6.10 -'
8.1.102.7 .10~c
2.7.10 "^2.2.10 5-41.1.10
194m
Ir
77D
W
Y8.1.10 "^
1.6.10 -;
1.1.102.7 .10ο
8.1.10 I
5.4.10-8.1.10~f
1.6 .io"?
1.1.105.4.10~5
194
Ir
77D
W
Y2.7.10~^
2.2.10 ^
1.9.101.4.10"58.1.10 '
8.1.102.7 .10~t
2.2.10 ,
1.9 .10-41.1.10
195m
Ir
77D
W
Y2.4 .10~?
2.7.10 ^
2.2.101.1.10~^
1.1.10 £
8.1.102.4 .10~o
2.7.10 3
2.2.108.1 .10~4
195
Ir
77D
W
Y5.4 .10",
5.4.10 2
5.4.101.6 .10~c
2.2.10 ^1.9.10 35.4.10~~
5.4.10 ~
5.4.101.6 .10~3
186
Pt
78D 2.7.10 -2 1.6.10 -5 2.7.10 -3 1.4 .10~3
188
Pt
78D 1.6 .10~3 8.1.10 -7–1\1.6.10 1.6.10~4
(+) (++) See footnotes atthe end ofthis table

-51 -
Exposed workers Members ofthe Public
iRadionuclides
JForm(+)Limit of
annual
intake by
inhalation
CiDerived limit
ofthe
concentration
inair for an
exposure of
2000 h/year
Cim"3Limit of
annual
intake by
inhalation
CiLimit ofannual
intake by
ingestion (++)
Ci
1 2 3 4 5 6
189
Pt
78D 2.7.10~2 1.1 .io"5 2.7.10~3-31.1.10
191
Pt
78D 8.1 .10~3 2.7 .IO"6 8.1 .IO"4 2.7.IO"4
. 193m
Pt
78D 5.4 .10~3 2.4.10 -6 5.4.IO"4 2.4.10 -4
193
Pt
78D 2.4 .IO"2 1.1 .io"5 2.4 .IO"3 2.7.10~3
195m
Pt
78D 5.4.10~3 .1.9.10 "6 5.4 .IO"4 1.9 .IO"4
197m
Pt
78D 5.4 .10~2 1.9.1o "5 5.4 .IO"3 1.6.10~3
197
Pt
78D 1.1 .10~2 2.7 .IO"6 1.1.io"3 2.7.IO-4
Y*199
Pt
78D 1.4 .10_1 5.4 .IO-5 1.4.IO"2 5.4 .IO"3
200
Pt
78D 2.7.IO"3 1.4 .10~6 2.7 .10~4 1.1 .io-4
193
Au
79D
W
Y2.7.IO"2
2.2.10
1.9.101.1 .io"5
8.1.10 ;
8.1.102.7.IO"3
2.2.10 *
1.9.108.1 .10~4
194
Au
79D
W
Y8.1 .IO"3
5.4.10 "
5.4.10 J2.7 .IO-6
2.2.10 ®
2.2.108.1.10~4
5.4 .io";
5.4.102.7.10~4
195
Au
79D
W
Y1.1 .io"2
1.4.10 ,
5.4.105.4 .10~6
5.4 .IO"'
1.9.101.1 .io"3
1.4.10 Ζ
54.105.4 .IO"4
(+)(++) Seefootnotes attheend ofthis table

-5^-
1
1Exposed workers Members ofthe Public
Radionuclides Form (+)
ÍLimit of
annual
intake by
inhalation
CiDerived limit
ofthe
concentration
inair for an
exposure of
2000 h/year
Cim~3Limit of
annual
intake by
inhalation
CiLimit ofannual
intake by
ingestion (++)
Ci
1 2 3 4 5 6
198m
Au
79D
W
Y2.7 .10~~
1.1.10~^
1.1.101.1.lo"^
5.4 .10J
5.4.102.7 .10~t
1.1.10 ,
1.1.10-41.1.10
198
Au
79D
W
Y2.7 .10~3
1.9.10 ,
1.6.101.6.10~^8.1.10 -'
8.1 .10-42.7.10 7
1.9.10 ;
1.6 .101.4 .10~4
199
^ Au
79D
W
Y8.1 .10~3
2.7.10 *
2.7.102.7 .10~£
1.6.10~^
1.6.108.1 .10~t
2.7.10 ""?
2.7.10-42.7.10
200m
Au
79D
W
Y2.7 .10~3
2.7.10 *
2.4.101.4 .10~¿
1.1.10
1.1 .io"62.7 .10~t
2.7.10 ;
2.4.101.1 .IO-4
200
Au
79D
W
Y5.4 .10~2
8.1.10 ,
8.1.102.7 .lo"?
2.7.10 *
2.7.105.4 .10~3
8.1.10 *
8.1.102.7.10 -3
201
Au
79D
W
Y2.2.10 -}
2.4.10
2.2.108.1 .10~?
1.1.10 \
8.1.102.2.10 -2
2.4.10 i
2.2.108.1.10 -3
193m
Hg
8o
r-Organic E
Inorganic J
Vapours
I .1.4 .10~2
8.1 .10~3
8.1 .10
8.1.10 -35.4 .IO-6
2.7.10"f
2.7 .10'6
2.7.10 -61.4.10 -3
'8.1 .10~t
8.1.10
8.1.10 -4(a)8.1.10 -4
(b)5.4 .10~4
(c)2.7.10
193
Hg
80Organic I
Inorganic
Vapours5.4 .10"2
5.4 .10"2
5.4.10
2.7.10 -22.7 .10~5
1.9 .10~c
1.6.10
1.4 .10"55.4 .10"3
5.4 .10"3
5.4.10
2.7 .Iff3(a)5.4.10 -3
(b)1.9.10"3
(c)1.6.10 J
194
Hg
80Organic I
Inorganic J
Vapours2.7.10 -5
5.4.10 "^
1.1.10
2.7 .10~51.1 .io"8
1.9 .10~8
5.4 .10"8
1.4 .IO-82.7 .IO-6
5.4 .10~c
1.1.10 5
2.7.10 -6(a)1.6.10~6
(b)5.4.10~^
(c)8.1.10
195m
Hg
80Organic I
Inorganic J
Va£ours5.4 .10~3
5.4 .10"3
2.7.10
2.7.10 -32.4 .10=6
2.2 .10~£
1.6.10
_ì^aQ -65.4 .10~4
5.4 .Κ)"4
2.7.10 4
.Z.Z.1Q "4(a)5.4.10 -4
(b)2.7 .IO-4
(c)2.4.10
(+) (++) See footnotes atthe end ofthis table

-55-
: Exposed workers Members ofthe Public
Radionuclides
JForm(+)
1
iLimit of
annual
intake by
inhalation
CiDerived limit
ofthe
concentration
inair for an
exposure of
2000 h/year
-3Ci mLimit of
annual
intake by
inhalation
CiLimit ofannual
intake by
ingestion (++)
Ci
1 2 3 4 5 6
195
Hg
80Organic -D
Inorganic Ρ
W
Vapours5.4.10~2
2.7.1o "2
2.7.10 L
2.7.10 -21.9.10~5
1.4.IO"]?
1.4.10
1.4.10~55.4.IO-3
2.7.10"3
2.7.10
2.7.10 -3(a)2.7.IO "3
(b)1.6.10"3
(c)1.4.10
197m
Hg
80iwOrganic D
Inorganic ^
Vapours8.1.10~3
8.1.10~ 3
5.4.10
5.4.10"32.7.IO"6
2.7.1° ")?2.2.10 6
¿.2.10~68.1.10~4
8.1.10 -4
5.4 .10
5.4.10"4(a)8.I.I0 "4
(b)2.7.I0 "4
(c)2.7.I0 "4
197
Hg
80Organic D
Inorganic Í?
w
Vapours1.4.lo"2
l.i.io"2
8.1.10 J
8.1.10 -35.4.IO"6
5.4.10~6
2.7.10
2.7.10~61.4.10"3
l.i.io "3
8.1.10
8.I.IO "4(a)1.1.10"3
(b)8.I.I0 "4
(c)5.4 .10
199m
Hg
80Organic D
Inorganic ^
Vapours1.6.10 -1
1.4.lo"}
1.9.10
8.1.10 -25.4.10~5
5.4.10 ";?
8.1 .10
2.7.IO"51.6.10 -2
1.4.10~2
1.9.10
8.1.10~3(a)5.4.10"3
(b)5.4.IO "3
(c)5.4.10 J
203
Hg
80
wOrganic D
Inorganic ^
Vapours8.1.10 -4
1.4.10~3
1.1.10
8.1.10 -42.7.10~7
5.4.10~7
5.4.10
2.7.10~78.1.10 -5
1.4.10~4
1.1.10 4
8.1.10 -5(a)5.4.IO "5
(b)8.1.10 "?
(c)2.4 .10
194m
T1
81D 1.6.10 -1 5.4.IO"5 1.6.10 -2 5.4.10"3
194
T1
81D 5.4.10 "1 2.4.10~4 5.4.10 -2 2.4.10~2
195
T1
81D 1.4.10 -1 5.4.IO"5 1.4.10 -2 5.4.IO "3
197
T1
81D 1.1.IO-1 5.4.IO"5 1.1.10"2 8.1.10 -3
(+)(++) See footnotes atthe end ofthis table

-56-
Exposed workers Members ofthe Public
'Radionuclides
i
1
1
!
I
iForm (+) Limit of
annaal
intake by
inhalation
CiDerived limit
ofthe
concentration
inair for an
exposure of
2000 h/year
Cim~3Limit of
annual
intake by
inhalation
CiLimit ofannual
intake by
ingestion (++)
Ci
i j 23 4 5 6
198m I
Tl ! D
81 ι
! J.5.4 .10~2 2.2.10 -5 5.4 .10~3 2.7.10~3
! t
j 198 !
1 Tl ; D
1 81 i2.7.10~2 1.4 .10~5 2.7 .10~3 1.9 .10~3
'w 199 i
Tl i D
81 ;
I8.1 .10~2 2.7 .10~5 8.1 .10~3 5.4 .10~3
200 ¡
Tl ! D
81 i1.1 .io-2 5.4 .10"6 1.1 .io-3 8.1 .10~4
201 I
Tl ' D
81 !2.2.IO"2 8.1.10 -6 2.2.IO-3 1.6 .IO-3
202
Tl
81D 5.4 .10~3 2.2 .10~6 5.4 .10~4 2.7.IO"4
204
Tl
81D 2.2.10~3 8.1.10 -7 2.2 .10~4 1.6 .10~4
w '
195m
Pb
82D 1.9 .IO-1 8.1.10 -5 1.9 .10~2 5.4.IO-3
198
Pb
82D 5.4 .IO"2 2.7.10 -5 5.4 .IO"3 2.7.IO-3
199
Pb
82D 8.1 .IO-2 2.7.10 -5 8.1 .IO-3 2.2 .IO"3
200
Pb
82D 5.4 .IO-3 2.7.10 -6 5.4 .IO-4-42.7.10
201
Pb
82D 1.9 .IO"2 8.1.10 -6 1.9 .10~3 8.1 .10~4
(+) (++) See footnotes atthe end ofthis table

-57-
Exposed workers Members ofthe Public
Radionuclides Forra (+) Limit of
annual
intake by
inhalation
CiDerived limit
ofthe
concentration
inair for an
exposure of
2000 h/year
Cim~3Limit of
annual
intake by
inhalation
CiLimit ofannual
intake by
ingestion (++)
Ci
1 2 3 4 5 6
202m
Pb
82D 2.7.10 -2 1.1 .IO-5 2.7.10~3 8.1 .IO"4
202
Pb
82D 5.4 .10~5 2.2.10 -8 5.4.IO'6 1.4 .IO"5
„ 203
Pb
82D 1.1 .10~2 2.7.10 -6 1.1 .io"3 5.4.IO"4
205
Pb
82D 1.4 .10-3 5.4.10 -7 1.4.10~4 2.7.IO"4
209
Pb
82D 5.4 .10"2 2.4 .10~5 5.4 .10~3 2.4 .IO-3
210
Pb
82D 2.4 .io"7 1.1 .10~10 2.4 .IO"8 5.4.IO"8
211
Pb
82D 5.4 .10~4 2.7.10 -7 5.4 .10~5 1.1.io"3
^ 212
Pb
82D 2.7 .lo"5 1.4 .IO-8 2.7.IO"6 8.1 .10~6
214
Pb
82D 8.1.10 -4 2.7.10 -7 8.1.LO-5 8.1 .IO-4
200
Bi
83D
W8.1.10 -2
1.1 .IO-12.7.10 -5
5.4 .10"58.1 .IO-3
1.1 .io-22.7.10~3
201
Bi
83D
W2.7.10 -2
2.7.10 -21.1 .io"5
1.6.10 -52.7.IO-3
2.7.IO"31.1.io-3
202
Bi
83D
W2.7 .10"2
8.1.10 -21.6.10 -5
2.7.10 -52.7.IO"3
8.1.10~31.4 .IO"3
(+)(++) Seefootnotes attheendofthis table

-58-
Exposed workers Memoer ilofthe Public
Radionuclides Form (+) Limit of Derived limit Limit of Limit ofannual
- annua 1 ofthe annua 1 intake by
1intake by concentration intake by ingestion (++)
1 inhalation inair for an inhalation
exposure of
2000 h/year
ΊCi-3Ci Clm Ci
1 2 3 4 5 6
203 D5.4.10 -3 2.7.10~6 5.4.10~4 2.4 .10~4
Bi,-3 -6 -4
83 W5.4.10 2.4.10 5.4.10 H
205
BiD 2.4 .IO-3 1.1 .io"6 2.4.IO"4 1.4 .IO"4
83 w 1.4 .10~3 5.4 .10~7 1.4 .10~4
206 D 1.4 .10~3 5.4 .IO"7 1.4 .10~4 5.4.IO"5
Bi
83 W 8.1 .IO-4 2.7 .10~7 8.1 .10~5
207 D 1.6 .10~3 8.1 .10~7 1.6.10~4 1.1 .10~4
Bi
83 W 2.7.10~4 1.4 .IO"7 2.7.IO-5
210m D 5.4 .10~6 1.9 .10~9 5.4.IO*7 5.4 .IO"6
Bi
8.1 .10~8 83 U 8.1 .10~7 2.7 .IO-10
210 D-42.4.10 1.1 .io"7 2.4 .10~5 8.1 .IO"5
Bi
83 w 2.7.10~5 1.1 .io"8 2.7.10~6
212 D 2.4 .IO"4 1.1.io"7 2.4 .IO"5 5.4 .10~4
Bi*
83 W 2.7.IO"4 1.1 .io"7 2.7.10~5
V" 213 D 2.7.10~4 1.4 .10~7 2.7.10~5 8.1.10~4
Bi
83 W-42.7.10 1.4.10 2.7 .10~5
214 D 8.1 .10~4 2.7.10~7 8.1.10~5 1.6.IO"3
Bi
83 W 8.1 .10~4 2.7.IO"7 8.1 .10~5
203–8<Po D 54IO-2 27IO"5 54IO"3
W 81IO-2 27IO-» 81IO"1
2-4 10-J
20.S8«Po D 27·IO"2 16 IO-5 27·IO"3
W 81IO-2 27IO"5 81IO"3
22IO"3
(+) (++) See footnotes attheend ofthis table

-59-
Exposed workers Members ofthe Public
Radionuclides Form (+)
iLimit of
annual
intake by
inhalation
CiDerived limit
ofthe
concentration
inair for an
exposure of
2000 h/year
Cim~3Limit of
annual
intake by
inhalation
CiLimit ofannual
intake by
ingestion (++)
Ci
1 2 3 4 5 6
207–8«Po D
W24IO"»
27IO-1Il10-*
II io-52410-'
27·10-J
81·10-·
210_84P0 D
W54·IO-7
5410^27 ■10-">
27·10–·®5410"·
5410-·
27·IO"7
~ 207
At
85D
W2.7.10~3
2.2.IO-31.1.io-6
8.1.10~72.7.IO"4
2.2.ίο-45.4.IO-4
211
At
85D
W8.1.10~5
5.4.10~52.7.10 -8
2.2.10 -88.1.10~6
5.4.10~61.4.10~5
222
Fr
87D 5.4.IO"4 1.9.10~7 5.4.10~5–42.2.10
.223
Fr
87D 8.1.10~4 2.7.10 -7 8.1.10~5 5.4.1o "5
223d8»R* W 81io-7 27·10-»· 81■10-·
5-4 ■10-7
224daftiu W 16-10-* 81·10-'° 16 IO-7
81·10-'
"IR» W 5410-» 27·ΙΟ"· 0 54·IO"·
81 ·10-»
ISr. W 54·IO-7 2710-" 54·IO"·
19 ·10^
227_eeR* W 14 IO-2 5410-* 14·IO-3
1-6 -10-»
2288SR* w 11 ·io-4 5410-,e 11 ·10-7
2-4 IO"7
(+) (++) Seefootnotes attheendofthis table

-60-
Exposed workers Members ofthePublic J
Radionuclides Form (+) Limit of
annual
intake by
inhalation
CiDerived limit
ofthe
concentration
inair for an
exposure of
2000 h/year
Cim~3Limit of
annual
intake by
inhalation
CiLimit ofannual
intake by
ingestion (++)
Ci
1 2 3 4 5 6
224
Ac
89D
W
Y2.7 .10~^
5.4.10
5.4.10I.I.IO "?
2.2.10 °
1.9 .10"82.7 .10~^
5.4 .10~*
5.4.101.9.10 -4
225
Ac
89D
W
Y2.7.10~^
5.4.10-^
5.4.101.1.10"}°
2·7·10-02.7.102.7.I0 "8
5.4 .10~o
5.4.I0"85.4 .IO-6
226
Ac
·" 89D
W
Y2.7.10~k
5.4.10~°
5.4 .10"61.4.10^2.2.10 *
1.9.102.7 .10-7
5.4.10
5.4.101.4 .IO-5
227 J D
Ac 1 W
89 I Y5.4 .lO^0
I.6.IO4
2.7.10-131.6.10
8.1.10 I
1.6.101.6 .10_lg
2.7.101.9 .10~8
228
Ac
89D
W
Yi.i.io "5s
2.7.10
5.4.10-92.7.10 i
1.6.10 1I.9 .I0"81.1.10~£
2.7 .10¿
5.4.102.4 .10~4
290Th w
Y16 I0-*
14 10-·5410-·
5410-·16 Í0-»
14 10-»
5410-·
290Th w
Y27IO-7
2710-'14 10-'°
14 10"1027IO""·
2710"·
14 10-»
^ 290Th w
Yι110-·
16 10-·5410–"
8110-*!11 IO""»
16 10-"
54IO-7
2»oTh w
Y8110-'°
2410-'27 10–13
11 10-128110-"
2410-'°
5410"·
"oTh w
Y54IO"»
1610-«2710–11
5410-"5410-'°
1610-'
27IO–7
"¿Th w
Y54ια~ >
5410~J27 ■10~*
2710-»5410-·
54IO-·
2710-·
/+)(++)Seefootnotes attheendofthis table

-61-
Exposed workersMembers ofthe Public
Radionuclides
tForm (+) Limit of
annual
intake by
inhalation
CiDerived limit
ofthe
concentration
inair for an
exposure of
2000 h/year
Cim"3Limit of
annual
intake by
inhalation
CiLimit ofannual
intake by
ingestion (++)
Ci
1 2 3 4 5 6
232–9oTh W
Y1l■io-·
27·10-·5-4 io-»
11· io-»11 ·10-«·
27IO"··
81■10"·
23«-n.90Th w
Y19 IO"4
1610-·8110-·
54IO""·19 ·IO""»
16 10-*
2-7 ■IO"»
goThnat
¥w
Y19 10-*
5410-*Il IO"»
19 10-"1-9 ·10-»
54·10-»
1-4·10-»
227
Pa
91w
Y1.1.io-4
1.1.io"45.4.IO-8
5.4.1ο "81.1.io-5
1.1.io"52.7.10 -4
228
Pa
91u
Y1.4.10~5
1.1.10~55.4.10~9
5.4.10 -91.4.10~6
1.1.io"61.4.10~4
230
Pa
91w
Y5.4.10~6
2.7.10~6-91.9.10
-91.4.10 *5.4.IO-7
2.7.IO"75.4.10~5
231
Pa
91w
Y1.6.IO"9
2.7.IO"9-135.4.10
-121.6.10 ¿1.6.IO"10
2.7.IO"101.9.IO"8
' 232
Pa
91u
Y2.2.10~5
5.4.IO"58.1.10~9
2.4.10~82.2.IO"6
5.4.IO-61.4.IO"4
233
Pa
91w
Y8.1.IO"4
5.4.10~42.7.10~7
2.4.IO-78.1.10~5
5.4.IO-51.4.IO"4
1
1
234 ! W
Pa 1
91 j Y8.1.10~3
5.4.IO-32.7.IO-6
2.7.IO"68.1.10~4
5.4.IO"42.4.IO-4
(+) (++) Seefootnotes attheend ofthis table

-62-
Exposed workers Members ofthe Public
Radionuclides Form (+) Limit of
annual
intake by
inhalation
CiDerived limit
of the
concentration
inair for an
exposure of
2000 h/year
Cim""*Limit of
annual
intake by
inhalation
CiLimit ofannual
intake by
ingestion (++)
Ci
1 2 3 4 5 6
292U(··· ) D
W
Y5410-'
27IO"7
27IO"'16 10~ 10
14 IO-'®
11 IO-' 05410-«
2710-·
2-7 10-·
(a)2-7 10-'
(h)54·10-*
292U(··· )
*D
W
Y81IO"1
v4 IO-1
5410-J2710-»
2410-*
19 10-»8110-·
5410-*
54 ■10-·
5410-*
2ÌÌU ('·*)D
W
Y2210-'
2-7 10-'
8110-»8110-»
16 IO-10
27IO-1222·IO"·
2^10-·
8110-'®
(a)22■10-'
(b)5410-*
2Uv (···) D
W
YIl IO-4
81I0-'
2-7 IO"·54IO-'®
2710-'®
1^io-"Il IO""»
81IO"·
2710-·
(a)Il10-*
(b)19 10-»
292U(··· ) D
W
Y14 10-*
8 1IO-7
27IO"·5410-'®
2710-'®
16 10-",1-410-'
8110-·
2710-»
(a)11 ·10-*
(h)19 -10-4
2Muc·*) D
W
Y14 IO-6
81IO"'
54IO"·5410-'°
27 IO-'®
16 ·10-"14 10-'
81·10"·
54IO-*
(a)14 IO""*
(b)1910-·
292U (·'·) D
W
Y14 ·IO-6
8110-'
2710-·5410-'°
27IO-1®
16 ·10-"14 ·10-7
81IO"·
27IO-»
(a)14· 10-*
(h)22■10-·
292UC**) D
W
Y2710-'
16 IO-3
16 IO"3Il io-*
8 1·10-'
5410J27·IO-·
16 IO"*
16 IO-*
16 10-·
(+) (++) (•••) Seefootnotes attheendofthis table

-63-
Radionuclide ;
15Form (+) Limit of
annual
intake by
inhalation
Ciworkers
Derived limii
ofthe
concentratior
inair for ar
exposure of
2000 h/year
Cim~3Members of
- Limit of
annual
ιintake by
inhalationthePublic
Limit ofannual
intake by
ingestion (++)1
1
46
- Hive ") D
w
Y14 ·10-*
81·IO-7
5410-«5-4 ·10-'°
17 IO-'®
19 IO""14 io-7
κιio-·
Î4 io-»
(.1)1410-*
(b)22■10-»
"'i»(*") D
W
YIV io-·
I6·10-·
Ι·6 10-'81·10-»
XI io-»
5410-»19 10-1
16 IO"1
16 10-J
5410"J
2J2U (···) D
W
Y2-7 ■ΙΟ-i
27ΙΟ-i
24IO-116 ΙΟ"*
I1-io-*
li·io-*2710-·
2710-·
2410-·«
14 10-·
92(J-nat (**»} D
W
Y1-4 10-*
«ιio-7
27■10-·s410-»°
27IO-10
I610-"1410~7
8-1-10-·
27·10-·
(.ι)1410-*
(h)19 -10-»
232
Np
93W 2.4.IO-3 1.1 .io"6 2.4 .lo"4 2.7.10~ 3
233
V Np93w 2.7.10 0 1.4 .io"3 2.7.10 -1 8.1 .10~2
234
Np
93w 2.7.IO-3 1.1 .io-6 2.7 .10~4 2.2.10 ™4
235
Np
93w 1.4 .10~3 5.4.1o "7 1.4.10 -4 1.1 .10~3
236
Np
93
(1.15.105y )w 2.7 .10~8 ì.i .io-11 2.7.10 -9 2.7.10 "8
236
Np
93
(22.5 h)w 2.7 .10~5 1.6 .10~8 2.7 .10"6 5.4 .10~5
See footnotes atthe end ofthis table

■-6^-
Radionuclides Form (+)
11 Exposed
Limit of
annual
intake by
inhalation
Ciworkers
Derived limit
ofthe
concentration
inair for an
exposure of
2000 h/year
-3CimjMembers of
Limit of
annual
intake by
inhalation
CihePublic
Limit ofannual
intake by
ingestion (++)
1
237
Np
932
w3
-95.4.104
2.4 .10~125
5.4 .10~l° 8.1.10 -9
238
Np
93w 8.1.10 -5 2.7.10 8 8.1 .IO-6 8.1 .10~5
239
NpV 93w 2.4 .10~3 1.1 .io-6 2.4 .IO-4 1.6.10 -4
240
Np
93W 8.1 .10~2 2.7.10~5 8.1.10 3 2.2 .10~3
2IÍPu W
Y22IO-4
19 10~ »8110-·
81IO"·22IO"»
19 10-»
8-1 ■10–·
"ÍPu w
Y27IO»
24IO®14 1(TJ
I1IO"12710–"
241»-·
8110-»
23Λ„94PU
––w
Y19 Ι0~·
27IO"·81IO-12
16IO"111910-«
2710-*
(a)2210-«
(h)1-610-»
237„94PU w
Y27 lO-i
2710~°I410–4
14 10–62710–»
27IO"4
14 IO"1
238„94PU w
Y54IO-*
1610-»24IO-' 2
81IO-«35410-'°
16IO"·
f.i)8110-»
(h)81IO"*
239„94PU w
Y54IO-*
14 IO"·22IO"12
54IO-"54IO-10
14 10^
(.1)Í-4 ■10-7
(h;5410-·
240py«Pu w
Y5-4 10-*
14 10-·22IO-' 2
54IO-' 25410-·°
14 10-·
(.1)54IO""'
(h)54■10-·
(+)(++) Seefootnotes attheendofthis table

-65-
Exposed workers Members ofthe Public
Radionuclides Form (+) Limit of
annual
intake by
inhalation
CiDerived limit
ofthe
concentration
inair for an
exposure of
2000 h/year
Cim~3Limit of
annual
intake by
inhalation
CiLimit ofannual
intake by
ingestion (++)
Ci
1 2 3 4 5 6
241d9«Pu W
Y27I0-'
5410-'Il IO-' »
27·IO"102-7-10-·
5410-·
(a)2-7 ·10-·
(h)27·IO""4
2*2-,9<Pu w
Y54IO"'
16 10-·24IO"12
54IO"115410-· 0
1-6 ■10-·
(a)81·10^»
(h)81 ·10-·
^ 2»3_Λ4Ρ" w 27IO"2
27IO"214 In *
16 111-42-7 I0_ä
27IO"3
1-6 IO"3
244_94PU w
Y5410-*
16 IO"·2410-"
5410-"5410-,β
1610-»
(a)8-1 ·IO-7
(b)8-1 ·10-·
245«94PU w
Y5-4 ·IO-3
5410-J19·10-·
1610-·54IO""«
54·IO"4
2-2 -10-·
237 .95Λΐη w 2710-» 11 ·IO"4 27ΙΟ^2
8-1 -10-»
238 .95Am w 2-7 ·10-1 11 ·10-· 2-7 ·10-·
2-7 ·10^»
239 .95ΛΠΙ w 1-410~ » 54IO"· 14 ·10-'
5-4 ■10-·
240A95A1D w 2-7 ·10-» 11 ·io-· 2-7·10-·
2-2 ■10-·
'¿¿Am w 54·10-* 2210-" 5-4 ■10-«·
1-4 -10-»
Tí"*» w 5-4 ■IO"* 22■IO-12 5-4 -10~,e
1-4·IO"*
242 .
95ΛΠ1 w 8-1 ·IO"· 27·10"· 8110-·
5-4 ·Vf*
(+)(++) Seefootnotes attheendofthis table

-66-
Exposed workers Members ofthe Public
Radionuclides Forrn (+) Limit of
annual
intake by
inhalation
CiDerived limit
ofthe
concentration
inair for an
exposure of
2000 h/year
-3ClmLimit of
annual
intake by
inhalation
CiLimit ofannual
intake by
ingestion (++)
Ci
1 2 3 4 5 6
243 .
95AITI V S410-* 22 10-" 5410-10
14 IO"7
2ÍS-A» w 271»-° 16 10-* 27ΙΟ-
54■10-'
244Ag5Am w 16 10~« 8110-« Ι6IO"5
27·10-·
245 .95ΛΠ ) w 8110-J 27 10–* 81IO"3
27IO"1
246m »
95ΛΠ1w 16 10-' 81IO"5 16 10-»
5410-J
246 .
95Am w 11 io-· 5410-»
\11 io-1
27IO-1
HiCm w 11 10-J 54IO-7 11 10-·
1-6 ■10"·
29®Cm w 54IO"' 2210-« 54IO""·
11 10"·
29% w 2410^» 11 10-· ,24IO"*
1-4 10-·
296Cm w 27ΙΟ-7 11 io-10 27IO"·
5410-*
2?6Cm w 81ΙΟ"' 27·10-" 8110-'·
19 IO"7
296Cm w 11 10-* 5410-" Il10-»
24■IO"7
296Cm w 54IO"* 2210-» 5410-»°
M10-*
296Cm w 54IO"* 2210-" 5410-»°
1-4 ·10-»
296Cm w 5-4 10-* 2410-" 54IO-1·
14 ·IO-7
(+) (++) Seefootnotes attheend ofthis table

-67 -
Exposed workers Members ofthe Public
RadionuclidesjForm(+)
iLimit of
annual
intake by
inhalation
CiDerived limit
ofthe
concentration
inair for an
exposure of
2000 h/year
Cim~3Limit of
annual
intake by
inhalation
CiLimit ofannual
intake by
ingestion (++)
Ci
1 2 3 4 5 6
2ilCm w 14 IO-* 54ιο-° 14 10-"
27·10-·
296Cm w 14 IO"1 5410-* 14 ·IO"1
54·10-'
245
Bk
r97w 1.4 .IO-3 5.4 .io-7 1.4 .IO-4 2.2.IO"4
246
Bk
97w 2.7 .10~3 1.4 .ΙΟ"6 2.7 .10~4 2.7 .ίο"4
247
Bk
97w-95.4.10 2.2.IO-12 5.4.IO-10 1.1 .io-7
249
Bk
97w 2.2 .10~6 8.1 .IO-10 2.2.10~7 5.4.10 -5
250
Bk
97w-45.4.10 1.9 .10~7 5.4 .10~5 1.1 .io"3
29«Cf w
Y5411)-4
5-4 10-·2410-'
24■10J5-4 ·10-»
5-4·10-·
24·10-»
29«Cf w
YIl io-5
81IO-*5410-»
27·10-»11 io-»
81 ·10-'
27·IO"«
2äicf w
Y8ii(r·
ιιio-72"10-"
5410-"81IO-»
11 10"«
2-2 ■10-*
"«Cf w
Y5410^»
14 10-*22IO-12
5-4 10-"54IO-10
14 10-»
Il·io-*
"gCf w
Y14 10-·
2-7 -10-·5410-"
Il io-"14 IO"»
27· IO-*
2-7 ·10-'
(+)(++) Seefootnotes attheendofthis table

-68-
ΓExposed workers Members ofthe Public
Radionuclides Forra (+) Limit of
annual
intake by
inhalation
CiDerived limit
ofthe
concentration
inair for an
exposure of
2000 h/year
Cim~3Limit of
annual
intake by
inhalation
CiLimit ofannual
intake by
ingestion (++)
Ci
1 2 3 4 5 6
"«Cf W
Y54IO-*
14 IO-·22IO-' 2
S4IO–' 25410-'°
1410-·
Il IO-7
"«Cf w
Y27-IO-·
27IO-·Il io-"
16 10-"27IO-*
27·10~*
54IO-7
2S3rt9»Ct
'Ww
Y19 IO-*
16 IO-»SΙio-' 0
8110–1019 10-'
16 10-'
54tO-» -
"eCf w
Y2210""*
1610-·Il io-"
ΗI !0-,J2210-»
16 10-·
27IO"7
250
Es
99w 5.4 .10~4 2.7 .10~7 5.4 .10~5 5.4.io-3
251
Es
99w 1.1 .io-3 5.4 .IO-7 1.1 .io"4 8.1 .ΙΟ-4
253
Es
99u 1.6 .io"6 5.4.10 "10 1.6.10 -7 2.2.10~5
w
254m
Es
99w 1.1 .io"5 5.4 .10~9 1.1 .io"6 2.7.10 -5
254
Es
99w 1.1 .io-7 5.4 .IO-11 1.1 .io"8 2.2 .10~6
252
Fm
100w 1.4 .10~5-95.4.10 1.4 .10~6 5:4 .ίο"5
253
Fm
100w 1.1 .io-5-95.4.10 1.1 .io"6-41.4.10
(+)(++) Seefootnotes attheendofthis table

-69-
Exposed workers Members ot*the Public
K.id ionuc iides Korui (+) Linuc of
annua L
intake by
inhalation
Cl
3Derived iimit
oLthe
concentration
inair for an
exposure of
2000 h/year
CimLimit of
annual
intake by
inhalation
Ci
5Limit ofannual
intake by
ingestion (++)
Ci
6
254
Fm
100w 1.1.10-45.4.10-81.1.10 2.7.10-4
255
Fm
1002.2.10-58.1.10-92.2.10-65.4.10-5
257
Fm
100w 2.4.10-71.1.10-102.4.10-85.4.10-6
257
Md
101W 1.1.10-42.7.10-81.1.10-58.1.10-4
258
Md
101W 2.7.10-71.4.10-102.7.10-88.1.10-6
(+) FortheuseofD(=day),W(=week),Y(=year)s«Tab^c" Table d
(++)Forexplanation of'(a)'-iSpoJTrf urlum ,mhalanon andingestion should notexceed 25mg(•••) Inview ofthechemical toxicity ofwater soluble compounds oturanium ,
and150mgrespectively .nanyday,regardless oftheisotop.c composmon .

-7C -
Exposed worker ^
_Members ofpublic
RADONIlm1lui
aiηuiJL
c*λιni ,stirc*
Cihm3Limit ,oí
annua i
intake by
inhalation *
CiOer iveil 1imitof
lhe concentration
inair for ailexpo-
sure of2000 h/year *
cim"3Limit otannual in­
take byinhalation
Ci
222
Κti
8b8.1 .1(Γ3 9.7.1o' 3 ^.i.io~ 6-49.7.10
220 216
Ku + Ι'υ
86 841.4 .lü-2 l.ò .io-2 6.8 .lü"6 1.6 .10~3
RADON
daughtersExposed workers Members ofpublic
Limit of
annua 1
exposure *Limit of
annual
intake by
inhalat ion*Derived limit of
the concentration
inair for anexpo-
sure of20O0 h/yearLimit ofannual in­
take byinhalation
Equilibrium Equivalent -Radon ActivityV-
222
Rn (Rn)-
86
daughters l)8.1.10 5
Cihm39.7.10 3
Ci4.1.10~8
Cim"39.7.10 -6
Ci
220
Rn (Tn)-
86
(laughters 2)1.8 .IO-5
Cihm32.2 .10~5
Ci-96.9.10
Ciη32.2.IO-6
Ci
Potential aenergy
222
Rn (Rn)~
86
daugiiters 1)0.017 Jhm3
4.8 WLM 3)0.02 J 8.3.ΙΟ-6Jm"3
0.40 WL4)0.002 J
220
Rn (Tn)~
86
daughters 2)0.050 Jhm3
14WLM 3)0.06 J 2.5.10~5Jm"3
1.2WL4)0.006 J
1)bPo(RaA)to^Po(RaC 1)
2)12Pb(ThB)to212Po(ThC 1)
3)1WLM (working level month )»2.2#10 ^MeVhl ^=3.5.10 Jhm
4)1WL (working level )=1.3.10 "*MeVl **2.08.10 ^Jm
*These aremean values over several years .National authorities shall
adept appropriate procedures todeal with particular situations .

TABLE c
Element Form Compounds andelanents
1-H -–
4-Be Y
wOxides ,halides ,nitrates
Allother compounds
6-C - -
9-F Y
w
DFórinformation œncerning classification of
fluorides ofaparticular element themetabo -
licdata ofthat element should beconsulted
11-Na D All
12-Mg W
DOxides ,hydroxides ,carbides ,
halides ,nitrates
Allother ccrnpounds
13-Al W
DOxides ,hydroxides ,carbides ,
halides ,nitrates ,
Allother ccrnpounds
14-Si Y
W
DAliminosilicate glass aerosol
Oxides ,hydroxides ,carbides ,
nitrates
Allother compounds
15-Ρ W
DPhosphates
Allother compounds
16-S
mfW
DElement S
Forinformation concerning classification of
sulphates andsulphides ofaparticular
element themetabolic data for that element
should beconsulted
17-Cl W
DForinformation concerning classification of
achloride ofaparticular element themeta-
bolic data forthat element should beconsul -ted .
18-Ar-
19-Κ D All
20-Ca W All
21-Sc Y All
22-Ti Y
W
DSrTi03
Oxides ,hydroxides ,carbides ,
halides ,nitrates
Allother ccrnpounds
23-V
.W
DOxides ,hydroxides ,carbides ,halides
Allother canpcunds

-2-
ElementFormCompounds andelements
24-Cr Y
W
DOxides ,hydroxides
Halides ,nitrates
Allother ccmpounds
25-Mn W
DOxides ,hydroxides ,halides ,nitrates
Allother ccmpounds
26-Fe W
DOxides ,hydroxides ,halides
Allother canpounds
27-Co Y
WOxides ,hydroxides ,halides ,nitrates
Allother ccmpounds
28-Ni W
DOxides ,hydroxides ,carbides
Allother ccmpounds
29-Cu Y
W
DOxides ,hydroxides
Sulphides ,halides ,nitrates
Allother inorganic ccmpounds
30-Zn Y All
31-Ga W
DOxides ,hydroxides ,carbides ,
halides ,nitrates
Allother ccmpounds
32-Ge W
DOxides ,sulphides ,halides
Allother ccmpounds
33-As W All
34-Se W
DOxides ,hydroxides ,carbides ,
elemental Se
Allother ccmpounds
35-Br W
DForinforna tion concerning theclassi­
fication ofabrcmide ofaparticular
element themetabolic data for that
element should beconsulted
36-Kr - -
37-Rb D All
38-Sr Y
DSrTi03
Soluble ccmpounds
39-Y Y
WOxides ,hydroxides
Allother ccmpounds
40-Zr Y
w
DCarbide
Oxides ,hydroxides ,halides ,nitrates
Allother ccmponds
41-Nb Y
WOxides ,hydroxides
All otiier compounds

-3-
Element Form Ccrnpounds and elements
42-Mo Y
DOxides ,hydroxides ,MoS2
Allother ccrnpounds
43-Te W
DOxides ,hydroxides ,halides ,nitrates
All other canpounds
44-Ru Y
W
DOxides ,hydroxides
Halides
Allother canpounds
45-Rh Y
W
DOxides ,hydroxides
Halides
Allother ccrnpounds
46-Pd Y
W
DOxides ,hydroxides
Nitrates
Allother canpounds
47-Ag Y
W
DOxides ,hydroxides
Nitrates ,sulphides
Allother canpounds ,metallic silver
48-Cd Y
W
DOxides ,hydroxides
Sulphides ,halides ,nitrates
Allother ccrnpounds
49-In W
DOxides ,hydroxides ,halides ,
nitrates
Allother ocrnpounds
50-Sn
51-Sb
52-TeW
D
W
D
W
DSulphides ,oxides ,hydroxides ,
halides ,nitrates ,stannic phosphate
Allother compounds
Oxides ,hydroxides ,halides ,
sulphides ,sulphates ,nitrates
Allother ocrnpounds
Oxides ,hydroxides ,nitrates
Allother canpounds
53-1 A11
54-Xe
55-Cs
56-Ba
57-LaAil
Ail
W
DOxides ,hydroxides
Allother canpounds

-4-
Element Form Carpounds andelements
58-Ce
59-Pr
60-NdY
W
Y
W
Y
WOxides ,hydroxides ,fluorides
Allother carpounds
Oxides ,hydroxides ,carbides ,
fluorides
Allother carpounds
Oxides ,hydroxides ,carbides ,
fluorides
Allother carpounds
61-Pm
Woxides ,hydroxides ,carbides ,
fluorides
Allother carpounds
62-Sm W An
63-Eu W Ail
64-Gd W
DOxides ,hydroxides ,fluorides
All other cartoounds
65-Tb W Ail
66-Dy W Ail
67-Ha W Ail
68-Er W Ail
69-Tm W Ail
70-Yb Y
WOxides ,hydroxides ,fluorides
Allother carpounds
71-Lu Y
WOxides ,hydroxides ,fluorides
Allother caipounds
72-Hf W
DOxides ,hydroxides ,halides ,
carbides ,nitrates
Allother ccrpounds
73-Ta
74-W
75-ReW
D
W
DRloriental Ta,oxides ,hydroxides ,
halides ,carbides ,nitrates
Nitrides
Allother carpounds
Ail
Oxides ,hydroxides ,halide ^
nitrates
Allother carpounds

-5-
Element Form Compounds andelements
76-Os Y
W
DOxides ,hydroxides
Halides ,nitrates
Allother cattpounds
77-Ir Y
W
DOxides ,hydroxides ,
Halides ,nitrates andmetallic iridium
Allother canpounds
78-Pt D All
79-Au Y
W
DOxides ,hydroxides
Halides ,nitrates
Allother canpounds
80-Hg W
DOxides ,hydroxides ,halides ,
nitrates ,sulphides
Sulphates ,organic canpounds
81-Tl D All
82-Pb D All
83-Bi D
WNitrate
Allother canpounds
84-Po W
DOxides ,hydroxides ,nitrates
Allother compounds
85-At W
DForinformation concerning theclassifi­
cation ofhalides ofaparticular element
themetabolic data for that element
should beconsulted
87-Fr D All
88-Ra W All
89-Ac Y
W
DOxides ,hydroxides
Halides ,nitrates
Allother canpounds
90-Th Y
WOxides ,hydroxides
Allother canpounds
91-Pa Y
wOxides ,hydroxides ,
Allother canpounds
92-ü D
W
YUF6 ,U02F2 andÖ02 (N03)2
Less soluble such asU03 ,UF4andUC14
Highly insoluble oxides ,i.e .U02and
U308
93-Np W All

-6-
Elcjnent Form Cunpounds and elonents
94-Pu Y Pu02
W All other compounds
95-Am W All
96-Cm W All
97-Bk w All
98-Cf Y Oxides ,hydroxides
w All other compounds »
99-Es w All
100 -Rn w All
101 -Md w All

TABLE d
Element Caipounds andelements
16-S a)allinorganic compounds
b)elemented S
27-Co a)oxides ,hydroxides andallother inorganic compounds
ingested intracer quantities
b)organically ccrplexed compounds andallinorganic
compounds except oxides andhydroxides inthe
presence ofcarrier material
34-Se a)elemental Se,selenides
b)allother compounds
38-Sr a)soluble salts
b)SrTi03
42-Mo a)allcompounds except MoS2
b>!-fc>S2
51-Sb a)tartar emetic
b)allother compounds
74-W a)tungstic acide
b)allother compounds
80-Hg a)methyl mercury
b)other organic compounds
c)allinorganic compounds
92-U
1a)water soluble inorganic compounds
(hexavalent uranium )
b)relatively insoluble compounds such asUF4 ,U02
and U308
(tetravalent uranium )
94-Pu a)allcompounds ,except oxides andhydroxides j
b)oxides andhydroxides