Bliley CTR
LAW O F CES JACOB MEIDIItGE 1 70 .VENUE C THE AMERtCAS RC)< K. EF EL LER CENTE NEW YO K,N. Y, IOO20
Fields
- Date Loaded
- 22 Apr 1998
Document Images
LAW O~F~CES
JACOB & MEIDIItGE~'~
1~70 ~.VENUE C~" THE AMERtCAS
RC)<~K. EF EL LER CENTE~
NEW YO~K,N. Y, IOO20
H~1022075
EOWlN #,JACOB
f~ANK H,M£O(NG~
TIMOTHY ~ ~INNE~AN
Septembe~ 22, 1~77
2 ~ "65-~*:D
T.V "_- L • "-~
D~, ~zbe~t C. Hocke~
3he Ccuncli fo~ Tobacco
Resea2ch-U,S.A., in¢.
1!0 Zas~ 5;5h S~ree~
:;ew York, ~;ew ?ork 10022
A37:[ ma:er!a/.
71.-r.c:h:,' :4. -- .... -~
EIR 98 COHI3 01161

HK~I02207~
-~.H. until "''
• .'~o;¢Ing ~ p!a:[n2~ In .... *~ ag~os~.,~ese at a
".o'~:era:.re. -~r
[:TR 9~ C01,16 01 1- ~

~g1022077
,.,>
'S..--A--~
i
Typ." :
p*
CO.,...-, . .3 .
-,/~ r ...... ~: . . o
r
,~ .~.1~ 5e,-.j:r, ~:" .-'t:~er
.,o-
~,~
t
~,I~ Blend Conp~si~t~n
/_
!
CTR 98 CONG 01163

7
• ''. j
c"
"7
J
Vse:
0% r,e ." (Spe:" f)'~
Ot.~e,- ,,~.~ec(.."~. ,
CIR 98 C0{,115 0116,~.

5~9l.l.0 91,103 015 ~i'3
J
~/'~-
• (Ejiaa¢~)
~a~,=~'-'.~ ~-'~,.. ~,i~: ;:13 r-~ ~,c~, .L;~ ~.i~
~'~.
/
.1

99LLO 8t,~O0 86 ~I]
r

4.1 ~kmd==-~.Analysls of the G~s Phase
Name of Houth-end
Compound T1
q
T1-
sec.
Blo~o~jicaI
Exposure Point Standard
T1 T;, T3 Deviation
_____~91L
._____Pg/~
\
.______~/~
T2- sec. T3- sec.
Method of
Analysis
4.Z Sample was obtained by drawing___
ftlter over a period of
m]. of the smoke atn~osphere through a
to separate the particulate phase from the gas phase.
5.1 Analysis of Particulate Phase
5.2 Physical Characteristics of Particulate Phase
(--:
,..D
C~
Q
Particle
CharacterSst$c
Number HedSan DSameter
Mass Median Dlamoter
Geometric Standard
Deviation
Distribution Function
Houth-end
"[1
SeC.
B(o!o~l
Exposure Point
T1 T2 T3
TZ" ~q.'c. 'I3" suC.
Standard
Deviation
Rethod of ::=:
Analysis
L~
4,o

5.3 Chemlcal Analysis of ParticuIate Phase
Name of
Compound or Mouth-end
Fraction T1
TI= sec. T2-
Biological
Exposure Point
T1 TZ T3
.___~gl~
____._~g/~
~,gl~
____._pg/~[
sec. T3-
Samples for the above a~alysts ~ere taken over a period of
sampling time was necessary for different analysis, lndtcate below.
Standard
Deviation
'+
sec.
sec. If more than one
Method of
Analysis
~ZZ
(Z]
Oo

i.;;..rl::;., i.ll...i r . -- .., :::" • --.i i::l'-. "" "" .'; i:.:ll I I.[ I- II-
Ili_.._ E'I "1 ) i "I'~-TE:I:'-',L';;:I~;~:I'~'I L. .T "T" ~[ I;."..;~:~T ;[ ~F.)
ETf~ 9~ EEINL3 011lL~9

HK~10220S4
L_ .......
°z"
!
5
Z
.r,
ii
1,1C.~-.-,~* ~::a~d R*~or: ~=r= ~ .......
:!
• ,
In ~,~Ic~ t~e p~ac;i are ~ep: dug~mg ~L~ i~-~.
The :)'pc o£ ¢~gzrettes u~e~ ~moui~ :e ::e:L£;~:, :e-
c~u~n& In :~e ca:e oF otrle~ t~an rereren:# :.~:g,~::.:s, :n,L~
CIF~ 98 COI'IG Ol 170
