SCIENTIFIC ABSTRACT MOROZOV, I. G. - MOROZOV, I. S.

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• Collection: Scientific Abstracts
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• Release Decision: RIF
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• Document Creation Date: November 2, 2016
• Document Release Date: July 13, 2001
• Sequence Number: 5
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

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LINKOV, Ya.I.; MOROZOV. 1.G.
Cont of aafnty. Put' I put. khoz. no.3:31-32 Mr '5;1. (MFCA ll;,~)
(Rililronds--Snfety meqsures)

YXVDOKIROV. I.I.; ALM:SNYEV, V-D.; ASHIMID1. A.K.; BAYEV, N.V.; BKQAROYAN.
P,A.; BYCHKOV, I.A.; VESLOVA, Ye.T.; VTZHEKHOVSKAYA, K.F.; WR3TSKIY,
S.A.; DEMID07, I.M.; YBSIPOV, Te.P.; ZHnOY, V.D.; 2ZLI11SKIY, X.~.;
ZOLINIKOV, F.T,,; ZOLOTOVA, L.I.; KIVIN, A.N.; KOMAI?11ITSKIY, YU.A.;
KONSTANTINOV, A.N.-, Kn'CHITSKAYA, A.K.; MAKSIMIKO, I.I.; MEI-IWTIM.
A.A.; HOROZQV, I.G.; MURZINOV, R.I.; OZEMBLOVSKIY. Ch.S.; OSTRYAKOV,
K.I.-, PANDIA, A.A.; PATLOVSKIY, V.V.; PERMINOV, A.S.; nRSHIN, B.F.;
PRONIN, S.F.; P,%1ENNYY, A.I.; POKROVSKIY, M.I.; RASPONOMAREV, Ye.A.;
SEMIN, I.N.; SICLYAROV, Yu.N.; TIBABSHEV, A.I.; FARBEROV, Ya.D.;
"DOROV, G.P.; SHULIGIN, Ya.S.; YAKIMOV, I.A.; VERINA, G.P., tekhn.red.
[Labor feats of railway workers; stories about the innovetors]
Trudovye podvigi zhelezncdorozhnikov; rasskBzy o novatorakh. Moskva,
Goa.tranap.zhel-dor.izd-vo, 1959. 267 p. (MIRA 12:9)
(Railroads) (Socinlist competition)

I'OR07CIV, I. :; -
1,"j: IYS i CS
La-n-Aic pernea~,,j-.4,y
ernalloy
"Prob'em, -o' of "f-r---,e;jI)j'.ity of -er,.~',Loy-Tvpe A"
D. i::. Alekseyev, li. T ~'.atse, in, I. oromv, 'hy:3 Irist i:::od lebe'-v, Ar-ii ~-,-i
U ;SR, L~ P:)
"Dokf,Ait Nm& Q.7Z!l V.1 !-"!, ND
Re.,:)r',6 ex. i o t.,i a,, I
~,ubii~Ate,,i 20 I'lay 4`
?-A 11/:,)TI'-)O

Ull -tb, -F--.Ilcf
tr -'~r~ f the ExtenBive Atmoscheric St-ers ty D M Ale~snpv
T ZatSePln r 111PT k SS-91 61 Z57-4~-P, 010)
nd j G Morozov DoU
jl~n Rns~ ~-n3
July 21
The fact (Z-qLspp.ln and Mill zhur-Y1:1 ~11 TV2.rt,-t-Fjz17 r0' (1947)
that the registratinn of extensive :.'-wern In ofill oll8vi-v91-1t~ ~,i-tween
2 counter vyqtf~~MB S, Find 52 at dlatq~--..-'on Y'enchl"F ~.)no-iooo m, was
oubidtt*(I to further ntudy Itt 3860 ~'Ltttude. In ndditton to
winoldlinci-m C4 nnil 8, and 52, the !ieldenceo C5 with n rentrnt
munter gToup were rp-cOrded. According to the cascade theory, an
alectron-photon shower hno a certnin mean-square-root rndiuo R.
(R0 v 100 m for p a 480 mm Hg at the Altitude 3860 m), the Bhower
donvity decreasing rapidly out-aide R . As a comiequence, the ratio
CVC-1 must, grow with the distance beLeen S and 8 The actnl
4 - 2*
measurements showed the opp-osite effect, t~e rntlo C,5/C4 df'cr'-ased
from 0.77 A 0.015 to 0.66 ' 0.0.75 uben the distancefs prew From 2 t-c
600 m. These rnmilte ennffrm the liyrwithelato that th,e -xter.,,;.vk,
atmonPlivric showors possnaa a ",atruotore.," perhnpa In thp oh,~i I .-)f
-ii i I

MOROZOV, 1. 0.
USSR^clear Physics - Particles, Doe 48
Fementary
Nuclear Physics - osmic Radiation
"Distribution of Penetrating Particles and High-Energy Electrons in Wide Atmospheric
Showers," D. Y. Alekseyev, G. T. Zatsepin, I. G. Morozov, Phys Inst Imeni. P. N. Lebedev,
4 pp
ODA Ak Nauk SSSR" Vol LXIII, No 4
Describes observations made at 3,860-meter altitude. Results prove existence of
penetrating particles in atmospheric showers. Considers that proportion of such particlet:
is higher than usual estimate made by measuring their density and assuml-ng uniform
distribution In space. Submitted by Aced S. I. Vavilov, 30 Sep 48.
PA 45/49T100

KIASIN, A.K.; KOROZOV, I.G. -;-GERASEVA, L.A.; KMAYEV, A.V.
[Study of beiryllium as a neutron moderatorl Izuchenie berilliia
kak zamedlilmlia neitronov. Moskva, 1955* 17 p. (MIRA 14:7)
(Beryl-lium) (Neutron&-Caprture)

MOROZOV, I. G.- INITTIN Ye. L; SIDOROV, G. I.
p V
Kinetics of a reactor vith linearly increasing reactivity.
Inzh.-fiz. zhur. 6 no.lx73-78 Ja '63. (MIRA 16:1)
(Nuclear reactors)

r-a. r

L 2421-1-65 WT (x)/kF7(a)/VF(n)-2/~PR h-14/Ps-4/Pu_h EM
7
ACCESSION NR: AP5001:k66 S/0089/64/0171006/044810452
AUTHOR: Sinev, N. 13 Blokhin, 0. 1.
Bro er. L~ Gab"Bev. V. N. I- Dudnikov, Yir. V.; Zhilltsov, V. T-.Ifoptev,'
P. ; LwjtaQy__2L_jL; -LJaochkfn,. G. A. i MerzlVdn. 0. A.
_Ya. (deaeased)l Orokhov,Yu. 1.1 Siorgoyevs 1u. A.)
1Qqhakny (1- N-; FqdgK~~~- ChqXaXr,_Y,_X_aj_ShmeIev,
V. M.
TITLE: Small-size atomic elecfkc mweroinstallation TES-3
SOURCE: Atomiaya energiya, v. 17, no. 6, 1964. 448-452
TOPIC TAGS: small atomic power installation, portable)itomic power installa-
tion , nuclear reactor, electric power gene ratlofVrES-3 reantor
A13STRACT: The paper is a summary of the SSSR report 0310 at the Third Inter-
_____p_q_k1qqaa_PQnference on Peaceful Uses of Atomic EnergXjLan%Gjeneva. 1904. It
describes a movable small-size atomic ele~t_~,_C~wer installation with the water
cooled and moe4 rated TE8- 3 reactor (under 10, 000 kw). It consists of four
C-dl/2

L 2-L.211-Z5'
ACCESSION NR: AP5001266
blocks each of which was assembled at the manufacturing plant. and which are
placed on four self-propelled flatcars on caterpillar tracks. No housing is re-
quired for the installation; the only local preparation needed is the radiation
protection. The results with a demonstration model show a satisfactory agree-
ment between the theoretically expected and actually obtained parameters of the
installation. Orig. art. has: 4 figures
ASSOCIATION: None
SUBMITTED: 00 ENCL: 00 SUB CODE: NP
NR REF SOV: 000 OTHER: 000
%
curd
~12

SOME CODE: UR/Wg9/65/019/005/0459/0460
Kukavadze G. M.; LepndinoVve I* Ham
50
TITIE t %asurement, of 'the absorption cross section of sup (a-Qd
SOURCES Atomnaya energlya, v. 19,9 no. 5p 1965, 459-460
TOPIC TAGS I gadali iium, neutron cross sectiong thermal neutron, neutron irradiation,
mass spectrometer, imutron spectrum,, nuclear reactorp neutron
'ABSTRAICT: Samples of gadolinium oxide were Irradiated In a reactor with thermal
naujgns to various integral flwms. The thermal-neutron,0sorption cross section r
1
56Gd and Gd concentrations in
of Gd was determined from the values of the
the irradiated samples,-measured on a mass spectrometer, and the value of th13
absorption cross section., obtained by averaging the cross section from resonance
parameters over the neutron spectrum of the eactoro The cross section for 0.025-ev
neutrons vas found to be 13 & 3 barnse 2rA-/
SM COM:18p 20 SIMM DA!d: O2Apr65 UM REF: 003
Card

/I
MOROZOV I I. I.
Stability of steam generation in a single turn of a uniflow boiler.
Tnzh.-fiz.zhur. 4 no.8:49-53 Ag 161. (14LU 14:8)
1. Folitekhnicheskiy institut, Chelyabinsk.
(Boilers)

MOROMV, I.I., kard.telchn.nauk, dotsent
Coneprning the stability of the steam formation process in the
parallel coils of a once-through boiler. Izv.vys.ucheb.wv.;
energ. 5 no.llt66-68 N 162. (MIRA 15:12)
1. dpelyabivskiy politekhnicheskiy institut. Prodstavlana pro-
myeblompy teploenergetikio
(Boilers)

ACCESSION NRi AP4,038663
5/0170/64/000/004/0051/0057
AUTHORz -Morozov, 1. 1'.
TMILE: Effect of the variability of the heat flow on the stability of the
operational proceas of a direct-flow steam generator
SOURCE; Inzhenerno-fizicheskiy zhurnal, no. 4, 1964, 51-57
TOPIC TAGS: Steam generator, hqat flaw
ABSTRACT: The paper shows the effect of a variable heat flow on the stability
of the steam generation process in a single tube. The pressure in the tube is
assumed to be low compared to the critical pro--sure, and appro)cimately uniform
along the heated portion. It is assured that the physical ionstants of the
fluid are constant for small temperature fluctuations, and that the heat flow
along the tube may be neglected. A characteristic equation is derived for the
case of a constant heat flow. Another equation is obtained for the case where
the hoat flow is uniform along the tube but variable with time. Tho offoct of
the flow pattorn on the stability of the process is shown. The stability
boundaries are given. A comparison of the experimental data with the predicted
L-Card 1/2

ACCESSIOF NR: AP403&563
stability boundaries shows good agreement. Orig. art. has, 3 figures and 23
formulas.
ASSOCIATIO114 PG1it0khaiCheGkiY Institut, Chelyabinsk (Polytechnic Institute)
suaamm, 13i4ay63 DATE ACQ: lqMay64 ENCLt 00
SUB CODEi EE NO REF SOV: 005 OTHERt 000
Card 2/2

3/170/63/006/001/007/015
B167/B102
AUTHORS: Morozov, I.I., Mallkov, V.A.
TITLE: Effect of elastic volumes on the stability of the
working process in steam generating pipes
PERIODICAL: Inzhenernr)-fizicheskiy zhurnal, v. 6, no. 1, 1963, 54-58
TEXT: The stabili-.y of steam production -in the pipe of a heat exchanger
with elastic input volume, having a gas cushion and a steam collector at
the output, is studied for the simplest types of pipes, The conditions
and the results published in the paper by I.I. Morozov (IFZh,no.8,1961)
are used. The system of equations which describes this process, as
given in that paper, is linearized. With the aid of the perturbation
caloulus and after a Laplace transformation the oharacteristic equation
for the system is derived. Making a further aim lification (absence of
p
the steam collector at the end of the output) the following condition is
obtained as a necesnary and sufficient criterion for the stability of the
system on a constant interface between liquid and steam:
I/a6 '-1
Card 112 2(p,-p,T

3/170/63/006/00 1/007/0 15
Effect of elastic volumes Dn the B187/B102
G is the liquid C011SUMf)tion, p013 thc pressure in the gas cusIhion, pi
is the steam pressure in the pipe. The stability is brought about by a
decrease in pressure behind the elastic volume4 A change in pressure
before the elastic volume Joes not affect the stability. The reoults.
were experimentally verified on a imo-Jel constructed according to the
theoretical considerations. There are 5 figures.
ASSOCIATION: Politekhnicheskiy institut, g. Chelyabinsk (Polytechnic
Institute, Chelyabinsk)
SUBMITTED: August 2, 1962
J/
rard 212

MOROZOVY I.I.
Effect of the variability of a heat flow on the stability of
operation or Ft uniflow steam generator. Inzh.-fiz. zhur. 7
no-4:51-57 Ap 164. (AURA 17:4)
1. Pol-itekhnicheskiy institut, Chelyabinsk.

MCI RO ,y, , i y F 5 1 N7
Determl,n;ng. the -,()I.yt:.)plc curve Irlex Of the gas ex,,ar-310r.
pr9cess in A high-pressure vessei, '.izh, fiz, zhu-r,, 7 no,6
(MIRA l';12
o li va b, n s k

t o a I', - --- FD -
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I.Lra. u-. IMOR'7
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Periodi~~al
1,.bZLr,--t Exp-:!.-i.T,:n-...'-- iLt-.,a '.ii- vu.-iution j,'
L,.nd -C ~,,V- tile
:,Ur.Lc~~ .'Vorl "o
,-o 2,) 14-,- rln -quiw-ient alich,
Tfi- l':-e.,,u,:n,y range--; "ur
I !,an inui-a --a. T~-'c Fou. U..'.~R
L)I. --ull-;n -i
Oo7tubfr

w 05- 7- 12112 9
FHOR ~~:OROZO'6 1.1.
TITLE 7-antalwn Electrcl~ 'ic cipq,:.~Iors.
(,Tantalovyyf- ~I-.,,4_~ns,'.-:,~ -
Rus s an)
N r 7, i;;,, 54-'1~7 ".U R.'
'i STR Ac T j X i s t
Fn i I c o n n 9 - r :-,r w`,icl~
tantalum ox-11;- lay,~r ser-,res --i an: ll:~
or alumJnum foil serves as ~_qtholle~
2. Spa,~--o ~-ro,.As an ~inol:;';-
~Intalum powler cDal :-sse~ ',~ --t - &
k, rid t-"It' V~., tempo r-~~ ~ur;_-:2
A sh,-.rt 2-- *014 '1~1!
trolyti-, ~,~rden-i,~rq i,3 t;iven and comparE! witc. um i r. um
electr --lit i :,ondens-rs. rhe maximum como~i',:-4
a - i t i o~ s-f th,,! sec'ion~ rith smooth an,-4-s Etz, r
1: ibou' 11-fc-l!! for tantalum
rk !ii-- f rom 2 0 V vc%' ~ tic
r 7; c if i
v tac" s D U F,c cm h~ _-03 .k
CARD 1/ 2

I'an t a 1,,Lm i~ 9(-- t ro I y t -i C~-,.p a c i tors
ASKICIAHON.
PRE SEN T-`~'D BY :
S C 3,*,! 177- D :
AV A I L A-3 IL .
7 -
of t!.~ r
h,~
the t, i&, t
d r, m. ~i i n c, f f- r m r ti t u r e .3 ~I e.
The d"pen(lencP3 -)f th,,- capacity and tt'.c- t,'
I'emrjer.,ture and fr~,~i,~-nry as wq~il --,i r'~.-: .;t.a;',cO
f r o 3 t 0 f t h~ t ~x r~ t;I 1 --!111 f,, '~ 1 2 C r'- d e ') -3 ~.- :' c'
di~frir little from th,,se of the
The de:-Ik-idence cf the capa~Jlty on temper-"'.irp an! fro-
quency is more- F~~,vora',!e -in the oase of opace -p~,r-~uq
tantalum conder-iers 'he stability of I'n-
on well 5e~,'L,~d tant~tlum conden,3ers is it
hig,h tem-,eratures an' at. J-Lffererkt 'acirk-im-
Uith 6 Slavi,, Reit,
not ~:v"n
-
2 12 .
L i 1 r,i r C r) ri . i
C-;.RL 2/2

0536L
S(,V/ 1()-,, -5,)- 1-,,/ 1,
AUTHOR- M
TITLE: Gas Pressure Calculati.oris For Ineumatic Devices in
Autontati-c Systems
PEIRIC~51CAL, Avtoniatika, 1959, 41- 4, 1-1, 79-6~ tUSSR)
ALs'rRA(-'l I It i -,i p) i ri t ed oil L t hn t ,a I t. houp0i 1~r essui- e c a I c u I it t i
are ofteri made from L11C WiLahatic gas law kEq 1); it is
utten thi- citse that Hic ni;%.-4s A ,,a.-i vartt:--i. ill w;ij(li
ca~-e Eq 14) shotild 1,(~ tised, f -' i g, I -iI.Justrate.9 it
pneuniatic: servo used Ll, tile tests kWith V C0118t) and
Fig 2 gaves the curve found hy experiment which agrees
with Eq 1.4) much better than it does with Eq (1), tic,
matter whether we use n - I or n = 1.4, although the
latter is the hetter. (In this case Eq (4) becomes
Eq (5) since v is constant The gas flow rate is given
by Eq (()'I and ill is given by tile equation below ?'ig 2j
the pressure therl followed. Eq (7) , The c orres 1 und j ng
result derived froin Lq (1) is Eq (0) . Next the auth-r
consj-dei-; the case in wh.1ch the V(-.)IUMe VaFl-es, liere tii..
pressure is goveri.ed hy Eq (9) or by Erl (i0) SIlLce
V = Fn .- x; x(t) is found by experiment- E q ( 12 ) i s
Card 1/2 a rel,ef ~t 1. ion of Eq UJ ) . Fig 3 sh-Ts I-e-ssure curves

0536h
Gas Pressure Calculat ions for Pneutnatic Devices in Automat -Lc S-y stems
k 1, 2 and 3 ) ; the experimental po-Lnts (circles) lall
accurately on the curve iredicted from E,(I TI i e r e
are I figures and 5 SoviCt references.
ASSUCIATION:Dnipropetrovs'kiy depzhAvniy universitet
(Dnipropetrovsk State University)
S U'3M. I TI'ED -November 4, 1956
(-ard 2/2

(7)
-THOR: Morozov, 1. 1,
BO 14 //-"C
TITLE: Approximate Calculation of the Evacuation of a Gas Container
PERIODICAL; Inzhenerno-fizicheakiy zhurnal, 195? Vol 2. 7-76
ABSTRACT. The author explains two methods of calculation In the first metriod
he proceeds from the following assumptions: The container has a
constant volume, a supercritical ratio exists between the pressure
inside the container and the pressure of the surrounding gas, no
heat exchange takes place between the gas in the container and the
container itself. Equation (1) describes the pressure change in the
container during its evacuation. Equations (5) and (6) are derived
on the assumption of an adiabatic process. The pressure drop in the
container with progressing time is graphically represented in fi-
gure I according to these formulas. In the second method, which im
more exact than the first, the polytropic process of evacuation is
taken into account. The derivation of the polytropy constant is
discussed in detail, and equation (19) is given for the pressure
change in the container. k graphical comparison between the ex-
perimental. values and the curves calculated from formulas (5), (6),
Card 1/2 and (19) to shown in figure 1. There are 1 figure and 5 Soviet

;I')("
Approximate Calculation of the Evacuation of a 3/17 159/0C2 12/012/021
Gas Container B014 B014
references-
ASSOCIATIM Gosudarstvennyy universitet, g, Dnepropetrovsk (3tate University,
City of Dnepropetrovsk)
Card 2/2

S/11 70 0 5/ 0 0 8/ 0 13, " 0 14
301 9/ B054
AUTHOR: Morozov, 1 1
TITLE. Prevention of Aeration of' a Lijuld by a Non-8ubmerged Part
of a Turbulent Jet
PERIODICAL; Inzhenerno-fizicheskiy zhurnal, 1960, Vol 5, No. 8,
PP~ 107 - 10) /C
TEXTi The author investigates the aeration of a liquid by a non-submerged
part of a turbulent fluid jet for the case of a container whose inlet- and
outlet openings are situated in the bottom (Fig 11)- It is assumed that no
aeration takes pla(,.E if the non-submerged part of the jet does not exceed
a certain height. The author obtains formula ('~) for the minimum level
height of the liquid, at which no aeration takes place, as a function of
the inlet velocity and of the jet radius. He checked this result by
carrying out experiments with water and visually observing the appearance
of aeration. The results graphically shown in Fig, 2 exhibit a satisfac-
tory agreement between experiment and theory It further appears from (5)
"hat aeration with a given level of the liquid may be prevented by
Card 112

Prevention of Aeration of a Li4uid by a Non- S/ I 70/6o4oz/oc.6/o 6 14
submerged Part of a Turbulent Jet B019/BO54
reducing the jet velocity and the diameter of inlet openings and by
increasing the turbilence Filnally. formula (7) is given for estimating
the minimum level for a given inlet quantity of' liquid and a given number
of inlet opening8 There are ? figures and 1 Soviet reference
ASSOCIATION~
Gosudarstvennyy universitet , g Dnepropetrovsk (State
University, DnepropeLrovsk)
SUBMITTED:
December 17. 19~19
Card 2/2

ACCF-SPSION NRi AP4043-074 5/0170/64/000/OC)6/0108/0113
AUTHORS: Morozov, 1. 1.; Yesin, V. I.
TITLEt Polytropic indoc determination of gas expansion in high pressure vessels
SOURCEs Inzhenernofizicheakly zhurnal, no. 6. 1964, 108-123
TOPIC TAGS: gas expansion, high pressure vessel, expansion law, polytropic index,
heat transfer, specific heat
ABSTRACT.- The processes of gas expansion in high-pressure.vessels were considered,
with the gas obeying various expansion laws. Expressions to be used in engineering
calculations were derived for instantaneous polytropic expansion indices and the
gas pressure in the vessel. The instantaneous polytropic index was defined by
dQ/di
6 RT. 2W-
An average value for a is then obtained lor the expansion process p. p,.(l + Cj)
where
'C.
TV 7
Card 1/2

AccEssim NR , LAQ-074 2.18 1
-k -
2 1 30
This yields the result -1 +k~"IB ' in good agreement with experiments.
Analogous expressions, were derived'for the pressure in the vessel and for under
the conditions Cp, CY. - const. This yields for the pressure
P. P.. POVI
and for (approximately)
where S can be further approximated by' a& j=-- 0.058 (1. Orig. art. hass
formulas and 4 figures.
ASSWIATION: Foliteldiniclaeskiy institut g. Chelyabinsk (Polytechnic Institute,
Chelyabinsk)
SUBMITTMt 16Sep,63 ENCLi 00
SUB CCDE: TD NO REF SOVj 003 OTHERj 000
Card 2/2

NOROZOV, I,K.; IVAKHNNIINO, A.D., red.: &%L?I" A., tekhn.red.
(Stom-3, about a good friend] Po-7est' o bollshon druge.
Tashkent. Gos.izd-vo Uzbekakci SM, 1960. 99 p.
(MIRA 14:2)
(Cotton-pielcin.a, mchinez-A

I 1. 1.
M
OAOZ cv y
i-utttr,l: )-It :. : . 1 :~ .:~ I- ;~ ':;~ . . : . - z-, .. ;. - - - '.. , .
' ) - 24-2t, 1- 3. ~ ~,- ~A -, ;' ~
Lt
1. Novcrossiys,ic,~u ;k;.-evEL'c-,.IinF-ya fitftebazh.

PHASF I BOOK EXI'LOITATION 1187
Eksperimentallriyy nauchno-issledovatellskiy institut metallorezhushch-lkh
stankov
Modernlzatslya strogallnykh, dolbezhnykh i protyazhnykh stankov:
rukovodyashchlye materialy (Modernization of Planing, Shaping;
SIotting, and Broaching Machines; InE3tructiona) Moscow, Mashgiz,
1957. 178 1). 8,500 copies printed.
Authors: BolttLkhin,A.K., -Morozov. I.I., Kudinov, V.A., Lapidus, A.S.,
Belcv, V.S., Manuylov, L.K,, MaRT-ayev, A.F., Engineers; Ed.:
Prokopovich,. A.Ye.; Ed. of Publishing House: Shemshurina, Ye.A,;
Tech. Ed.: Dlatveyeva, Ye.N.; Managing Ed. for Literature on Metal
Working and rool Making (Mashgiz): Beyzellman, R.D., Engineer.
PURPOSE. The book is intended for pr.-,duction engineers and manhinists
In metal cutting shops.
COVERAGE. The book presents instruct-Ions on modernizatinn of planers,
shapers, slotters, horizontal bi-)a-.~hing machines, and vertinal
broaching MF-Lchines for internal and external broaahing. A bx-j.e-f
review and Panalysis of the operation of these ma&iine tools is
C , ard 1/ 6

Modernization of Planing (Cont.) 1187
given and also the basic and most exfjed-~Prit wet!-Iods o.~ mo,jerni zing
them. Examples of design and mcdernizati-M :,f' the speed drive
and of the feed drive, measures for raising the level of me,~haniza-
tion and automation of machine trjolQ. are disi.-u.3sed and devi(---.es are
shown for widening the applicability range of machines and for
performing various operations nol. pertaining to tl-tose usually
done on these machine t--lol2. Th~~ problenia t-,f ir(.reasing rigidity,
resistance to vibratlon,3 and the life of thes,-~ machine tools is
-- --d plans for
._)f S4
discussed. Drawings of basl,~- units landa-
modeTTdzatIon of tools as wcrIced out by TqKB Remashtrp-Ft (Central
De?.ign Bureau of the Truet for the Repaiv i:~f MeraI-,3ut-t1.ng
Machines) and engineering ctepartments of ma-ihine-tool building
plants are presented in detall. No pers,-,nalities a.,-,-- mentioned.
There are 16 referen~-es, all Soviet..
TABLE OF CONT:;-PNTS:
Introduction
Card 216

Modernization of Planing (Cont.) 1187
Ch. 1. Brief Survey and Analysis of Operation of the Machine Tool
Inventory in Use (A.K. Boltukhin, Engineer)
1. Planing, shaping and slotting machines 5
Basin, trends in increasing the productivity of planing
machines 9
Use of idle return stroke, of planing and shaping machines
(A.F. VbLshtayev, Engineer) 14
2. Broaching Machines (V.S. Belov, Engineer) 17
Ch. II. Design and Modeimization of the Speed and Feed Drives
(I.I. Morozov, Engineer) 22
1. Planing machines 22
Modernization of the speed drive 22
Modernization of the feed drive 29
Design example 30
2. Shaping Machines 47
Modernization of the speed drive 47
Moderntzation of the feed drive 50
3. Slotting ma U are constants (k = 0119 ... n and n1- 1 are
r. k
integer-J. He actually succeed8 through elementary calculatiOrIL fol-
n "'he conditions are then simple inequalities, e. g., for n
2 V 2 2, '> b b . For n -,.3, however, the promised
a a b0 a1 a0 1 0
1
~ar(i 112

-/044/ 62/GC,~ I/ O~Db/O 16/1-75
~1-eoraic :3tab4.lit criteria for . . .
~,inpliuitv ull :,ne proo." anu the thez~,.ulvez, aPPeaI-.,-; LI
rat.-,er au-ibtful. .n pact- ob (after formula (6)~the autnor co.:~itt,:--
an inaccurac.; ~.t the poin- where he states, "it is known triat the r---:i'
rootL; o: u:L alk-,ebruic e~tuation are neCative, if, and only if, the
coefficiL:nts of the e,; ,uation are pot;itive.11 This statement, which ii,
correct 1'~-jr N - 2, na-,; uimplifiec th( author's expansion for n
ce-ree of the algebraic equation).
U
Abstracter's note. Complete translation.
Cara 212

AID P - 4849
Subject USSR/Engineering
Card 1/2 Pub. 103 - 9/2 6
Authors Morozov, I. K., P. A. Sharanov and A. Ya. Kiryushov
Title Control devices for parts processed in grinding machines
Periodical Stan. I instr., 2, 25-28, F 1956
Abstract The authors present several measuring devices Installed
on cylindrical grinding machines, on surface grinders,
and others. They illustrate the construction and
describe the operation of these devices; their advan-
tages In increased productivity of the machines, and
their Immediate effect on quality and precision of
finished products. The use of such control instruments
reduces spoilage and minimize the time required in
manual Inspection. Six drawings.

SOV/ 12 1 - 5.:,,, - L - !--- /2
AUTHORS-, A B, ard MoIcz T
C,
TITLE- A DE-TI f-~-- tria ajcc. o'' fiat
Hou --ing sD L e -'tin I.-res Pn?vma i y i r t b,-)r dlya
k c. n ,a

PERIODICAL! 3-ark,. jT
Nr "SR)
ABSTRACT- A t7 Office
T n-- ity the St~an,ia, 12. Reaures a nd
n =1 1 t t 3 e
Ill. m a r..a t~j Ime: il ~zmerirel`nyKh urde-:-
711

- lr_3DC t firt:ng
Ole BV

mei -,a
'f J_
-3 vq t e
S Tn E .-A i 3 m e t a - ssso-red within
a e m I: dimorlS Ll~ria Igic-ups'. th:'Is
T' maximim a-ll-e f t-p rrean dia-
pr)u p I h a d. -3 rz ee -_ a r ~ -J T~.i~ deviation
rD z- a a y t W"~ pairs of
E T_ b, e ~_- w e e i

r f:' Z. r 6, Fig 2
,bard 1/
T;
~d a n~
e a i r e
,
-

A Pneumati-~ De~! -,, 3 f'(, E! ' c, s, p,~ a n ~, Sc
of Live Centres
stat-'I~,,ed anj p,-'.-'.eeds '%D t.ha -Ijisl~:--Ait ',Ont i 4
01 a n It n i!.
~te ir.'ake ri~-,,zzies with. a tlial.mek-6-- so :,h.~,sen ti,.at the
m e a F u -*- i, E~, p,.- -- - i: f'-L,d t (,j ' 'I e p nebma t i-1 u g.,. ~; '.'Ia'Lf the
wr':ILir.~g pre3s~j-:,e. Its j),-ic-matic pl---g a two . .3tep
-,yllndri :a! pi,g ar-A --'nspe-~tc, sim,~ltar~e G.~Iy tw:, fitting
diameter;: ar.1 -,,',ape ~ie,.,Jatjons (o-vality arid conicity)
a n mer.~urj
t r. a r, S m it,? D a T -A m~ l-,; the -,:)unte~- riess.-re method,
it, 5 pil~-isure
l~iam:0--, -i-,s varied
r
a I S' jJ A a rua e i
Card 2/2

Stan. I instr., 2, 25-28, F 1956
AID P - 4849
Card 2/2 Pub. 103 - 9/26
Institution : Interchangeability Bureau of the Ministry of Machine
Tools and Apparatus Industry (MS1IP)
Submitted : No date

LARICHZV. 7.N.; LIND, A.B.: XOROZOV. I.K.
Pneumatic instruments used for checking and sorting running-center
bodies. Stan. i Instr. 29 no. 8:2?-28 Ag 159. (MDU 11:8)
(Engineering instruments)
(Lathes-Testing)

PHASE I BOOK EXPLOITATION SOV/5862
Vys,-,tskiy, A. V., Ye. R. Dvoretskiy, V. V. Kondashevskiy, V. T. Miz'miche",
T. K. Morozov~L.P. X. Folyanskiy, Z. L. Tubenshlyak, G. V. Khokhlova,
ChEasovnikov, and M. L. Shleyfer
Frtb~~,--y Iuztroystva dlya aktivnogo kontrolys, razmerov v vin hinostr,-Jyenil
(!astrmro--nts and Equipment for the Active Control of Dimensions in Mactdne
IqUllding) Moscow, Mashgiz, 1961. 303 P. (Series: Progressiv-nyye srelstr-a.
k.-,-VL:-olya razinerov v masbinc;str,-jyenii) Errata slip inserted.
Ed.. r.-f Serles: 3. S. Baybarov, M. I. Kochenov, and D. D. Malyy; Scientific EJ.:
Te. R. D!roretskiy; Ed. of Publishing House: A. G. Akimova; Teeb'. Ed.: IV.
Ej-"K--4nd; Vlaneg-Ing Ed. for Literature on Means of Automation and instnlmenr
N. V. Pokrovskiy, Engineer.
RTdWK: This book is intended for technical personnel engaged in the
devices. It MAY also be useful to students specialittng iz, t:~L--
flell of instivxjL!~ntation at schools of higher technical educaticn &rd
card J-/6

'-Enstr,imti-ts and Equipment (cont.)
a'v/ C,66,?
"9YP
AUE: )imensional control instruments and devices used in mn -11'
wfile'a have been tested under experimental and industrial cord-it-f~r;: :1-1
described. Conciae information on non-Soviet control systeMS 1.3 a':
Th,e pre,
;,T nt work is part of a series devoted to modern contrOl line. !.F,-'
a -~' -, a I e- tr"!
- .1 -s recommanded by the Co=C.t-tsion of the State Scientfic -T
O.-,rumittee rf tlae Council of Miniaters USSR. The commission was sf-t 1~
al--~,_,t in the intrcduoti,_-~n of advan~;ed methods and deirices (-.f
ntrcl in machime luilding. ND personalities are mentioned. T2e-- a-
47 Soviet, 20 English, and 7 German.
COMM.,
t- w, r.
3e-.--r-a:L Observations on instruments and Devices
of Active Control (Ye. R. Dvoretakiy)
i. The r.,*)Ie of' active control and the provisions
for Its introduction
2. Specia-1 features In the development of active
control Instruments
1,asi_ types of the means of active control
(~Lard 2/6.

Instruments and Equipment (cont.) sov/5862
Ch. II. Instruments and Devices for Active Control of Shaft Dimensions
in Cylindrical Grinding (A, V, Vysotskiy, V, V. Kondashevskiy,
V. T. Kazlmichev., I. K. Nbrozov,, P. M. Pblyanakiy,, G. V. Khokhlova,
G. V, Chasovnikov., and M. L. Shleyfer) 16
1. Instrumenta for the indirect visual control of shaft dimensions
by measuring the displacem6nt of the grinding-wheel spindle stock 18
2. Single-contact instr nts, and devices for the control of shaft
dimensions 19
3. Two-contact instruments and devices for the control of shaft
dimensions 25
4. Three-contact instruments and devices for the control of shaft
dimensions 51
5. Pneumatic instrmment for contactless antomt1c control 83
6. Inst nts and devices for the control of stepped shafts 85
7. Instruments for the control of recessed shaft surfaces 88
8. Control instz nts and datices, used in face-grinding on
cylindrical grinders 103
Ord 3/6

Instruments and Equipment (Cont.) SOV/5862
9. Device for automatic control in the grinding of shafts
with reference to the hole of a conjugated part (bushing)
10. Automatic readjustment of cylindrical grinders
Ch. III. Instruments and Readjxwting Devices for the Contml of
Shaft Dimensions in Centerless Grinding (A. V. Vysotstvly,
V. V. Kondabhevskly, P. M. Polyanskiy, G. V.Khokhlova,
M. L. Shleyfer and Z. L. Tubenshlyak A5
1. Instruments and devices for the control of shaft di nsions
in centerless grinding
2. Readj-usting devices
3. Protective-blocking devices of centerless grinders i af,
Ch. 17. Control Insty-aments and Devices in Internal Grinding
(A. V. Vysotskiy, V. V. Kondashevsk:Ly, V. T. Kuzlmichev,
P. M. Polyanskiy, G. V. Khokhlova, G. V. Chasovnikcrv-,
M. L. Shleyfer) "-.-?
1. Device for control with plug gages 14,~
2. Single-contact instruments and devices 1_~
Two-contact instruments and devices
78
4. Tiwee -contact instrament with vibratory
contacting transducer for visual control C*
Card 4/6

Jxstrm~nts and Equipment (C.,)nt.)
SOV/5862
Ch. V. Instruments and Devices for Role Control In Homing
%'V. V. Kondashevskiy, V. T. Kuz,nichev., and M. L. Shleyfer) i99
Ch. 71. Instrawnts and Devices for Active Control in Surface Grinding
(V. V. Kondashevskiy, V. T.Kuzlnichev, L K. Morozov, and
01. V. Khokhlova)
1. Instrumnts and devices for in-process control in surface grindixig 221
2. Devices f,.jr w2tom-tic reaijustment of surface grinders 2
Ch. TITI. Device for ln-Pro,~:ess Control in Grinding Parts With C012t,0721
Sux,faces (V. V. K-)ndashevslvly) 243
Ch. TIM. Contrc1 Tnstriments and Devices Used in Lathework (A. V. Vysotsk-y:,
V. V. Kondashevskiy, V. T. Kuzlnichev and M. L. Shleyfer) 214-F,
1. Instrments and devices for in-pFrr.;cess control in machining 246
2. ReadjuBting de-vices for control after turning 2~~O
3. Blocldmg and protective devices used in lathework 2
Ch. IX. Devices for Auti,,matic Readj,,xEtments in !ear T~,oth Macblning
il. V. TKzndashevskJ.yN
Card 11/6

instmm-ants and EquIpment ~Cont.)
su,~,/5862
Ch. X. for DLwnEj.-jna.1 Cqntx--~l of the BoeIng MIiJ
Ctp=ratlon (V. V. Krndashevskiy'
1. A-c-tvmatic readj-"twnt of bcring mills
r~f bcr~-ng milis 7
2.
Ch. X.:. -J DriLIA.ng and. B- -a,!h~-ag
^b.. X:I-t. C~-MbLned t.-,- tae r,6_ntr,-,i ef Sever-~Ll Fv-t
r-iwnsic,ns (T. T. P. M. P-1yaa5k-I.y..
md
Bib` -'- --grapby
A-MIkOM: C:ngreas
Ca.vd. 6/6 EN wrc wz
62

.11 :- : ... ..,.I . . n . ; r . : I , : ~ I
1 11 . . . ... :.. : r.- , , I
, "l :: -.,j ~ -, ,- - - -
-/ I ),~ .

_T
AUTHORS: Balats, b.c. , 6~,ersrinuv M-,14orozov, I L. , Engineers
TITLE: Increasing the Near hesisLance of' the Bearing -jettings in the
Frames of Face Machines ~Povysheniye iznosostoykosti posa-
dochnykh mest pod podshipniki v korpusakh zaboynykh mashin)
PERIODICAL: Mashinostroitell, l9c,8, Nr 6, pp 19-20 (UjSR)
ABSTRACT% fhe worn bearing-settings in face machines were repaired
formerly in the following way: a 5-mm layer of the metal was
removed, and then new metal fused-on by means of the TsM-7
electrodes. This new metal is then machined. The
of repairing the setting in this way is very Cifficult. In
the Rutchenkovsk Plant imeni N.S. Krush,:ht!v two apparatuses
(Figure 2-3) were dev~tloped: a floating reamer and a fi,-,atlng
roller. The repair process is now carried out in the fillohing
way: electric fusing on the worn surface; rough bcjrin6 with
an allowance of mm; clean borin6 ~with the rearier)
with an allowance of 0-01-0-~5 finishing by means of T.1he
special floating roller. This method is used for repairing
Uard 112 settings under the bearings with a diameter of 90-,'20 mm. The

Increasing the hear Aesistance olf the bearing 3ettings In -ne :fames
Face Machines
new method increases the wear res4stance of' the uettings
5-4 times and the period between overhauls time-,! "r~ t, r e
are 2 figures.
ASSOCIATION: f(utchenkovskiy zavod imeni N.o. Krushch0va (hut(,henkovsk
Plant imeni N.J. Khruslichev
AVAILABLE: 'Library of Congress
Card 212 1. Machines-Beari-n- settings-MaintenEnce
0

WROZOV, I.K.
Fences made of decorative blocks. RAts. i izobr. predl. v stroi. no.130:
26-?7 '56. (Fenees) (Concrete blocks) (MLRA 9:9)

MOROZOV, I.N., iuzh.; BARBASFMV. G-K-
Electromagnetic circuit breaker of a piston expander. Kislorod
12 no.5:40-41 159. (KRA 13:2)
(Refrigeration and refrigerating machinery)
(Circuit breakers)

'Y'
r
'C!~-" A0. Ye-G.. radaktor; PAVL40VA, N.M..
.U:11,3ukLy redaktor
[5halterbalt afforestation al,-)ng river beig) Zashchita-A lssorez-;.2-
denle v ruslakh rek. Moskva. Go(3.izd-vo sel' khoz.lit--,7. 1956.
94 p - (Wirdbreake, sholterbelte, atej (PL (A 10: 10)

BU?TAXIS. ') l.; ILKIT13. F.D.; KOZ~,'"C, A.S.: 11,7-4. I.D.: T.J.;
I.S., T.U.; WIMIN. D.D.; ISHIN, ~.?, I,
!Z!.-; 1~.LTATQ, GA.-. CSASMX. K~L.t EWLAMiC. -~, X74SCiCA.
ILN.. t-kt..-4.
El-roum cock for oort- Ln - fl-ld of ~-d 1--t
tb-.4:b Zp-,--i- L.d.).
1-9. 30e 1.
(Alff-t.ti.-) 01ru 1):6)

LEVITSKIY , Ivan Ivanovich, kanu. sellkl.--iz. nauk; P.C,~-.OZ(N, 1.1-1.,
red.
[,billow ana it~-- u~e; basod ,n materiads fror. the examina-
tion and management of' willow 5tands in the lower 1,'ol,~ajl
Iva i ee ispolIzovande; po raterialar, obsleaovan.,ia 4. lp-
'1QU'.t1-,,JStVa iVnittkov ?,izr;n,,i
',,~oskva,, Lesnai!l
rmy c I Ll e nno

*~~- " - ~, / -A
MOROZOV, I.R*
____-I-WA
Calculation in the varnish industry. Zhur.prikl.khim. 30 no-8:
1270-1274 Ag 157. (MIM 11: 1)
(Varnish and varnishing--Tables, calculations, etc.)

MOROZOV. I.S., innheoner.
Technical and economic factors pertainir 'a iaduntrial plants and projects.
Strol.prom. 31 no.6:24-25 Ja '53. (KI-RA 6:7)
1. TSentrallnyy gosudarstvannyy inatitut :)o proyaktirovanivu metalloobraba-
tyva,vushchikh i mashinostroitallnykh savodov. (Induatrial buildintra)

MOROZOV I.S.; LI GIII-FA [Li Chlih.-fa]
-1-11- '1 .,.
Reciprocal system Sn(:lg,-*- FbS,;~~ SnS t- PbClj . ZInxr. neorg.
khim. 8 no.7%1688-1692 J:L 163. (MIRA 16-.7)
(Tin sulfides) (Lead Oulfidas) (Chlorintion)

MOROZOT, I.S.. inthenar; TROKIiIHOVSKAYA. M.N., Inshener.
-47, - ~
Attaching porous soles to the uppers ia walt shoas. Lag.proa. 14 no.4:
31-32 Ap 154. (HLRA 7!6)
(Boots and shoes)

MOROZOVV, I.S., insheuer.
Improving the method of attaching porous rubber aD108. Leg.prom.
14 no.10:14-16 0 '54. (KERA 7:11)
(Soles)

FLEYMAN, D.Z.j MQROZOV,_)~-s-
Centralized cutting of stiff leather for sole components.
Kozh.-bouv.prom.3 no.3:12-13 Mr '61. (MIRE 14:6)
(Shoe manufacture) I

MOROZOV, IS ; F~*i:'-,~!Al~, TYI'1.11-~
Techna:of~inal prr ri -n -,--atlaar arle. ln(~L:stry of the
KirEhiz S-S-it, I --obuv.ljrc,!L,, 3 no,12:4-7 i~ 161. 1 Rl 15 : I
Glavm- inzho. '~pravlen`:!u legkoy 1-rourjshlennosti 'Argizskoy
361Z ~for -;orozo,,r 51avnyy jpetqi-Ll,-*.it 't%-.ozhevenno-obuv-noy
prorayshlennost.; ~,);ul-%rjtvennogo nauclmo-telhn.'cheskogo korriteta
Kirgiz3koy SSR .1eyman'. 3. Upravleniye legkoy :-romysh-
Iermoat4 Kii-:74z. .,Sr- (for ratyzhskiy),
industry)
(Kirghizistan----Shoe induitry

AUTHOR;
TITLE- A methc-d for Froducing
Resins 'r.lposob
dlk~.loretana~
28~ ~2~
7ynthetl-- Benzene and ~-)ichlor,-*'-ane
polaicheniya sinteticheskcy smol-
PERIODICAL: Byulleten izotreteniy, 11158, Nr 4 p I
ABSTRACT., Cla5s 39b 22 Vr 1.1149'11 .5~6284/468- . _2 :,c-ptemb~r 19r-C
3utmitted to t~-ia Vlril3try of the ---mi-a- -Industry
rhe quality of" synthet,~ resins, ottained hy th- Friedel-
Crafts rpacticn in tne rresence of alun,-n--im clilori"'~. *-S
improved b; introdu-Ing -chlorinated Jip',en-,,1 ',n vc- I Into
the reaction of benzpne with dichlorethanf4, in a -i 'uantity
of up to 504 of th( weight of the benzene :,he ugins oh
Lained in t 119 Nav may be uged for producing pei-.~:]~'rcvinyi
enamels
Card 1/1

HORCZOV,I.S., kandidat tekhnicheakikh nauk
Improvements In cooker operation. Masl.-zhir.prom.20 no.5:29-31 '55.
(KLR.A 8: 11)
1. ToNIIKPP
(Oil industries--Equipment and supplies)

~ KWqZqV, I. S. , kand. tekhn. nauk
Production of corn oil. Trudy TS2HIILPP n0-3:1/6-177 I 'q.
(MIRA 13:9)
(Corn oil)

IIARBARASH, A. S., inzh.; STYAZHKINA, A. G., kand.tekhn.nauk; IVANOVA, A. N.0
inzh.; ROZHKOVA, T. K., inzh.; MOROME, L IS. kand.tekhn.nauk
Corn oil, its refining and use in food. Masl.-zhir prom. 27
no.10:21-23 0 161. ~MIRA 14:11)
1. Leningradskiy maslozhirovoy kombinat (for Barbarash, Styazhkina).
2, Vsesovuznyy nauchno-issledovatellskiy institut zhirov (for I'vanova,
Rozhkova). 3. TSentral'nyy nauchno-issledovatellskiy institut krakhmalo-
patochnay promyshlennosti (for Morozov).
(Corn oil)

LIPATOWA, H.P.1 NMZ(Wp I.S.
XoM diffrwUon examlmtion of pentaabloroaxynlobates
of -11rall metals and amonium. Ow.neorg.khlm. 10 no.12i
2817-2819 D 165. (MIPA Igal)

Y.V I vart AA e k.
7:7

k \ -~, I -, ~ - V
TMIn'YKV, F.A.; SERGMVA, T.Ya.; MOROZOV, I.S.; OLONOVSKJY. Ye.A.
ONOMITAMAIMES,
Impracticalit7 of vaccinating mature cattle against brucelloais.
Veterinariia 34 no.12:60-64 D '57. (MPRA 11:1)
l.Nauchno-proizvodstvannaya laboratoriya Ministerstva sellskogo
khozya7stva RSFSR.
(Brucellosis in cattle)

0 0004140 000000 00 0*0 a 600646 Ok a W
0000000 041001010000600 O"o 0 VO-0 41-CIO 0 0 0 0 0 * 0 0 4 0 0 0 a 0 00
00 1 1 6 , I , 0 " 14 ') W is 11 11 0 " " ; Is a is u N 0 1) it 41 so 0pe
t 0 t 1.
00 "! A I I J6 4 11 P 0 4 1 1 1 A I I AO 0 (A GR U's 1 0 6

." -11 1. 1-- .
00
400. - - 11, 1 - ... I-- ~ . '. - .00
prieveratwo d cGualaw antumacy. A I Go's-im-
Mostogliv, j Hart Mir Chr. 1~m Q,W, =1101)
00 (1 Y X mist t4 14 cc iluilal Ac4 )$I and :11I cc I-AAI'- I,-0M Inl%l 11 w2l'"ll It f"i 1" -00
I* a, raim nck the water loth. 3 cc .4 SWI, wiln (14 ('41 g 4-C1, - 14 cv jcLict.] Ac4)II ,
-00
14 4 S tartaxic acid + '_'S cc Hit )i is then added. 641twed I)v 4 5 cc if P", 11,06
suin. firsiting is mmuntied until the mist is d;;rk,:vJ--rvd (1-*,'_N?,nm - llitc-hn, -00
00d the callkA is S,Std with NaXl Is An . vra,hed and diss&4% rd in 110 1 "n Addis "t ' I
.00
00 druPs W'; N&I sit Ttw u4n is "alvi tm the witt" IvAth, a 1~rtW % xk-uum ~. ta.
u W
4
tv j
4pj&d.and If, to pa-d thn.ttits (2, T,, !4 c A scul pr.,t,in An (:.
00 ite(Iff 4~ 'It) (V I~AAJ'A rnt%t i is SddCd -, CC gtasial Act ill. at the whAl Artcud (-K
'
41411 ,
10 mut Nv%t am added :5) cc 4 5', 1-Ka-itim antirwayl tsrtrzt-, 4 - ,d -
4
h
eattliK is cnilita-
11.11(h and, dit,p J,y dr.,;,~ 0!, cc A JJCJ d .1. If I lo IN
00 hir alcut III min. (until the ivAnir 4avimns td) dark bvuwn~ 1 he rormismik-ir 4 the 14-,
,

~ , Sb. w w.
c*du#V is sirmw to (1) ("hostit"S luck J.-def is (Atritowd victig mt
00 A Wkkh to in the fni- Alitle The im;w#lvr dis,"ve, rapidly in water, virlding a -A roe
40j charged sal of duk red ctAisr It is &Afvi%&14t to fracUtonste I'aal'a tnist by addinK
-,a**
410 mall qTt-ty A gLacml Ac()II and filtering tlw lipt . and w ww the filtrate in prvp
cadlond %b Vital', trust tlut h.. t- aged t, preferable to a freshly ptel.t qan,pl~
The rrductwn prm~ req..r- thl Pri-Sk'"Ce 14 HCI 10 -(Tie 1111411' StFIMIC And All
0
etcestsst IICI, b~~rr. wiU redt-w4w met.11tc Sk, Th~ a .1m.&I I,- kept in cl-I
MatAtt". %HWV liters (A- It The I0WdC`l` 15 VVVY %rAtAC 11 ~410
GO

00
003
1, t' 1, v .1 or I is
it It a It It It (I (c
0 0 0 0 0 0 0 0 0 to 0 0 0 0 9 0 0 0 0 0 0 0 0
0 0 0 * 0 0 0 to 0 0 0 o a 41 0 0 0 a 4 6 0 0 0 0 0 0

00 00 9 0000 0000 0 4 00 Sege 0 6 6 0 0 0 0
S
I
of It aldn JAH21119
so A A L A L t A X I 1. 6 A to 0 1 r W It 4 4 -*14110
00 00
so it *0

00

Production d potaadum clilittate by way of --pecia. I 3AU&UA.W. I a,..
0* d Uste J..j. Aposai Ckow. (Lensi4rad) No. 13, Thir inelhod t, 1.&--d ....
chkinuallum 4 AW11 " Mc(OH)a wW the converuou of %jXjCIO*)* with KC1 I,,
KCI(h iutd Xfga,,. which can be cuumted to McO and used again. LAI) rapt& sh,,,w
!
.*4
J
Ihat the cWticinaltioc of MCO mW Mg(011)g in cowns. ever 170 C to I U of 11s0 vau-
Ibickesillis of the WSPension and foaming, whkh impedes the Abuirplion tif CI tm dir
00 -40
%ulfwe The temp. of the mection mixt. rim!% to 4141% with a yield of Wj% KCItl,
40
00 kw-d int 0. and a compit. of R9% And =% Klying. by 4ci-oolpn
0 0 with 14% -x-99 of KCJ and crvsta. at 1) 111 KC14 h and at Ili'. 94`- c 11 .40
-00
00 .490
0 * 71! 00
00 -00
90 :01111
~00 A
;00

:
00 0
*0 .4T.L1,rGK-1 4.11fli-IL-1
00 S .so..
so t
% ; I J!" a I I I -V
0 11 V a K It it lit ; 'F I 'ZA An j S a -W 3 it 1 3 1 4%

I*, o,f,
4
00
00
00 j
go ,
go I, -
00
A
4-
40 0
00 6%4 St A lflALkLPGK&l LIT
Op If 19 it If
Ogg a 0 00 0
eve
III lp is it jig 1.1 11)ait A J. R A m
IF I v A z w C( cc, 41
I ChLociae in mufarms tMetstfura. I S
Tnvlw#,w Metal 19344 N.. 11. 79 91~ A .00
palwi by Chiihihm and Ifirkhotedt A ZS. 43419
-00
00
00
.00
-**
-490
60
A 0
.00
so
00
T"l rL&VSJVtC&TlCft
.00
11 ft r1 1, 3
0 a 0 0 0 0 0 0 g 0 00 0 0 0 0 4 0 'a 0 'a

a 6
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f
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o
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JYMI 14'Causc
'u awe-!
.Wir .0
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ad I NO. fc.*O*
t. S. b. ICl pm. I tfi4ix~'
at
Musly
at.
'
I. kfm. ctw- oAwrd tile
'A CA
il
t
,
i
CtitlKill
Is
d
IP 0
Of c Cha
Inth
, 'A ve.
at
Af Z
cQ
I p-
and
C111.
the Pit
n
t
t
a 's
ad -a
This c
a tar - 00

0 '3 W .
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" "'A
k
t
t

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i
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it" .
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co
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4 1 a I q it 11 's W 11 .1 Id to a n a Id a Is ly x p 12 81 9 m a ft v a i
A L__l A-8-4-A.A. a 11 0

09 lAydrwAlectc avA froto hYdM
6u and
g
S' '%luf(w~~ """ Appiud
C"
.
!kA i --A ~mv 4
-40
vWs. ,n th~ p t, Ot licl fnnn 11, At'd C4 and it de-
7

..
01 WM' ""W7 PCO(hWtKaA CO JICI at, glVen.
.00
H
'r
m
n
'r
'
m
C
1
A
If
'-
wfirn thew awl
C"
X as
W
C
C
b
fm
l
u
n
.
.
T
.
f
.
p
tatalyv, 3wh 43 pleccS

:0 j ul qu-u. Tht exccm of 11, ovtz C11 ujust h, 5-11ji7o.
Then combust"m U( Cj' is ILOJI71. % KArrIeuka

Zoe
00 j -00

no 0

A L
$0 it 't
00
go 0 0
,
0 6's
Go* so 0 0 00 0 so 0 Got

1 0 Is 11 v to w Is 1) 0 10 H It All 41 40 as
~T
4r "-Ct-5
..Go
5A -90
0 C I glemodes far chtodu awn-4facbm. G. A. Viihu and
1. S. Morumv. Russ 42.(M9. Star 31. It"', For C
electrodes a filler of diftylacelyknic of its liquid peilynxT
vt uorit
Ae
&I0 ILA OCTALL(WGICAL LITIFO.NWI CL.56WOCAM.
JL
.14.1
Fm,"; C; 14novi
I is,
U AV to III n Ce is it IS
,00
lee
'00
~1 48, -10 .1
V V m A I I w o -*--S- -$m- I-
I CA
dft* A

4 ~ a 6 f% a O'D 0 "A 9 9 0 9
05 it 1z I) m is is 11 is 19 ana a A a m v a A 11 11 U u if ft ft 11 a .1 are
Aa a 1 1-3. a a P a a I r V I!IA_x 1_1 AA MCC ffi(x~& I A 0
00 A
so
00
00
00 TreiftLng caldam hypwWodte wilide Uqum~ 1. 8 .00
%(.rmv and L. A. Stroinfaln. Russ. 42,051, Mar. 31,
o 19W.-The mother liquor from manuf. of Ca(OCD,. still -00
C (OCU. and Ca(OHI,, is treated with Cl to -so
'hen with KCI to ppt. KCJO~, filtered and
wiwkcd up with CaCl, or B&C11, which are then chkwo- -00
flat"]. 00
06 -00
W_ 400
OW,
0
-00
=W "
A 14 - S C.4 I-LLUOICKAL LITIN&TIA1 CLAIUPKATICP =00
L40 0
60 it i
_U 11 02
C, a a at a wo mutt limiuan ita" Old
71 i 'i
Og 0 0 0 04 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0
.0 000010 0 0 0 0 * 0 0 0 0 0 0 0 0 0 0 9 0 0 1* 0 4 0 0 00 0 4 0 0 00000 00

***goes@ else O0O::
G
006060066*040061111 0 06 06
:
I 0 q
ro )
A 1k a 4 1 G F 4 9 so if 12 11 W 13 1111 11 to N a v Al A 11 v a is 11 is P. & 41
f - a-L--j - f.
A
j
L
L a to
Q 4 S 6a Ice
_
_
__
__
T v v 9 A sA so CC M Ct
! 0
:0 --

0 00

'
ART
G
G

-
.
A
and broa-bearing ms
t:
l
1
lt 11
stav%
v
cuVA. rew 11-1.4 an extv" (d Cl is U-J. Aloof !)RCIt
Anil G. V,
"$lot I A III-
pool 30(11KIL,. In , ivit nit, all 4 the Fc and 5 if foull"Wirat Cl is used. the SWC1, f-i-A I..
is kost. if, b1cooridualum hv #A& at high torl"Ps, "111(1- tboung afprnf~ CuS t-h vlonvirled Info) CUIC14. F'S Im.,
v
-
:
ld
i
l
4
h
1 -00
r o
orc
sulor 1
e
T
1.n.cutAil, S is ji%ru .11
rides of life tuctals am libiAtift- , and
- I-cC4 atid N" ttitt, NiC4. 1
.00
0lot .1 ,
forrent orilatifitics thoc chimid ul Cu and Ni can rastly Synthetic: nurki, of Cu and Ni 11.11filk'S VAN 41- 1. - hi-
r

*
be atilt. and then atpd~ by yosin Thor chfarbles are oil" toy SCI,. The S van tw- UbtAlacd either a3 NCI, -of
y
I

C
S Is also recovered S. The rhfuriolisiotwo lod Cii-Ni ruats qr-erds ta-
lima treated civorulytically, id 01
0 Ittim its vithicuirs. The ilux. invorstipted: thr, sivirly; this is lhi)ugh( too be dur too the fact that Nt still k t
th
influence of
i
i
i
411
0 cin
e
ourld
"t
CIWAAMY d ovit
PFCALUt in (wins (her thAis sulfuhc jue first
t
t4
r
ro
h
li
h
t
A 0
4

41 ol
zingtrAirn
s;
e
i
c
ep
=, tune and cum n.,
. into sulliodoors, &out then thhooridizvd. rhcw JAIA haws'
eneral schetue fur
&-
of fit (d a
of
l
d
f
h -00
: v
t- ~l .4
g
ur t
ourio
es, an
b
indicated iferierally th2t upiin3um It-sups.
p
d W* '"
,
C111twiditatkou (d suffides
r
e
s
t
h
hl
idi
OW
C
-00
01 oc
.
2a
i-ort P
s
e c
"
-
t
u are bortimomn
an
cbltwkk* lif Ni Aud
,
'
ff-
- M
Cl
ci
b
t t
d S
ki W
us
an
oof
o
W
_
i
a
Aud mats (d thl,
s In ChfOridUafikon -1111 Cl light. Mob RU A leftAln prop
y
' 0
0
00 1
toy
at hjOh temps, was stUdied y 4"Ins Cl thr'Ns tkoon u( chinvidors is tuaveri,,ol Into aides, whose quatiti
l;
-6 heated in poorcelain lubts. d the resulting prioducts tacreaws with rising twups- (31 Syslorniv tmnprwag
0
0
9 were analyzed. ChIcividi"t of CU .1; is unipktor in 2 5 VUkjUS 01 Col. Ni And Fr ChillfUlt-11 In Ali
K
0
I
"
of
bra. at 3:W as hl,?, ijoed 111twor J.sfIy,4.dt
, "its. were investillattil too oad" lo W)tAin dAta ~ woolu.
T

2.
2.5 hiuouos~ Clikor btlitiCS Qt VJWVJU& tVjVP ~, fl-ton) WhiCh A PfIACdUTC WA%
l
peace" Is C( .00
I
a
comp(etv in 2.5 bra. i 34W. At higher temps Workirdauff"fatpl; the
liLkx-i,fctoi.NiandCubytTysli~
of nut is
00

00
(376') the orliatiliza4m of F a, A% tninlilett, while If N. D4tukA 4
1

0 the chkaridej tA Cu Ni o: nut vulaidixed- In all WO a

00 -0
0
-00

so A S 4 1 L A oillootLtil'41CAL LIT(40TWC CLA$$IFKATICP 00
0
So
so
t
w-N"-1z '-- 0
0U a At -0 is or -T i a jo I N -V 'YA a 'W 0
4M., e 0
'
09 4 N It PC a it is 1) of So I di I I
N
6

0 0
O
a 0 0 On
*00
0 0 0 0 0
0 00 0 of 0 4 0
aiiii6
0 0 0 0 a 0 0 41 0 * 0 * 0 0 6 0
0

0
0 0 0 0 0 0 0 0 0 0 0
* 0 0 0 00 0 0 0 0 0 0 0 q 00 0 0 * 0 0 0

00 0 0 0
00*000060006 0 0 0 0 0 0 0
1 0 11 it 1A w h is it &I m a 11 0 3 it a 14 27 a .4 m 11 a 1) are

A, A L-K -L-f -4 AL-J --A 1. a A I I "So V 1-1 Y JAA MCC Wff,* b A t 9. 9

f l
l
Chfaltudoe o
ckel *vc.
ow grade coper-a
0 %lurogar;G. 0. 1'rattiv anti A N. lUrri-tv. Rta~q ~4.-
171), VO). 2R, IM', Ga-m, Cl 13 pai-.1 o-r thi, we
* -09
bruited to UA)
. wg~thrr Bill I % of I.;Cl. as tin activatm

l The chlorinated we is extd- anti the %AA1n. %uh)-ted in .40
(tartional pptn its the umial manner for thr ~rpu. of Cu.
l .00
a Ni. %h And Fe chloruir, wob NAOlf
-04
so fl
as . :
as ai-

Go j, ZOO

-Of
'40

A S 4 - I L A 1117ALLUROKAL LITIRA;Ot CLAS11FICATIGAI
flow 11.1.111. 1. A W.
Idnoini 1.10.4 Ap, 0- jet .11411~j

I I "-- 1 x m I
-0 a to 1 41 0
.
~

110
It a Lv it 0 * .

1
a * 0 0 0 0 4 0 0 0 a 6 0 0 0 * 0 *
r 1 0 a
6 0 0 0 0 0 a 0 0 0 0 0 0 0 0 a 0 0
6 0 0 a 9 0 0 0 0 a 0 0 0

11~117'1~!~~'!=
at 4~ & &
a 0 0 a 0 4 a 0 0 go 0
4 11
ti 4 #1 r
't I. a x
Alf 6 A 1 44 to It
0 ~ . 1 1. . 00
9144, "Ift"I 01,b-1 -11.4 mr.1h 1,1 00
00 ......... . . . " I ... - .-I I N I I .. ...... 1'.. -00
Of -00
-100
1

8
0
,--Uilv ku, Ni. -%1j: t 1 ----4 1
., I.. '... I .. 11, \ ~., - I I ... .... .....
00 ...... 1" Nit, Ill I ...... -00

00 Kee
Of 0 0
09
00 00
00
00
00 00
#0 .00

to 0

10
(V (t of v all a to
0 0 0 0 0 0 0 0 0 0 0 0 0 0 4 0 0
0 0 0 0 0 0 0 41 4 0 0 0 4 0

4 .0 it 11 '4 W to J1 it 23 m 13 :4 if a m lb it u m a A is
I ALM sk s -L' -1 a
-00
00 so
of Mufamtka d adherati; coullsdabW -00
I.. C'. Uratow, 1. S. -00
00 r
00 I'M _,I do" not rk, =*t witb Tm^ &M tho -00
00 W a m1ludus scent at 440 tAl". tvA1 -00
-, ,f *-.d chArcual the nakfem tract cuumiWell ~fltl
00 "1 lit I hr I*hryfmiontlwpgewmrtiOwwAt-hattimI .00
00 t:o k 'At yidding In -' hm TC5% of CIICI, listd:9621, .0
..I Zrih -inpletely with Cl in lih:,
00
.,I it AN)' al 4 lim, aml rit 1, t
00 j Ptar car ow). chculeal.. cod. f(m hwAfa'
-m-otrate, fe"t coulillaWY with Ct ILLO)" ilk :1 I'll
0 ;A4MSltt I~KX'Ctitr%tll, mixtd with vmW chilicW. 1,
00 tvillpiclidy decautpd. by Cl att 630-IM'. Elm-auw ~'f
timt different b. ps.. like chkwkles of rare earth clement.,k zoo
00
sit slitawed (tum a loparife txoncentrate in wit frktctiw&% -00
00 1 hit tma ref".uves. A A 11-likmv All 40
'00
00 :06
00 1100
00 ~o 0
:0 No 41,
o 0
00
00 a k 1 4 .41 1., .1 1 11 r... -W 11 . I ,e'. tko 0
00 to 0
00
-4v 111 13 di Q
1 6 N (k It
;0 is so It oo it
a 04 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 9 0 0 0 0 0 0 0 o 1. 4
OT'0000000100400 00 04 *Of o0'0 004 000 *Ooi2

toe
0 a If it 0 0 4) 11 a do CIE

A.
m -1 t , - - *
- # & -.-A.
4 INV 0601411 -00
..00

j Caftwbi,= and unwjtm. I
C
C
464_ N. A.
kwerskif and G. G. Urazov. R"to
-g
*
t1w
Il
ept. 30,
,
.
kllf. A r"Itc. a chlorides of Cb nd
ra is mdumd wJ0, Nn.
00
00
-00
.00

go
~q 0

400

2*0

t,*9
U
00

u s AV so As f T r4w M4-
U

OT:
a a a is 91 a 0 6 0 0
668966660906699
6896

*0 A'-
00
,0e
go,
4F
Z!
'3
0 J
NO
1910 V
go "
go It
ago
it u 0 m a is As ml 0 a At a a 00
0. Vruuv. Run,
c4e
A7.055, AbLy Mr.
"With. CItIbAlIWVMb INVISt, 10ridItMitC11. an') 11fAted to 760
Ckms 0#40170 at the St. 6 mjds~d. The briquet.
kiv th-M tMtCJ with CI at ris lufti2l t.mp. (ma _41w
goo
see
so 0
.&JUNOKS&
low -siv.
L~' -
"I'Itj j. ONq 441
4 1 1 --N-- -1- i --I - a
Ov A, I. G., vt ruA
IN 11 it I
0 a 4 0 0 0 0
go : :
As.0 0 0 4 0 0 * 00000 All 0 0 0 0 0 AS 0 0 0 0 0 0 0 0

- NOM
04 4 r I I to it U It to ts -4 Is to v 4 49 A? Ah
I [FLI-LI-A-"Aff 'AL-
A 1.9 'amp I--- CA"t
Q140"U= of loputte mmmftitft~ G. G. Urmism
.64-9formov slid T. A. MaWmkovs. J. Appifew 1-00
1010 . (111: S. S. 11 ~ 13 17110- U(In German, 17610 j 194o 1. .00
0e e9. C. A, $1, 444MO.-GP"Ite (Ti. Ch)(Na. Ca. C,M~
410 t1roted as CWA"': the Vruund lopuite cwKvntratc wa. -00
mixtA With rhanval and bitkl~r (3M*j C. la"ritc, Ijjjx) 11
Womf charcoal and IMI 2. uvola~mtt 1, 1!!vswd into "set.. -00
drf~l and cl;llrd- ChkirmWilm at WO-Rill' rcsuftftl in .00
resillur sad in diatillat". The miltue w4m bydrAyeed.
see
y4clifint; nuid and chlintilem rif nut earth- arA Ca, wbkh
Were then ticatcd with Nils. to (unu hydrates of rat%
Od ~arthx. The volittile chlorkk-9 obtalued In the chiorium-
tion wmditid. off, To. It
miuciolmoif tim chlorides with wtaffic No fix-re we" of, a**
;aftml Cls + To awfal, while ftydrJy~io of the chfoitd-
vithl"I ChO, and Tallith. TIC4,ablained in eke tractRiam
tmmo(vkkwktes.waghjd"yardtoTK)~. luthehydruly
is do CIKY'14 In the prevaro 04 Pe. at a ratio of CtA-PCI.
10
O*x F,CI. of 1 5 & ratio 41 CbOC4 If.0 1 21) to areded
"fit Cli hydroxiiie foetted in the hyd"yols inuot Iw wedill.1
ith hot 1-2% IICI "n wilh the vid'in of NII.Cl.
woo
-00
0
11- or--4- 'If A; 0 N 0 1 IV a& 0 a 4
tuz -"AV 11~ 4 it it a
0.0 0
0 0 0 0 6 0 0 0 0 0 0 0 a 0 a
000,0000

'm rearm.-
4.-To the
1w. 431,
0,;&t .(I-IW the ody. of 141fCi de.
iddtd. A the (" hiccowo Ike oly.
Of Ito $ad Allat Of NIM, d". 1'~ a win.
wwfla d*,Wtg,;-,d NHXl at W Is 9%; 02 W.
too.
at or, ti =;. and a, ;,,
340A- &C'M C.O_KCI_ .4 Ilia ; .00
2 39%. see
tco q thi-milb. ;tdco at CuCl avA HO an 19-02.
Al.
se 94
6.10 M~ "Al and so see
Ift the deut Co. I-NIRI-11%0' the cugvcs
Wa
2cla.24%04t,
04 21
0
00 at fo)". By Sol coatpd. foruiatim hCw offiloOk bo-
the cyscm cma-Rkis4fd~~O' roro
004 faTgd' -10V~ CaCI.NHa IA Pcemit
00,5 %Itb rbe is temp., the Ha field hKreams
NTH,adecrauft. AtIOO'thewdtfd9-QQteffcCtdHCloo 0
001W NH&O Is very lamo. H. 39. lAmter Qe4l
see
1900
see
% 0 0
not
woe
- ----- un" We CL&SWCAWA
Als.t.4.4 SCULL040c" Lot" imis" as am all
%-No* "he QKV 4416 MI& send* aa-lormodill
19 one
GLV a op 0
ASIAN 0 -, 0 A

00 4
00 If
O*W
ThoituKtgnsayeriumccLa~t4lLci-Rcf H.O. I S
-Itat"~W* uld G. . "tavikkikova. If1w. 4"I'l -
U.N.S.S.. C*ksgd rei. ch". IM. 74-7; cf ('.I IQ.
31uw V" gwM(fY 6FAIII(twisctl IA(4 ("I th, I.,
tutty'syster"" CMNII.Cl-11A). ClIC441cl-H141, A114
N140-110-HLO. at 25* uad W. phase diagram,
cantrucW for CM quatenmy system CuCI,--NiI,Ci-
HICS-H&OattlwaxAmtemps. Thissystemischaracter-
lied by a oWd-olu. dcM (favcAvins CuCls.2.NII4cI -
211&0)&t23
'A the vAtum phase at vack"s Critical points ~t~ .. I.A.
Wn (all data at atm. Ygeswce):
Mus. Etta. Wilb As
Q , t. raw. % cll.% M1100 % 11c1
cucle z5: 43 .1
Solid SD W.5 8,2
N1140 1.92 26.9
IS: 7
Saud 9062 80 .00 37.64 ...
NH,aAC3) 25. 0.32 3.24 WA
sow WIS. so 2.43 12.83 25-25
CuCh. HC3 26 25.91 0.74 2H Ti
Saud solo. SD 33.12 5.12 111 .37
W. Perry
I v 0
40
C--1~
9*0
goo
CIO a
at 0
was
goo
M&L') 142000 Nis ONIF ?An . . . . . . . ... . . .... . .. .........
St V Ml lead* "Ollf"044 34fla
led
OTO.4 -* 40
11 :

LLLLN I
00 A
.00
*0
00
040'.
0* -31"
00 OJ
00.3
awmak
0-.,s. &A.
a tts-s-lt- 44 401
VtOliw4was at the quMcity requked acamd.
so
in the am
W flofth
.2 X!
a lug a 0cl
0 9 0 0,0
0 We 0 019" O1& 41 0 0, 4 w0 Wool 0 0-0-4
tol a
4*0
-06
so.'0
=*a
000
aef
goo
goo
No
was

I . I I . . ~ - ~v
0 01.11 Wiwi-
00
oo
of
it L
a
m d
A i
A91
-620 Td
40s
4
43
Its* ad"114,
a
-00
.00
Igoe
zoo
coo
COO
coo
.00
coo
-00
0*
ood
a
04
04
00
INS
::I _" 4
.V1
sip ft f; 1i jK jj it a, a UN7
0
ON t
&SO-ILA WMANOICALLM""WaASWICATISO