SCIENTIFIC ABSTRACT ZHOROV, I.B. - ZHOSAN, N.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R002064910009-0
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: September 19, 2001
• Sequence Number: 9
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

_~HOROV
.Modern anesthesia and problems in the medical indust:r7. Ifed Orm-,
15 no.5:3-14 My 161. (MrM 34..
1. Moskovakiy meditsinskiy institut ordena Lenina imeni I.M.
Sechenova.
(k=THMIOLOGY)

I.S.
KDdem oombined anoothesiao Alwhiri gizip 36 zlo*W-19 Jl--Ag
(KMA 13 U)
two
(ANESTMIA)
LM
REIRMHO

ZHOROV, Isaak-Solomonovich, prof.; PISAREVSK-TY, A.A.p red.
(General anesthesia; a handbook for anesthesiologists and
surgeons) Obshchee obozbolivanie; rukovodstvo dlia vrachei-
anesteziologov i khirurogov. Moskva, Izd-vo "N.editsina,"
(MIRA 17:5)

-ZHMOT, Isaak Solpmonavich
Cwwral anesthesia in surgery; mnual for isnesthenlologlets and
surponal Obshchee obezbolivanie v khirurgii; rukovodst,ro d1la
anesteziologov i khirurgov. Moskva. Medgis. 1959. 485 1p.
(KIRA 13:7)
(ANBSTHISIA)

ZHOROV, I.S.; BOLKOHOVITINOVAO L.N. (Moskva)
~
Modern anesthesia. Ned.sestra 18 uo.l2t6-10 159. (MIR& 130)
- (AMISTHESIA)

LVIN, M. ZHOROT, S.
-------------------
Advanced automotive transportation unit. Avt. transp. 36
no.9:7-9 6 160. (KIRA 13:9)
(Chelyabinsk Province-Tranaportation, Automotive)

IAWAHOV, A., inshener; laHMICEMT, N.; ZHOROV, 3-
---ffAMMMMwWMMiWAUMWw~,-
Improving the organization of automobile serricing. Avt.transP. 34
no.9:11-12 S 156. (KM q: 11)
(Automobiles--14aintenance)

ZWROV, S,, _,inuh,; LOMANOV, A,, lnzhd,
Use State ftnk credits for Intruducing new technical Improvements,
Avt.-transp. 36 no.4:20-21 Ap 158, (MIU iltO
(Automobile industry-Finance)

1A.Mvillk vich; ALITSMJTJZR.
GUBIN, Samail Akimovioh; ZHO .'00&eMin, MUgrApIr
B.N... red.-, GALAKI Ts.N., takhn.red.
(gandbook in safeguarding working conditions, safety factors,
hygiene for anto'transportation establishments] Spravoahnik
po okhrane trada, tekhnike bazopasnocti i proizvodetvonnoi
sanitarii dlia avtotransportnykh predpriiatils Xookval
Hauchno-takhn.izd-vo H-va avtomobillnogo transp. L ahonvai-
njvkh dorog RSFSR, 1959, 131 p. (MIRL 12:9)
(Trinsportation-Sefety measures)

MA11MCH, A&Z.; ZHOROV, Vol.; SHIM4071 P.F.
Axperimental and clinical basis for the rational use of
anootheala equipment in fluot1we anastheoin amd gnv4j~Wvia
with an aveotropic mixture. Eksperp khir. i amt. no.11
74--78 t63. (KM 16:10)
14. Is kafedry fakullte-tskoy khirurgii (zav, - prof, I.S.
Zhorov) sanitarno-gigiyenicheskogo fakulttets I Moskovsko-
go ordena Lenian meditsinskogo instituta imeni I.M.Seahana7a
i Onkologicheskogo inatituta imeni P.A.Gertsena (dir.-prof.
AJ.Nov jk6v) v
(A%STBMIA) (RAIDTHM)
(AUMWPES) q

ZHOROV V.Lt RANUICH, A.Z.1 RIMLISCV, V.A.
Adaptation of the "Kravrogvardeetam apparatus for,the application
of fluot~ane(ftorotgm)anesthesia. Med.prdfi!. 17.no-4160-62 Ap.163,
!,. 11 (MIRA 115#7)
1. 1 Hookovskly ordena Lenina meditsiliakiy invt1tut imeni Sqcbenova
i Nauchno-issledovatellskiy onkologicheakiy institut imeni P.A.
Gertsena.
(AITESTUZIOLOG"l-EQUIR4101T A14D SUPPLIES)
7
.*4 1"-

5W B/02 60113010610281059
%
AUTHORSt- Panehonkov 9 Go- It j.Zhorovj Yu*_94 B004
007
TITLEt A Method of.Deteraining the Kinetic Constants and Ranges of
the Cou'ree of Chemical Reactions Carried out in a Flow
PERIODICALt- ...Doklady Akademii nauk SSSR, 1960t Vol 130, Nr 6, lip 1280 1283
(USSR)
-ABSTRACTs in reforence'i the first-named author. set up general equations
I
for, the 'kin-et ics- of'homogenenua and-heterogeneous-ti
atalytic re-
actions.in the flow process at constant total prensure.-As,
however, in many cases the form of the kinetic eqiaation and
the reaction mechanism are not known in advance, the authors
developed-a. graphical method by using experimental data, which

possible a~,direot determinatlcnof tho reaction rates ex-
makes
.
presaed,by the variables x and n (x - quantity 'of substance
- ratS at which raw material is
entering,into reaction, n
0
supplied), The equations given in reference 1 are modified
accordingly. The method is demonstrated by uaiiig the example
of cumol cracking. Table i gives the experimental data for
cumol cracking. Figure 1 shows the experimental curve of the
card 1/2

86842
8/020/60/135/005/033/043,
4~ C3 0 0 913./ /8.2 0 A2 ~_2) B004/B075
AUTHORS: Panchentovt G. M,and
TITLE: Method of Determining the Rates and Kinetic Constants of
Complicated Chemical Reactions in a Plow
PERIODICAL: .,Doklady Akademii nauk SSSR, 1960, Vol. 135, No- 5P
PP* 1172-1175
TEXT: In a previous paper (Ref, 1) it was shown that reaction rates can be
determined from experimental data of the.converoion of the initial sub-
stance as a function- of its feeding, without the kinatic equation of the
process being known. In the present paper, this method is applied to re-
actions producing a stable intermediate. The following relation is written
for 6atalytic cracking:
A V 1B + V2D + V3C
(W')
D + 1) C
4' 5
where A is the initial substancel B is the intermediatel C and D are the
Card 1/3

868,42
Method of Determining the Rates and Kinetic 8/02 60/1-35/005/033/043
Constants of Complicated Chemical Reactions' in B0041YB075
a Flow
end prdductal: and V are the stoiahiometric coefficientse The reaction rates
wit 'W2 are determined from the conversion degree of A and B# Using the re-
sults of Ref. 1, the following relation is obtained for the second stagej
W2 - ('IS,') P 1 dx/d(l/n 0) - du/d(l/no)] (10),-where-So denotes the surface
of the catalyst per unit length; 1 is the length of the reaction zonel
fi0is the initial substance fed per unit time and expressed in moleal and
u.1s the relative yield of B. The ratio du/dn can be experimentally de-
0
termined from the yield of B as a function of the rate of feeding of A. If
the reaction rate at different temperatures and concentrations is known,
also other quantities can be calculated, as e.g., the activation energy.
For the parallel reaction W1
P1B I+VIB '+
1 1 2 2
'Al FALI---" "B" +)o"B"
1 1 2 2
..........
n
B 9 B +
Card 2/3 1 1 2 2

86842
Method of Determining the,RateB and Kinetic 3/020/60/135/005/033/043
Constants of Complicated Chemical Reactions B004/BO75
in a. Flow
i
vi dzi/S is-'OiA-ained for the produat B with the yield
0
zi. In homogeneous reactions, the cross section of the reaction vessel
is substituted for 3 There ars I figure and 2 Soviet references.
0
ASSOCIATION-. Moskovsk:Uy institut neftekhimicheakoy i gazovoy promyshlen-
nosti im. I.-M. Gubkina
:(Moscow ine'titute'o'f'Pe,troohemical and Gaseous Industry imeni
I,P.M.. Gubkin)
PRESENTED, 19600,by A..V. Topdhiyev, Academician
SUBMITTED i june 18t: 1960
Card 3/3

ZHCR(IV,, Yu.M.;'PANCREEKOV, G.M.
-----~Uelationship between the size of granules of the catalpt and
the -area where reaotion takes placo. Izv. vyij. ueheb. zav.;
neft' i gaz 3 no.7:65-69 160. (MM 115:5)
1. Hoskovskiy institut neftelddmicheskoy i gazovoy promyshlermostl
imeni akademika Gubkinas
(Catalpts)

S/065/60/00o/oli/ool/oog
E030/E412
AUTHORS: Pqnchenkov,~G.M. Zhorov YU.M. and YUY-lin,
t- -L--Y-U
----------
Features of.the.Catalytic CrackinPof Heavy Distillate
PERIODICA-L: Xhimiya i tekhnologiya topliv J masel, ig6o, No.11
PP-4-7
TEXT: The kinetics of catalytic cracking of' heavy gas oil
(IBP greater than 5000) from Romashki crude have been determined
from plant data, The process is important for supplementing
light gas oil which is in short supply for catalytic cracking.
'Fomr types of alumina/silica catalyst were tried, with BET surface
areas from 305 to 480 m2/gm, The reaction was found to occur in
canditions intermediate between those controlled by internal or
external diffusion, and the specific surface area had only a
slight effect. It is therefore desirable to use catalysts with
a h1gh macroscopic zurface area, although they may have a low
index. Maximum yields of liquid (boiling up to 2600C) were
about 40% at space velocities of.0.6 to 0.7 V/Vlhour, but the
,Yield fell as the reaction temperature exceeded 4000C, due to
external diffusion control. The activation energy was
10.3 kcal/mole at 400 to 4320C but fell to 7.6 kcal/mole at
465 to 490*C. This fall indicated that external diffusion is
Card 1/2

S/065/6oi'000/011/00i/oog
E030/E412
Features of the catalytic Cracking of Heavy Distillate
present but it could not be completely dominant or else the
actilration energies should have been much lower, around 2 to.
5 kcal/mole. . Further,.the cracking.must be mainly catalytic,
since only about 3% of the raw material would have been thermally
cracked at these temperatures, according to published data on
thermal cracking. The quality of the product is determined by
the alde-reac,tions, The reaction could be improved by using a
higher.velocity of feeding the raw material, and use of a catalyst
with lower activity but greater macroscopic surface area, that is,
more finely pelleted (about 0.3 mm size for example). There are
4 figures, 2 tables and 9 Soviet references.
Card 2/2

9.Mv - ZHOR07P'Yu*M.
General method of determining effective diffusion coefficients
for catalysts used in the petroleum chetaical-industry. Trudy
MIBKHiGP no.280-9 160. (MIRA 104)
(Petroleum) (Catalysts) (Diffusion)

PANCHENKOV G H.; ZHOROV, Yu.PI.
Method,for deteraining.the rates., activation energy., and zones
-of simple and-complex reaqtiona in a streviii. Neftekhimiia I
no.2s172-181 Mr.-Ap 161. (14PA 15:2)
~1. Moskovskiy ImUtut neftekhimicheskoy 41. pzovoy
promyshlennosti. imeni I.M. Gubkina.
(Chemical reactiow)
III tot 'T.-III 11

--,,/'152/61/000/001/003/007
B023/BO64
AUTHORS: Panchenkov, G. 11., Skoblo, V. A., Zhoro
TITLE: Determination of the effective diffusion coefficients in
porous sorbents
PERIODICAL: Izvestiya vyeshikh uchebnykh zavedeaiy. Neft' i gaz,
no 1961, 73-77
TEXT: The authors studied the sorption process basing on the spherical
grain of sorbent of the radius Rgr. -They assumed that 1) the ooncentra-,
tion of the sorbed substance on the surface of the grain remains constant
and equal to CO; 2) the concentration decrease of the sorbed substanc .e,
within the grain is linear (D. P. Timofeyev, Ref. 3). When describing the
,sorption process, the authors used the model of the no-called quasi-
homogeneous grain according to Pshezhetskiy (Ref. 4). Since sorption
proceeds more quickly than diffusion, in each point of the grain an
equilibrium is established between the sorbed.substance in the gaseous
hase and on the surfacep i.e., in agreement with the form of the iso-
p
Card 1/5

Determination of the effective,... S/152./61/000/001/003/007
B0231 .064
thermal line~of sorption. The following is assum ed: After the time -r
since the beginning of sorption has ex*ed, the front of the sorption
zone reaches the layer r in the grain. The concerLtration of the sorbed
substance decreases from C on the surface of the grain to zero on the
0
spherical surface with the radius r. The concentration 0 8 and the
pressure p 0 may be determined for any layer a between R gr and r by the
following equations: C'a- (s-r)COARgr -r) (1) and ps = (a-r)po/(Rgr-r)
(2). The sorbed substance in the interior of the grain in the layer
it gr - r is contained on the surface of the sorbent in a quantity a ads and
in the volume of the grain in aquantity avol, ther'efore a, = a ads avol
(7). The amount of the substance sorbed in the layer (between the radius
2
s and s + ds), is equal to: da ad 13 W 4ne (r,(ac/cr,)ds (8), where ao, is
the amount of the substance per unit of the eorbent volume in the case of
Card 2/5

Determination of the effective B1152V611000100110031007
B023/BO64
complete filling, which corresponds to the pressure of the sorbed
substance in the gaseous phase po; d 8 is that part of the occupied
surface which is determined by the isothermal line of sorption at the
pressure p0 of the sorbed substance. From eqUation (8) it is possible
to find the total amount of the sorbed substance,-.
a a00 9 ty 132da (9).
ads 4n - S,
(10 r
The amount which is in the layer between the limits of the radius s and
p8 2
~B + ds, is:.da. Vol R ~~ 471s ds (10), where a is the fraction of the
free volume in the interior of the grain. From (10) the total amount of
the sorbed substance which is in the interior of the grain in the gas0ou 11
phase, is determined. The followin is written down a-9 the final form:
h R laoo a 2
9r gr a + " a
2- .RT PS
Rgr Deff001-T Rgr r) ar da-dr (15).
Card 3/5

Determination of the effective S/152/61/000/001/003/007
3023/BO64
Formula (15) links the~time of sorption with the depth of penetration
of.,the front of 'sorption for any form of the isothermal line. The authors
emphasize that for sorbents sorbing a greater amoiant of subtAdince, the
amount of subutance sorbed an the surface, is oonsiderabl~~ higher than the
amount in the free volume within the grain. For such sorbents, equation
(15) is simplified R R
~gr r 13
R 2 D C.- 'r- .(R - r) ~ - ( ~a -OC11 9 )s2dsdr (16).
gr eff 0 r gr 8r
In the authors' opinion it is possible to use the functions found for
the determination of the effective diffusion coefficient D eff* It may
be found as follows: 1) a ads w f(r) is graphicallY represented on the
basis of experimental data. 2) owing to the shape of the isothermal
line of sorption 6 - f(p) and the function p of a, it is possible to
solve the integrals of (9 and (16) and to represent them graphically
on the basis of equation W a ad.9 ' 9(r), 3) By giving a number of
Card 4/5

,"Determination of the effective S/152 61/000/001/003/007
B023YB064
values for a the values r and -t are found which correspond to the
ads
same value a ads* The quantity Deff Is found by introducing r and -. into
equation (16). The equations mentioned describe, as is emphasized by the
authors, only the first stage when the front of the sorption moves toward
the center of the grain. There are 3 figures and 6 references: 4
Soviet-bloc.
ASSOCIATION: Moskovskiy institut neftekhimicheakoy I azovoy
-promyshl'ennosti im. akad. I. M. Gubkina 7Moscow Institute
of the Petrochemical and Gas Industry imeni Academician
.1. M. Gubkin)
SUBMITTED:~ June 30, 1960
Card 5/5

PANCffENKOV,, G.M.; YAKOVLEVO V.I.; KOZLOV, L.L.; ZHOROV, Yu.M.-j- KUWVKINI
D. A,
Activation of an aluminosilicate catalyst, by protons and garma
rays of CA. Zhur.fiz.khim. 36 no.5t.LU3 W 162. (MIRA 15:8)
1. Moskovskiy institut neftekhimichF)skoy i gazovoy promyshlennosti..
(Aluminosilicates) (Catalysi-9) (Radiation)

42185
S/076/62/036/011/015/021
BIOI/B100
C:~
AUTHOPS: Panchenkov, G. M., and Zhorovj,Yu. M.
TITLE: Kinetics of chemical reactions between gaseous and liquids
reactants with volume changes in.a stationary system
PERIODICAL: Zhurnal fizicheskoy.khimii, Va 36, no. 11) 1962p 2520-2524
TEXT: Unlike classical kinetics, the change in volume must be taken int 0
account. For this purpose, the volume of the reacting system is
represented as a function of the degree of conversion, and the following
is obtained for the rate of reaction:
w n /(VO Px (dx,, /d-r),
AI liq 0AIliq AIliq liq
where A Iliq is the liquid reactant, n its initial concentration, x the
degree of conversion, r'-the reaction .time, V0 the initial volume, and-
P - (n 0- 1v I )Y,~ illi/diVi stoichiometric coefficient;
A1 liq-
Card 1/2
T-T
17~1
9 f f

5/076/62/036/011/015/021
Kinetins of chemical reactionh... B101/B160
molecular weight; d specific eravity of 'tho.,component ai'liq, 1'. f X,-
the deeree of conversion of the liquid reactant (but not its concent-ation)
is chosen-as one of the variables the equations of classical kinetics can
be used for first-order reactions. The following holds for second-order
reactions: dx/dT - [kn OAVO - PX)j 0 - X)
L' P - 0 or V 0)-Px, then this equation passes over into that of classical
kinetics.
ASSOCIATION: fleskovskiy gosudarstvennyy univerBitet im. M. V. Lomonosova
(Moscow State University imeni M. V. Lomonosov)
SUB'MITTED: February 23, 1962
Card 212

PANCHENKOVI G.M.; ZHOROVJ YUSM,
Kinetics of the catalytic oracle-ing of light gas oils. Trudy 14IIDMGP
no.370-12 162.
Kinetics of catalytic cracking on aluminosilicates retarded by Eai
external diffusion at the catalyst surfai-.eo Ibid.:12-18
Relationship between the pre-exponential factor and activation aner-
gy in cumene crackingon aluminosilicates. lbid.:19-23

ZIJOROVI Yu.M.; 14irgaloyevo I.G,,J, PAUSHIII, Ya.M.
Kinetics of catalytic hydrochlorinaticK ar'styrene, Neftakhimiia
3 no.3:399-401+ My"Id 163.,.~~ ORRA 16:9)
1. Moskovskiy institut mftekhimicheskoy i gazovoy promyshlennosti
imeni I.M, &Lbkina,
(Styreno) (Hydrochloric acid)

IIIIGMAUKOV, VENYATAMCM, 'i,110-RCI, Yu.Ko
Kinetici of the delordrocyclization of paraffin hydrocarbons on
oxide catalynts, NuftakhImAJ'a 4 nojs310-36 J&-F'64
(MTRA 17 W
1. Moskovskiy !natltut nef telch I g&zovny prom7shlen-
nosti Ineni ToMeOubkIna.

'ACCESSION NR: AP4024409 9/0204/641004100110128/0132
AUTHOR: Panchankov,'Go M,; Zhoravp Yu,, M,; VenkatsebaUs, K* A*; Ourevich,
TITLE. RetermLnation of'the group composition of bydtNxavbon mixtures by liquid
hrdwtography with luminescent indicators*
c
SOURCE: KeftekhimLys, v9 4, noe 1, 1964, 128-132
1. TOPIC TAGS: hydrocarbon group analysis, liquid chromatography, luminescent
i chromatography, luminescent dye, indicators, aromatic hydrocarbon, olef ink
hydrocarbon, paraffinic hydrocarbon, naphthenLc hydrocarbon. Indicator adsorption.-,
homatographic column packing, group analysis
ABSTPACT: Luminescent dyes were prepared, a method of luminescent chromatographic'
analysis of hydrocarbon mixtures was worked out, and tha accuracy of the method
was eva
luated. By using specific luminescent dyes# a claromatogram of hydrocarbod
mixtures separated into aromatic hydrocArbon, olefinic and poraffinic plus
naphthenic zones can be obtained by illumimting the siLice gal column with
i ultraviolet light, The length of each determined amos idll cmespond to the
content of the type of byAroaarbau Laths mixture* A victerial extracted from high
Card.-

ACCESSION NRS -,A?4024409
-molecular petroleum products such as osphilt or ozokerite provides a luminescent
-indicator suitable for identifying both the aromatic and the olefinic sections.
The aromatic indicator ~(dark blue4uminescence under uo,w*) is extracted with
~.:--diisobutene from material adsorbed on silica gel and the olefinic indicator (lishti,
bl:ue. luminescence) is extracted with benzene. Luminescimt-chromatographic
analyses conducted an mixtures boiling in the 30
t -300 C range showed,the method to
curate. High molecular Wei
be reliable and ac er , Sht compounds may also be analyced
this method, The composition of the hydrocarbon mixture has little effect on
'the accuracy. Accuracy of the method does depend on the evenness of the chrma-
tographic' column packing and an the similarity in sorption onto silica gel of t a
luminescent indicators for the different type hydrocarbon fractions. The LndL-
cators obtained by extraction from asphalt meet the requirement of being
.1 similarly adsorbed on silica gel. Thus luminescent chraiiatography way be
effectively used in group analyses of hydrocarbon mixtur0s* OrLge art* hast 3.11.
"tables and 3 equations..
I ASSOCTATION: Xoskovskiy institut neftekhimichaskoy L sasovoy promy*shlewosti
Ime 1, M. CubkivA (Koscow-Institute of the Petrochemical sad Gas Industry).
Card
~81

ZHOROV, Yu.M.; PA11CITIE11KOV, G.M.
Formal kinetics of chemical reactions in t1le liquid phase occuring
with change in vOILIMe. 12v. vys. ucheb. zav.; neft, i gaz 7/ no.7:
49-53 164. (HIRA 17:9)
1. Moskovskiy institut neftekhinmicheskoy i gazovoy promyshlennosti
im. akad. I.R. Gubkina.

ZHOROV, Yu.M.; PANCHERKOV, G.M.
Determining the group compoaition of petroleum products
containing aromatic alkenyl.hydrocarbons. KKim. i tekh.
topl. i masel. 10 no.12;51-54 D 165. (19RA 19:1)
1. Moskovskiy o'"dena, Trudovogo Krasnogo Zriameni institut,
neftekhimicheakoy i gazovoy promyshlennosti Im. akademika
Gubkina.

AUTHOR: Zh P.; Tirakiyan. Tu,~ A.
or -H Fanchenkov G. H e
YU
ORG:
TITLE*. Heat of reaction in catalytic reform njw of gasoline fractions
SOURCE: Khimiya i tekhnologiya topliv i masel, no. 1, 1965, 12-16
TOPIC TAGS: heat of reactionj lieptatic, -.ii-omatic hydrocarbon, napthalene, crude
petroleum
A13STRACT: In previous studies an cripirical equation has been sug-
gested for the determInation of the beat of reaction of hydroform-
Ing:
q .--,(4.5 a,-+ 5.36a2 +-5.45b)
~c
298
a- a e,
where fteat,_ 6f.reactlon-,,_at_2.9~0C, koal/Iq b~
q2
elds-or arcma tic-. hydrocar ons
--b from naphtheneE; anA paraffins, gas
and coke respectively (inper'o'ent weight of crude material);
coefficlent, depending on gas composition and varying from 2 to
~3.2. The.heat of reaction of hydrocracking or heptanelcalculated
~fromthls equation.-and ~the a.atual.-Value are. 32 iGna__VF1tca1/ke;t j7e
'spectively- 4,~ _Thus~oaleulatlon by this equation is substantially.
i.n error. 1h; It I on thl s 'e q uati on cann ot bit us ed' I n de, t ermi n*~-
MXG: 66.C92 665.521.2,
i/2

ACCLMRi -T-- AP6 7-
%29
wb_
--Ingth6 h6aV' :f jj
reac on conditionf
0
-::Thd--.e_m-_p'_Tri`cA1 eriva 'Ion of iation-cast-
that-..- tali Ah--l-$00 C this eqt
,doubt on Its possible use in qualitative description of the plat-
0
,forming process. A eordingly, the authors developed an analytical
'I'mothod of determining heat. of the reaction In catalytic reforming
.1based on a kirtetic scheme of the prooesn, affording detormination
loir heat of reaction with considerably greater accuracy than other
imethods. The crude material usually contains a slight amount of
0 her 'd~ lysisis united with the paraffins
lefln.so, whIcb,,.Upori.furt na
-The possibility of -caloulatinig the heat of reaetion of the complex
-,techniodl. mixture of hydrocarbons with different molecular weights
.band boiling points. according.,to the scheme presented in the article
'I s accounted for by the fact that the molar heat of reaction of any
vof the reactions examined depends a little on the molecular weight.. i
the crude ''material., . In hydroref orming of h eptane, the heat of
action is +10.5 kcpLl/kg,-in platformiiig of hoptane with near
,!Conversion--,+* 231 kcal/kg* The head of reaction of hydroformins !
of dif f erent.: technical f orms of f uelINdepending on naphthene content
~
x r cordihg"t d'
t'l io _ude ac o, ata given can vary from 40 to 16CI kcal/kgl
the value.s,-fdr. Platforming,!.!_from 90-to-290 kcal/kg. Orig. art. has:
~:16 1ormulas And
3. table
.,SUB MM,~.Al M,-DAM' M n 001
W -n6ne- ORIG MF t 01,0
Im
2/2,

ZHOROVp Yu*M,; PANCHWOV, GoM*j ULITSM) S#Pa$ TIRAKITAN, YVOA,
~ivelopmant of the mathematioal devoripticm of platformAng for
optimization of a prooesse Pai~b 1e. Kin@ i kats 6 no, 6sIO92-
1097 N-D 165 (MIRA 1911)
I* Moskovskly institut neft6khimichnskol i gazovoy promysblen-
nosti imani Oubkba. Mbnitted June 23# 1964,

PANCHENKOV, G.M.; ZHOROV, Yu..M.
Determinating the kinetic values of vttqlc! and complex chenical
reactions In circulatIng reactors. Trudy MINKHIGP no.44:141-1j+7
163. (WRA 18:5)

;.~t~qRov, YU.M.; PP14CHENKOV, G.M.; ZELITSER, S.P.; TIRAKIYAH, Yu.A.
Calculation of heat effect in the catalytic reforming of
gasoline fractions. Khim.1, tekh.topl. i nasel 10 no.l.*22-16
ja 165. (MIRA 18:4)
1. Moskovskiy onlena Trudovogo, Krasnogo 2nameni institut
neftekhimicheakay i gazovoy promyshlennosti im. akad, Gubkina.

SHLYAKHTIN, Ye.I., 4ZIHIUOR=OVA A,,G.- ANANCHENKO,, M.V.; GRISHUTIN, T.G.;
I.
IN.
IVANOVO V.I.; ORONIN, A..i.; POPOVA, M.S., inzh.; TAIUSMO, 1.1"I
RMNOV9 A.I.; ZHUKOV,, A.V.; LAPTEVO G.I.x inzh.
Who should perform the forwarding and carrier services?
Zhelo dora transpo 45 no.6.,42-45 Je #63c. (MMt 16?7)
1. 2-mmatitall naebalinika stantaii Smolensk Moskovskoy dorogi
po gruzovoy-rabote (for Shlyakhtin), 2, NadmiTnik pogruskontory
stanteii Smolensk Moskovskoy dorogt (for Zhorova). 3. Zava-
dv~pwhchiy grvzovyx dvorom otantsii Smolensk Moskovskoy dorogi
(for Ananchanko). 4. NachaluAik Uvarnay kontory stanteii
Smolensk Moskovskoy dorogi (for GrIshutin). 5. ZaveduYLw4hiy
kontaynernoy ploshchadkoy otantsii Smolensk Moskovskoy dorogi
(for Ivanov). 60- Sakretarc partiynogo byuro stantaii Smolensk
Moskovskoy dorogi (for Tarasanko). 7. Stantaiya Sr-nlenak
Moskovokoy dorogi (for Doroninp Romanw, Popova),, 8a Upravlya-
yushchiy Smolensklm oblastnym avItotrestam (for Zhukov),,
(Freight and freightag-9)

ZAKRAROVAp Galina VasillyevrAp kand. takhn. naukj POPOV, Ivan Aleksoyevich,
kand, tekbn, nauk;, ZBOROVA _Ujia=-PavIovn&; FEDIII, Boris
Vladimirovich; Priii bastlye, mumrm,' Z.S.., zaal, deyatell
nauld i tekhn. RSFSR;, POPOVA., L-A4.. zaal. da~atelv nauki I tekhn.
RSFSR; YHGbROVAj N.D., zaal. deyatell nauki i tekhn.RSF -
SR,, NIKITINAP
Ye.I.p zasl. deyatell nauki i tekbn6 RSFMI ZHWCHUZk.IAYA, Ye.A.,
zasl. doyatell nauki i tekbn, RSFSR; ZHABINA, V.A.; SAVITSKIY, Te.M.,
red.-. STROYEV, A.S... rede; ARKEIANGELISKAYA:, M.S., red. izd-va;
KARASEV, Aelo, tekbn, red*
[Niobium and its alloys) Niobii i ego splavy. By G.V.Zakharova i
dr. Moskva, Gos. nauchno-tekhn. izd-vo Utx7 po chernoi i tsvet-
noi metallurgii, 1961, 368 (MIRA 14:12)
(NiobOO5

ACC NRt AP70021133 SOURCE CODE: UR/0219/6~,~60[0,~7j~o ,5~jjj
AUTHOR: Zhorova, L. P.; Zakharova, G, V.
ORG: none
TITLE: Effect of cold working and annealing on the mechanical properties of nio'bium
sheett
SOURCE: Metallovedeniye i termicheskays obrabotka metallov, no. 12, 1966, 28-31
iTOPIC TAGS: niobium a
'e, Umechanical property
'd at() lin o
ABSTRACT The effect of cold rolling, direction of rblling, an annea g n the
mechanical properties of niobium at toom and high temperature has been
investigated. Niobium ingots, 75 mm in diameter and 150 mm high, melted
in a vacuum irc furnace and horogeni2-ed,at 1800C in an argon atmosphere
for 10 hr, were extruded at 1500C into sheet bars 35-40 mm thick, which,
after reheatk-g to! 1500C, were rolled to a thickness of 12-15 mm, conditioned
by machining,.vacuum annealed, and rolled Into sheet 1 T= thick at about
150C. Sheet specimens (50 x 10 x I mm) were then cold rolled with 50, 70,
80, 90 or 99% reduction without process annealing. It was found that cold
rolling with a reduction of more than 70% significantly strengthened niobium.
Specimens rolled with 90% -reduction and'tested at 20, 700*0 1100. 1300, or
1500C had a tensile strength of 71-47.2, *52.6--53.2, 22-24, 9, 9.7.
Card 1/2 uDc: 669.293:621.,.~&3;621.7. oil

ACC NRs AP7002433
and 7.5-8.~ kj/mWj i~i~i~ftvely', compared to 50-51, 40-42,
3.9.5-20.5, 10.1, and 7.5-8.9 kg/mm2 for specimerLs annealed at 1300C
for 1 hr. Cold rolling produced a considerabIk'_anisotropy~
Tensile strength,
kg/mm?
Fig. L Temperature
&pendence of mechanical
properties of cold-rolled
niobium sheet specimens:
du transverse (1), longitudinal
(2), and 45* to the
Elongation,* % direction of rolling (3)
0 to 4tv sw in logo fix -C
Test temperature, C
of strength and ductility (sie Fig. 1)j whichhowever, was completely
eliminated by annealing at 1300C for 1 hr. Annealing at.1500-4800C
increased the grain size from 0. 06 to 0.9 M=.. Orig. art. has: 3 figures and
3 tablis-7-
SUB CODE: 11, 13/ SUBM DATE: none/ ATD pRMS: '5113'

SOV/136-59-1-16/24
AUTHORS: Zakharova.) G.V.7 Popov, I.A.9 Zhorova, L.P. and
Xurganovq G.V.
TITLE: Use and Properties of Niobium (Primeneniye i svoystva
niobiya)
PERIODICAL: Tsvetnyye Netally., 1959, Nr 1. pp 73-79 (USSR)
ABSTRACT: After outlining the uses of niobium the authrors tabulate
some published (Refs 3,10 data on its physical properties.
They discusspublished data on the mechanical properties
of the metal, noting divergencies arid the absence of
high-temperature (over 5500C) data, and describe their
own experiments in this field . These gave more accurate
room-temperature and also some high-temperature values
for the cast metal. Ingots were propared by melting
99.6-% (Nb + TO rods in a VIAM arc furnace at a pressure
of 10-4 = Hg. .,The ingots were deformed to 70-80% after
annealing at 10-r mm Hg and 1800-20000C to remove oxygen
and other gases: results are given in Table 17 and at
1400-16000C in argon or helium. Deformation was carried
out under the direction of I.G. Skugarev and S.B. Pevzner.
Card 1/3 Fig 1 shows the microstructures of the cast (left),

Use and Properties of Niobi= SOV/136,-59-1-16/21+
forged, (middle) and re~-rystallized(right) metal. The
room temperature values of tensile strength, yield-
point strengthv :Nlatl7a elongation, reduction in cross-
sectional area and Vne hardness are given In Table 2 for
niobium in the cast7 pressed and pressed-and-vacuum-
annealed states3 Tabla 3 gives data for 1000, 1050 and
110000. Fig 2 shows the change inthe time to fracture
at a constant strass of 15 kg/mm2 for the deformed and
for the cast metal while Fig 3 shom's the modulus of
elasticity, kg/mm2, (left hand scale. triangles, points
and crosses for hardenedg deforme4 and recrystallized
specimens) and the logarithmic damping decrement for
recrystallized specimerLs, The moduli of elasticity were
determined in the inst-it-a-110 mashino-v'edeniya AN SSSR
(NAchine Institute of tha AS USSR) under the direction
of M.G. Lozinski7, An Interesting result is that the
modulus does not decrease with increasing temperature;
this may be due to the presence of impurities. It was
Card 2/3 found that (Table 4) with.increasing oxygen content
(from 0.02 - 0.21+%) the tensile strength increases from

Use. anId Properties of Nioblium SOV/136-!;9-1-16/24
53 to 103 kg/mm2, the yield-point strength from 40 to
9945 and Brinel hardziess from 120 to 320, while the
relative elongation falls nrom 226 to 10%. When the
carbon-content of a specimen was ine,,-reaged to 0.3% the
tensile strength fell somewhat while the relative elonga-
tion remained sufficiently high. In the specimens used
the hydrogen. nitrogen and normal virbon-contents were
0.001-0.005%; 0.005-0.01% and 0.04-0.05%, respectively.
Finallyq the authors outline the o~d.dation of niobium, as
reported in English (Refs 8510,11,12) and German (Ref 9)
publications.
There are 5 figures, 4 tables and 12 referonces, 3 of
which are Soviet, 8 English and I Gorman,
Card 3/3'

--dy Vladimirovich;
QjWVAj-LiIiana.-Fa:yj-Qvna,,., KURGANOV, Ge
FEDINY Boris Vladimirovich; FISIMI, A.Ya., rod.;
BRYYUKHACMA, V.V.~ ved, red,
(Modern niobium alloys, the technology of their produc-
tion and use; review of foreign techniques] Sovremennye
niobievye splavy, tekhnologiia ikh proizvodstva i pri-
monenie; obzor zarubezimoi tekhniki. Yogkva, GOSINTI,
1962. 27 p. (9IRA 17:5)
LF

)N NR: AP la's
AUTHOR: Zakharon, ~. V.; ?Aoi-tjva,
rfl7lZ: fleat treatm,.,xtof njobiim
SM'RCE: Tsve~ rie m tally., Me 51 ~7-11, 53-58
!IOPI-C TAC-S- nioblUm, b0sit tteatmant, hnArqPL-fting
IMXT: A stucly was mai,-- of tbe effs~~.t
and ~:arlbon
Card 1/3

J-
J
-- H- sub- 2 dontent from 0.0020 to 0,0012%, and the C contei it, :from 0. 14-0. 45%
U) 0,033-0j047%. It also improved the uni'ormit.,, ~-- lis r-:l;tior
impirrities. T-he recrystallization ~em-,,4--ra-.ure c- ~ilc C,
extrusion followed by an.-,C-aling and 3C-
was -ie,~erm I rc,-. P-.,]
Was tr
ma-. 1
Me- F
5'-C-
3 -ic we e r
On MIRM lip'll,

ACCE=0N NR: AP3000201
and large-sized semifinished products can be annealed 1,, farnme-es vith
graphite heating elements at tem-pe rature aa-s high. sax 1~ if)-:_,()0CC, io-o'Ided
'chat the -arburized layer ~S T_EM0Vt-d ALL71 5
sem-If ini stied niotlum -:Sr- :~e re-,
graphlte ?ieatirig FIP.Moln*~c- a,
art. has: 5 figures wid tables.
ASSOCIATION: norie
SUBUTTED. 00 DATE ACQ: 14,Tun63 ENCL: 00
So COW: 00 90 REF WV: 001 OTTER: 002

ACC NRt APT002866 SOURCE CODEt Ufl/Ol4q/66/ooo/0o6/Ol46/oi4q
AUTHOR: Levin, A.Mo's. Zh.~,r0V1L,,-JUP-
ORG: none
TITLE.*. Effect of alloying elements on the dleformability of rhenium
SOURCE: IVUZ. Tdvetnaya metallurgiya, no. 69 1966, 146-1h9
TOPIC TAGS: platinum containing alloy, yttrium containing alloy,
vanadium containing alloy, rhenium base alloy, molybdenum containing
alloy, tungsten containing alloy, zirconium containing alloy, titanium
containing alloyq niobium containing alloyq tantalum containing alloy,
alloy cold reduction, metal deformation, solid solution, solubility, hardness
ABSTRAM Ingots o*f rhenium alloys containing 1.28 and 3.33% Mo, 1.08 and 9.31% W,
0.9 and 1.4% Nb, 0.5 and 1.14% Ta, 0.63 and 1.0% Zr,*2.94 and 27.3% Ti,
17.73 and 38.52% V, 0.3% Y, or 1.86 and 5.7% Pt were melted from 99.982-
pure electrolytic rhenium powder in a nonconstall-able electrode arc furnace*
'in a helium atmohphere, and investigated to determine the effect of
;individual alloying elements on the alloy"structure and deformability._,.1
Card 1/2 UDC: 669.849

ACC N& APT002868
'All alloys 6oritained zibouit 0 OIZ 02 an4 0.005% -H2,-'ASIo'ys containing
9.31% W~l 28% Mo, 5.7Z Pt, 0:63% Zr or 0.3% Y were found to be single-
phase solid'solutione of these elements in rhenium. Alloys containing
0.9 and 1.4Z Nb, 1.0% Zr, 1.14%Ta or 2.94% Ti had a two-phase structure.
:The solubility of W and Pt-in rhenium 'reached 12 and 60%, respectively#
~;Ta, Nb, Zr, Ti, and Mo had a low solubility ia rhenium. T1 and Zr
.additions produced the highest increase in the hardneas of the investi-
gated alloys. Vb and Ta additions produced a somewhat lower hardness
increase, while Mo, W and Pt additions, especially in small (up to 2%)
amounts, produced almost no increase. Rhenium containing 0.01 02 hnd
0.005% 112, are-melted in a pure helium atmosphere, suntained a cold
xeduction of about 9%. The addition of 1-9% W, LOZ Zr or 1-3% No
Increased the permissible cold reduction-to 23-26%, 19%,and 17-19%,
!-respectively. Nb, Ta, V, Y, and Pt additions in amounts up to several
percent have practicallyno effect on the deformability of rhenium. The
:majority of the investigated alloying elpmento increased the work
11hardening of rhenium in cold rolling, although no direct relationship
1. between the work hardening and deformability vas established. For com-
1plete stress relieving, work-hardened rheniumand its alloys should be
lannealed iu:a vacuum or in hydrogen-at 1800C r-or 0.5-2 hr. EWA-881
... ........
SUB CODE: 11, 13/ SUBH DATE:: 1hMar65/ OHIO HErt OOl/ OTH REN 002
ATD PRESSt 5114
Card 2 /2

ACC
AP7002668 SOU-RCE CODEt
~;..AUTHOR: Levin, A.M.
ORG: none
un/014!;)/66/000/006/0146/01.49
TITLE: Effect of alloying elements on the d eformability of rhenium
SOURCE: IVUZ. Tsvetnaya metallurgiyaq no* 60 19669 146-149
TOPIC TAGS: platinum containing alloy, yttrium containing alloy,
vanadium containing alloy, rhenium base alloy, ~molybdenum containing
alloy, tungsten containing alloy, zirconium containing alloy, titanium
containing alloy, niobium containing alloy, tantalum containing alloys
alloycold reduction, metal deformation, solid solution, solubility, hardness
ABSTRACT'. Ingots of rhenium alloy 19 containing 1.28 and.3.33i Ha, 1.08 and 9.31% W,
0.9 and 1.4% Nb, 0.5 and 1.14% Ta, 0.63 and 1.0% Zr,'2.94 and 27.3% Ti,
17.73 and 38.52Z V, 0.3% Y, or 1.86 and 5.7% Pt were melted from 99.98%-
pure electrolytic rhenium powder in a nonconi3ur-able electrode are furnace
'in a helium atmo6phere, and investigated to determine the effect of
individual alloypg elements on the alloy structure and deformability._,
Card 1/2 UDC: 669.849 - ___ I _j

MA. nm artuveooo
All alloys ~onfalned gibotit 0.01Z 02 and 0.005% H 2 Afl6ys containing
9.31% % 1.28% mo, 5.7Z Pt, 0.63Z Zr or 0.3% Y were found to be single-
phase solid'solutions, of these elements in rhenium. Alloys containing
0.9 and 1.4% Nb, 1.0% Zr, 1.14%Ta or 2.94% 71 had a two-phase structure*
',:The solubility of W and Pt'in rhemium reachcd 12 and 60%, respectively.
'Aa, M), Zr, TL, and,Ho Wad a low solubility in thenium. Ti. and Zr
additions produced the highest increase in the hardness of the investi-
gated alloys. Nb and Ta additions produced a somewhat lower hardness
increase, while Mo, W and Pt additions, espeicially in small (up to 2%)
amounts, produced almost no increase. Rhenium containing 0-0102 hnd
0.005% H2, arc-melted in a pure helium atmosphere, sustained a cold
zeduction of about 9%. The addition of 1-91 W, 1.0% Zr or 1-3Z Ito
the permissible cold reduction, to 23-26%, 19Z,and 17-19%,
~`respectively. Nb, TA, V, Y, and Pt' additions in amounts up to several
,Percent have practically no effect on the deformability of rhenium. The
!majority of the investigated alloying ele-methts increased the work
thardening of rhenium in cold rolling, although no direct relationship
!between the work hardening and defornutbility was established. For com-
iplete stress relievingp work-hardened rhenilum. and Ito alloys should be
lannealed.in-a. vacuum or in hydrogen-at 1800C for 0,j-2 Ur, [WA-881
tMS]
SUB CODE: 11, 13/ SUBM*DATEi.. 14mar65/' ORIG 11EF 001/ OTH REF: -002
ATD PHESSt 5114-
LC d 2/2
.a

SIIAI%MGII, A.B.; DAIIILMKAYA~ KAZAPJ2!A, G.P.;
TORISMA, A. G.
Spectrographic determination of h)mlrogen -.in nickel and copper
And Of OxYgen in copper. Zav. lab. 30 no.11:1343-1346 164
1. Urallskiy nauchno-issledovatellskiy inatitut chernyl:h
metallov,

BASOVA, Ye ?.I ZHOROVA N I SHA=CHt A.B.- SHUBINA, S.B.
Spectrooraphic detertdimtion of nonferrous siatal Impurities
in raw materials use& in the manufacture of ferroalloya and
heat-reaiatant alloys. Zav. lab. 28 no.9:1075-1076 162.
(HIM 16W
1. Urallskiy nauchno-i6aleftmtellskir institut cheMkh astallor,
(Alloys) (Nonferrous metal"pectra)

IZHOROVIN, flikolay Anisimovich; KOLESNIK, A.A., prof., red.;
V., tekhn. red.
[Consumer's requirements of the qualit7 of potatoes) Pot-
rebitellnye kachestva kartofelia. Minsk, Gos.izd-vo sell-
khoz.lit-r" BSSRs 1963. 145 P. (MIRA 16:12)
(White Russia-Potatoes)
I INEWIEM-Aff-111 FUN! K 4eP91, Ovill HEM[!

POLAND
ZHORSJU, Antoni, Clinic of G"ecology und 0,~st-otrio.!?, (Xii.
i Chorob Kobiooyoh) t AN (Alcadomia Motlyoxna,
modical koademy] in Krakow (Dirmotori Pr*f. Dr. S. SCHWARZ)
"Historical Outlinie of Obstatrios at the 5W. nuoha Hospital
(Sr.pital) in Krakow,"
War3Aw-Er"ow, Przo lad Lekarski, Vol 19, Sor 11, No 1, 63,
pp 21-26.
Abstracts 7ho author revious the davelopmont of nbst4triaa!
0alla in oland from tho mairly ohurah 3kkbltors practically
at every church to the sponialized obatetric rhurch has-
Vitali In the car* partioularly of the Order of 5w, Ducha
(Ifoly Spirit). Ho cites roilroos and showt:
of early 'writings In nonnoction udtA this d-tviolopmart',
All raforences ar* inalde ths tayt,

ZHOROVSKIY,, I.A.; TARASOV, N.M.
Calculation of excitation circuit transients of synchronous
machines with transistor rectifiers. Trudy Ural. politokh.
inst, no,224:30-36 162, (MMA 16r8)
9
ME
ISM !IF$ I

ZHORZH, Goorgiy Aleksandrovich, (Blagoveshchensk Btat~i Yed inat) for Doo Med Sci
of
on the basis of dissertntion defended 22 Oct 59 in Cimincil~Jtinsk Stpte M-3d Inst,
entitled "Control of anterior synechlas of the eye." (Experimertal clinionl
study and invention)" (BT-4ViSSO USSR, 1-61, 23)
_78-

VISMWSKIY, HeA, , polkovnik med*vluzhb7, prof *' 219O=, G.A* podpolkornik mod;
olu&byp kand*med;naukg SLOYINSKIY, lT.K, 9 polkovnik -ded;oluxhbr
Importance of visual acuity and ocular refrRetion for shooting,
Voen;-medo'shur' no.8s44-49 Ag '58 (MIRA 12:1)
(SH;;T]3G, HILITART)
(VISION)
.I

ZEIMHO G;A~
al onlication of the sputuls, for separation of
the 171m from the borders of the wcmad In application of
Contlums Outure. Test- aftep Modcm 33 twe'l:44-43 Jarp-
Tab.p- 1954. (GDLTA 25;5
10* Candl"te Medical Salewaso 2. Ark ogel'A.'

MWM* G.A~
lopmeni; of
lqerlmntal data on control of deTs
adhesions and a3iterlor synechUs In the apt. Test.
Oft', Moskva 33 noilt45 Jan-3%b 1954. (CDm Z5:5)
1; Candidate Medfad Soleness. 2,. Arkbwigellsl:~

ZHORZHIKASHVILI, G.D., red.
[Vational economy of the Georgian S.S.R. in 1962; statistical
yearbook] Narodnoe kho2ia' tvo Gruzinskoi SSR v 1962 godu;
statisticheskii. ezhegodnik. Tbilisi) Gosetatizdatj 1963. 444 p.
P(MIRA 17t6)
1. Nachallnik TSentrallnogo statisticheukogo upravleniya Gruzin-
skoy SSR.

ZHORZHIKASHVILI, G.D.
Georgian S.S.14 Prom.koop. no.1:9 -Ta 157.
11 Predsedatell pravlenlya Grmzpromsoveta,
(Georgia-GooperatiTe societies)
(MLRA 10: 4)

ZHORZHIKABITTILI, G.
Chemical Industry of the producers' cooperatives of Georgia.
Prom. koop. 12 no.8:31 Ag 158. (MIRA 11:9)
l.Predoedatelt pravleniya Grutpromsoveta (Tbiliei)
(Georgia-Chemical Industrics)
T _T__-7_-_T_._,_7 TF__, -F T-W _T
_T1 IT
.-Af
affilwo low - - ----- -_

ARIamwir

ZHOZHIKASHVILIp V,,A., kand.tokbn.nauk; MITYUSHKINO )(.G.s kand.tekli
Single-o~,Oftl pulse distributor using elements with a rectan,
hysteretTvz- loop. Trudy VITHE no.7sl3l,-149 158. (M
~T -fr-

TUTZVICH, V.N.(Xoskva); ZHOZHIUSHVILIO V.A. JKoskva)#
Commutators h&vj;jg magnetic units with rectangular hysteresis
loops Avtoms itelem. 15 no.1:35-53 -Ta-Y 154. (IILRA 10:3)
(Commutation Plectricity)) (Telemetering);

ZHOMHIKOVAI X.O. NOSCOW).
Work of the head nurse in a pediatric infectious ward. Med.sestra no.9:Z7-)O
S (HLRL 6:10)
1. Datekeqa klinicheakaya bollnitea no.l.
(Pediatric mrsing) (Houpitalm-Staff)
--- --- ij

KHARINAp N.; MCHEDUSHVILIp 1. (Thilisi); PETROV N. (etantoiYa Ims"
Kazanskoy zheleznoy,dorogJL); ZHENOV,, N. 4,Sovetsky Nallaingradskoy
zheleznoy dorogi ;-DOROF A T331MYLKY.. le., gazoapparatcha;
-.ZHORZHOLADZE#_-QAI TURUTINEXPEYE, .(Minsk)
Letters to the-editors. Sov, profsoiuzy 17 no.1:39-42 Ja 161.
(MIU 14.1)
1e Brigadir brigady kommunistichookogo truda Novosibirskogo kozhevenno-
obutnogo k=bimti (for Hharin~), 2* FTedeedatell rayonnogo komitsta
profsoym zheleanodoroahni ov, Velikire Luki (for Dorofayev)i.
3. Chlen bibilotechnogo soveta il.Stalino (for Timofeyev). 4, Fredsedatell
Dorozhnogo komitets. profsoyuza rabotnikov zheletnodoroshaogo trans-
porta, Zakavkaodkoy sheletnoy dorogi (for Zhorzholadze).
(Trade unions)

ZHORZHOLADZE9 G.
Pledges will be fulfilled. Sov. profsoiuzy 17 no. 2:34,-35 Ja 161.
(MIRA 14:2)
1. Prodsedatelf dorprofsozha Zakavkazakoy zheleznoy dorogi.
(Tranac"aucasia-Railroads) (Socialist compotition)
I'll-will
We*

ZHORZHOLADZE, K,V.; MEYOZOV, V.I.
Ifficient system of condeniate return. Pakh.prom..30 noo9131-
35 '56. WA& 10:3.)
1. Gruzinskiy sakharnyy savod.
(Sugar industry-Xquipment and supplies)

MI
ZHORZHOLADZE, Ke Ve
Sugar -Manufacture and Refining
Settling the accounting problems of sugar beet losses. Sakh. prom. 26 no. 2, 1952.
Monthly List 2f Russian AqSjLsIo
M,
Library of Congress,
June 1952.
Unclassified.

ZHORZHOLIADTI,,A.G.; CHIMINILI., O.N.
Semi-industrial experimental cyclone furnace stand of the
Inatitute of Power Engineering of the Ace.denq of Sciences
of the Georgian S,S.R, and preliminary (a:perimentv on the
burning of nazut In a cyclon.3 combuation chamb-ir, Trud7 Inat,
anerg. AN Gru3. SSR DtV,5-256 163. (MMA 17 :7)

ZHORZKOLIANI. H.D.
Frequancfeel-of the free transverse vibrations of an. evenly loaded
solid bean of constant' rigidity. Soob. All Giniz. SSR 20 no. 2-.199-
205 F '58. (HIRA 11t7)
1. AN GruzSSA,'Indtitut stroitellnogo dale. 7bilizi. Predstavlano
akademikom XOS.Zavriyev". I \, *
(Elastic rods ancl wire a-Vibre t ion

ZHORZHOLIANI, N.D.
Concurrent free and forced vibrations of rods 17ing on vibrating
supports. Soob.Aff Gruz.SSR 25 no.107-43 Jl 160. OIIRA 13:10)
1. Akademiya nauk Gruzinakoy.SSR, institat stroitellnogo dela,
Tbilisi. Bredstavle-no akademikom K.S.Zavriyevym.
Mastic rods and wires) (Vibrations)

Free ;t#d forced vibrations of continuous btams. '1'---u(iy Tr,,st. rtroi.mekb
i zL* MM.. AN Gruz. SSR 9*.93-102 163. (MIRA !7t12)
-:7

LORDKIPANID7,b, R.S.; DMUGELI, D.D.- 2.41ORMOLIANI N.D.; LOSABLEFUM., G.D.j
SARIGOP B.P.; CHIKOVANI, N.t._`
Experimental study of the strE'ssed state of a large-span shell in
the process of assembly. Soob. AN Cruz. SSR 28 no-4:443-450 Ap, t62.
(141RA 18: 1)
1. AN Gruzinskoy SSR, Institut stroitellnogo dela, Tbilisi. Submitted
May 5, 1961.

ZHORZHOLIANI? N.D,,,.
Approximation method of determining the frequencies of
natural vibrations of normniform--span continuous beams.
Trudy Inst. atroi. makh. i seiom. AN Gruz. 1009-68 164.
(HIIIA Mill)

ZHOSAN., Y.; -BARBAT Yu.; FUYA, I.
Comparative otudy.of the development of Chenod 396 (dual-purpose)
winter barley and Cluj 123 sp*ig barley. Fitdoltorast. 8 no.5t
619-625 161. (~M 14:10)
1e Department of Plant Physiology of the Agricultural Institutep
Xluj, I=ania.
(Barley)
I I -:~N I I I; REA M to I IIIII'MaKE