SCIENTIFIC ABSTRACT BADYLKES, I. S. - BADYUGIN, I. S.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000102930013-2
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 36
• Document Creation Date: November 2, 2016
• Document Release Date: June 6, 2000
• Sequence Number: 13
• Publication Date: December 31, 1967
• Content Type: SCIENCEAB

I7J'CHENK0, S.G. . otv. red.; HYZHR1KO,
.. otv. red.; CHUKLIN, S.G.y zan
L.P., red.- BADYL'KES I S . red.; ALEKSEYEV, V.P., red.;
VEYNBERG, A.A., red.; 1.11-ELITSER, L.Z.,
red.; ZHADAN, S.Z., red.; EAYIR, V.A., red., MINKUS, B.A.,
red.; BARENBOYM, A.B., red.; NIKULISHINA, D.G.P red.
[Transactions of the Conference on the Outlook for the Devel-
opment and Introduction of Refrigerating Equipment into the
National Economy of the U.S.S.R.] Trudy Konferentsii po per-
apektivam razvitiia i -nedreniia ':holodillnoi tekhniki v na-
rodnoe khoziaistvo S319h. Moskva, Gostorgizdat, 1963. 262 p.
(NIRA 18:3)
1. Konferentsiya po perspektivam razvitiya i vnedreniya kho-
lodillnov tekhniki v na-An-r- Vhn7.vP--+-n 'zz.,gR. Odc-zpp. 10(0.
2-Odesskiy tekhnologicheskiy institut pishchevoy i kholodnoy
promyshlennosti (for Minkus, Barenboym, Chukhri, Nikul'shina,
Zhadan). 3. Vsesoyuznyy nauchno-issledovatellskiy instJtut
kholodillnoy promyohlennosti (for Gogolin, Badyllkes).

BADYLIKES, dck"~,,.,- tchlin.nnA) ; r.-,f. -, ki-,;,gJ_:,,~, -,
Suggected ajrEinc~i,.er' of the Safety Ii"egulations for ~jmnorda
Refrigarating Plar-to. Ehol.tehh. 42 no.2.51,-50' Mr-Ap 165. (MIRA 182-5)
2.. Vseioyuzrjyy ~,Pstitijt
prorqnhlenyi3st ~..

ALTUNDZRI, Sergey Tladimirovich; BUKHARIN, Yiktor Yladimirovich;
DOBKINA, Tevgeniya Abramovna; KUZNFTSOV, Hikolay Mikhaylo-
vich, inzh.; POPOTA, Ksaniya Georgiyevna; TEZIKOT, Alaksandr
Dmitriyevich; FRADIN, Leon Romanovich; BADILIZAS, I.Im"
doktor tekhn.nauk, retsenzent; SKIRSTTMORWM""'. zn',
retsonzent; FRITYKINA, L.A., rGd.; SOKOLOYA. I.A., takhn.red.
(Production and use of liquid carbonic acid] Proizvodstvo i
primenanie zhidkoi uglekisloty. Moskva, Piahchopromizdat,
1959. 207 P. (Carbonic acid) (MIRA 13:2)

1, 1 r'l Y /A "- - N I
1, ~ rf- I ~, A. 1-1 '7 , !"
BADYLIKES, N., doktor tekhn-.nauk, prof.
~ -
Generalized method for the calculation of the heat car)scity and
volumetric refrigr-rating capacity of some little studiedsubstances.
Ehol.tekh. 34 no.3:40-48 J1-S 157. (MIRA 10:10)
(Refrigerators) (Heat onDnOtty)

Bp~)Ymsj S. 0. DECEASED
Medicine see ILC

PAI-ILOWSKA, Hanna;, BADYOCZEK, Halina; PYTLINSKA, J.
Application of Addink-'s a.p.J. scale In quantitative analysin of ceramIc
raw materials. Chem anal 7 no.2:479-486 162
1. Institute of glass and ceramic industry, Warsaw.

13ADIYANTOV, V.A.
1.1; 1 , -',-
Correlating prg3ucing atrata wrider condituiojio cW
Z-acial val'iation: ba-oad on a stud-, of horizon D in tte l'o-mlaslikino
J. I
oil field. Nauch.-tckh. obor. po dob. neft-I no. L 24:3-5 16-4.
(',DL*.)A 17:10)
1. V;~csoyuzn:ry nr,,fIu-eL,-azorry in:3tUutu.

BADIR 1, Ye. U. , P~,stigorsk Electric Power Plaiit
"Method of Eliminating the Breakage of Pegs, Bracing the Steel Heads
of Pistons," Energet, Byul. No, 41 1948,

Subject
Card 1/1
AID P. - 1933
USSR/lEngineering
Pub. 29 - 13/31
Badyr', Ye. U., Eng.
9 piston rings to repair Diesel motors
3, 19-20, Mr 1955
The author describes a practical method of replacing
worn-out piston rings. Two drawings, I table.
Author
Title
Energetik,
Abstract
Institution: None
Submitted : No date

/7'
Autbors' Certificates Riaw"vise-j". me. jj0V/l
71
I.A. Khraban *A Method for the Selirailon of a Harr w-
bandwidth Weak Signal from Strong, VId*-4PIctrum, back-
ground 1401se*- X.P. Uvorootenko - aRosonance Amplifier
Type 0f Oscillator with Shock Excitation0l L.N. Deryuglo
and B T . Myskishey - *DLffractica Ronecting, sieiie-
radia;= Antenna with a CoutrolleA Polar Diagram Over a
Wide Sector'l P.O. Selozoev and G.B. Glabovieb -
"Construction of a Reg"tostricti-c-a-Tr-a-n-A-duco-r for
Uagnotostriction Delay Lines*; L.G. Doffs" - 'Affelovision
C*-&xI&1 Separating, Bidge-type, Filter"I Y Ayr
'Apparatus f r p a -Y-
qx Pulling a St Ing along Pi * -L. IA.Ireal
end U.N. K%Fsln - 'A Dif fore utia 1, Transformer or ke for
Nommuressat Bridges"I I.$. Ulso6vokly and To.T. P.Prim -
'Apparatus for Measurement of the Magnitude of the IV-r :i.
.arrant of Ikalejoductor Rectifier Xlqm~q%A T. A . rip
"A Nothod for Determination of the Phase Angle between Two
Toltwe and Apparesse for Realleatloa of this ms%boe.
04rd 2/2

S/065/61/000/004/004/011
E194/E284
AUTHORS: Gerasimenko, N, M., Yastrebov, G. I., PgdyzhtWaj
K. M. Golldshteyn, D. L., Pisarchik,'A. N.,
ovskiy, If. B., Finelonov, V. P. and
Kartunov, G. S.
TITLE: Hydrofining of Lubricants
PERIODICAL: Khimiya i tekhnologiya topliv i masel, 1961, No. 4.
pp. 27-31
T=j-: Lubricants produced at modern refineries running on
eastern high-sulphur crudes are finished with earth but the
lubricants obtained are not of satisfactory quality, particularly
in respect of colour, and the yield is low. Accordingly, VNII NP
and GrozNII have investigated catalytic refining of lubricants in
the presence of hydrogen (hydrofining) to replace earth treatment.
Various distillate and residual lubricating oils produced from
sulphurous crudes by phenol and furfurol extraction were hydro-
fined under laboratory conditions. The work showed that hycho-
fining with alumin-4,um-cobalt-molybdenum catalyst considerably
improved the colour, somewhat improved the viscosity index and
Card 1/ 5

S/065/61/000/OV,,./004/011
E194/E284
Hydrofining of Lubricants
oxidation stability and reduced the coke n1imber. There was some
reduction in viscosity and increase in pour point. Depending ..
upon the properties of the feed the output of hydrofined oil was
98-99.5%. The Novokiiybyshevskiy neftepererabatyvayushchiy zavod
(Novokuybyshevsk refinery), together with the Ku:ybyshev NII NP
organized a plant trial on hydrofining of various de-waxed lubri-
cating oil raffinates from sulphurous crudes. Representatives of
VNII NP, GrozNII and Giprogrozneft' participated in the trials.
The lubricating oils-were hydrofined on a reconstructed plant for
hydrofining of diesel fuels. Tests were made on two distillates,
one a spindle and the other a machine oil, and one residual oil.
The de-waxed feed passed to heat exchangers where it was heated
by finished oil issuing from the reactor and was then finally
heated to temperature in a furnace before passing to the reactor.
Before entering the furnace the feed was mixed with hydrogen
containing gas and was then passed to the top of colilmns loaded
with aluminium-cobalt-molybdenum catalyst.. On leaving the column
the! product passed through the heat exchangers, thence to a gas
Card 2/5

S/065/61/000/004/004/011
E194/E284
Hydrofining of Lubricants
separator and the finished product was vacuum stripped. The main
characteristics of the catalyst are given. The oils produced were
spindle oil, machine oil and residual oil with viscosity of 20.66
centistokes at 1000C. The results of hydrofining and of earth
treatment are compared in Table 3. It will be seen that the
hydrofined oils have much better colour, lower coke number, lower
sulphur content, higher viscosity index but that there is some
loss of viscosity and 1-20 higher pour point. Preliminary
technical and economic calculations indicate that tht., capital
costs of constructing hydrofining and earth treatment; plant is
about the same but with hydrofining running costs are about 32%
less than with clay treatment. There are 1 figure and 3 tables.
ASSOCIATION: NK NPZ
Card 3/5

Hydrofining of Lubricants
S/065/61/000/004/004/011
E194/E284
Table-3.
Spindle Machine
o * 1 UC-zO oil WC-45
IS-20 IS-45
H E H E
Kinematic viscosity centistokes:
at 50*C
at 100*C
Viscosity index
Sulphur content %o weight
Coke No. % weight
Colour, procedure KN-51, glass
No. 4 mm with dilution
50:50%
15:85%
(H - hydrofining:
Card 4/5
17.20 17-50 39.?0 40.20
- - - -
86.0 85 85 83
0.? 0.9 0.6 1.0
- 0-07 0.10
75 26 - -
- 100 35
E - earth treatment)

S/065/61/000/004/004/011.
E194/E284
Hydrofining of Lubricants
Kinematic viscosity
centistokes:
at 500C
at 1000-V
Viscosity index
Sulphur content % weight
Coke No. % weight
Colour, procedure KH-51(KN-51),
glass No.4 mm with dilution
50:50%
15:85%
Table X
.,Z-4
Residual
oil
H E
Machine Motor
oil oil
Cy.(SU) AC-q.S(AS-9-5)
H E H E
- - 48-39 44-71 53-38 51.67
20.66 21.64 - - - -
88 85 86 84 87 85
0.7 1.0 0.63 1.00 0.6r- 1.0
0.43 0-56 0.10 0.12 0.19' 0.20
- - - - - -
50 20 73 30 61 21
"e'ard 5/5 (H - hydrofining: E - earth treatment)

Z/011/61/018/012/006/007
E073/E535
AUTHORS- Badyshtova, K.M. and Rogachevag L.M.
TITLE. Selection of a method of additional purification of
paraffin from Eastern salphurous crudes
PERIODICALg Chemie a chemick! technologie; Pr"'ehled technicke'r a
hospodAr/ske' literatury, v.18, no.12, 1961, 561,
abstract Ch6l-7758 (Khimiya i tekhnologiya topliv i
masel, no.5, 1961, 21-23)
TEXT-. Convection methods of refining paraffins are evaluated.
Purification with acid and clay leads to considerable losses of
paraffinsand adsorbents. Hydrogenation refining has a high
efficiency and leads to a decrease in the sulphur content. A
further advantage is the continuous character of the process and
the possibility of u-tilising the process gases ft-om the aromatisation.
I table.
Abstractor's note, Complete translation.j
Card 1/1

BADYSgg~,~.
Hydrofining of paraffin from eastern sulfur-bearing crudes. Mi~m.i
te"topLi masel, 6 no,6:21-20 JP, 161. (14IRA 14:7)
1. Kuybyshevskiy waucliw-issledavateltskiy institut po pererabotke
nefti.
(Petroleum-.~.'-Refinixig) (Paraffins)

, BADYSHTOU.-Kn=aJIambrey-wma; CRE210KOV, AnatoliY Aleksmdrovich;
BMISTROV, Gennadiy Georgiyevich; IEVDJA, Ye.S., ved. red.;
BASM-MOV, G.V., teldni. red.
(Dewaxing of oils ]Deparafinizatsiia masel. Moskva, Gos-
toptekhizdat, 1962. 151 P. (MDU 15:10)
(Lubrication and lubricants) (Paraffin wax) (Ceresin)

3P25,5
s/o65/62/000/006/001/007
'2 3 0 G E075/E136
AUTHORS: Denisenko, K.K. , IMilchaylov, I.-A. ,
Chasnokov, A.A., Burmistrov, G.G., and Kosova, V.A.
TITLE- Ways of increasing the yield of high quality -
residual oils from Eastern sulphurous crudes
PERIUDICAL: Kbimiya i tekhnologiya topliv i masel, no.6, 1962,
11-15
TZXT: High -quality brightstocks were obtained by adsorptional
refining of vacuum residues from high-sulphur Eastern crudes.
The adsorbent was a granulated catalyst and benzine was used as a
solvent. The moving bed process was described previously
(Trudy VNII.NP, V-7, Gostoptelchizdat, 1958, 93-103). The
extraction, even for phenol to oil ratio of 4.7 to 1, gave
raffinates with 0.81"o coke values instead of the specified
0.45-0.65'-/0. One promising refining treatment was the adsorptional
refining after phenol extraction. For phenol to oil ratio of 3:1
and adsorbent to oil ratio of 195:1, light raffinates were
obtained having the viscosity of 17-80-17-51 cs at 100 OC and
coke values 0.36-0.211;6. Even better results were obtained using
Card 1/2

Ways of increasing the yield of s/o65/62/000/oo6/001/007
E075/E136
only the adsorptional refining, with the adsorbent ~;o oil ratio
3:1 and 3-5:1, which gave very light raffinates,h4c;'ing the
viscosity at 100 OC of 16.62-15-99 cs and 0.26-0.19'/; coke values.
The latter method had an additional advantage in that it gave
raffinates from which wax could be filtered 30-505~'~ more rapidly
thdn from the solvent raffinates of a less viscous deasphalted
residue. Application of the adsorptional method to a deasphalted
residue having a coke value of 1-155'o1 gave brightstocks with coke
values of 0.2-0.13~~, colour 1.5 Points, viscosity at 100 OC
20.13 to 18.38 cs, viscosity index of 85-95 and pour point of
-20 OC. The yield of the oils was 15.6-13.6'/"/0 of the vacuum
residue compared with 12-5-11.2,6 obtained when the solvent
extraction was used. The use of the adsorptional refining
together with or without the solvent extraction obviates the
use of cXay treatments
There arg I figure dhd 2'*iiblest
Card 2/2

ID.L.,
ffMPJ4-H-IL, OOLDSMM i
WS"MVA, YI.A.., ALnMVA, IC.A.,
BOMVAYA, N.S., PUCMV, N.A., Ki=XIY, T.L. llkDYSMVA X.N.,
MUCMVA, I.N., CMMMV ~ A.A., DMSICNM, K;
9 A-O-,
GBMIMM, N.N., YASMBIDVA, 0.1., VW"TSIM;, N.D.
Pse"tion,lof High-g" petwoleuxi oils and vms by twdrogen!tIone
PAport tq,!~ mbmit for US 313ith WOM FOUVIMS COWSM,

HTOVA, K.M.; D?l%l't3l*fVKO,K.K.; CHIV)NOY011, A.A.
_~A DY,. I - ~ - ,
Obta lninV Khl,?-12 oil from eas tern sour olls. Nef Leper. i ne .43-
khiin. no.7:5-7 163 (MIRA 17.-~~ )
1. -,uykvsht?v,,,,'P-.iy institut ne(tTmicy
promyoldenno.3 ti.

~UBIWTIED: -.,-Op..
00:. -7 SUM CCODE

-446liEw. ov:-Vs- OA70
OTHRRu

2h

BADYSHTOVA, K.M.; CHESNOK07, A.A.; IVANKINA, E.B.; ZHADANNSUY, N.B.;
-------XCMMOVA, M.V. Prin-inali uchastiye.- KCNOVALOVO B.S., inzh.;
NAUMOVA, A.P., -inzh.; PYATILF.TOVAp N.I., inzh.; SMIRNOVA, S.M.,
inzh.;- CHIBRIKOVA, L.I., labDrimt; BUGROVSKAIA M.S., laborar-t.
Effect of,the nature of.raw stock en the stability of transformer
oil. Nefteper. i neftekhIm. no.,11t15-17 164 (MIRA 16-.2)
1. Cosudarstvennyy neuchno-issledovatellskiy institut neftyenoy
promy~Bhlennosti , Kuylqshev i Novokuybyshevskiy 2avod.

kombinat) 1 11.
Antioxidative at er oil,
TITLE: 21~ijLty of hydrofined transform
SOURCE., Khimiya i tekhnologiya topliv A masel, no. 3. 1966, 30-32
TOPIC TAGS: transformer oil, petroleum product, petroleum -z--.fining, oxidative degra-
dation, oxidation
ABSTRACT: The oxidative s-~'-'tbility of 4ydm.fined paraffin-frze transformer oil was in-
vestigated using a simnple, with them followin~g' characteristics: kinematicIviscosity (in
cSt) at 20OC--24.45, at 500C--8.01; 0.14 percent precipitate after oxidation treatment;
acid ntmber after oxidation (in mg YGH/g)--0.81; flash point in a closed crucible---
150OC; ur point-- -43OC; transparent at +50C; density at 20OC--0.8840; refractive
.index J00 sulfur content--0.18%. -The oil was clircmatographically separated
D
into6narrow ,cuts. Several blends were prepared and their;characteristic.indices
were: compared with those of the starting transforner oil. -It was found that reduction-
in the content of the high molecular weight aromatics results in lower antioxidative
UDC: 665.521.54
Card

L 42173-66 E7,vT(m)/T DJ
ACC NRs AR6014532
SOURCE CODE: UF./0P81/65/0O0/M9/P018/F=--*J
Mina, V. I
AUMORS:,Badnht&vaA* B.H.; Vipper. A. A.; Vorozh '; DeniZenko, I* K*;.'
__Lran, S. 6,; Pyatiletovap'Ne I*; !$yazanovs Le _b ; Xa3trebovs Uy I
T=: Effect of the extont of refiningAof the distillate and residual-.
of pa nal r on
-W..34 oil from sulfurous petroreum upon their 0 ratio Prop* ti
SOURCEt Ref. sh, Wmiya, kin. 19P129
RW SOURCEt Tr. Kuybyshevske no-1, in-t neft, prom-stil, vyp,, 25, 1964p 85~-"
TOPIC TAGS: lubricating oil# 1xitroleum reftuing, phenol / DE-34 lubricatfte, o1a
1,5-20 lubricating oil, DS-11 Ir.aricating oil
ABSTRACT: Iaboratary study a4d testing on the engine YaAZ-.-'104 of five, saMiles
DS-14 oil of-1123m%HXb (differing by the technology of their proceilsing) how-,
been perforiied. The study shown that the changes in the extent of phowlia
of distillate and residual components (vithin the limits of 160-180 and 250-42%0-~;.;
of. lmd ant
.phenol,, respectively) have no effect on the detergency, antioxidativVe 14 Q.,
ME properti*Aof M-24 oil containing effective additives. Economical.1yi, the We
otavenlent method for producing DS-14 o.U is to mix the residual and distillate a".
poriente of Diesel oil,, 60 and 40%,, respectively, (L.%, components treated to a I
extensive phenclic refining). This leads to lowering the price of DS-U o!Ll bF
and to incre"ing its y1eld by 4%j an compared vith the prodgation of W-L'6 oil tv"',
M43dn oib )6--20.and M-n.\\ A. N. ffranilation of abstracif
~SFB COMB
'1.0

L 423-72-66 ---IR(j
ACC NRt AR6024533
P14/DJ
SOURCE COLE: UR/0081/65/000/019/PMZ/PM2
AUTHORS: -Ne;*bv, A. V.: Kazanskiy, V. L.; Stepanenko, G. S.; Badyshtova, K. M.
TITLE: Preparation of a now viscosity additive\\
SOURCE: 'Ref. zh. Xhimiya, Abs. 19P152
REF SOURCE: Tr. gy~yshevsk. n.-i. in-t neft. prom-sti, vype 25, 1964, 101-017
TOPIC TAGS: viscosity additive, lubricating oil, catalytic polymerizatioi, indus-
trial condition
-ABSTRACT: Experiments (performed first under laboratory conditions and then in a
factory-2 experimental runs) led to the development of an industrial process for
Polymerizationlof butanei~i1lilenelgaseous fraction from thermal cracking, The pur-
pose of the.work was to develop a viscosity additive of molecular weight ^-1 3000 to
-lubricating oi-lsl\ The optimal conditions for the polymerization of this fraction
are: temperature -30C; pressr-re 0-2 atm; reaction ttme 7-9 hours; catalyst AM 34'
ApproxiLate characteristics of the process (based on the sum of unsaturated G 4) are:
yield of the final product 70-80%.. consimption. of the catalyst 0.5-1.0%. 'A. N.
ffranslation of abstrac-t7
41A CODE: 3-1

ACC NRt AP6032843- ---(-A-,,/'V7- - 7
SOURCE CODE: UR/0065/66/000/010/0019/0022
;AUTHOR: Kazanskiy, V. L.; Badyshtova, K. M.; Denisenko, K. X.
..........
IORG: Kuybyshev NII NP
I
TITLE: Hydrocracking of hydrocarbons of petroleum-derived petrolatum
!SOURCE: Khim~ya i tekhnalogiya topliv i masel, no. 10, 1966, 19-22
TOPIC TAGS: paraffin wax, petroleum product, alkane, petroleum ref..'ning, diesel oil,
i
gas oil fraction, liquid fuel
ABSTRACT: Hydrocracking of a heavy paraffin fraction with a 620C melting point and a
molecular weight of 561 was studied over Al-Y'S-WS3 catalyst (type 8376) under the foli
lowing conditions: 430-k8OOC, 20-70 atm pressure, volmrie hourly space velocity of 0.5-
-1.5, and hydrogen containing gas to feed ratio of 300:1.to 200b:1 (by volume), The I
object of the work was to determine the correlation between process variables and pro- 1
duct quality and distribution. It was found that the optimal process conditions lead-
ing to the best yields and quality of fractions boiling in the lubricating oil range
and of diesel oil are: 4700C. 70 atm, and 0.5 volume hourly space velocity. Under
these optimal conditions, the yield of the gasoline fraction (FB? = 18000 was 10%
(based on feed); this fraction was 80% paraffinic and its MON was 20-2S; it contained
6% aromatics. The yield of diesel oil fraction meeting the GOST 305-62 standard for
UDC: 665.534:665.521.5
Card 1/2

ACC NR: AP6032843
;grade 'T' was 28% and of diesel oil fraction ineeting t.,%~ standard for grade "L"
449t. The cetane numbers of these diesel oils were greater than 60. The yield
ricating oil fractions (350-4000, 400-5000, and 350-4500C) was 10-12%. All the
i
ducts were found to be practically free of sulfur. Orig. art. has: 4 figures,
l/.
SUBM DATE: none
was
of lub-
pro-
I table.

BADYUDIN, A.G.
Economic effect of the yearlong,storage of wood in water.
Bum. prom. 36 no.12:20-21 D 161. (MIRA 1-5:1)
1. Karellskiy sovnarkhoz.
(Karelia-Wood-Storage)

BADYUDIN, A.G
Equipment for the water storage of wood under winter conditions.
Bum.prom. 38 no.lt!20-21 Ja 163. (MIPA 16:2)
1. Nachallnik labcjratorii splava !,.'-~~-el~skogo nauchno-isaledova-
tel'skogo instituta lesnoy i derevoobrabatyvaylphchey
pronyshlennosti.
(Karelia-W.,_~-Apulp industr7-Equipikmt and supplies)
(Ice-on rivers, laketi, etc.,)

B,',DYUGllq., Io
Anestli(-~~~.,,c-premedication-jil,ii sterolds ~n experim.,,,rltul Lr-w'-l"Itic
shock. Naucli. trudy Ki:.tz. gos. ined. lnt. 14:91-9.3 164.
1. Rafedra toksikologii (zav. - kand. red. nauk B..'l.Feoktistcv')
Kazanskogo meditsinskogo instil,uta. Ehuchnyy rU-o%,cditell -
u y
deystvitellnyy chlen AM11 SSSR prof. I.R.Petrov.

11 L4026066
ACC NR. AP5028887
SOURCE,CODE: UR/021V55/060/011/0062/00G4
AUTHOR: Badyu&l 1. S.
ORG Or-der of binin Aca
defy oflMilitary Medicine, in. S. M. Kf
ngrul
(Voyenno-meditsinakaya ordeni WInina ikademlya)
TITIX:1 Antisholck effect of large.doses of cyanocobalamin
SOURCE*. Byulleun' eksperimentallno', . b ologii i meditsiny , v. 150, no. n, 190 ''6`1-64
TOPIC TAGS: rms ogy,-,,-vitmiw',~th~fi~aipeiities, sh ock
.pha col
ge -after. slight bio~d 'tti"
ABSTRACT- Traumatic.shoA.mas- induced in do 1e ng lyr crushi
-was 'devolojeent o'
f
soft tiesuels- Vf'the. Amui. otmenV ibstituted'2 hours aftir the
3rd degree I shock. The severe b4umi_ 41sorganized the ~~ saiini i's riervots
ad hypotherluiai, and impairod. blood' cii6culatioi, ~'respi ration.' - andl othsr~ funtk;i
control aninals.:that race -1 Ve-4 W,trei~nt:` .dieId-3-4 hms after the trauma. In anoth-
.er ~ sarl*& of ex"riments i the, . opluali in j ei. i e dIitravenousl~r with fttrovlu blood-
saline solution. (15-16 mg/kg), which had only a tempovarily beneficial effects andl
of the 8 animals -died the- first day. 7he third grioup, of animals was itJoeted intra-
venously with cyanocobalamin Ivitamin -312--60 Y/kg) 11'1 minutes after rectiving a trans-
fusion of Petrov's solsAlon.i Seven of the 9 animals in this gmp survived*, Criss
art. hast. I figurvo I table. Presented by Professor I.. R. Petrov, 02 jun 64&.
SVD COMI 06/ SVDN DATE: 02JvnW, :-ORIG REF.,* 003/ M an 001
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