SCIENTIFIC ABSTRACT YERMAKOVA, I.A. - YERMAKOVA, V.A.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001962810009-5
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: April 3, 2001
• Sequence Number: 9
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

USSR / Farm Animals. Small Horned Stock
Abo Jour; Ref Zhur-Biol.,, No 5, 19580 21464
Abstract: in the years under observation was ascertained also
in the summer period. The seasonal dynamics Of vita-
min A in the liver of Karakuls was determined. To
prevent A-avitaminosis and the losaj for this,reason,
of sheep with young, it is advisable to utilize the
shrub pastures in the winter season to accumulate
alfalfa and marchinovoye (?] hay, to sow and to
undersow bordzhok
Card 2/2

IERMKOVA jAl _
I
Carotene content of principal paoture plmts in Wkh7l;',,. Izv-
AN Turk. M. Ser. biol. nauk no.1142-48 161. (MRA 14: 8)
1, Institut xhivotnovodstva i vaterinarli Ministeratva sellskogo
khospystva Turkmenskoy SSR. i
(UDKHV,--PASTURM ALM IMDOW) (CAROT'FM)

YERMAKOVA, I.A.., kand. biolog. nauk; PETENKO, T.M.
. I --- - -, ~
Let's prooerve lindens and other nectariferous tr~so in the
vicinity of apiaries, Okhr. prir. na Urals nc.2:8~-87 .061.
(141RA I?d.7)
m

ANDRIANOV, K.A.; KUZNETSOVA, I.K.; YERMOVA,, M.N.
Folydimethylailoxa a containing terminal tris (trimethylsiloxy)-
and dimail.Wphosphinoxy groups. Isv. AN SSSR. Serokbim. no.31
45"57 - W 164. OaRA 17:4)
1. Institut alowntoorganichaskikh soyedinaniy AN iiM.

DOSSER, Ye.M.; RAPOPORT, R.I.; YERMAKOVA, M.N.; AXOPOVA.. I.1.; DOROFEYEV, V.M.
Pr6duction of monlayer call cultures from the tissues of different
animals. Vop.virus. 7 no-3:336-3432 My-Je 161. WRA 1497)
1. Moskovskiy nauchno-issledavatellskiy insti-tut virusn7kh preparatov.
(TISSUE CULTURE)

YMMOVAO K"N.
I'viservation of cells of trypoWsiodroma tios"s of
arilmals at a temperature ef 4-60(6)~.Trudy.Mooik. vauch.-
isisio inst. viruo. prop. 2:225.Q31 161~ (KRA 274 1)

DOSMR.. U.K.; RAPOPORT,, R.I.; XZ*tAK A
p 14.N,; VOINOV, L1,;
ROMKOVO N. P.
Resu2ts of trabspor" the r*na2 o*22s of mwWWs. Trwly
Moske" nauche-leal, Inet, virus.. prepo W32-23$ 061,
(KRA 17: 1)

it 37212!k� EWT(ff )/Ewp(j) IJP (C ww/nhi
ACC NRj AP6014408
(A ) SOURCE CODE: R/006-2-/6iS-/666/664/6-686-/0685----
AUTHOR: Andrianov, K, A ; Yermakova, M., N~
ORG: ;nstitutg.Qf Or-ganometallic C ounds Academy of Sgilences OR
OmD Sil
(Institut elementoorganicheakikh soyedinenly Akademll nav Sssil
I
TITLE: Synthesis of branched polyborodimeth3rlsi
SOURCE: AN SSSR. Izventlya. Serlya khimicheekaya, no. 4, 1966,
660-663
TOPIC TAGS: siloxane, polycondensation, organoboron compound
ABSTRACT: Branched borodimethylsiloxane oligomere (A) with functional
groups at the ends of the branches were synthesized,and their
condensation reactions were studied. c(,&J -dihydroxydimethylsiloxanes
were reacted with methyl borate to form A having 9 to 220 siloxane
units. Attempted polycondensations gave polymers with a regular
distribution of 'boron in the molecule chains. No cross-linking was
attained even after 475 hours condensation, The maximum molecular
weight of about 100,000 that was attainable was attributed to reaction
of the water evolved with the boron of the borosiloxane chain and
consequent lowering of polymer molecular weight. Orig. art. has 2 tabli
UDC: 542.91/541.6~547.244k546.287

L 37212-
ACC NAs
I,-"
1
2 figures and 2 equations,
SUB COM 07/ SuBm DATE: loDec63/ ono iuws oo2/ I

.............. .-
L 32937-66 EWP(k)/EWT(ra)/EWPW/EWP(t)AT1 JJP(c) AT1WVJ61X1, AB~JT
4Ce 4C AP6019932
-7 SOURCE COrEi UR/O122/66/ooo/oo6/oo63/Oo65
AUTHOR: Dergunova, V. B. (Candidate of technical s iences)- Komissarov G. K.
'(EngineerT-,- Ye Fa-.M. (Engineer); Kuzneteov, 1c'. 1. (E;j~N~;
rmak Len~~erg,
A. A. (CandMt-dKeh~~ncL sciences)
ORG: none
TITIE: Metal ceramic allay for work at elevated temperatures
SOURCE: Vestnik mashinostroyeniya, no. 6, 1966, 63-65 14~
TOPIC TACS: metal ceramic material, sintered alloy, high temperature cermet material
titanium carbide containing alloy, boron carbide containing alloy, silicon carbide
containing alloy , allay oxidation, alloy thermal fatigue
ABSTRACT: L~ -39.2% B4C an
Be al ternary alloys containing 4o.8-6o% TiC, 20 d 20% Si
were compacte d t 2100-2150C under a pressure of 230 kg/cW, diffu L annealed at
a 0
'Lo
1900C for 12 h in an argon atmosphere, cooled at the rate of 10OC/h and tested
for oxidation resJotance and thermal fatigue. Oxldation-reslqtanoe'l~ests made on
alloys oxidized in air at 900C for 20 min, 1.5 hr, 3.5 hr, 10 hr, and 15 hr showed
that the most intensive oxidation, accompanied with oxide ri3m formation, occurs in
the initial period of the expoaure and practically ceases after 5-fir exposure. All
tested alloys can be regarded as oxidation resistant since their weight gain in 15-hr
Card 1/2 ape a 62l, 762

L 32937-66
ACC NR, AP6019932
.tests was only 4-6 mg/cm2, which is 3.5 times lover than the veight gain of TiC
under identical conditions of oxidation. The thermal fatigue resistance was evaluated
from the number of quenches from 1200 and 2000C sustained by alloy specimens before
failure. In quenching from 1200C, the investigated alloys sustained 40 thermal cycleg
without failure, which was double the number of thermal cycles sustained by TiC and ~
20 tizp~j as many aj,* allqlcontaining 85X SiC + 15%B4C sustained. Hence, titanium-,
boron- and silicon cpxbide-'ohsed alloys can be rec- nded as material suitable for
zwking parts i3i-eratin-g--a-t-high temperature under conditions of frequimt temperature
changess Origs arto'hw*: 4 figures and 2 tables. (RD]
SUB CODE: l1/ SUBM DATE: none/ ORIG BEF: 002/ OTH REFi 006/ ATD PRESS: ,Iv 7

GOSHEVA IA.Ye.; YERMOVA,, M.P.; PODOZEROVA., H.P.
Effect or aurantin on ribtmooleic acid and deoxyritcnucleic
acid in cultures of hnian brain tumors. Antibiotiki 8 no.7i
614-618 J1163 (MIRA 17:3)
1. Otdol infektsionnoy patologii i ekopmqmmtalln4 ternIxii
infektaiy ( zav. - chlen-korrespondent AM MR prof. DOI.
Flanellyes) Instituta spidemiologii i mAroblologii imeni
N.F. Gemalei. AM9 MR.

BESIDSKIY S.,, inzh.; YERMAKOVA, N., inzh.
9
Largo-scale rolled insulation slabe. ZhU. stroi. ra.7:
23-2% 165. (MIRA 18;8)

HORODULINI, RIVLIN, L.A.; TSVETKOV, V'.V.;
SHILIMAYE-7, T.S.
Nonl~naar newative absorption of resonance light in ruby and
neodyidum gl!",,*~~,eksp. i teor.fit, 49 no.6oI718-11122
D 165.' (1411?A lgtl)
1. Sutvitted June 29, 1965.

GAMIONS I.Do,v lmof,l =OTMO T'j", WuA."4.V^utjjXWftYAv IA.
---
Pbos*iorw metabolism lu 11Wtorm fluWdo Ixto2loaslos, Track,
do2o se.6t627-W jo 060. (MINA 13t?)
L Weirs sislyest Tlmltdcose uofttola~kW XuAltsta,
(PWSP~ MPARMIM) (rlJ==X--fWCGUff )

L 1074-66 &-.A(k'j/F8D/WT(1)/W(e)/E~T
'AWNINVEh"P(b,
-fCCESSION NEU
AP~000742
qq
AU'rHOR: Boroduliii, V. I.; Yormakaim, N0111A.; V1 n# Lif ~!Oql~t4avq V. S.0
TITLE: Emission 4f single pulses of cohariant'llght bj a tir4i-pov'vint medium with
negative absorptiOn
SOURCE: Zhurnal ~'aksperlmentallnqy L teoretlchoskov fbiki. 43~10 not 3, 1905,
845-849
TOPIC TAGS: coh4rnt light, negative. 4:bsdvp~LcMj1 p~d~~6di4lsr, loy laaer,` air
brel down
ABSTRACT: Stimulated emission is-studied Lnia ~ecUum: tico types oC-
quantum amitters!'with identical energy trans4tions in'a F*P"-Pd~vt resonatoLl.
When the relatiotiship between paramoters re ~has a ce~t%16~6iklu4ij, this type of
medium emits ainille pulses of light* The ah4pe 6aeiN,,y and duration
of the pulses an theoretically deterwilned. f~ ggslon!of ih~ t:~Jje 14a3 exp4ri-
medium ~4~nsistlag' of ii ',cyliftdrical rulpy

I al"Qu- J6 Vow&
two
paeLtor bm* tUOUgh-
ca
card-W
ii A
Jol

in

L 14628-66 FBWEWT(1 EWP(e)/EWT(x)/EEC(k)-2 r
Cgt1VP(k)A,i1
t / P y
C ,~~, ;~
SoMs W7~Kl a 5/OD6/171-3/X?22
AUTHOR: Borodull
nn k M V. V.;
Shll#!~F~ayew V. e. T
ORG: none
TITLE: VonUnew- negative absorption of resoname -11&ht ij~ trtIand neod3mium
SOURCE: V4 lir
tLaoratI6,heakwl flu k~ P0; no. 60 156%
1718-1722
TOPIC TAGS ruVr lasers solid state lasers neodymium glaall., Wer pulsation.,
resonance absor;41onp light absorption
ABSTRACT: The 1Ywpose of the exWiwnt vasi to immutlaft-ive compgarjfi
0 n
of the calculatel drop In the negative light abiuo~Zlonlk ~7i"N'Iwced~ ![n a laser", 1y
resonance signal, and the experimental drop,abaerved in iujay an~ laeodyziium. gUsa.
The materials -tesited were a ruby saTle with 900 drilbntatl~,Jnp 0 j.'0!5% Cr ions., ani
bleached end surIfacesj, and glass with sbout:4% neodWoltm: Ions. ! The puMing was
done with high-4atensity flash lamps in both caaes, and V~je Inoit and output light
pulses were -recorded with 'photoeellf; and 'an oscilloscope.
Card 1/2

L 14628-66
ACC IM: AF60001'09
The results show that propagatich of a monopubw fron a laaer and the
distortion of tho pulse waveform during the propagation ealine n~gaitive absorption
a well aii ij,h nejdjq-
of the resoname light in ruby single Mata~m a - . mium glaI38, and
the degree of noulinearity of the negative absorptiov an4 ;~Jj,e dfurf;ortion of the.
pulse waveform coin be readDy dete=lned frcm the deviatic4 of ~ho oscinogram
from a, straight line. The eVmement betireen theory and 6 mirimOat Im regaTiled ,is
satisfactory. -"T4e authors are grateful to L. AVthhJ.1 'U ROn; iov 'V. TriAhan,
and A, Ults for yarticipating in the experiment." OrIg. 60;7
2 fads. (021
SUB ME: 2D/ BM DATZI 29am65/ MM Mm :004/ M- I.W: 005
ATD PRESS: ill-qjr
f

BERE'l."KINAi L.G.; YERWOVAj fl,i-; GHIZHIKOVF U.M.
_,.
,nr)xlde-% on hentlf'R-
pehaviDr of tin ffr Zhur. neorg, 1)
no.71l760-1763 J1. 161.. WILA 1.719)

YMMVAV go- f.

Doe Ned Sci
YERWOVAj N. 1.
Disitertations 11 Histopathology of the hripheml Nervous System in Cases of leprosy."
10/2/50
Acad Hed Sci USSR
80 VecherYaya Moskva
SUM 71

-AMUOVAo N.I.
Ust4gethOlogio chaWs of the serves m4 skis is tuberculoid,
loprcey sat tbely rolaties to ths dwelopmet, of amosti" agent
in UVroor. Arkho' Pat.. Moskva 14 to. 5tWS2 Sopt-Oot 1952.
(0t" 23t3)
1. 09' the Leprosy Beater (Road. - No go B&UW*v),p Isetitato of Malaria
and 1"ical Puramiteloff of the Academy of Medical Sai*mose USSR.

"'. I
'-- T=a
2.26j%laft,
Comparative histopathologIcal studios of deplawated spats In leprosy.
vener.. NoWm no.2:17-22 Mar-Apr 1953. (CM 240)
1. Of the Institute of Plelaria and Medical IParasitoloa. (Director - Prof.
P'. G. Oergirev. Active Member AM MU).

Maq 59
MEDICA SOO 13 Vol 13/5 Dermatolo
1178. NUMPHOLOGICAL. VARIABILITY OF THE CAUSAL 0HGANISM OF
LEPROSY (Husslan text) - E r m SBORN. NAVCM RAR. PO
LEPHOL. I DERAI. 1956. 7-(TY M-70)
Histological studies were made on leprous tissue from 6 cadavers and 60 patients
with various forms of leprosy. By using several methods of staining not only acid-
fast bacilli but also bacilli which were decolorized by acids were detected in the
preparations. The non-acid- fast bacilli were found mostly in the early and In the
recurrent leprous lesions. Polymorphism of the leprosy bacillus with a great
number of non-acid-fast forms was especially noted In the peripheral nerves. The

. ............
author suggests that the young forms lymorphic and inon-acid-rant) change into
mature 'forms (acid-fast and monomorple).

17,112-0
AUTHORS:
TITLE:
23841
S/020 61/138/0f)2/024/024
A-eft-3 1 s 6s B %220
Polezhayev, L. V., Teplits, N. A., and Yermakova~ N. 1.
Restoration of the regenerative power of the extremities of
Axolotls, which had been suppressed by X-ray irradiation, by
means of proteins, nucleia acids, and lyophile tissues
PERIODICALt Akademiya nauk SSSR. Doklady, v, 138, no. 21 1961P 477-480
TEXT: The aim of the paper was to clarify whether; 1) the regenerative
power suppressed by exposure to X-rays in restored by the in~.edtions sti 11
to be mentioned, 2) the irradiation effect may be overcome by fresh homo-
genates of bloodforming organs. Axolotls of black and white breed were
tested. They were narcotized in the water by means of ether and then
exposed in the X-ray apparatus PYn-200 (RUP-200) to a dose Qf' 7000 r
(intensity of dose 636 r/min) for 11 min In case 1) the hind legs, the
ody being screened off, in case 2) the whole body (dose; 1000 r,
intensity of does 50 r/min) werg irradiated. Case 1) 16 to 18 days after
irradiation, both hind legs were amputated at the dist4l part of the tibia.
15 control animals received no further treatment. The remaining Axolotle
Card 1/ 6

23841
S/020/61/138/002/024/024
Restoration of the regenerative power... B103/B220
were treated with injections of 1 ml of the preparation oonderned as
suspension or solution in 0.65 ~ physiologic sodium chloride solution for
cold-blooded animals applied into the right hind 'leg or into the muscles
of the back. The solvent for acid protein consisted of. K01 1 g, NaC11 g,
K2HPO4 5 g, H20 1000 ml. Case 2) The preparations were injected at the
same places, but; two days after irradiation. Production of the prepara-
tions in case 1',1: Lyophile tissues in test tubes were frozen at -780C in
a mixture of dry ice and alcohol anddried for 46 hr in the vacuum at -780
and at -100C to room temperature: liver 2.5 9, spleen 1.0 g, thigh
muscles 2-5 9, skin of rats (shaved and cleaned with aloohol),as well as
rea bone marrow of rabbits 0-3 g. The teat tubes containing the dried
tissue were sealed and a weighed portion was pulverized before use and
mixed with 10.0 ml of the mentioned sodium chloride solution. Fractions
of liver cell nuclei were prepared according to the modified method of
Shovo (Ref. 2; G. P. Georgiyev et al.p Blokhimiya, U, 318, '1960),
ribonucleic acid (RNA) and desoxy ribonualeic acid (~Ifk) according to the
phenol method (Ref. 1); they were free of protein. The acid protein
contained neither RNA nor DNA. Production of preparations in case 2):
Card 2/6

23841
31020J6111361100210241024
Restoration of the regenerative power... B103/B220
Tissues forthcoming from liver and spleen of rabbits were pulverized in a
mortar and injections of 1.0 ml were applied immediately to the experi-
mental animals. These contained: raw substance of liver 0.1 g, of spleen
and red bone marrow 0.03 g each. All preparations were injected for
7 days with daily single doses of: nucloi 0.013 g, DNA 0.002 g, RNA
0.003 9, 'Liver protein 0.11 g, acid protein 0.01 g. The authors studied
the modifications produced in the tissues by tfie above p'reparatione. A
regeneration of legs with 5 and 4 toes was regarded as typical, the forma-
tion"of misehaped legs with 3 or 2 toes as atypical. The formation of
conical protuberances, knolls or an unoomplicated,oioa-trization were
considered as missing regeneratJon. The results are represented in
Table 1. The authors state thifin this ease, contrary to their former
experiments and due to inexplicable reasons, the regenerative power of the
legs was not suppressed completely by 7000 r, although the difference
between test and control was sometimes sufficiently evident. In the
second part of the test (case 1), the legs of the,oontrol animals were
amputated again., This time, the regenerative power was restored in
56-7 % of the cases spontaneously without any additional treatment,
whereas after the firut amputation 13.3 % of regenerations vere found.
Card 3/6

S/02 ~OIjl~68/002 102 4/02 4
Restoration of the regenerative power... B103 B220
The most effective means to restore the regenerative power of irradiated
legs were found to be: after the first amputation,. RHA, then proteins,
and finally lyophile muscles; after the second amputationt proteins,
RNA, lyophile muscles, and finally spleen,, DNA, cell nuclei, and further
preparations Were ineffective. Thus, the authors conclude that RNA and
proteins play a different role in the various stages of the restoration of
the regenerative power. In case 2), no success was aohieved. The animals
grew thin, ate little, were taken ill with Saprolegnial and finally
perished after 1-1.5 months. intensive degeneration of liver and spleen
showed the typical symptoms of irradiation-disease. No differences were
perceptible between the control and the experimental animals. There are
I figure, I table, and 11 references: 6 Soviet-bloo and 3 non-Boviet-bloo.
The reference to the English-language publication reads as follows:
Ref. 10: M. G. Sevag, D. B. Zackmann, J. Smolenz. J. Biol. Chem., 124,
425 (1936),
ASSOCIATION- Inotitut morfologii zhivotnykh im. A. N. Severtsova Akademii
nauk SSSR (Institute of Animal Morphology imeni
A. H. Severtsov, Academy of Sciences USSR)
Card 4/6

VIIHI if fl -11114ir 4 11141111L1 11-111114114 Ill.; I ... ... .......
BEREZINA, L.Gv; YERMAKOVAp_X,;*; CHIZHIKOVp D.M.
Kinetics of the reduct4on of tin dl.axide br carbm, sonadde.
Kin. ilmt. 5 no.5tgl"22 164. '(KMA 17 12)
1. Institut ustaUurgil immi Bsykova.,

ANTIPOV, B.V.; CALIFEIZIN, Yu.M.*, JUMOYA,-N.M.; PEWTOR0110, S.A.;
%MIKOV, ye.ye. JL
Effect of cardioplegic subetances and artificial blood
circulation regimes on the restoration of heart activity
after prolonged anemia. Grud. khir. 2 no.4:208-3-13 JI-Ag
16o. WMA 15:6)
1., Adres artorov: Mosku$ 3-ya Meohchanokayaj d.61/2p
Moskavskiy oblastnoy nauchno-iosledovatellskiy klinicheakiy
institut, imeni M.F. Vladimirskogo.
.I(BLOOD--CIRCUIATIOIT, ARTIFICIAL)
(HU-RT FAIN=) (CLOIAC OSUSCITATION) .(CAIMIOVASCIJIAR AWNTS)

F i, 1111!11 :11 HIP "I r 111WHIP 111,111111111111111 ril MI
ZORGUAGDi,, V.B.j MUMAMNA ,N.M.s DRUZHININAt U.N.
Iodmetric method of determinLng 6-sulnopenicillanic acid. Antibiotiki
7 no.5:449-453 My 062. (MIRA 15:4)
(IODaKETRY) (POICILLANIC ACID)

3103, B.P. e TONA AN*.o MODITSKATA9 A.A.,
Physicoohemloal methods for the dsternitmtion of attiblotics,
Report 16*41 Iffect of sinerol mnlts on the optic density of
solutions during the dolorimstric determination mannosidoetreptooWein
by the anthrons, method [with summary in Ingliahl. Antibiotikil
3 no*3135-39 MY-Je 158 (MIRA 11:7)
lo Tossoyninyr nauohno-Iseledovntel'skir Ustitut antibiotikor,
(32 Off(IINe relpited opdo.
mannomidostreptomycing eff*6 of mineral soilts on optic
density of solution in colorlmetrlo Oerwo by anthrone
method (fts))

. YIRXMWA, N.M.; BIM, B.P.
Determination of the tranqW*wy &ad coloring of crystalline peni-
cillin solutions, Ibd,prem6 13 10,9830-33 S 159. (MM 13tl)
1. Teasoyassly mambse-IssUAWmatel'skly Institat astIblottkov.
(PWOU11)

M&WAKOVAt Nq,M*; BRUNSp B*P*; KORCHAGIMp V*B,
IZZ.
Lmistiption of the solubility of hydrochloride chUrtetmayellm
in VILter. Mode prom. 14 no.901-33 8 160, (MIRA 13 t 9)
la Vassorism nambno-Iseledavatollskly luti4ut antibiatikov,
(CHLOMPMOTOLIM)

ANTIPOV, B.V,j a-ALIFERIN, TuJ4sj YFMAVOIA, NAI Pf='TORONIN, S.A;
SMIRNOVS Ye.ye.
Reotoration of cardiac activity afW prolonged arrest and anemia
of the heart in a surgically prspared Merimento Vent, khir. 85
no. 7:9-17 Je 1601, (MIRA 14:1)
(HEART FAILURE)

7ENUKOVA, N.M.
Blood loss replaament vith hipkrinizad blood c*ntalnlng protamLne
sulfate, citrated-blood, and amt&Uoid solutions, Probl. gmat.
i perel. krovi 6 no.307-41 Mr 161. (DEIRA 14s 3)
(BLOOD-TRLHSMION) (&WD PIAS14A SUBSTITUTES)
(PROTAMDM)

YERMAKILWAP fl.M.
Simplified method for determining prothrmbin time dat ~he use
Of beparin. lab. delo 7 no.Osg-10 Mr 161.
I.- PatofisiologichexkVa laboratoriya nawou>-sksperimentallnogo
d~Wla Moakovakogo oblaetnogo niuobno-isslbdcviLte1'skvgo kliniche-
iskogo instituta imeni Mdjladiml skogo (dir. P-M.Uorienko).
(PROTHRMIN) (HEPARIN)

19 LAMAj_N.Mj, KMHAMN., ~ T.B.; $WTIC , N.A.; SIDMOVI, A.I.
ftoioal-and chemical methods for drterainift antibiotics.
Raport.No.22: Comparison of physiW and chemical methods
irt the determinstion.of the antibibtlop erythrowein.
Ado yaron.-15 no.U:50-52 N 161. (MM 15: 6)
14, Vaenyus"y nsuchic-looledmtol'skly inetitut antibiotikov.
(EWHRMCIN)

ANTIPOV, B. V.; TIMMOM, 1q. M.
Davvl)pmnt of hsmorrb~ao~ the administration of beparin
under experimental Conditions. Proble gerat, kravi
no.1t;?3-28 162. 15:7)
1. Iz patowrfologichoskogo otdola (sav. - pro4 S. B. Veynberg
[deceasedl) Monkovskogo oblastno& nauchno-Isalodovatellskogo
klinicheskogo inatituta Imeni M. IP. Vladimirskogo (dir. P. M.
LOOne,*o)
(EXPARIN) (HIKO=i UGI)

'ACC NR,--AT60~6 - SOUPCE C -ODE-:- UR/0000/66/COO/COO/0162/0"613.
558
AUTHOR:, Yegorov, P. I.; Dupik,, Vo S.; Yerf=kova.-N. P&-. Korotayev, No M.;
Kochina, Yeo No; Mikhaylovskiy, Go Po; NeumyYak1n-,' I# P.; Petrova, T, A.;
Reutova, M. B.; Filatoval L. X.1 Tayganoval No I.1 Yakovlevap lo Ya.
ORG: none
TITIE: The effect of hypokinesia and homogenized food rations on the functional statei i
of the human organism [Paper presented at the Conference on Rcoblems of Space Medicine
held in Moscow from 24 to 27 May 19661 * P
SOURCE: Konferentsiya po problemam kosmicheskoy meditsiny, 1966. Mroblemy kosmichats-
koy reditsiny. (Problems of space medicine); materialy konferentaii,, Moscow, 1966,
162-163
TOPIC TAGS: isolation test,, hypodynamia,, human physiolog)r,, space physiology,.
cardiovascular system, space nutrition
ABSTRACT: For a period of 7 days, four specially chosen healthy subjects
2i-:,29 years old lay flat in bed under conditions of limited isolation.
Two'of the subjects received a special ration of homogenized foods, %~hlle
the other two received a ration identical in calorie content (2200 kcal)
and chemical composition, but prepared by ordinary gooking methods.
Water consumption was unlimited.
CC"

-31 r I L.
-ACC -~R~-AT60-65-56-
In the course of the experiment, respiratoryvolume and vitia-"
Ao i4teivin *the special
g-
capacity decreased iii-all subjects; the subjec
rations showed a more pronounced increasein-ex
ygen consumption and
consequently in bapal metabolism level.
Cardiovascular system changes were seen in the Mds of all subjects
(decreased voltage of R and T peaks, bradycardia, and rotation of the axis
to the right),. and persisted more than 12 days after the experiment.
Hemodynamic studies using N. N. Savitskiy' a method revealed a
decrease in the speed of pulse wave propagation along arteries of the
muscular type, and changes in peripheral resistance and blood
minute volume. Disturbances of intranasal circulation were revealed
by the rhinopneumometry method. 7bese shifts In vascular tonus were
more pronouncedin the group receiving special food rations.
Following the experiment aU the subjects exhibited orthostatic weakness,*
and in the two subjects receiving the special food rati6n, an active orthosta-
tic test involving atanding for 30 min induced collapoi (Owthe 3rd ancf 23rd
min of the test).
:ard 2/3

ACC NR: AT6o36558
Pronounced functional shifts of a transient nature were noted in the
gastrointestinal tract (diminished gastric secretion after the experiment
in the group receiving special rations; and changes in protein, carbohydrate,'
and cholesterin metabolism, and impairment of the bilirubin-excretory
function of the liver in all subjects).
After the experiment all subjects showed a weight loss of up to
3350 kg, although disturbances of kidney function took the form- of decreased
diuresis, decreased creatinine clearance, and impaired water excretion
during water loading tests.
Changes in mineral metabolism during the expbriment consisted Of
increases in the blood plasma levels of potassium and calcium in all
subjects, and toward the end of the experiment, decreased chlorides
in the 24-hr urine of the subjects receivino speciat rations.
Audiometry revealed neurodynarnic disturbances of the functional
state of the auditory analyzer (asymmetry and elevation of differential
thresholds of sowid intensity and height).
A change was noted in the level of the dark adaptation curve. A
considerable increase in light sensitivity in the 60th min was noted in the
subjects receivirNg ordinary food, and a lesser increase in the subjects
-receiving special rations. Analysis of nyetograme taken during.the initial
period of dark ad4#Ation shbied no skibetantial ihirtse -[W.$A.. floe- 22; ATD R~port
SUB OODEt 06 / SUBK DhTEt OOK&y66

NEKRASHEVICIIP I.G.; LABUDAp A.A.; PLASHCHINSKAYA, R.V.; YERMAKOVA, Me,
Effect of OthirdO' components by the method of scanning the
luvainescence spectrum with time. Izv. AN SSSR. Ser. fiz. 26
no,.7:892-.895 J1 162. (MIRA 15:8)
(Spectrum analysie)

IF-;I livir IM11
MKRASHEVICH, I.G.,- LABUDAp A.A.1 FLAS-HCHINSKAYAp M.;,gRK1~11VA, N.Ye.
Study of the effect of third components by the nothod of temporal
scanning of the asiosiolk speatruno, Zbws&t4,I*kbiis* 17 no,5:
551-555 Ag 162. (MIRA 16:3)
1. V.I.Lsidn Byelorus" State University,, Nlnsk~
(Spetrus ans.1yeis)

P
S5018662 sands CODSt "it
Labudo'. A-A Mek
ov I ch X G P1
rash
Orakov Yermalcol
phi
V.
AUTHORs
ORO: none
TITLEt Measuriiig the temperature in wpulse ~Iscb,41,ge,
SCURCEr Her. zji. glaktrotakhnika. I *n*rge.t1k*j AO:i 7020
REP SOURCHt Tv~ Komis. po epaktroekop~l..' AN SSS*-vyp,~10 1964i
434-441
TOPIO TAOS: amw"i F1 'Is w11, -Ptp temperature inii~rumsh~t, optic
method,
TRANSLATION:' Ov optical method, for. dote~oinlrjg 4h t~mperaturqo in
8~gtiwary sour4;es "ith axial sytftdtry,1,(,by met6od)'
-is extended to iover cases.or pulse dl, t~: k6VICIVY110 Pre0ared
on which experliPental research was cohd.'ucted 0~ t6o spsod~ and t1be
distribution of~temperaturej, taking Int '6 account tb~(t fadA:that the
ceas wao nonstatlonary. An earlier dedu'ctlonlr~ording the zonal
17ractar- of.ax6itation. and of 1dent1fv1n&'var4otj01
N

MI.UYEVy P.A.v insh.1 GUBEVICH, Ye.S.p insh.; SHINKA, V.Ya.,, its
DUUM, To.Z.1, Jush-; SHCRIUKOVp V.S.p lash.; IL-
N.I*,, Insh.; GLUKHDVp V.Vm insh.; GOGOLMFA T.V.p lash.;
UaOV, V.11., lash.; STASHINp le.A.1 inab.! KUSHIMRp A.P.v
-UM.; nMWWIA,2,Z% lush.; PAVWV, R.T. Lash., red.;
KISPEROVICHp No
S. V Ws&Va; UVAIWVA, A.,%skim. rod.
(Catalog of refrigerstlam equipmastj Ka" kholodilloogo
otoradovamila. Moskva, lkshglsp 1963. pa
(MIXA'l6s7)
Is Rusla (1923- U.S.S.R.) "Ontrallmoye b6ostngftorskoye
bjum kbolodillsogo mehimostroyealya. TSentrallsoye konstruk-
torskoye byuro kholodillsogo ..,.Omly& (for all except
Kamperovich, Uvarova).
(Refrigeration and rofrigersting machinevy-Catalogs)

KOYNATSKIY, M.A. IGORN, L-To,;GRO1X=CH1Xj NA I'MOWMA.P.]LIKONIKOVA, G.B.;
KORNIGOt A-I.;MJZICMOTA, X-T-;jQL1NIKW, LA.- '---
211100018, stiolea, pathogenselse WA clinical gmpeat$. Ole, sault"
Nookya no,8128-32 Aug. 1952, (OINL P:2)
1. Of Sim Clinical DoWtvient of Zealapad Solent If le-Jissearch Institute
of labos, Hygiene and Oocupe,*.lonsl Diseases.

KOZINO N.I. p doktor tekhn,,n&uk;,MMk4ffAj P.M.? -Lamb+
Hydrothernal regime in the storage of vegetable oils under plAnt
corwLitions, N"le-WArprom, 27 no.20-7 A 1610 (MM 34tl)
(Olls and fate-Storage)

KG-ZIN , N. 1. 11 dok-tor talchn. nauk; ,~MIAKOVA 0 p. M, p jnzjj,
Calalytic action of the residues of qdd12Od Oil. Mol.-Zhjr.
pr(m. 27 no. 2tl2-13 161, (ITIU~ 2/,:2)
(Ollo and fate) (Catalysts)

KOZIN, N.I.; doktor tekbn.naukl YERWOVAp P.M., insh.
RapM method for deteradning -the. *eopIv&.IfaaUt7 of sunflower soed aile
27 nov5s2O-,U' W' 062, (MM 14:5)
%;- - ~ (Sunflower need oil)
-- . . . I., 1"~. ~
I,. . 1: C."

KOZLOVAp L.I.v kand. tekhn. nauk; YEMKOVA P'M.p,jnzh,
~
Changes in the acid and peroxide number of oil durinfr prolonged
storage, Maal.-zhir. prom, 28 no.10120-21 0 162. (MIRA 16t12)
1
1

LTUMMKIT, G.D.;
TIMIOVA . S
~Olu -.11 -~ -.- kwo-wim-, (
The effect of adsorption characteristics on the efficloncy of
chrondum-aluslums catalysts In the dehydrogenation of.hydro-
carbons (with sumvwy In Inglish]. Zhur.fis.khim. 31 no.9:2052-2060
S '57. (MMA 11: 1)
1JInIko-khImicheekly lustitut Is. LoTas Karpova.
(Dehydrogmatioa) (Hydrocir bone)

A6100
AUTHORSt
28294 S/076/61/035/010/013/015
B106/B110
Yermakova, S. K., Cherednichenko, V. M., and
--79fi_ez_9e_fe_W_iy_,_5-. Ya.
TITLEs Reaction kinetics and inflammation of nitrogen dioxide with
n-butane
PERIODICALt Zhurnal fizicheskoy khimii, v. 35, no. 10, 1961, 2352-2357
TEXTt The authors studied the reaction kinetics and the inflammation in
the system No 2 -n-butane, since the kinetics of reactione of NO 2 with
higher hydrocarbons had not yet been studied., Fig. I shows the experimen-
tal arrangement used. The measurements were carried out statically. The
reaction rates were measured both photometrically on the basis of the
decrease in RO2 concentration, and on the basis of pressure changes in the
system. The kinetic measurements were made at temperatures of 250 - 4500C
and pressures of 8-35 mm Hg, and the limits of inflammaTion were determined
at 375 - 5250C and 20 - 170 mm Hg. The reaction of NO 2 with n-butane was
found to be of the order of 0-7 with respect to butane, which resulted
Card IA X"

111111 lit IMII I I IN I, I I I '.U; I V 111- _-1 I I - I.
28294 S/076/61/035/010/013/015
Reaction kinotics and... B106/B110
from the dependence of the reaction rate on the partial pressure of butane
at 3000C. The order with respect to NO 2 is approximately 1.4. Theover-all
reactionorder is about 2.1, and does not change even on transition to tem-
peratures of 400 - 4500C- When measuring the temperatur-9 dependence of
the react-ion rate, an MTO-2 (MPO-2) galvanometer oscilloscope had to be
used at 400 -- 4500C for measuring the photocurrent, as tbra high reaction
rate did not permit a visual measurement in the ini:tial stage of the reac-
tion. Fig. 4 shows the temperature dependence of the reaction rate.
From the ascent of the straight line in this diagram. the activation
energy of the reaction was determined to be 30 kcal/mole. Therefore, one
obtains the following kinetic equation for the reaction of NO 2 with
n-butanes w - k 0exp(-3-0-10 4/RT)(C4H10) O-7(NO 2) "4 (1). A particular
feature of the reaction studied is the monotone increase in pressure during
the reaction. It is assumed nowadays that the primary event of the reac-
tion is the formation of a radicalt C H + NO . 0 H* + HNO
4 10 2 4 9 2;
(AHP414 kcal/mole) (2). Subsequently, either a nitroalkane or an alkyl
nitrite is formed from this radical with NO 2' Both possibilities are
Card 2/ 6

.41
28294 B/OT6/61/035/010/013/015
Reaction kinetics and... B106/B110
almost equally probable (Ref. 61 T. V. Fedorova, A. P.. Ballod,
A. V. Topchiyev i V. Ya. Shtern, Dokl. AN SSSR, 123, No. 5, 1958). The
thermal stabilities of nitroalkanes and alkyl nitrites differ very much,
as the decomposition of the former is characterized by much higher
activation energies (39 - 53 kcal/mole) and lower values of the pre-ex-
ponential factor than the decomposition of the latter (36-38 cal/mole,
1.8-1013 _ 3-101 4)(Ref. lit see bdow). Under the present experimental
conditions, nitroalkanes accumulate in the initial stages of the reaction,
while the alkyl nitrites decompose to form gaseous produrts. This is
probably the cause of the pressure increase from the beginning of the
process. Fig- 5 illustrates the measurement of the inflammation limits
for mixtures of the composition C4Rio + 6-5 N02* Assuming that the in-
flammation bo a thermal explosion, the effective activation energy of the
reaction which gives rise to inflammation was calculated to be 28 kcal/1001e.
This value in close to that obtained for the slow reaction of NO 2 with
n-butane (30 kcal/mole). This fact and the above-mentioned constancy of
the over-all reaction order with an increase in temperature suggest that
the critical conditions of inflammation obey the kinetic laws of the slow
Card 3/6 W

28294 S/076/61/035/010/013/015
Reaction kinetics and... B106/BIIO
reaction. Two papers by A. B. Gagarina and N. IL. Emanuel' are mentioned
(Ref- 71 Zh. fiz. khimii, 31, 1641, 1959; Ref. 83 Zh. fiz. khimii, a,
1672, 1959). There are 5 figures, 3 tables, and 12 references: 7 Soviet
and 5 non-Soviet. The three most important references to English-
language publications read as follovas W. k. Rosser, H. Wise, J. Chem.
Phys., 26, 571, 1957; Ref. 11: E. W. R. Steacie, Atomic and free radical
reactions, N. Y., 1956; P. Gray, Proo. Roy. Soc., A221, 46.2, 1954.,
ASSOCIATIONi Fiziko-khimicheskiy institut im. L. Ya. Karpova (Physico-
chemical Institute imeni L. Ya. Karpov)
SUBMITTEDt March 4, 1960
Card 4/6

MAZITOVAJ, FJ.;-MWOVAO S.K.; VIROBYANTSO R.A.
Analysis of gaseous bydrocarbons by adsorptiom cbromstograpbLy
on aluminum oxide. Xhim.1 takh.topl.i masel 7 no.4-.66-69 Ap
162. (MIRA 15t4)
1. Institut organicheskay Wail, AN SSSR9 g. Kasan'.
(Hydroewbons) (0" WWOMt*VapIAy)

MAZITOVA, F.N.; URMOUs S-1-
Un of, g1jazim oil " a stationwy pb"o for gao-liquid
chrmatogmphy of C2 - q6 hydrocarbo=. Mda.i .tokh.topl.i
mael 7 no.6:64-63 h '6LIo (MIRA 15:7)
(Hy&owrbow)
(Chrmatographic owlysis)

"I 1:111il"fil'; ; 11 111 1 11 1] -1 1 ~: . .
MAZITOVAO F.H.; VIROBYANTS., R.A.; YERMKOVA., S.C
Azxl~ysis of Jlwht petroleux hydrocarborAm by maw of gx&-liquid chrmw-
tography. 1*.AM SSSR.Otd.khim.nauk. no.9tl546-2550 S 162, (MIU 15:10)
lo Inotitut organicheskoy Icklall AN SSSRp Kazent.
(Wrocarbous) (Gm chroastoSnplW)

- V r- 1~ --- -- - -- - -- ---
~MaOIVANMXO A*Y&*; e7_!!jTAo 1~~* _.._
Autoiatle coAtinww produoilas lim for mWng aboaolate awAr
mum., Xul, tokhs-sko& laform~ aew'U50-51 137. (MIU 110)
(confectlowry-4pliames, utensilel, *to.)

HII

FF R i'll /) tl' 0 L/ it) ) -T
BOLISSMY, LA.; KMOVrff, B.S.; FAMSEGMIF. V.Y*.-, YXKWOWAp T.A.
I
SolubIlIty anaple of UP, C %-.12C20jr-kO eyo , Zhttr. no or
I khls. 2 no.1:222-228 J& IR (mm io:4f*
1. Nookovskly institut tonkoy khtuteh*skoy takhaologil In. N.V.
Lmostomovs.
(gramyl omaate) (Qmllc acid) ("t~ -(ChWotry))

.... .. ... ...... I I wlv~r u I IF 1v 11oitl I: I!
L
L 1 66 EWT(M)/EWP(J)/T AM
ACC N.Ri APF6019824 (A] SOURCE CODE: UR/0342/66/000/002/0049/0051
AUTHOR: 4emenova, L. A., (Senior Research Associate); Yermakova T. D..
(Engineer); Zankov, V. A, (Physician) .2-s-
ORG: [Semenova] KNIITP; [Yermakova; Pankov) NIEKhAtl 16
TITLE: Nonwoven textiles for medical use
SOURCE: Tekstill naya promyshlennost' , no. 2, 1966, 49-51
TOPIC TAGS: medical supply, medical research facility, dressing fabric
ABSTRACT: The authors discuss the use of nonwoven textiles for medical
purposes. The properties of nonwoven textiles made from chlorine fiber and the
tests made with samples produced are described in detail. The authors indicate
that exhaustive clinical tests are needed before the problem of their further use
is decided, The authors also describe the properties of nonwoven materials made
from a blend of natural and chemical fibers for �andages contoured dressings and
r

L W416-M
ACC NR: AP6019924
sterile gauze. The samples produced were successfully used to treat festering
wounds and burns. The tests showed these samples to be superior to existing
dressing materials in uniformity of thickness, convenience of use, high hygro-
scopicity, and fluffiness. The fabrics were developed atthe Kalinin Scientific
Rea earckln~likgt-!Rtihg-TsAtUcladualr;eand tested at the Moscow Institute for
T ut
Experimental Surgical Equipment. he uthors note that the following persons
h;~ note t
is Ze
participated in the preparation of thi ork- M. A. Zenchenko; Z. N. Petzyna;
Lrk A
ITP
and M
F. A. Klimenkova; N. N. KuzImina ITP ; and . G. Smirnova, (NIIENhAiI).
SUB CODE: - 06, 11 / SUBM DATE: none/

$OV/13f5-59-6-10/24
AUTHORS: Suchkov, A,2., Borok, W.A,q 'Yermakova, T,zr,,
I Rodnyy, M.I. and Boldina,
TITLE: On the Production of Titanium by Ele otrolysis of Molten
Salts, Using Soluble Anodes (Nekotoryye voprosy
polucheniya titana elektrolizom rasplavle
sred s ispollzovaniyem rastvoriWkh*anodo
PERIODICAL.- Tsvetnyye metally, 1559, Nr 6, pp 57-62 (USSR)
ABSTRACT., Any titanium compound possessing electronic
conductivity can be used as soluble anode. The
authors used titanium nitrides and carbides and
hydrogen-containing, oxygenous and ikiter-metallic
compounds of titanium, as well as titanium-base alloys
for their experiments. These were carried out in a large
laboratory plant with a maximum current supply of 10W A.
The electrolysis cell is shown diagratmatically in the
figure, P 57 (1 - bath; 2 - lid; 3 - cell; 4 - anode lead;
5 - cathode lead; 6 - syphon). The entire apparatus was
made of stainless steel. Compact anodes, made by
powder metallurgical methods were used. These were
fixed into position and connected up and a mixture of
Card 1/4 dry NaG1 and KC1 (1:1) was charged into the bath.

$OV/136-59-6-10/24
O.u the Production of Titanium by Electrolysis of Molten Salts
By Using Soluble Anodes
loay residual moisture and occluded ase .a were removed
by melting. A second (eleotrolytio~ ptaification was
carried out, in the course of which the electrolyte
was saturated with titanium by means of an auxiliary
cathode, and then electrolysis with a working cathode
was carried out. All operations were carried out in a
stream of dry purified argon. All the experiments
were performe& at a temperature of 76000 and in each
case the quantity of electricity was the same
(1500 A hours). The following were analyzedt. the
cathode powder obtained on working vrith the auxiliary
cathode; three layers of the cathode deposit (internal,
middle and outer); three layers of anode slime; the
electrolyte and the removed products. The results of
experiments with Ti-Fe, Ti-Al, Ti-Si and Ti-Nb alloys
a-ce shown in Table 1. . At present the authors are
engaged on the study of binary alloys of Ti and Ni,
Ca and similar metals, and Mn. Preliminary
Card 2/4 e3cperiments have shown that the behaviour of Ni is

SOV/136-59-6-10/24
On the Production of Titanium by Electrolysis of Maliten Salts
by Using Soluble Anodes
analogous to that of Fe; Ca and like metals dissolve
off the anode preferentially to titanium but are not
deposited at the cathode. If Mn ia"j)rezent in the
anode, the latter is soluble only iX its oxygen content
is extremely small. Dean's findings regarding the
sharp drop in the solubility of titanium in the
presence of oxygen have been confirmed. The results
obtained for anode material containing 0,3% 02 are
shown in Table 2. Preliminary experiments with
multi-constituent alloys have led to the conclusion
that most metals change the anodic solution process of'
titanium, as known for binary alloys, very little.
This should enable electrolytic refining Of Drelimi-n-arily
reduced titanium raw materials (slar, and concentrates)
to be used as a general method for producinG titaniu::..
In order to verify this assumption, the authors carried
out a series of experiments using calciuu hydride as
reducing agent. The experiments were carried OUt in an
apparatus consisting of a cylinder containing argor-, arr-
Card 3/4 a container and lid made from stainless stleel. The siiitar

SOlr/136-59-6-10/24
On the Production of Titanium by Electrolysis of Molten Salts
by Using Soluble Anodes
obtained as the result of reduction was rapidly broken
up and treated in a mixer, first with water" then witl
1% HCl solution until the CaO had fully dissolved. 'j.lhka'
pulp was filtered off and the powder washed with wal;u, -tad
a166hol, and after drying was studied chemically anCL
metallographically. In the experiments the basic
following parameters were varied; temperature, propu.~.z;fon
of reagents, duration and fineness of mixture. It was
found that reduction proceeds satisfactorily when the
mixture is ground to a fineness of 0.147 =m or less.
The optimum processing conditions are (a) for slag -
11000C 2 hours 1.8 - 2.0 lcg GaH2/kg Ti; (b) for
concentrates - 120000, 2 hours 2.2 - 2.4 kg CaH2/]cC.
Thereby, 85 to 95% Ti containeA in the original
materials is extracted as a solid solution (see Table 4).
The material thus obtained was compacted into anodes and
electrolytically refiued. The results of such refining
ot slag and concentrates are identical and are shown Lu
Table 5. There are 5 tables and 1 figure.
Oard 4/4

.~job
It
3/21036
598/61/000/006/024/034
D245/D303
AUTHORS: Suchkovp A.B.p Borokv B-A-o and ~ermak va T.N.
TITLE: Electro-refining of titanium-based alloys
SOURCE: Akaidemiya nauk SSSR. Inatitut metallurgiie Titan i
yego splavya no. 6, 1961# Metallotermiya i elektro-
khi.miya titanap 180 - 184
TEXT: Electroljtic refining of Ti alloys to yield pure Ti was stu-
died in experiments carried out by the authors in a steel reactor
at 800 -~ 9500CP the alloy filings being pulverized to a size of
10 - 20 mm and refined in batches of 1 Y2 - 2 kg. A direct relation
between the purity of refined Ti and anode current density was ob-
served. Using a Ti - 5 % Al alloyt the,41 content in the cathode
deposit was lese than OsO5 % for a current density of 0,1 amp/cm2
as compared with 1.50 % for 0.4 amp/cm2 and 2,80 Y* for 1.2 amp/cm2.
Separation of Ti from V proved more diffioult and could no be ac-
complished in a single electrolysis. In all alloy types studied the
Op N and C contents were reduced to 0,06p 0,015 and 0#015 % respec-
tively. There are 1 figure and 2 tables.
Card 1/1 k~

V I I
ACCESSMN NR i APOOM3 SAWAVWWWWW0102
AUTHORS s Meyerson, 0. A. I Suchkovt A. B.; Olesov,, Yu. G.; Terms)wvst T. N.
TITLEs Investigation of the conditions for obtaining the lowest chlorides or
titanium and zirconium
.*SOURCE& IM. Tavotnaya matallurglya, no. 60 1963j. 96-102
TOPIC TAOSs titanium chloride, zirconium chlorides *19otrolytic r9finiagg
titanium refinlags, sirconium refining
.'ABSTRACT: Two methods for obtaining the lovent chlorides of titanium AUd ZAXUVUA~~
for electrorefining were investigated: a) displarement of'tlw iron by Ti or Zr 11
in the solution NACI + FeC12 forming the low chlorides; b) anode dissolving of Zr...l
in the'same solution. In the first method Ti or Zr powder (vith,traces of Sip Pat
Alt and'Ca) iias addod to a mixture of MCI and FeC.19 (at 850C)t hold at this tom-
porature for some tiAo. and quickly chilled, The T1 and Zr contents were then
determined, It was found that after 30 minutes at 11500 the Ti content in the
solution use 5.56%. In the second method bricks of Zr powder were used as the
anode =-.terial and 200 amp-bro.of electricity were passed Wvvgh the solution
'(at, 85,3~). The deposits on the osibode, were testod for Zr oootents, It Ws found
card
~4

AGGESSION.NR: AP4OD9843.
that the yield of the lowr Zr chlorides was 43.7% at a'catbxWe current of 4,5
amp/cm2 (for a pure NaCl*e1sctrojyt;e).* Addition of FeC12 to the 01*0trolyte raised.
to .86.9% at thO Sam current. Orig. art.'h"l i tablets. wW 2'figures.
;the yield
~ASSOGIATIONr Moskavskiy iwtitut itall j &play", Kafedra wtanWgii rodkikh
uov i metanokara-W (H"cov Institute of Steel and'ALUO
meta. Departmnt Of
Rare Metals and Metalloosramics)
O&T=63, DATE ACQ i 07214W64 ZKGLI 00'
SUBMfMDs
re'' Oix
0C 100 mw so 009,
SUB COI)E I
44
Card 2/2

113ttldy of Frr)~,esaen of Falbrication of Clioce)2,:',~ 4')
thl-. Lengtil of t-ne -,ycle.11 71*,I-n of !U~:her rviucm.tinr TJS-t'P, T-I,-,~Irinlo7lrrl of
Food Inc7t-iztr-.-, i`osca'." 1955 (Disfertatiom For Deo-re-~ of Can-lic. t-.i ci-r Techniril 'cinnce~"
SO: Kni-jrmays LatOT-JSI No. 26, June 1955, Va-ncow

YAMWKOVA. T.P.; SHKWVSXATA, A.Te.
066'.1 - .
x2perimental uses production line for the processiog of chocolate
cani~v. Ref. nanch. rab. Mil no.1:96-98 157. (MIRA 11:3)
(Chocolate)

6*jpR_*,k. SHUPTSKAUO A*Ye.; ICKMINKIY# G,R.
Me c6sizWProdwilon- chocolate. Web. i kond.
prow. I no-5t-22-23 IV 157. (Nm lotO
(Chocolate)

-L-77
mqwAKOVAv..v.P*; SM=VSWA, A-To.; KOLUHINSICIY, G.R.
Intowtic continuous =the& for the production of bulk chocolate,
Ehlob, 1 kond, prom, I no.9tl2-26 6 057. (MM 10r-11)
1. ftsmoyusWy nauchno-imeledowatellekly instUnt konditerskey pro-
systilemostl (for Termkova i Iftlovskaya). Zo X66kovskaya konditor-
skaya fabrika "Krasn" Oktyabr" (for tolmshinskly),
(Chocolate)

YlM4MVAj, ToPe
Coviparative testing of metbodo of preparing oboco2ate and cocoa
Powder. TrudyVBn no.14:3-19 1 9. (MIRA 34:5)
Nhocolate~ (cocoa)

FURWVAI N.V.k-TMMMWU,, T.P. ,
.1. Investigating the changes occurring in protein substAnobs,
the processing of cacao beans and their effect on ths'q!mlf;tYl:Og
cocoa powdere Trudy Vft'll no 2643-50 162. (KMA 16 -.5)
icoe0a)
j

MMAKOU, T.P.
I . I-Ii T M:Mlf ~! will !I 1111 1jj!f ........... ....
Mbthod or determining the fractional-composition of cbmalate, cocoa
powler and grated cocoa. Trudy VMI no.1605-92 162. (KERA 16:5)
(Cocoa) (Sedimentatioia analysis)

inIi
TF
yr
00
Jill
Art
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tb
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God 1"W.Af
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I
A 6 a - 116 ALaWl"M CL""~O.O
to"" "SOP
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L, ! 0 : :40 0
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0, 1 ; 1 00 0
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a 0
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000
000
moo
moo
too
Soo
to
;o
moo
of
No
off

IMCHUN, Paltr 1111ch; 7101AXOTA. T.P., red.; DP--MIWA, M,G., takhn.red.
I
.
(lielorleal triumphs of thm Sawlet psople; toochers' imenuall
latorialwakis savoevanlia savotakogo wroda; pasobisi 11118 uchitella.
Moskma. Gos.uch~bno-p9dmgog,lzd-vo N-ve prosv~RWSRO 1959, 105 p,
(IKIRA 1):8)
(Russia-leonomic conditions)

BRITOV, Vitaliy Vasillyevich; YXKAKOVAp T*P,,, redol TUMp R,V.,p takhn.
[Birth of the Bed-AnWI Rambdudo-Irsamol Armil, Mookwag Go@.
uchaboo-pedagoi. isd-vo H-va prosy. FAM9 196ILe Z78 P.
(Nlu 24:6)
(Russia-A&V)

OMCHAKOTSKAYA. N.Nb; YXWMOTA T Too r*daktorl BMOTA# Yo.Wel
toklmichookly r;;;;;=#A=a
[Spi,log and owwr tlck-borne eacepUlIttal UsommO4.1stall
kloishchavol enteefallto Nookwag Goo, Isd-vo n04. lit-rr. 1954.
31 p, (MLIA 711O)
(Brain-lufl~mmmatlan)

LUZIMA, A.G.; TRN=VA, T.Ye., rodaktor; GLUKHOYBDOVA. G.A., takhni-
1".11-1 M, PAMM"':~
dbOxkl:r rex
[HOW U prevent Infection from ascarlds] Zek produproUt' sa-
razhenie askarldsal. Kookwa,'Gos. IsdL-vo wd. lit-ry, 1934. zi y.
(Ascarids and asewlasts) (YLRA 7: 8)

YMM KO VA 0 V.
ERMAKOVA, V. Efficiency in the feeding of deomestiowdoals and poultyy.
Pe 30o Vole Ili, no. 12, Dec. 1956 KOOPIRTIM ZEMEM. SoMaj Bulgaria.
SOURCE: East buxqmn Accessions List (EM) Vol. 6, No- 4 April 1957

AUTHORS: Samsonov, G. V.9 Heshpor, V. S., Yermakova,_ ~76-3-4-7/36
TITLEt Investigations of the Properties of the Alloys of the System
:Riobium-Silicon (Issiedovaniye avoystv splavoy sistemy
:niobiy-kremniy)
PERIODICALs Zhurnal leorganicheskoy Khimii, 1958, Vol. 3, Nr 4,
pp. 868-878 (USSR)
kBSTRkCT: The phase composition of the alliye in the system niobium-
-silicon in concentrations of from 0 to 100 atom% was
investigated by radiographic and metallographic methods.
Three intermediate compounds were foundi
I.-Nb4Si wit hexagonal attice with the following parameter:
a - 3159 t, a - 4946 1.
2.-NbiSi in three modifications, tetragon I oL- and
mo ifIcations ith parameters a - 6P56 1 and c - 11,86
and a a 10~00 I and o 5 07 1, an hexagRnal r-modification
with parameters a a 7,;2 1 and c - 5,24
3--NbSi, with hexagonal structure a w 4P78 I-and c - 6,56
The mel ing points of some alloys were investigated. It was
found on this occasion that the compound Rb 431 has a congruent
Card 1/2 melting point.

Investigations of the Properties of the Alloys of the System 78-3-4-7/38
Riobium-Bilicon.
The investigations of the electric conductivity of the alloys
of niobium and silicon have three specific voints in the phase
diagram at 209 37,5 and 66,6 &toe,, silicon,
Also the stability of the alloys against oxidation in air at
10000C was investigated. The alloys are not resistant to
corrosion.
Based on the investigations carried out as well as on the
analyses of the-alloys the phase diagrams of niobium and
silicon were bonstructed.
There are 11 figurest 5 tables, and 10 references? 2 of which
are Soviet.
ASSOCIATIONs Institut metallokeramiki i spetai&2nykh splavov Akademii nauk
USSR (institute for MetaUceetOidds wd SpecLal AlLoyzj'AB
UkrSSR)
SUBMITTEDs June 25, 1957
Card 2/2

,MMOVA, If. A. '(Ybmkva)
Morphological changes lz the heart of the fetme &rlsimg imder the
Jmn.uence of a n=ber of injurious factors acting during the time
of 1wepancyo Arkb.pate 24 noo5163-68 162. (KMA 3.5 2 5)
1. Ns otdelludys, po Lmchmniyu raxvitiya mozg~ :1 peakhonev olo-
-I.&-
gicheskoy I sav - deystvitellnyy chlem AM SSSR prof.
B.N.,- Klosovskiy) Insti" pediatrii AMN SSSR (dir. -,,dotsent
M.Mi. Studenikin).
(PRMAIqCY, CWWCATIONS OF) (UMT-DISEASES) (FEMS)

TERKAKOVA '.A.
Foot method of determining the quaUty Of P209gint Cement.
Tgasent 29 no#4M Jl-Aff 163. kMIRA 16:11)
1, TSementray zavod mKmscaoletew.

PROKOFOIZVO Y.A.; UNUKOVAL V.I.
Borou content in the shells of Paleosoic breshlopods, DAL AN SScR
149 wo5t1170-1173 Ap 163o (KRA 16 % 5)
Is Predstavlano ak"saikou N.M.Strakhovyj4
(Boron) (brachiopodao Fossil)

GRINEVj A.11.1 TERHAKOVA V.N.; TERENTIMP I.F.
QulnoneB. Part 381. Ifew condeniation pr6duct of p4mmzoquinone with
N-methyl- f -aminocrotode eater. Zhu--.obekhlmo 32 noo6:1948-1951
is. 162. WMAL 15:6)
L, Hookovskiy gooudatetwennyy universitet im., MV,~Lomonosova.
(Benzoquinorse) (Grotonic acid)

USSWChmical Tecbnology Chemical Products and Their Application, Silicates.
Glews. Ceramics. Bliders., 1-9
Abst Journals ROferst ZhW - IbIN11YR, So 1, 1957, 1678
Authors lb~ymrova, T. I., and Rmkovs, Y. A.
Institutions None
Title: A Rapid Methoil for the Determination of Rydraulic Additives and Gypsum
in Vement Using One Sample
Original
Periodicals Tesummt, 1956., So 2,, 29-30
Abstract: A 0.25 ges sample of finely ground cement is wetted with a omll
amount of distilled vater and refluxed for 5 minutes after the addi-
tion of 10 21 of I N HC1 (until the clinker diomolves). Next, 5 ml
of BsCrO4 (.vlO% solution) are added, and the contents of the flask
refl:uxed again for 5 minutes. After titration with 0.25 H NaOH to a
phenalphtbalein endpoint, when a faint green turbidity is observed
in t1he solution, the hydraulic additives and gypsum are estimated
by the amount of precipitate formed. The cantento of the flask are
Card 1/2

I
USM/Chazical Technology -- Chemical Products and Their Application. Silicates.
Glass. Ceramics. Binders, 1-9
Abst Journal: Refe:vat Zhur - Wmlya,, No 1. 1957., 1676 -
Abstract: cooled, diluted to 100 ml, andstirred; and the detemination of
the gypsum is carried out by the volumetric chromate method.
Card 2/2

I 20-UT -5-53/54
AUTHORo YcrUakova , V. A.
TITLEs The Development of Cardiac Muscle Tissue of Human Embryos, Trans-
planted in Place of a Skeletal Muscle (Razwitiye serdechno-myshech-
noy tkani plodov chelovekaq pereeazbennoy na meato akeletnoy mysh-
tay)
PERIODICALe Doklady AN SSSRp 1957t Vol- 117t Nr 5P PP- 914 - 916 (USSR)
ABSTRACTs The problem of the mods of the self-ronowal of the cardiac muocle
tis3ue cannot be considered as satisfactory. This cauued the common
.con4,.eption of the lack of a physiological regeneration and of the
inability of this tissue to a reparative regeneration (references
2, 3). In this paper the author solved the task to study the de-
velopmant of the mentioned tissue In tranaplantationo in place of
a completely removed skeletal muscle (musoulue biceps) of a chick.
Hewts of two months old embryosq pulsating 5 and 6 months old
hearts and the heart of a 9 months old embryo, 4 houra after the
clinical death, were transplanted. The male chic):3 were killed
I - 6, 8 - 10p and 13 and 14 dayellater. In the first two days the
development is characterized by destructive processes. Later altera~-
tions of the graft finally led to the regeneration of cell struc-
Card 1/2 tures of the myoblastic type. Approximatively 14 days after the

20-1:LT,-5-33/5Jj
The Development Of Cardiac Muscle Tissue of Human Embr,7*ov Transplanted in Place
of a Skeletal Muscle
graft which is only a thin membrane is completely resorbed as a
tissue foreign to the chick organism. Final conclusionst 1) In the
traroplantation of the human heart (upper part of the heart of an
embryo) in the chick organism in place of a completely removed
musculue biceps myoblastio cells of the heart are formed in the
graft. 2) The existence of a cellu-Ious myoblastic stage, even of
a very short durationg can be important for the question of the
regeneration properties of the cardiac musele.tiesue. There are
4 figures, and 12 referenceal 9 of which are Slavic.
ASSOCIATIONe Institute for Animal Morphology imeni A* N. Severtsov AS USSR
(-Inatitut morfologii zhivotnykh im. A. N. Sovortnova Akademii nauk
53311)
PRESENTEDs July 23, 1957, by I. I. ShmalIGAuzen, Academician
SUBMITTEDs July 23, 1957
. . ;.*... T.
Card 2/2

ITaMOVAO V.A.
Effect of various injurious factors an the developmat of the
fetal hegxt. Arkh. pat..23 no. 1$46~50 161. (KIRA JL4: 1)
(HFAART-ABNORMITIES AND DEFOEWTIES) (TAWID MJM)
(DliMTES) (HADiATIOX.-PRSIOIMICAL FOUT)

GRIGORIYANTS, A.N.,,kand. med. nauk; MUXOVA, V.A.
;,,.-
FtmetLonal liver inmiMclencY and macrozytosia of erytbro,~,ytas
in bypertenision. Sovet. med. 27 no.6t92-96 J00 (Mrt& 1:7t2)
1. Iz goopitalinoy torapevticheakoy kliniki ( direktca- de"t-41~-
telin;ry chlen AMN SSM profs A.A. Bagdaaarov) pipdlatrlohoskoga
fakullteta II Mookovskogo meditainakago inotituta imani 11.1.
Pirogim.

USSR / Farm Animals. Small Horned Stock
Abo Jour; Ref Zhur-Biol.,, No 5, 19580 21464
Abstract: in the years under observation was ascertained also
in the summer period. The seasonal dynamics Of vita-
min A in the liver of Karakuls was determined. To
prevent A-avitaminosis and the losaj for this,reason,
of sheep with young, it is advisable to utilize the
shrub pastures in the winter season to accumulate
alfalfa and marchinovoye (?] hay, to sow and to
undersow bordzhok
Card 2/2

IERMKOVA jAl _
I
Carotene content of principal paoture plmts in Wkh7l;',,. Izv-
AN Turk. M. Ser. biol. nauk no.1142-48 161. (MRA 14: 8)
1, Institut xhivotnovodstva i vaterinarli Ministeratva sellskogo
khospystva Turkmenskoy SSR. i
(UDKHV,--PASTURM ALM IMDOW) (CAROT'FM)

YERMAKOVA, I.A.., kand. biolog. nauk; PETENKO, T.M.
. I --- - -, ~
Let's prooerve lindens and other nectariferous tr~so in the
vicinity of apiaries, Okhr. prir. na Urals nc.2:8~-87 .061.
(141RA I?d.7)
m

ANDRIANOV, K.A.; KUZNETSOVA, I.K.; YERMOVA,, M.N.
Folydimethylailoxa a containing terminal tris (trimethylsiloxy)-
and dimail.Wphosphinoxy groups. Isv. AN SSSR. Serokbim. no.31
45"57 - W 164. OaRA 17:4)
1. Institut alowntoorganichaskikh soyedinaniy AN iiM.

DOSSER, Ye.M.; RAPOPORT, R.I.; YERMAKOVA, M.N.; AXOPOVA.. I.1.; DOROFEYEV, V.M.
Pr6duction of monlayer call cultures from the tissues of different
animals. Vop.virus. 7 no-3:336-3432 My-Je 161. WRA 1497)
1. Moskovskiy nauchno-issledavatellskiy insti-tut virusn7kh preparatov.
(TISSUE CULTURE)

YMMOVAO K"N.
I'viservation of cells of trypoWsiodroma tios"s of
arilmals at a temperature ef 4-60(6)~.Trudy.Mooik. vauch.-
isisio inst. viruo. prop. 2:225.Q31 161~ (KRA 274 1)

DOSMR.. U.K.; RAPOPORT,, R.I.; XZ*tAK A
p 14.N,; VOINOV, L1,;
ROMKOVO N. P.
Resu2ts of trabspor" the r*na2 o*22s of mwWWs. Trwly
Moske" nauche-leal, Inet, virus.. prepo W32-23$ 061,
(KRA 17: 1)

it 37212!k� EWT(ff )/Ewp(j) IJP (C ww/nhi
ACC NRj AP6014408
(A ) SOURCE CODE: R/006-2-/6iS-/666/664/6-686-/0685----
AUTHOR: Andrianov, K, A ; Yermakova, M., N~
ORG: ;nstitutg.Qf Or-ganometallic C ounds Academy of Sgilences OR
OmD Sil
(Institut elementoorganicheakikh soyedinenly Akademll nav Sssil
I
TITLE: Synthesis of branched polyborodimeth3rlsi
SOURCE: AN SSSR. Izventlya. Serlya khimicheekaya, no. 4, 1966,
660-663
TOPIC TAGS: siloxane, polycondensation, organoboron compound
ABSTRACT: Branched borodimethylsiloxane oligomere (A) with functional
groups at the ends of the branches were synthesized,and their
condensation reactions were studied. c(,&J -dihydroxydimethylsiloxanes
were reacted with methyl borate to form A having 9 to 220 siloxane
units. Attempted polycondensations gave polymers with a regular
distribution of 'boron in the molecule chains. No cross-linking was
attained even after 475 hours condensation, The maximum molecular
weight of about 100,000 that was attainable was attributed to reaction
of the water evolved with the boron of the borosiloxane chain and
consequent lowering of polymer molecular weight. Orig. art. has 2 tabli
UDC: 542.91/541.6~547.244k546.287

L 37212-
ACC NAs
I,-"
1
2 figures and 2 equations,
SUB COM 07/ SuBm DATE: loDec63/ ono iuws oo2/ I

.............. .-
L 32937-66 EWP(k)/EWT(ra)/EWPW/EWP(t)AT1 JJP(c) AT1WVJ61X1, AB~JT
4Ce 4C AP6019932
-7 SOURCE COrEi UR/O122/66/ooo/oo6/oo63/Oo65
AUTHOR: Dergunova, V. B. (Candidate of technical s iences)- Komissarov G. K.
'(EngineerT-,- Ye Fa-.M. (Engineer); Kuzneteov, 1c'. 1. (E;j~N~;
rmak Len~~erg,
A. A. (CandMt-dKeh~~ncL sciences)
ORG: none
TITIE: Metal ceramic allay for work at elevated temperatures
SOURCE: Vestnik mashinostroyeniya, no. 6, 1966, 63-65 14~
TOPIC TACS: metal ceramic material, sintered alloy, high temperature cermet material
titanium carbide containing alloy, boron carbide containing alloy, silicon carbide
containing alloy , allay oxidation, alloy thermal fatigue
ABSTRACT: L~ -39.2% B4C an
Be al ternary alloys containing 4o.8-6o% TiC, 20 d 20% Si
were compacte d t 2100-2150C under a pressure of 230 kg/cW, diffu L annealed at
a 0
'Lo
1900C for 12 h in an argon atmosphere, cooled at the rate of 10OC/h and tested
for oxidation resJotance and thermal fatigue. Oxldation-reslqtanoe'l~ests made on
alloys oxidized in air at 900C for 20 min, 1.5 hr, 3.5 hr, 10 hr, and 15 hr showed
that the most intensive oxidation, accompanied with oxide ri3m formation, occurs in
the initial period of the expoaure and practically ceases after 5-fir exposure. All
tested alloys can be regarded as oxidation resistant since their weight gain in 15-hr
Card 1/2 ape a 62l, 762

L 32937-66
ACC NR, AP6019932
.tests was only 4-6 mg/cm2, which is 3.5 times lover than the veight gain of TiC
under identical conditions of oxidation. The thermal fatigue resistance was evaluated
from the number of quenches from 1200 and 2000C sustained by alloy specimens before
failure. In quenching from 1200C, the investigated alloys sustained 40 thermal cycleg
without failure, which was double the number of thermal cycles sustained by TiC and ~
20 tizp~j as many aj,* allqlcontaining 85X SiC + 15%B4C sustained. Hence, titanium-,
boron- and silicon cpxbide-'ohsed alloys can be rec- nded as material suitable for
zwking parts i3i-eratin-g--a-t-high temperature under conditions of frequimt temperature
changess Origs arto'hw*: 4 figures and 2 tables. (RD]
SUB CODE: l1/ SUBM DATE: none/ ORIG BEF: 002/ OTH REFi 006/ ATD PRESS: ,Iv 7

GOSHEVA IA.Ye.; YERMOVA,, M.P.; PODOZEROVA., H.P.
Effect or aurantin on ribtmooleic acid and deoxyritcnucleic
acid in cultures of hnian brain tumors. Antibiotiki 8 no.7i
614-618 J1163 (MIRA 17:3)
1. Otdol infektsionnoy patologii i ekopmqmmtalln4 ternIxii
infektaiy ( zav. - chlen-korrespondent AM MR prof. DOI.
Flanellyes) Instituta spidemiologii i mAroblologii imeni
N.F. Gemalei. AM9 MR.

BESIDSKIY S.,, inzh.; YERMAKOVA, N., inzh.
9
Largo-scale rolled insulation slabe. ZhU. stroi. ra.7:
23-2% 165. (MIRA 18;8)

HORODULINI, RIVLIN, L.A.; TSVETKOV, V'.V.;
SHILIMAYE-7, T.S.
Nonl~naar newative absorption of resonance light in ruby and
neodyidum gl!",,*~~,eksp. i teor.fit, 49 no.6oI718-11122
D 165.' (1411?A lgtl)
1. Sutvitted June 29, 1965.

GAMIONS I.Do,v lmof,l =OTMO T'j", WuA."4.V^utjjXWftYAv IA.
---
Pbos*iorw metabolism lu 11Wtorm fluWdo Ixto2loaslos, Track,
do2o se.6t627-W jo 060. (MINA 13t?)
L Weirs sislyest Tlmltdcose uofttola~kW XuAltsta,
(PWSP~ MPARMIM) (rlJ==X--fWCGUff )

L 1074-66 &-.A(k'j/F8D/WT(1)/W(e)/E~T
'AWNINVEh"P(b,
-fCCESSION NEU
AP~000742
qq
AU'rHOR: Boroduliii, V. I.; Yormakaim, N0111A.; V1 n# Lif ~!Oql~t4avq V. S.0
TITLE: Emission 4f single pulses of cohariant'llght bj a tir4i-pov'vint medium with
negative absorptiOn
SOURCE: Zhurnal ~'aksperlmentallnqy L teoretlchoskov fbiki. 43~10 not 3, 1905,
845-849
TOPIC TAGS: coh4rnt light, negative. 4:bsdvp~LcMj1 p~d~~6di4lsr, loy laaer,` air
brel down
ABSTRACT: Stimulated emission is-studied Lnia ~ecUum: tico types oC-
quantum amitters!'with identical energy trans4tions in'a F*P"-Pd~vt resonatoLl.
When the relatiotiship between paramoters re ~has a ce~t%16~6iklu4ij, this type of
medium emits ainille pulses of light* The ah4pe 6aeiN,,y and duration
of the pulses an theoretically deterwilned. f~ ggslon!of ih~ t:~Jje 14a3 exp4ri-
medium ~4~nsistlag' of ii ',cyliftdrical rulpy

I al"Qu- J6 Vow&
two
paeLtor bm* tUOUgh-
ca
card-W
ii A
Jol

in

L 14628-66 FBWEWT(1 EWP(e)/EWT(x)/EEC(k)-2 r
Cgt1VP(k)A,i1
t / P y
C ,~~, ;~
SoMs W7~Kl a 5/OD6/171-3/X?22
AUTHOR: Borodull
nn k M V. V.;
Shll#!~F~ayew V. e. T
ORG: none
TITLE: VonUnew- negative absorption of resoname -11&ht ij~ trtIand neod3mium
SOURCE: V4 lir
tLaoratI6,heakwl flu k~ P0; no. 60 156%
1718-1722
TOPIC TAGS ruVr lasers solid state lasers neodymium glaall., Wer pulsation.,
resonance absor;41onp light absorption
ABSTRACT: The 1Ywpose of the exWiwnt vasi to immutlaft-ive compgarjfi
0 n
of the calculatel drop In the negative light abiuo~Zlonlk ~7i"N'Iwced~ ![n a laser", 1y
resonance signal, and the experimental drop,abaerved in iujay an~ laeodyziium. gUsa.
The materials -tesited were a ruby saTle with 900 drilbntatl~,Jnp 0 j.'0!5% Cr ions., ani
bleached end surIfacesj, and glass with sbout:4% neodWoltm: Ions. ! The puMing was
done with high-4atensity flash lamps in both caaes, and V~je Inoit and output light
pulses were -recorded with 'photoeellf; and 'an oscilloscope.
Card 1/2

L 14628-66
ACC IM: AF60001'09
The results show that propagatich of a monopubw fron a laaer and the
distortion of tho pulse waveform during the propagation ealine n~gaitive absorption
a well aii ij,h nejdjq-
of the resoname light in ruby single Mata~m a - . mium glaI38, and
the degree of noulinearity of the negative absorptiov an4 ;~Jj,e dfurf;ortion of the.
pulse waveform coin be readDy dete=lned frcm the deviatic4 of ~ho oscinogram
from a, straight line. The eVmement betireen theory and 6 mirimOat Im regaTiled ,is
satisfactory. -"T4e authors are grateful to L. AVthhJ.1 'U ROn; iov 'V. TriAhan,
and A, Ults for yarticipating in the experiment." OrIg. 60;7
2 fads. (021
SUB ME: 2D/ BM DATZI 29am65/ MM Mm :004/ M- I.W: 005
ATD PRESS: ill-qjr
f

BERE'l."KINAi L.G.; YERWOVAj fl,i-; GHIZHIKOVF U.M.
_,.
,nr)xlde-% on hentlf'R-
pehaviDr of tin ffr Zhur. neorg, 1)
no.71l760-1763 J1. 161.. WILA 1.719)

YMMVAV go- f.

Doe Ned Sci
YERWOVAj N. 1.
Disitertations 11 Histopathology of the hripheml Nervous System in Cases of leprosy."
10/2/50
Acad Hed Sci USSR
80 VecherYaya Moskva
SUM 71

-AMUOVAo N.I.
Ust4gethOlogio chaWs of the serves m4 skis is tuberculoid,
loprcey sat tbely rolaties to ths dwelopmet, of amosti" agent
in UVroor. Arkho' Pat.. Moskva 14 to. 5tWS2 Sopt-Oot 1952.
(0t" 23t3)
1. 09' the Leprosy Beater (Road. - No go B&UW*v),p Isetitato of Malaria
and 1"ical Puramiteloff of the Academy of Medical Sai*mose USSR.

"'. I
'-- T=a
2.26j%laft,
Comparative histopathologIcal studios of deplawated spats In leprosy.
vener.. NoWm no.2:17-22 Mar-Apr 1953. (CM 240)
1. Of the Institute of Plelaria and Medical IParasitoloa. (Director - Prof.
P'. G. Oergirev. Active Member AM MU).

Maq 59
MEDICA SOO 13 Vol 13/5 Dermatolo
1178. NUMPHOLOGICAL. VARIABILITY OF THE CAUSAL 0HGANISM OF
LEPROSY (Husslan text) - E r m SBORN. NAVCM RAR. PO
LEPHOL. I DERAI. 1956. 7-(TY M-70)
Histological studies were made on leprous tissue from 6 cadavers and 60 patients
with various forms of leprosy. By using several methods of staining not only acid-
fast bacilli but also bacilli which were decolorized by acids were detected in the
preparations. The non-acid- fast bacilli were found mostly in the early and In the
recurrent leprous lesions. Polymorphism of the leprosy bacillus with a great
number of non-acid-fast forms was especially noted In the peripheral nerves. The

. ............
author suggests that the young forms lymorphic and inon-acid-rant) change into
mature 'forms (acid-fast and monomorple).

17,112-0
AUTHORS:
TITLE:
23841
S/020 61/138/0f)2/024/024
A-eft-3 1 s 6s B %220
Polezhayev, L. V., Teplits, N. A., and Yermakova~ N. 1.
Restoration of the regenerative power of the extremities of
Axolotls, which had been suppressed by X-ray irradiation, by
means of proteins, nucleia acids, and lyophile tissues
PERIODICALt Akademiya nauk SSSR. Doklady, v, 138, no. 21 1961P 477-480
TEXT: The aim of the paper was to clarify whether; 1) the regenerative
power suppressed by exposure to X-rays in restored by the in~.edtions sti 11
to be mentioned, 2) the irradiation effect may be overcome by fresh homo-
genates of bloodforming organs. Axolotls of black and white breed were
tested. They were narcotized in the water by means of ether and then
exposed in the X-ray apparatus PYn-200 (RUP-200) to a dose Qf' 7000 r
(intensity of dose 636 r/min) for 11 min In case 1) the hind legs, the
ody being screened off, in case 2) the whole body (dose; 1000 r,
intensity of does 50 r/min) werg irradiated. Case 1) 16 to 18 days after
irradiation, both hind legs were amputated at the dist4l part of the tibia.
15 control animals received no further treatment. The remaining Axolotle
Card 1/ 6

23841
S/020/61/138/002/024/024
Restoration of the regenerative power... B103/B220
were treated with injections of 1 ml of the preparation oonderned as
suspension or solution in 0.65 ~ physiologic sodium chloride solution for
cold-blooded animals applied into the right hind 'leg or into the muscles
of the back. The solvent for acid protein consisted of. K01 1 g, NaC11 g,
K2HPO4 5 g, H20 1000 ml. Case 2) The preparations were injected at the
same places, but; two days after irradiation. Production of the prepara-
tions in case 1',1: Lyophile tissues in test tubes were frozen at -780C in
a mixture of dry ice and alcohol anddried for 46 hr in the vacuum at -780
and at -100C to room temperature: liver 2.5 9, spleen 1.0 g, thigh
muscles 2-5 9, skin of rats (shaved and cleaned with aloohol),as well as
rea bone marrow of rabbits 0-3 g. The teat tubes containing the dried
tissue were sealed and a weighed portion was pulverized before use and
mixed with 10.0 ml of the mentioned sodium chloride solution. Fractions
of liver cell nuclei were prepared according to the modified method of
Shovo (Ref. 2; G. P. Georgiyev et al.p Blokhimiya, U, 318, '1960),
ribonucleic acid (RNA) and desoxy ribonualeic acid (~Ifk) according to the
phenol method (Ref. 1); they were free of protein. The acid protein
contained neither RNA nor DNA. Production of preparations in case 2):
Card 2/6

23841
31020J6111361100210241024
Restoration of the regenerative power... B103/B220
Tissues forthcoming from liver and spleen of rabbits were pulverized in a
mortar and injections of 1.0 ml were applied immediately to the experi-
mental animals. These contained: raw substance of liver 0.1 g, of spleen
and red bone marrow 0.03 g each. All preparations were injected for
7 days with daily single doses of: nucloi 0.013 g, DNA 0.002 g, RNA
0.003 9, 'Liver protein 0.11 g, acid protein 0.01 g. The authors studied
the modifications produced in the tissues by tfie above p'reparatione. A
regeneration of legs with 5 and 4 toes was regarded as typical, the forma-
tion"of misehaped legs with 3 or 2 toes as atypical. The formation of
conical protuberances, knolls or an unoomplicated,oioa-trization were
considered as missing regeneratJon. The results are represented in
Table 1. The authors state thifin this ease, contrary to their former
experiments and due to inexplicable reasons, the regenerative power of the
legs was not suppressed completely by 7000 r, although the difference
between test and control was sometimes sufficiently evident. In the
second part of the test (case 1), the legs of the,oontrol animals were
amputated again., This time, the regenerative power was restored in
56-7 % of the cases spontaneously without any additional treatment,
whereas after the firut amputation 13.3 % of regenerations vere found.
Card 3/6

S/02 ~OIjl~68/002 102 4/02 4
Restoration of the regenerative power... B103 B220
The most effective means to restore the regenerative power of irradiated
legs were found to be: after the first amputation,. RHA, then proteins,
and finally lyophile muscles; after the second amputationt proteins,
RNA, lyophile muscles, and finally spleen,, DNA, cell nuclei, and further
preparations Were ineffective. Thus, the authors conclude that RNA and
proteins play a different role in the various stages of the restoration of
the regenerative power. In case 2), no success was aohieved. The animals
grew thin, ate little, were taken ill with Saprolegnial and finally
perished after 1-1.5 months. intensive degeneration of liver and spleen
showed the typical symptoms of irradiation-disease. No differences were
perceptible between the control and the experimental animals. There are
I figure, I table, and 11 references: 6 Soviet-bloo and 3 non-Boviet-bloo.
The reference to the English-language publication reads as follows:
Ref. 10: M. G. Sevag, D. B. Zackmann, J. Smolenz. J. Biol. Chem., 124,
425 (1936),
ASSOCIATION- Inotitut morfologii zhivotnykh im. A. N. Severtsova Akademii
nauk SSSR (Institute of Animal Morphology imeni
A. H. Severtsov, Academy of Sciences USSR)
Card 4/6

VIIHI if fl -11114ir 4 11141111L1 11-111114114 Ill.; I ... ... .......
BEREZINA, L.Gv; YERMAKOVAp_X,;*; CHIZHIKOVp D.M.
Kinetics of the reduct4on of tin dl.axide br carbm, sonadde.
Kin. ilmt. 5 no.5tgl"22 164. '(KMA 17 12)
1. Institut ustaUurgil immi Bsykova.,

ANTIPOV, B.V.; CALIFEIZIN, Yu.M.*, JUMOYA,-N.M.; PEWTOR0110, S.A.;
%MIKOV, ye.ye. JL
Effect of cardioplegic subetances and artificial blood
circulation regimes on the restoration of heart activity
after prolonged anemia. Grud. khir. 2 no.4:208-3-13 JI-Ag
16o. WMA 15:6)
1., Adres artorov: Mosku$ 3-ya Meohchanokayaj d.61/2p
Moskavskiy oblastnoy nauchno-iosledovatellskiy klinicheakiy
institut, imeni M.F. Vladimirskogo.
.I(BLOOD--CIRCUIATIOIT, ARTIFICIAL)
(HU-RT FAIN=) (CLOIAC OSUSCITATION) .(CAIMIOVASCIJIAR AWNTS)

F i, 1111!11 :11 HIP "I r 111WHIP 111,111111111111111 ril MI
ZORGUAGDi,, V.B.j MUMAMNA ,N.M.s DRUZHININAt U.N.
Iodmetric method of determinLng 6-sulnopenicillanic acid. Antibiotiki
7 no.5:449-453 My 062. (MIRA 15:4)
(IODaKETRY) (POICILLANIC ACID)

3103, B.P. e TONA AN*.o MODITSKATA9 A.A.,
Physicoohemloal methods for the dsternitmtion of attiblotics,
Report 16*41 Iffect of sinerol mnlts on the optic density of
solutions during the dolorimstric determination mannosidoetreptooWein
by the anthrons, method [with summary in Ingliahl. Antibiotikil
3 no*3135-39 MY-Je 158 (MIRA 11:7)
lo Tossoyninyr nauohno-Iseledovntel'skir Ustitut antibiotikor,
(32 Off(IINe relpited opdo.
mannomidostreptomycing eff*6 of mineral soilts on optic
density of solution in colorlmetrlo Oerwo by anthrone
method (fts))

. YIRXMWA, N.M.; BIM, B.P.
Determination of the tranqW*wy &ad coloring of crystalline peni-
cillin solutions, Ibd,prem6 13 10,9830-33 S 159. (MM 13tl)
1. Teasoyassly mambse-IssUAWmatel'skly Institat astIblottkov.
(PWOU11)

M&WAKOVAt Nq,M*; BRUNSp B*P*; KORCHAGIMp V*B,
IZZ.
Lmistiption of the solubility of hydrochloride chUrtetmayellm
in VILter. Mode prom. 14 no.901-33 8 160, (MIRA 13 t 9)
la Vassorism nambno-Iseledavatollskly luti4ut antibiatikov,
(CHLOMPMOTOLIM)

ANTIPOV, B.V,j a-ALIFERIN, TuJ4sj YFMAVOIA, NAI Pf='TORONIN, S.A;
SMIRNOVS Ye.ye.
Reotoration of cardiac activity afW prolonged arrest and anemia
of the heart in a surgically prspared Merimento Vent, khir. 85
no. 7:9-17 Je 1601, (MIRA 14:1)
(HEART FAILURE)

7ENUKOVA, N.M.
Blood loss replaament vith hipkrinizad blood c*ntalnlng protamLne
sulfate, citrated-blood, and amt&Uoid solutions, Probl. gmat.
i perel. krovi 6 no.307-41 Mr 161. (DEIRA 14s 3)
(BLOOD-TRLHSMION) (&WD PIAS14A SUBSTITUTES)
(PROTAMDM)

YERMAKILWAP fl.M.
Simplified method for determining prothrmbin time dat ~he use
Of beparin. lab. delo 7 no.Osg-10 Mr 161.
I.- PatofisiologichexkVa laboratoriya nawou>-sksperimentallnogo
d~Wla Moakovakogo oblaetnogo niuobno-isslbdcviLte1'skvgo kliniche-
iskogo instituta imeni Mdjladiml skogo (dir. P-M.Uorienko).
(PROTHRMIN) (HEPARIN)

19 LAMAj_N.Mj, KMHAMN., ~ T.B.; $WTIC , N.A.; SIDMOVI, A.I.
ftoioal-and chemical methods for drterainift antibiotics.
Raport.No.22: Comparison of physiW and chemical methods
irt the determinstion.of the antibibtlop erythrowein.
Ado yaron.-15 no.U:50-52 N 161. (MM 15: 6)
14, Vaenyus"y nsuchic-looledmtol'skly inetitut antibiotikov.
(EWHRMCIN)

ANTIPOV, B. V.; TIMMOM, 1q. M.
Davvl)pmnt of hsmorrb~ao~ the administration of beparin
under experimental Conditions. Proble gerat, kravi
no.1t;?3-28 162. 15:7)
1. Iz patowrfologichoskogo otdola (sav. - pro4 S. B. Veynberg
[deceasedl) Monkovskogo oblastno& nauchno-Isalodovatellskogo
klinicheskogo inatituta Imeni M. IP. Vladimirskogo (dir. P. M.
LOOne,*o)
(EXPARIN) (HIKO=i UGI)

'ACC NR,--AT60~6 - SOUPCE C -ODE-:- UR/0000/66/COO/COO/0162/0"613.
558
AUTHOR:, Yegorov, P. I.; Dupik,, Vo S.; Yerf=kova.-N. P&-. Korotayev, No M.;
Kochina, Yeo No; Mikhaylovskiy, Go Po; NeumyYak1n-,' I# P.; Petrova, T, A.;
Reutova, M. B.; Filatoval L. X.1 Tayganoval No I.1 Yakovlevap lo Ya.
ORG: none
TITIE: The effect of hypokinesia and homogenized food rations on the functional statei i
of the human organism [Paper presented at the Conference on Rcoblems of Space Medicine
held in Moscow from 24 to 27 May 19661 * P
SOURCE: Konferentsiya po problemam kosmicheskoy meditsiny, 1966. Mroblemy kosmichats-
koy reditsiny. (Problems of space medicine); materialy konferentaii,, Moscow, 1966,
162-163
TOPIC TAGS: isolation test,, hypodynamia,, human physiolog)r,, space physiology,.
cardiovascular system, space nutrition
ABSTRACT: For a period of 7 days, four specially chosen healthy subjects
2i-:,29 years old lay flat in bed under conditions of limited isolation.
Two'of the subjects received a special ration of homogenized foods, %~hlle
the other two received a ration identical in calorie content (2200 kcal)
and chemical composition, but prepared by ordinary gooking methods.
Water consumption was unlimited.
CC"

-31 r I L.
-ACC -~R~-AT60-65-56-
In the course of the experiment, respiratoryvolume and vitia-"
Ao i4teivin *the special
g-
capacity decreased iii-all subjects; the subjec
rations showed a more pronounced increasein-ex
ygen consumption and
consequently in bapal metabolism level.
Cardiovascular system changes were seen in the Mds of all subjects
(decreased voltage of R and T peaks, bradycardia, and rotation of the axis
to the right),. and persisted more than 12 days after the experiment.
Hemodynamic studies using N. N. Savitskiy' a method revealed a
decrease in the speed of pulse wave propagation along arteries of the
muscular type, and changes in peripheral resistance and blood
minute volume. Disturbances of intranasal circulation were revealed
by the rhinopneumometry method. 7bese shifts In vascular tonus were
more pronouncedin the group receiving special food rations.
Following the experiment aU the subjects exhibited orthostatic weakness,*
and in the two subjects receiving the special food rati6n, an active orthosta-
tic test involving atanding for 30 min induced collapoi (Owthe 3rd ancf 23rd
min of the test).
:ard 2/3

ACC NR: AT6o36558
Pronounced functional shifts of a transient nature were noted in the
gastrointestinal tract (diminished gastric secretion after the experiment
in the group receiving special rations; and changes in protein, carbohydrate,'
and cholesterin metabolism, and impairment of the bilirubin-excretory
function of the liver in all subjects).
After the experiment all subjects showed a weight loss of up to
3350 kg, although disturbances of kidney function took the form- of decreased
diuresis, decreased creatinine clearance, and impaired water excretion
during water loading tests.
Changes in mineral metabolism during the expbriment consisted Of
increases in the blood plasma levels of potassium and calcium in all
subjects, and toward the end of the experiment, decreased chlorides
in the 24-hr urine of the subjects receivino speciat rations.
Audiometry revealed neurodynarnic disturbances of the functional
state of the auditory analyzer (asymmetry and elevation of differential
thresholds of sowid intensity and height).
A change was noted in the level of the dark adaptation curve. A
considerable increase in light sensitivity in the 60th min was noted in the
subjects receivirNg ordinary food, and a lesser increase in the subjects
-receiving special rations. Analysis of nyetograme taken during.the initial
period of dark ad4#Ation shbied no skibetantial ihirtse -[W.$A.. floe- 22; ATD R~port
SUB OODEt 06 / SUBK DhTEt OOK&y66

NEKRASHEVICIIP I.G.; LABUDAp A.A.; PLASHCHINSKAYA, R.V.; YERMAKOVA, Me,
Effect of OthirdO' components by the method of scanning the
luvainescence spectrum with time. Izv. AN SSSR. Ser. fiz. 26
no,.7:892-.895 J1 162. (MIRA 15:8)
(Spectrum analysie)

IF-;I livir IM11
MKRASHEVICH, I.G.,- LABUDAp A.A.1 FLAS-HCHINSKAYAp M.;,gRK1~11VA, N.Ye.
Study of the effect of third components by the nothod of temporal
scanning of the asiosiolk speatruno, Zbws&t4,I*kbiis* 17 no,5:
551-555 Ag 162. (MIRA 16:3)
1. V.I.Lsidn Byelorus" State University,, Nlnsk~
(Spetrus ans.1yeis)

P
S5018662 sands CODSt "it
Labudo'. A-A Mek
ov I ch X G P1
rash
Orakov Yermalcol
phi
V.
AUTHORs
ORO: none
TITLEt Measuriiig the temperature in wpulse ~Iscb,41,ge,
SCURCEr Her. zji. glaktrotakhnika. I *n*rge.t1k*j AO:i 7020
REP SOURCHt Tv~ Komis. po epaktroekop~l..' AN SSS*-vyp,~10 1964i
434-441
TOPIO TAOS: amw"i F1 'Is w11, -Ptp temperature inii~rumsh~t, optic
method,
TRANSLATION:' Ov optical method, for. dote~oinlrjg 4h t~mperaturqo in
8~gtiwary sour4;es "ith axial sytftdtry,1,(,by met6od)'
-is extended to iover cases.or pulse dl, t~: k6VICIVY110 Pre0ared
on which experliPental research was cohd.'ucted 0~ t6o spsod~ and t1be
distribution of~temperaturej, taking Int '6 account tb~(t fadA:that the
ceas wao nonstatlonary. An earlier dedu'ctlonlr~ording the zonal
17ractar- of.ax6itation. and of 1dent1fv1n&'var4otj01
N

MI.UYEVy P.A.v insh.1 GUBEVICH, Ye.S.p insh.; SHINKA, V.Ya.,, its
DUUM, To.Z.1, Jush-; SHCRIUKOVp V.S.p lash.; IL-
N.I*,, Insh.; GLUKHDVp V.Vm insh.; GOGOLMFA T.V.p lash.;
UaOV, V.11., lash.; STASHINp le.A.1 inab.! KUSHIMRp A.P.v
-UM.; nMWWIA,2,Z% lush.; PAVWV, R.T. Lash., red.;
KISPEROVICHp No
S. V Ws&Va; UVAIWVA, A.,%skim. rod.
(Catalog of refrigerstlam equipmastj Ka" kholodilloogo
otoradovamila. Moskva, lkshglsp 1963. pa
(MIXA'l6s7)
Is Rusla (1923- U.S.S.R.) "Ontrallmoye b6ostngftorskoye
bjum kbolodillsogo mehimostroyealya. TSentrallsoye konstruk-
torskoye byuro kholodillsogo ..,.Omly& (for all except
Kamperovich, Uvarova).
(Refrigeration and rofrigersting machinevy-Catalogs)

KOYNATSKIY, M.A. IGORN, L-To,;GRO1X=CH1Xj NA I'MOWMA.P.]LIKONIKOVA, G.B.;
KORNIGOt A-I.;MJZICMOTA, X-T-;jQL1NIKW, LA.- '---
211100018, stiolea, pathogenselse WA clinical gmpeat$. Ole, sault"
Nookya no,8128-32 Aug. 1952, (OINL P:2)
1. Of Sim Clinical DoWtvient of Zealapad Solent If le-Jissearch Institute
of labos, Hygiene and Oocupe,*.lonsl Diseases.

KOZINO N.I. p doktor tekhn,,n&uk;,MMk4ffAj P.M.? -Lamb+
Hydrothernal regime in the storage of vegetable oils under plAnt
corwLitions, N"le-WArprom, 27 no.20-7 A 1610 (MM 34tl)
(Olls and fate-Storage)

KG-ZIN , N. 1. 11 dok-tor talchn. nauk; ,~MIAKOVA 0 p. M, p jnzjj,
Calalytic action of the residues of qdd12Od Oil. Mol.-Zhjr.
pr(m. 27 no. 2tl2-13 161, (ITIU~ 2/,:2)
(Ollo and fate) (Catalysts)

KOZIN, N.I.; doktor tekbn.naukl YERWOVAp P.M., insh.
RapM method for deteradning -the. *eopIv&.IfaaUt7 of sunflower soed aile
27 nov5s2O-,U' W' 062, (MM 14:5)
%;- - ~ (Sunflower need oil)
-- . . . I., 1"~. ~
I,. . 1: C."

KOZLOVAp L.I.v kand. tekhn. nauk; YEMKOVA P'M.p,jnzh,
~
Changes in the acid and peroxide number of oil durinfr prolonged
storage, Maal.-zhir. prom, 28 no.10120-21 0 162. (MIRA 16t12)
1
1

LTUMMKIT, G.D.;
TIMIOVA . S
~Olu -.11 -~ -.- kwo-wim-, (
The effect of adsorption characteristics on the efficloncy of
chrondum-aluslums catalysts In the dehydrogenation of.hydro-
carbons (with sumvwy In Inglish]. Zhur.fis.khim. 31 no.9:2052-2060
S '57. (MMA 11: 1)
1JInIko-khImicheekly lustitut Is. LoTas Karpova.
(Dehydrogmatioa) (Hydrocir bone)

A6100
AUTHORSt
28294 S/076/61/035/010/013/015
B106/B110
Yermakova, S. K., Cherednichenko, V. M., and
--79fi_ez_9e_fe_W_iy_,_5-. Ya.
TITLEs Reaction kinetics and inflammation of nitrogen dioxide with
n-butane
PERIODICALt Zhurnal fizicheskoy khimii, v. 35, no. 10, 1961, 2352-2357
TEXTt The authors studied the reaction kinetics and the inflammation in
the system No 2 -n-butane, since the kinetics of reactione of NO 2 with
higher hydrocarbons had not yet been studied., Fig. I shows the experimen-
tal arrangement used. The measurements were carried out statically. The
reaction rates were measured both photometrically on the basis of the
decrease in RO2 concentration, and on the basis of pressure changes in the
system. The kinetic measurements were made at temperatures of 250 - 4500C
and pressures of 8-35 mm Hg, and the limits of inflammaTion were determined
at 375 - 5250C and 20 - 170 mm Hg. The reaction of NO 2 with n-butane was
found to be of the order of 0-7 with respect to butane, which resulted
Card IA X"

111111 lit IMII I I IN I, I I I '.U; I V 111- _-1 I I - I.
28294 S/076/61/035/010/013/015
Reaction kinotics and... B106/B110
from the dependence of the reaction rate on the partial pressure of butane
at 3000C. The order with respect to NO 2 is approximately 1.4. Theover-all
reactionorder is about 2.1, and does not change even on transition to tem-
peratures of 400 - 4500C- When measuring the temperatur-9 dependence of
the react-ion rate, an MTO-2 (MPO-2) galvanometer oscilloscope had to be
used at 400 -- 4500C for measuring the photocurrent, as tbra high reaction
rate did not permit a visual measurement in the ini:tial stage of the reac-
tion. Fig. 4 shows the temperature dependence of the reaction rate.
From the ascent of the straight line in this diagram. the activation
energy of the reaction was determined to be 30 kcal/mole. Therefore, one
obtains the following kinetic equation for the reaction of NO 2 with
n-butanes w - k 0exp(-3-0-10 4/RT)(C4H10) O-7(NO 2) "4 (1). A particular
feature of the reaction studied is the monotone increase in pressure during
the reaction. It is assumed nowadays that the primary event of the reac-
tion is the formation of a radicalt C H + NO . 0 H* + HNO
4 10 2 4 9 2;
(AHP414 kcal/mole) (2). Subsequently, either a nitroalkane or an alkyl
nitrite is formed from this radical with NO 2' Both possibilities are
Card 2/ 6

.41
28294 B/OT6/61/035/010/013/015
Reaction kinetics and... B106/B110
almost equally probable (Ref. 61 T. V. Fedorova, A. P.. Ballod,
A. V. Topchiyev i V. Ya. Shtern, Dokl. AN SSSR, 123, No. 5, 1958). The
thermal stabilities of nitroalkanes and alkyl nitrites differ very much,
as the decomposition of the former is characterized by much higher
activation energies (39 - 53 kcal/mole) and lower values of the pre-ex-
ponential factor than the decomposition of the latter (36-38 cal/mole,
1.8-1013 _ 3-101 4)(Ref. lit see bdow). Under the present experimental
conditions, nitroalkanes accumulate in the initial stages of the reaction,
while the alkyl nitrites decompose to form gaseous produrts. This is
probably the cause of the pressure increase from the beginning of the
process. Fig- 5 illustrates the measurement of the inflammation limits
for mixtures of the composition C4Rio + 6-5 N02* Assuming that the in-
flammation bo a thermal explosion, the effective activation energy of the
reaction which gives rise to inflammation was calculated to be 28 kcal/1001e.
This value in close to that obtained for the slow reaction of NO 2 with
n-butane (30 kcal/mole). This fact and the above-mentioned constancy of
the over-all reaction order with an increase in temperature suggest that
the critical conditions of inflammation obey the kinetic laws of the slow
Card 3/6 W

28294 S/076/61/035/010/013/015
Reaction kinetics and... B106/BIIO
reaction. Two papers by A. B. Gagarina and N. IL. Emanuel' are mentioned
(Ref- 71 Zh. fiz. khimii, 31, 1641, 1959; Ref. 83 Zh. fiz. khimii, a,
1672, 1959). There are 5 figures, 3 tables, and 12 references: 7 Soviet
and 5 non-Soviet. The three most important references to English-
language publications read as follovas W. k. Rosser, H. Wise, J. Chem.
Phys., 26, 571, 1957; Ref. 11: E. W. R. Steacie, Atomic and free radical
reactions, N. Y., 1956; P. Gray, Proo. Roy. Soc., A221, 46.2, 1954.,
ASSOCIATIONi Fiziko-khimicheskiy institut im. L. Ya. Karpova (Physico-
chemical Institute imeni L. Ya. Karpov)
SUBMITTEDt March 4, 1960
Card 4/6

MAZITOVAJ, FJ.;-MWOVAO S.K.; VIROBYANTSO R.A.
Analysis of gaseous bydrocarbons by adsorptiom cbromstograpbLy
on aluminum oxide. Xhim.1 takh.topl.i masel 7 no.4-.66-69 Ap
162. (MIRA 15t4)
1. Institut organicheskay Wail, AN SSSR9 g. Kasan'.
(Hydroewbons) (0" WWOMt*VapIAy)

MAZITOVA, F.N.; URMOUs S-1-
Un of, g1jazim oil " a stationwy pb"o for gao-liquid
chrmatogmphy of C2 - q6 hydrocarbo=. Mda.i .tokh.topl.i
mael 7 no.6:64-63 h '6LIo (MIRA 15:7)
(Hy&owrbow)
(Chrmatographic owlysis)

"I 1:111il"fil'; ; 11 111 1 11 1] -1 1 ~: . .
MAZITOVAO F.H.; VIROBYANTS., R.A.; YERMKOVA., S.C
Azxl~ysis of Jlwht petroleux hydrocarborAm by maw of gx&-liquid chrmw-
tography. 1*.AM SSSR.Otd.khim.nauk. no.9tl546-2550 S 162, (MIU 15:10)
lo Inotitut organicheskoy Icklall AN SSSRp Kazent.
(Wrocarbous) (Gm chroastoSnplW)

- V r- 1~ --- -- - -- - -- ---
~MaOIVANMXO A*Y&*; e7_!!jTAo 1~~* _.._
Autoiatle coAtinww produoilas lim for mWng aboaolate awAr
mum., Xul, tokhs-sko& laform~ aew'U50-51 137. (MIU 110)
(confectlowry-4pliames, utensilel, *to.)

HII

FF R i'll /) tl' 0 L/ it) ) -T
BOLISSMY, LA.; KMOVrff, B.S.; FAMSEGMIF. V.Y*.-, YXKWOWAp T.A.
I
SolubIlIty anaple of UP, C %-.12C20jr-kO eyo , Zhttr. no or
I khls. 2 no.1:222-228 J& IR (mm io:4f*
1. Nookovskly institut tonkoy khtuteh*skoy takhaologil In. N.V.
Lmostomovs.
(gramyl omaate) (Qmllc acid) ("t~ -(ChWotry))

.... .. ... ...... I I wlv~r u I IF 1v 11oitl I: I!
L
L 1 66 EWT(M)/EWP(J)/T AM
ACC N.Ri APF6019824 (A] SOURCE CODE: UR/0342/66/000/002/0049/0051
AUTHOR: 4emenova, L. A., (Senior Research Associate); Yermakova T. D..
(Engineer); Zankov, V. A, (Physician) .2-s-
ORG: [Semenova] KNIITP; [Yermakova; Pankov) NIEKhAtl 16
TITLE: Nonwoven textiles for medical use
SOURCE: Tekstill naya promyshlennost' , no. 2, 1966, 49-51
TOPIC TAGS: medical supply, medical research facility, dressing fabric
ABSTRACT: The authors discuss the use of nonwoven textiles for medical
purposes. The properties of nonwoven textiles made from chlorine fiber and the
tests made with samples produced are described in detail. The authors indicate
that exhaustive clinical tests are needed before the problem of their further use
is decided, The authors also describe the properties of nonwoven materials made
from a blend of natural and chemical fibers for �andages contoured dressings and
r

L W416-M
ACC NR: AP6019924
sterile gauze. The samples produced were successfully used to treat festering
wounds and burns. The tests showed these samples to be superior to existing
dressing materials in uniformity of thickness, convenience of use, high hygro-
scopicity, and fluffiness. The fabrics were developed atthe Kalinin Scientific
Rea earckln~likgt-!Rtihg-TsAtUcladualr;eand tested at the Moscow Institute for
T ut
Experimental Surgical Equipment. he uthors note that the following persons
h;~ note t
is Ze
participated in the preparation of thi ork- M. A. Zenchenko; Z. N. Petzyna;
Lrk A
ITP
and M
F. A. Klimenkova; N. N. KuzImina ITP ; and . G. Smirnova, (NIIENhAiI).
SUB CODE: - 06, 11 / SUBM DATE: none/

$OV/13f5-59-6-10/24
AUTHORS: Suchkov, A,2., Borok, W.A,q 'Yermakova, T,zr,,
I Rodnyy, M.I. and Boldina,
TITLE: On the Production of Titanium by Ele otrolysis of Molten
Salts, Using Soluble Anodes (Nekotoryye voprosy
polucheniya titana elektrolizom rasplavle
sred s ispollzovaniyem rastvoriWkh*anodo
PERIODICAL.- Tsvetnyye metally, 1559, Nr 6, pp 57-62 (USSR)
ABSTRACT., Any titanium compound possessing electronic
conductivity can be used as soluble anode. The
authors used titanium nitrides and carbides and
hydrogen-containing, oxygenous and ikiter-metallic
compounds of titanium, as well as titanium-base alloys
for their experiments. These were carried out in a large
laboratory plant with a maximum current supply of 10W A.
The electrolysis cell is shown diagratmatically in the
figure, P 57 (1 - bath; 2 - lid; 3 - cell; 4 - anode lead;
5 - cathode lead; 6 - syphon). The entire apparatus was
made of stainless steel. Compact anodes, made by
powder metallurgical methods were used. These were
fixed into position and connected up and a mixture of
Card 1/4 dry NaG1 and KC1 (1:1) was charged into the bath.

$OV/136-59-6-10/24
O.u the Production of Titanium by Electrolysis of Molten Salts
By Using Soluble Anodes
loay residual moisture and occluded ase .a were removed
by melting. A second (eleotrolytio~ ptaification was
carried out, in the course of which the electrolyte
was saturated with titanium by means of an auxiliary
cathode, and then electrolysis with a working cathode
was carried out. All operations were carried out in a
stream of dry purified argon. All the experiments
were performe& at a temperature of 76000 and in each
case the quantity of electricity was the same
(1500 A hours). The following were analyzedt. the
cathode powder obtained on working vrith the auxiliary
cathode; three layers of the cathode deposit (internal,
middle and outer); three layers of anode slime; the
electrolyte and the removed products. The results of
experiments with Ti-Fe, Ti-Al, Ti-Si and Ti-Nb alloys
a-ce shown in Table 1. . At present the authors are
engaged on the study of binary alloys of Ti and Ni,
Ca and similar metals, and Mn. Preliminary
Card 2/4 e3cperiments have shown that the behaviour of Ni is

SOV/136-59-6-10/24
On the Production of Titanium by Electrolysis of Maliten Salts
by Using Soluble Anodes
analogous to that of Fe; Ca and like metals dissolve
off the anode preferentially to titanium but are not
deposited at the cathode. If Mn ia"j)rezent in the
anode, the latter is soluble only iX its oxygen content
is extremely small. Dean's findings regarding the
sharp drop in the solubility of titanium in the
presence of oxygen have been confirmed. The results
obtained for anode material containing 0,3% 02 are
shown in Table 2. Preliminary experiments with
multi-constituent alloys have led to the conclusion
that most metals change the anodic solution process of'
titanium, as known for binary alloys, very little.
This should enable electrolytic refining Of Drelimi-n-arily
reduced titanium raw materials (slar, and concentrates)
to be used as a general method for producinG titaniu::..
In order to verify this assumption, the authors carried
out a series of experiments using calciuu hydride as
reducing agent. The experiments were carried OUt in an
apparatus consisting of a cylinder containing argor-, arr-
Card 3/4 a container and lid made from stainless stleel. The siiitar

SOlr/136-59-6-10/24
On the Production of Titanium by Electrolysis of Molten Salts
by Using Soluble Anodes
obtained as the result of reduction was rapidly broken
up and treated in a mixer, first with water" then witl
1% HCl solution until the CaO had fully dissolved. 'j.lhka'
pulp was filtered off and the powder washed with wal;u, -tad
a166hol, and after drying was studied chemically anCL
metallographically. In the experiments the basic
following parameters were varied; temperature, propu.~.z;fon
of reagents, duration and fineness of mixture. It was
found that reduction proceeds satisfactorily when the
mixture is ground to a fineness of 0.147 =m or less.
The optimum processing conditions are (a) for slag -
11000C 2 hours 1.8 - 2.0 lcg GaH2/kg Ti; (b) for
concentrates - 120000, 2 hours 2.2 - 2.4 kg CaH2/]cC.
Thereby, 85 to 95% Ti containeA in the original
materials is extracted as a solid solution (see Table 4).
The material thus obtained was compacted into anodes and
electrolytically refiued. The results of such refining
ot slag and concentrates are identical and are shown Lu
Table 5. There are 5 tables and 1 figure.
Oard 4/4

.~job
It
3/21036
598/61/000/006/024/034
D245/D303
AUTHORS: Suchkovp A.B.p Borokv B-A-o and ~ermak va T.N.
TITLE: Electro-refining of titanium-based alloys
SOURCE: Akaidemiya nauk SSSR. Inatitut metallurgiie Titan i
yego splavya no. 6, 1961# Metallotermiya i elektro-
khi.miya titanap 180 - 184
TEXT: Electroljtic refining of Ti alloys to yield pure Ti was stu-
died in experiments carried out by the authors in a steel reactor
at 800 -~ 9500CP the alloy filings being pulverized to a size of
10 - 20 mm and refined in batches of 1 Y2 - 2 kg. A direct relation
between the purity of refined Ti and anode current density was ob-
served. Using a Ti - 5 % Al alloyt the,41 content in the cathode
deposit was lese than OsO5 % for a current density of 0,1 amp/cm2
as compared with 1.50 % for 0.4 amp/cm2 and 2,80 Y* for 1.2 amp/cm2.
Separation of Ti from V proved more diffioult and could no be ac-
complished in a single electrolysis. In all alloy types studied the
Op N and C contents were reduced to 0,06p 0,015 and 0#015 % respec-
tively. There are 1 figure and 2 tables.
Card 1/1 k~

V I I
ACCESSMN NR i APOOM3 SAWAVWWWWW0102
AUTHORS s Meyerson, 0. A. I Suchkovt A. B.; Olesov,, Yu. G.; Terms)wvst T. N.
TITLEs Investigation of the conditions for obtaining the lowest chlorides or
titanium and zirconium
.*SOURCE& IM. Tavotnaya matallurglya, no. 60 1963j. 96-102
TOPIC TAOSs titanium chloride, zirconium chlorides *19otrolytic r9finiagg
titanium refinlags, sirconium refining
.'ABSTRACT: Two methods for obtaining the lovent chlorides of titanium AUd ZAXUVUA~~
for electrorefining were investigated: a) displarement of'tlw iron by Ti or Zr 11
in the solution NACI + FeC12 forming the low chlorides; b) anode dissolving of Zr...l
in the'same solution. In the first method Ti or Zr powder (vith,traces of Sip Pat
Alt and'Ca) iias addod to a mixture of MCI and FeC.19 (at 850C)t hold at this tom-
porature for some tiAo. and quickly chilled, The T1 and Zr contents were then
determined, It was found that after 30 minutes at 11500 the Ti content in the
solution use 5.56%. In the second method bricks of Zr powder were used as the
anode =-.terial and 200 amp-bro.of electricity were passed Wvvgh the solution
'(at, 85,3~). The deposits on the osibode, were testod for Zr oootents, It Ws found
card
~4

AGGESSION.NR: AP4OD9843.
that the yield of the lowr Zr chlorides was 43.7% at a'catbxWe current of 4,5
amp/cm2 (for a pure NaCl*e1sctrojyt;e).* Addition of FeC12 to the 01*0trolyte raised.
to .86.9% at thO Sam current. Orig. art.'h"l i tablets. wW 2'figures.
;the yield
~ASSOGIATIONr Moskavskiy iwtitut itall j &play", Kafedra wtanWgii rodkikh
uov i metanokara-W (H"cov Institute of Steel and'ALUO
meta. Departmnt Of
Rare Metals and Metalloosramics)
O&T=63, DATE ACQ i 07214W64 ZKGLI 00'
SUBMfMDs
re'' Oix
0C 100 mw so 009,
SUB COI)E I
44
Card 2/2

113ttldy of Frr)~,esaen of Falbrication of Clioce)2,:',~ 4')
thl-. Lengtil of t-ne -,ycle.11 71*,I-n of !U~:her rviucm.tinr TJS-t'P, T-I,-,~Irinlo7lrrl of
Food Inc7t-iztr-.-, i`osca'." 1955 (Disfertatiom For Deo-re-~ of Can-lic. t-.i ci-r Techniril 'cinnce~"
SO: Kni-jrmays LatOT-JSI No. 26, June 1955, Va-ncow

YAMWKOVA. T.P.; SHKWVSXATA, A.Te.
066'.1 - .
x2perimental uses production line for the processiog of chocolate
cani~v. Ref. nanch. rab. Mil no.1:96-98 157. (MIRA 11:3)
(Chocolate)

6*jpR_*,k. SHUPTSKAUO A*Ye.; ICKMINKIY# G,R.
Me c6sizWProdwilon- chocolate. Web. i kond.
prow. I no-5t-22-23 IV 157. (Nm lotO
(Chocolate)

-L-77
mqwAKOVAv..v.P*; SM=VSWA, A-To.; KOLUHINSICIY, G.R.
Intowtic continuous =the& for the production of bulk chocolate,
Ehlob, 1 kond, prom, I no.9tl2-26 6 057. (MM 10r-11)
1. ftsmoyusWy nauchno-imeledowatellekly instUnt konditerskey pro-
systilemostl (for Termkova i Iftlovskaya). Zo X66kovskaya konditor-
skaya fabrika "Krasn" Oktyabr" (for tolmshinskly),
(Chocolate)

YlM4MVAj, ToPe
Coviparative testing of metbodo of preparing oboco2ate and cocoa
Powder. TrudyVBn no.14:3-19 1 9. (MIRA 34:5)
Nhocolate~ (cocoa)

FURWVAI N.V.k-TMMMWU,, T.P. ,
.1. Investigating the changes occurring in protein substAnobs,
the processing of cacao beans and their effect on ths'q!mlf;tYl:Og
cocoa powdere Trudy Vft'll no 2643-50 162. (KMA 16 -.5)
icoe0a)
j

MMAKOU, T.P.
I . I-Ii T M:Mlf ~! will !I 1111 1jj!f ........... ....
Mbthod or determining the fractional-composition of cbmalate, cocoa
powler and grated cocoa. Trudy VMI no.1605-92 162. (KERA 16:5)
(Cocoa) (Sedimentatioia analysis)

inIi
TF
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Nam
D. C. P. A.
lot],
lots
I
A 6 a - 116 ALaWl"M CL""~O.O
to"" "SOP
~--7 - 1~ 10
r UT
L, ! 0 : :40 0
0110'.01 0
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0, 1 ; 1 00 0
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moo
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to
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moo
of
No
off

IMCHUN, Paltr 1111ch; 7101AXOTA. T.P., red.; DP--MIWA, M,G., takhn.red.
I
.
(lielorleal triumphs of thm Sawlet psople; toochers' imenuall
latorialwakis savoevanlia savotakogo wroda; pasobisi 11118 uchitella.
Moskma. Gos.uch~bno-p9dmgog,lzd-vo N-ve prosv~RWSRO 1959, 105 p,
(IKIRA 1):8)
(Russia-leonomic conditions)

BRITOV, Vitaliy Vasillyevich; YXKAKOVAp T*P,,, redol TUMp R,V.,p takhn.
[Birth of the Bed-AnWI Rambdudo-Irsamol Armil, Mookwag Go@.
uchaboo-pedagoi. isd-vo H-va prosy. FAM9 196ILe Z78 P.
(Nlu 24:6)
(Russia-A&V)

OMCHAKOTSKAYA. N.Nb; YXWMOTA T Too r*daktorl BMOTA# Yo.Wel
toklmichookly r;;;;;=#A=a
[Spi,log and owwr tlck-borne eacepUlIttal UsommO4.1stall
kloishchavol enteefallto Nookwag Goo, Isd-vo n04. lit-rr. 1954.
31 p, (MLIA 711O)
(Brain-lufl~mmmatlan)

LUZIMA, A.G.; TRN=VA, T.Ye., rodaktor; GLUKHOYBDOVA. G.A., takhni-
1".11-1 M, PAMM"':~
dbOxkl:r rex
[HOW U prevent Infection from ascarlds] Zek produproUt' sa-
razhenie askarldsal. Kookwa,'Gos. IsdL-vo wd. lit-ry, 1934. zi y.
(Ascarids and asewlasts) (YLRA 7: 8)

YMM KO VA 0 V.
ERMAKOVA, V. Efficiency in the feeding of deomestiowdoals and poultyy.
Pe 30o Vole Ili, no. 12, Dec. 1956 KOOPIRTIM ZEMEM. SoMaj Bulgaria.
SOURCE: East buxqmn Accessions List (EM) Vol. 6, No- 4 April 1957

AUTHORS: Samsonov, G. V.9 Heshpor, V. S., Yermakova,_ ~76-3-4-7/36
TITLEt Investigations of the Properties of the Alloys of the System
:Riobium-Silicon (Issiedovaniye avoystv splavoy sistemy
:niobiy-kremniy)
PERIODICALs Zhurnal leorganicheskoy Khimii, 1958, Vol. 3, Nr 4,
pp. 868-878 (USSR)
kBSTRkCT: The phase composition of the alliye in the system niobium-
-silicon in concentrations of from 0 to 100 atom% was
investigated by radiographic and metallographic methods.
Three intermediate compounds were foundi
I.-Nb4Si wit hexagonal attice with the following parameter:
a - 3159 t, a - 4946 1.
2.-NbiSi in three modifications, tetragon I oL- and
mo ifIcations ith parameters a - 6P56 1 and c - 11,86
and a a 10~00 I and o 5 07 1, an hexagRnal r-modification
with parameters a a 7,;2 1 and c - 5,24
3--NbSi, with hexagonal structure a w 4P78 I-and c - 6,56
The mel ing points of some alloys were investigated. It was
found on this occasion that the compound Rb 431 has a congruent
Card 1/2 melting point.

Investigations of the Properties of the Alloys of the System 78-3-4-7/38
Riobium-Bilicon.
The investigations of the electric conductivity of the alloys
of niobium and silicon have three specific voints in the phase
diagram at 209 37,5 and 66,6 &toe,, silicon,
Also the stability of the alloys against oxidation in air at
10000C was investigated. The alloys are not resistant to
corrosion.
Based on the investigations carried out as well as on the
analyses of the-alloys the phase diagrams of niobium and
silicon were bonstructed.
There are 11 figurest 5 tables, and 10 references? 2 of which
are Soviet.
ASSOCIATIONs Institut metallokeramiki i spetai&2nykh splavov Akademii nauk
USSR (institute for MetaUceetOidds wd SpecLal AlLoyzj'AB
UkrSSR)
SUBMITTEDs June 25, 1957
Card 2/2

,MMOVA, If. A. '(Ybmkva)
Morphological changes lz the heart of the fetme &rlsimg imder the
Jmn.uence of a n=ber of injurious factors acting during the time
of 1wepancyo Arkb.pate 24 noo5163-68 162. (KMA 3.5 2 5)
1. Ns otdelludys, po Lmchmniyu raxvitiya mozg~ :1 peakhonev olo-
-I.&-
gicheskoy I sav - deystvitellnyy chlem AM SSSR prof.
B.N.,- Klosovskiy) Insti" pediatrii AMN SSSR (dir. -,,dotsent
M.Mi. Studenikin).
(PRMAIqCY, CWWCATIONS OF) (UMT-DISEASES) (FEMS)

TERKAKOVA '.A.
Foot method of determining the quaUty Of P209gint Cement.
Tgasent 29 no#4M Jl-Aff 163. kMIRA 16:11)
1, TSementray zavod mKmscaoletew.

PROKOFOIZVO Y.A.; UNUKOVAL V.I.
Borou content in the shells of Paleosoic breshlopods, DAL AN SScR
149 wo5t1170-1173 Ap 163o (KRA 16 % 5)
Is Predstavlano ak"saikou N.M.Strakhovyj4
(Boron) (brachiopodao Fossil)

GRINEVj A.11.1 TERHAKOVA V.N.; TERENTIMP I.F.
QulnoneB. Part 381. Ifew condeniation pr6duct of p4mmzoquinone with
N-methyl- f -aminocrotode eater. Zhu--.obekhlmo 32 noo6:1948-1951
is. 162. WMAL 15:6)
L, Hookovskiy gooudatetwennyy universitet im., MV,~Lomonosova.
(Benzoquinorse) (Grotonic acid)

USSWChmical Tecbnology Chemical Products and Their Application, Silicates.
Glews. Ceramics. Bliders., 1-9
Abst Journals ROferst ZhW - IbIN11YR, So 1, 1957, 1678
Authors lb~ymrova, T. I., and Rmkovs, Y. A.
Institutions None
Title: A Rapid Methoil for the Determination of Rydraulic Additives and Gypsum
in Vement Using One Sample
Original
Periodicals Tesummt, 1956., So 2,, 29-30
Abstract: A 0.25 ges sample of finely ground cement is wetted with a omll
amount of distilled vater and refluxed for 5 minutes after the addi-
tion of 10 21 of I N HC1 (until the clinker diomolves). Next, 5 ml
of BsCrO4 (.vlO% solution) are added, and the contents of the flask
refl:uxed again for 5 minutes. After titration with 0.25 H NaOH to a
phenalphtbalein endpoint, when a faint green turbidity is observed
in t1he solution, the hydraulic additives and gypsum are estimated
by the amount of precipitate formed. The cantento of the flask are
Card 1/2

I
USM/Chazical Technology -- Chemical Products and Their Application. Silicates.
Glass. Ceramics. Binders, 1-9
Abst Journal: Refe:vat Zhur - Wmlya,, No 1. 1957., 1676 -
Abstract: cooled, diluted to 100 ml, andstirred; and the detemination of
the gypsum is carried out by the volumetric chromate method.
Card 2/2

I 20-UT -5-53/54
AUTHORo YcrUakova , V. A.
TITLEs The Development of Cardiac Muscle Tissue of Human Embryos, Trans-
planted in Place of a Skeletal Muscle (Razwitiye serdechno-myshech-
noy tkani plodov chelovekaq pereeazbennoy na meato akeletnoy mysh-
tay)
PERIODICALe Doklady AN SSSRp 1957t Vol- 117t Nr 5P PP- 914 - 916 (USSR)
ABSTRACTs The problem of the mods of the self-ronowal of the cardiac muocle
tis3ue cannot be considered as satisfactory. This cauued the common
.con4,.eption of the lack of a physiological regeneration and of the
inability of this tissue to a reparative regeneration (references
2, 3). In this paper the author solved the task to study the de-
velopmant of the mentioned tissue In tranaplantationo in place of
a completely removed skeletal muscle (musoulue biceps) of a chick.
Hewts of two months old embryosq pulsating 5 and 6 months old
hearts and the heart of a 9 months old embryo, 4 houra after the
clinical death, were transplanted. The male chic):3 were killed
I - 6, 8 - 10p and 13 and 14 dayellater. In the first two days the
development is characterized by destructive processes. Later altera~-
tions of the graft finally led to the regeneration of cell struc-
Card 1/2 tures of the myoblastic type. Approximatively 14 days after the

20-1:LT,-5-33/5Jj
The Development Of Cardiac Muscle Tissue of Human Embr,7*ov Transplanted in Place
of a Skeletal Muscle
graft which is only a thin membrane is completely resorbed as a
tissue foreign to the chick organism. Final conclusionst 1) In the
traroplantation of the human heart (upper part of the heart of an
embryo) in the chick organism in place of a completely removed
musculue biceps myoblastio cells of the heart are formed in the
graft. 2) The existence of a cellu-Ious myoblastic stage, even of
a very short durationg can be important for the question of the
regeneration properties of the cardiac musele.tiesue. There are
4 figures, and 12 referenceal 9 of which are Slavic.
ASSOCIATIONe Institute for Animal Morphology imeni A* N. Severtsov AS USSR
(-Inatitut morfologii zhivotnykh im. A. N. Sovortnova Akademii nauk
53311)
PRESENTEDs July 23, 1957, by I. I. ShmalIGAuzen, Academician
SUBMITTEDs July 23, 1957
. . ;.*... T.
Card 2/2

ITaMOVAO V.A.
Effect of various injurious factors an the developmat of the
fetal hegxt. Arkh. pat..23 no. 1$46~50 161. (KIRA JL4: 1)
(HFAART-ABNORMITIES AND DEFOEWTIES) (TAWID MJM)
(DliMTES) (HADiATIOX.-PRSIOIMICAL FOUT)

GRIGORIYANTS, A.N.,,kand. med. nauk; MUXOVA, V.A.
;,,.-
FtmetLonal liver inmiMclencY and macrozytosia of erytbro,~,ytas
in bypertenision. Sovet. med. 27 no.6t92-96 J00 (Mrt& 1:7t2)
1. Iz goopitalinoy torapevticheakoy kliniki ( direktca- de"t-41~-
telin;ry chlen AMN SSM profs A.A. Bagdaaarov) pipdlatrlohoskoga
fakullteta II Mookovskogo meditainakago inotituta imani 11.1.
Pirogim.