SCIENTIFIC ABSTRACT YARMOLENKO, V.YE. - YARMONENKO. S.P.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001962130002-7
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: September 1, 2001
• Sequence Number: 2
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

~YA~R~-V.Ye., kand.tokhn.nauk (Gomall); ORUNTOV, P.S., Inahs (Gomol')I,
SIH12jigKOS P.A... kand.tekhn.nall (Gomel')
Ifew conditions of the word of section-atations and improvement of their
techniques, Zhel,dor.transp. 41+ rio.12:41-1+4 D 162, OURA 15:12)
(Railroads.-Stations)
a
16-
-,R2,

YAPMOLIK, I.F., nauchnyy sotrudnik
Role of open wells in rural areas.in the epidemiology of
Salmonella infections. Gig. i san. 26 no.9:35-1+0 S 161.
(KIRA 15:3)
1. Iz Saratovskogo institute, sel'skoy gigiyeny.
(WATER SUPPLYY RUPJ,,L-HYGII-;NIC ASPECTS)
(SAU401ELIA)
g

YARMOLIK, I.F.
Comparative characteristics of some methods of sttAyingr, unater for
the presence of microbes of the paratyphoid group. L~b. delo 8
no.4:42-45 Ap 162. (14IRA 15:5)
1. Ctdel obshchey gigiyeny (zav. - prof. L.I.Los') Saratovskogo
nauchno-issledovatellskogo instituta sellskoy gigipny Ministerstva
zdravookhranoniya RSFSH.
(WATER-MICROBIOLOGY) (SALMOHELLA)
M

YARMOLIVSKIY, M.; YARYOLIRUKilkX
Our rep-17 to professor I.F. Zelikman. Sakh. prom. 32 no.4:71-72
Ap 158, (Sugar industry) (MIRA 11:6)
M9
NMM~w
b

YAPASKURT, V.V.; YEFISHIII, A.S.; SHAKIN, A.N.; SILIN, P.M.; ZHIDKOV, A.A.;
KHELEKSKIY, M.Z.; SMWAKIN, P.H.; BOVIKOV, V.A.; POPOV, V.D.; NXIN,
G.S,; HAYDENOV, A.K.; XURBATOTA, T.S.; XART.WMT, A.K.;.jpWLI=T,
M~, ZIBOROV, D.K.; VATSW, H.L#l ZAMMOVSKIT, V.A.; STYii~ki.
lUlil Markovich Zhvlrblia~nskii; obituar7. Bakh.prom.29 no.6:48 155.
(Zhvirblianakii, IUlii Markovich, 1894-1955) (KRA 9:1)
v~ - -

---- ------ -- --- - - -----
SEMENOV., Andrey Petrovich;-YAMOLINSK-ly-L A.S .1auchnyy red.;
GOLOVANIVSKAYA, E.N., red.; BARANOVA, N.N., tekhn.red.
[Mechanization and automation of woodworking] Makhaniza-
taiia i avtomatizataiia derevoobrabotki; metodicheskoe po-
sobie. Moskvap Proftekhizdatp 1963. 54 p. (MIRA 160)
(Woodworking machinery) (Automatic control)

KAIASMIIKOV, Petr Loontlyevich; BAUTIYAROV, V.D.p in2h.0
retsenzent; YARYLLOSKIY~ A.S.p inzh.0 retsenzent;
AKINDIIIOV, L.S., red.izd-va;
AKOPOVA) V.M., tekhn. red.
(Comercial study of wood and forest products] Drovesino-
vedenie i lesnoe tovarovedenie. Moskva, Goalesbumizdat,
1963. 253 P. (KIRA 16:12)
(Forest products)
7W- ------7~
T!, 4
-37

~I.B. DROZDOV, G. M.
Over-all mechanization of the production of shoo parts and
cardboard for shoes. Kozh.-olniv.prom. no,7:14-17 JI 159-
(MIRA 12:11)
(Shoo manufacture)

BERENSHTEYI-1, S.A.; VAYSMB, V.P.; VAR1241K) I.F.1- DOBRYNCHEIIKO, M V.;
YEGOROV) B.P.; KLISEIIKO, Yu.F.; NOGILEVSKIY, I.I.fdeceasedi;
FrUWASIAWSEV, N.A.; PILIPRIKO, V.I.j SAPOZENIKOV, F.V.,
SIIEPEIEV, V.M.; SFVULEVICH, M.L.; YARMOLINSLU.,-I.IL; SIIAG.AWVp
Ye.S., red.; KORIKOVSKIY, I.K., red.; URIONOV, G.Ye.v takhn. red.
(Construction of the V.I.Lenin State Regional Electric Power
Plant in Simferopol] Opyt stroitellstva Simferopol'skoi GRES
im. V.I.Lenina (By] S.A.Berenahtein i dr. Yoskvap Gosenergoizdat.,
1962. 151 P. (MIRA 15:6)
(Simferopol--Electric power plants)
"T", 4 Y,

YAMOLINSKIY, I.M., inzh.; LERM., A.Yet
Ezpwi4mee in the installatim of Mt-12D-100-M boilers im a
semienclosed type boiler Mtem. Fherg.otroi, no.30t12-M 162.
(MM 16 t2)
11 Odeomkiy ob*yedineurqy montazhny7 uohastok tresta *rushteplo-
energomonta2h.0 (Boilers)
n~-

YARMOLINSKIYp I.S.
Malignant tumoro of the carotid gland,* Vrach. delo no.UjU&--~U7
D 160, (MIRA 14: 1)
I..Goopital!*Ya khirurgichookaya klinika Pervogo mio'skovog6
2wditsinBI* inst:Ltutao-
(MOTID BODY-CANCER).

URMOLINSKIY, I.S.
I=ediate and late results of therapy for perforated gastric uleer
from data of hospitals of the Don area Tula Province for the past
10 years. Khirurgiia 36 no*4339-4,3 Ap !60. (MIRA 13S12)
(PEPTIC UlOOER)

BUMP V.S.; YARK)LIRSKIY, I.S.
Device for the introduction of vascular prothssee in surgical
formation of a pernanent collateral shunt fr= the femoral Into
the popliteal artery.- Dspe.-. khir. i anest. 7 no-5:49..50
S.~O 162. (MJJRA 17;10j'
1. 1z gospital"noy khirurgicheBkoy kliniki I Moskovskogo
ordena Lenina meditainskogo ine"Atuta ~meni Secherjora.

MEN."
YARMOLINSKIY, I.S. (Moskva, Novo-OstapcVskaya ul.j d*6, kv.114)
Signific ce of osaillography in atherosclerotic occlusions of
the femoral and popliteal arteries. Vest. kbir. 89 no.20:25-29
0 162. (MIRA 17:10)
1. Iz gospitallnoy khirurgicheakoy kliniki I-go Moskovskogo
ordena. Lenina meditsinskogo instituta. imeni Sechenava (zwi.
prof. B.V. PetrovBkly).

YA.%IOIJNSXIY.)-I,S.
Clinical aspeotep diagnosis, and mirgical treatment in athero-
sclerotic occlusions of the femoral and popliteal arteries,
Med* oeotra 22, no.1131.-33 Ja 163. (MIRA 16:7)
1. 12 Gospitallnoy khirurgicheskoy kliniki I Moskovskogo ordens.
Lenina meditsinskogo instituta. imeni I.M.Seohenova,, Mosk-ft.
(ARTHRIOSCLERMIS) (ARTERIES.-SURGERY)
N~"

YARMOLRISKIY, I.S.
Operation of permanent shunting with vascular prostheses in
arteriosclerotic occlusions of the femoral and po iteal
arteries-* Sovet. med. 27 no.6t9-13 Ja'63 ~MIRA 17:2)
1. Ir goopitallnoy khirurgichookoy kliniki (direktor - dey-
stvitellnyy chlen AMI SSSR prof. B.V.Petrovakiy) I ~bskovsko-
go ordena Lenina meditsInakogo instituta imeni I.M.Sechenova.

YARMOLINSKIY,,M.-
quality.of Wto.mugar. Sakh.prom.,)8-.,no.ls69-70 A 164.
OURA l7s2)
~1. V8880yu nauchno-issladavAtel ekiy institut sakharnoy promyahlen-O-l
nosti.
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'VJ7
a rate tA crystal fcamiaiLm al
Kkim. 1933, No. -Th
saw [torn its aq. Eau$, amt the arnt. 44"Cr."1312 increase
with the suptrsatti caeff. In supemadi vir.Ar s-Ans. them
Is a met2itame FlAx uvtsblr of which "'Milanellus cryst".
CICWS. StiffbIg 0)" A WPURaltl. SUX'IT PAM PUAIIMO 1140

V,
"N
I-
P
-2:m -JIF

"Invest igation of the Formation cf Su~ar Cx-ystals." Cand Tech Sci, 1:oscow Tech-
nological In3t of the Food Induutry, V.in Higher 1~ducation U3311, 1:owow, 19,5 -5 . ( 1 J,
No 11t, Apr 55)
SO: Sum. Nq- 704, 2 Nov 55 - Survey o.-7 Scientific and Technidal Dissertations Defended
at USSR Higher Educational Institutiona (16).

~AROHOLINSXIY, H.B.; TBUSHIN, B.NO'"
Nomogram for determining sugar crystals In nawmecults, Sakhaprom,
30.no-3i64 Mr 156. XHA 917)
1 TSAntiWiwy nauchno-Iseledovatel'skiy institut sakharnoy promy-
shlennostio
(Sugar--Analysis and toning)

TARKOLINSKIY M.B., kandidat takhaichaskikh nauk; ZDAITOVICH, I,L.,
ispoInyaffshchiy obyazannosti starshago nauchnogo sotrudnilm;
OZOL, X.Ya., khimik--pnalitik.
Use of corrugated cardboard boxes for packing pressed sugar and
its trarsportation by sea. Trudy TSINS no.4:148-162 '56.
(MLRA 10:5)
1 Rafinadnaya laboratoriya.
(Boxes) (Sugar-Transportation)

YARMLINSKIY, H.B.
ackaging granulated sugar In multiwall paper bags vith side a-jaut.
.Snkh. prom. 32 no.2:34 F '58. (Milti 11:3)
1. TSentrallnyy nauchno-iseledovAtellakiy.institut ankhArnoy
promyshlennosti.
(Sugnr) (Paper bags)
k,

TARMOLINSKIr, M.B.
--Of lime .!rom f ilter-preas cake. Sakh.. Prom. 32 no.11:40-41
N '58. (MIRA 11:12)
l.TSentrallun nalichno-iseledovatellskiy institut eakharnoy promysh-
lennosti.
eume)

TARASOV, M.N.; YARMOLIVSKIT, M.B.
Packing refined sugar into large bags. Sakh, prom. 32 n0-12:4"
D 158. (MIRA 32:12)
l.Krasnoprounanaki,r rafinadn" zavod (for Tarasov). 2.TSentral'ny7
nauchno-iseledovatellskiy institut sakhar noy promyshlennosti (for
Tarmolinskiy)
(Sugar-Trar-sportation)

YARIMIM,
Prog'ressive iecbnDlOgy'Of thO production.of refined.sugar..Balch.
prom. 33 ho.3:8-10 Mr 159. (MIRA 12:4)
1. TSentral'Wy nauchno-iseledovatel'Rkiy institut sakharnoy
ovekly. (sugar manufacture)

YAPNOLIVSKIY, M.B.; ZDANOVICH, I.L.; BICMANp M.A.; ALEKSEYEENKO F.P.
Use of granulated coal in the sugar retining industry. Sakh.
prom. 35 no.12:21-26 D 161. (MIRA 15:1)
1. TSentr4a'nyy na uchno-issld"teliskiy institut sakharnoy
promyshlennosti.
-(Sugar manufacture)

EMM
1ARMOLINSKIYI-M.
Result a of the work of sugar refining factories in the Ukrainian
S.S.R. during 1962. Sakh.prom. 37 no-60-8 A f63. (KM 1635)
1. TSentral'nyy nauchno-issledovatellskiy institut sakharnoy
"promyshlonnosti.
(Ukraine-Sugar f;?;atories)
P

YARMDLINS,#IY,,j;.B.~
Probleji~ of equipment and technology in sugar refineries. Sakh.
prota. 37 31;0.11:8-10 N 163. (NIRA 16:22)
is Tsentral'W nauchno-issledovatelvakiy institut .9akharnoy pro-
myshlonnosti.

TERESTICHENKO, I.P.; MOSKVIR) 0.1.; DARAGAN M.V.[Darahan 1.1 V
ANISIFOV, V P - YARM TV '11"a.'a~IArmolynolkyi: M:R:];
BULGIAKOV, F:S.Whakov, P.S:); KUTS) V.K.; YASHFUdj A.Y.;
VASILENK0, G.K.[Vasylenko' II.K.1; KUKOLEV, V.D.[Kukoliev,
V.D.); SIGOV, S.G.[Sihov, S.11.,decoanodll NAGIRNYAK P.A.
[Ilahirniak., P.A.]; VETCHINOV, I.AjVietcbynov,II.A 1,
ZADOROZHNYY, V.K.; DROSOVSKAYA, L.L(Drosovslka, L:I.);
SHKITINA) M.I.; PROSHCHAKOV 0 M.- MOKI'YIIIKO, B.F.
[Mokiienko, B.F.); GOLOVACH: A:V.f1folovach, A.V.1;
IVANITSKIY, I.V.Ilvanytalkyi, I.V.); KOZAK, V.Yo.;
BORYAK121) V.1'.) red.izd-va; NESTEMIKOp 0.0., glav. red.;
DAKMIO, Yu.B., tekhn. red.
[National income of the Ukrainian S.S.R. d1iring the period
of the large-scale truilding of comunism) Vatsionalinyi
dokhod Ukrainstkoi RSII v period rozhomutobo budivnytatva
kormunizmu. Red.kol.: O.O.Nesterenko ta izishi. Kyiv, Vyd-
vo, All URSR, 1963. 333 p. (MIRA 16:12)
1. Akademiya nauk URSR, Kiev. Instytut ekonomiky.
(Ukraine-Incore)
WIN I
Mm

SLOGIE,IMO) Ye.V.,- YARVOLINSMY, II.P.; KUDOYAROV, M.S.; AIIANIYEV, P.V.
Blast furnane operation vith evaporation cooling. Fletallurg
7 no.7:9-11 J1 162* 15:7)
1. Kuznotskiy metallurgicheBkiy kombinat, A
(Blast furnaces-Cooling)

T&LIFUKHOVSKIYI N.A.; Prinimali uchastiye: MOROZ, A.M.j YARMOLINSKIY, S.Kh.,*
MUCMYZHEV, L.M.; BURKOV, V.I.
Electronic circuit of an apparatus for the emission of
exact time signals. Trudy1not. Kdm. stand., me r i izm.-
Prib. no.58:108-119 162, (MIRA 15:11)
1. Sotrudniki IrkutskDy laboratorii Vsesoyuznogo nallchno-
isoledovatellskogo instituta fiziko-i~ihnicheskikh i
-radiotekhnicheakikh izmereniy.(for.Mox,.;zp,Yarmolinakiy,,
Malomphev.. Burkov).
(Time signals)

MAR OVSKIT, A.Y., Inzh.; rARMLINSKIT. V.D.
Sectional kitchen stove with infrared burners. *Gor.kboz.
mosk. 34 no.4-.36-37 Ap 160. (KIU 13:8)
(Infrared ra7s-Industrial applications)
(Stovall)

RATTS, Eirmanuil GearikhovJch, kand. tek-in. neuk: T5EYT!,1111 5cmen
Ylad~#vl~h, kand. tekhn. !rELUIDOV, Karistan4dr. Ivanovich.
ir.z-n.; inz3n.- 12;T,2,,~;W'-,
N.N., Anzh.,
[12 m rai-nfcr(-~d ccn~:retc, !Dana teams with rcA railiforce-
ment stressed by tfte elii~trothermsl raethod5 practices of
the A.1-1-Union, Rpaear~zh Insti, -14-le for ReInforved Concrete and
Plant No.18 fcr- Rplnf-rceal C-rjn!rcte Pr.-xlucts of fho Hal-Ti
Admlniatratio:-i f,)r kirteriala of tho City of MOnCoUj
ZhelezobetonrLye p,.dkrapcv,,je bal-k! d1ino! 12 M qo stervinevol
armaturoi, naprliagaemol al-z;~tr,~termlc:hesklr. metodom; opjt
raboty VNIIzhe'fezuL~e' -)m zavoda zVeJevobeto,-vivkh lzdelli
no.18 Mosk;a., Strojizdnt, 1964.
31 p. (MIRA 18t5)
1. Zaveduyushanity ~~bcT-rWkh zhe1ez-nbetanrrjkh
kc,nstruktsJy Vsesoyuzrv:g.- 1nBt!-
tuta zavods*kcy tekhncj.,.:gj.... sbornykei zhelezobetanMkb kon-
struktsly i izdel:',V(for Ratts). 2. Zaveduyush:!hly sektorom
inzhenernoy konstrutW-, V99sayumgo nauchnc-issledovatell-
skogo instituta zav,-,dakcy takhriologil sborrWkh zbelezobeton-
nykh konstruktsly :1, lzdeaiy fz.,r Vqeytlin). 3. Glam j kon
T
struktor sektora in7henernykh knnstruktsky Vsesqyuznogo
nauchnc,-1ssl&1rjvaL411skogv inetiluta zavadskoy tekhnulogii
sbornykh zhe1e7-cb9toniwkh ko-nsir-uktsiy i izdelly(for

USSR/Soil Science - Physical and Cher-dcal Properties of Soils
Abs Jour Ref Zhur Diol., No 22, 1958, 100008
Author y
.4t *,w7v6vlovin, V.V.
Inst Acadew of Sciences Tadzh,$SR
Title Depth of the Contitatt Yearly Tenperature in the Sub-soil
of Uzbekistan and TadzJUkiotan.
Ori C; Pub Djkl, AN TadzhSSR, 1956, uo ig, 17-20
Abstract N) abstract.
Card 1/1

GOWVIN9 V.T.; YAMMMKIT Ye A~
Tempamture couditims of Tajlkletan rivers, Isr. Otd. eat nank
AN Tadsh.SSR noo-19357-66 157*'
1; rafeara malloratail Tafthikoktgo eallkhosinatituts.

torl
.4*ro dolved on an eleotronic simula
qgj~ g
IAR

GRIGORIYEV, Me.; CHURKIN, V.M.; YARYLLA)VICH,.E.S.
Calculation of the static characteristics of an electrohydraulic
amplifier with pulse-width control. Avtom. i telem. 26 no.5i
918-923 My 165. (MIRA 18-.12)
1. Submitted November 10# 1963o

L 1686-66 EPAjikq(~)/EFA0j-~2j9i7( E?F,(p),:2jWG(m)/T-2/ETC(m)- 10
ACCESSION HM AP5014818 UK/0200/65/000/006/006710072
AUTilORt Yarmolovic (Engirkee r, Lieutenant Colonel)
TITLEi Operational (and maintenance] characteristics of the L-29
-aircraft en3in
SOURCEt Aviataiya i koamonavtika, no. 6,,1965, 67-72
k!jmj, fuel filters, aircraft
TOPIC TAGSs aircraft fuel system, fuel p
engine/M701 tng~li 'A 11.
n.e
ABSTRACT:- The:author.discusses-the-operationaI and maintenance
characteristics of the 11701 VS-150 and M701 S-250 engines, which are
used on the L-29-Or afto--Em hasis Is placed on the fuel system,
P
.including f~_el , pumps, filters I and fuel atomizer, The differ-
P
ent effects of the barostatic-control factor on M701 engines are com-
pared to those of other aircraft enj;Lneog and safety and reliability
factors are Pointed outi;'-Orig,. art. has: 3 figures.
ASSOCIATIONt none
.Card -1
7-
IN,

YAMI-IfIlLOVICH, G., irzh.-pocpolkov-ii!<
CharacteriSUC3 of c"re-~UIrn o' thn T-29 nlrplqnr.~ engine.
Av. i kosin. 47 no.6,,6-1..'72 J-) 165. 4 18~5)

L-384-u-66 ap. w/jal
AM'M7 SOME CODES PO/0038/65/010/004/0323
-APT018Z74 /0336
I,-
AUTHORS Yamolcrvichp Go--Jarmoloviczp 11.
ORG: Institute of Physical Chemistry, Warsaw (Instytut Chemii Fizycsnej PAN)
TITLE: Some magnetic proper ties and the structure of nickel electrodeposits
obtained from chloride and sulfate solutions
SOURCES Archivum hutnietval v. 10, no. 4, 1965s 323-336
TOPIC TAGS: magnetic propertyp electrodeposition, chloride xwbwMw4 sulfate.,
M~, alectrolysial magnetic coercive forcep magnetic daturationt annealing
ABSTRACTt In this paper the author presents the results of investigations of the
effects of electrolysis conditions (pH.. current density) on some magnetic properties
(coercive forcep residual magnetism; magnetic saturation) and on the structure of
nickel olectrodeposits obtained from chloride and sulfate bathe. The sulfate bath
contained CdCl as a brightening agent. The deposits examined wore received at pH
3.0-5.7 and a~ current densities 3-30 0,Vcm2. It was stated that the coercive
force of the deposits increases with Increasing current density and pH value. The
effect of annealing the deposits at 400 and 600C on their magnetic properties was
Card 1/2

ACC NRs AF6M247
t also the subject of studies. X-ray and slectronographic analysis an well ae electron
micrographs of the deposits surfaces revealed distinct differences in the type of
texture and in surface structures of the deposits received in different conditions
of electrolyais. A relationship between the structure of the nickel deposits and
their magnbtic properties was stated. The author expresses his gratitude to
Professor X. M. Gubrunova and senior scientific associate Yu. M. Polukanova for
their attention and valuable advice during the study. Orig. art. hast 5 figures and
2 tables. [Authorla abstract.) IY-S3
SUB COM 07# SUBM DATEt OlDec64/ ORIG REN 001/ SOV RLFt 007/ OTH REIFt 009
Card 2/2

YARK)LOVIGH, I.P., dotuent
Estimate of errors in the joining of converging workirg faces
and errors of orientation through two sWts. izv. -7ya. ucheb.
zav.; gor. zhur. 7 no.10:27-32 164.
(MIRA 18: 1)
1. Vsesoyuznyy zaochnvv politekhnichoskiy inatitut. Rekomendovana
kafedroy marksheyderskogo dela i geodezii.
-kk

YARMOLOVICH, I.P.J. dotsent
Analysis'of mine aurveying errors in traversing vith\the help
of matrices. Izv.vys.uchebezav.:gorozhur. 7 no. 1:68-75 164.
(MIRA 17:5)
1. Vsesoyuznyy zaochnyy politekhnicheskiy institut, Rekomendovana.
kafedroy marksheyderskogo dela i geodezii.

SVYATSKIY p Pavel Stanislayovich;, inzh. Konsts~n~IA_
_Xulianamich, inzh.,-, SM3RHOV, N.A... prof. .0- FOMICHEV.,
A.G.., red. izd-va,-, BEWGUROVA, I.A.., tegm~.r6d.
(Methods of overa.U mechanization of thd basio types of
finishing work]Pati kompleksnoi mekhanizateii osnovnykh vidov
otdeloc4zWkh rabot. Pod obshchei red. II.A.Sudmova. Lenin-
rads Leningr. doi~ nauchno-tekhn. propagandy, 1961. 20 p.
Bibliotecbka stroitelia po mokhanizatsii i avtomatizatsii
?
stroitellstva, no.14) (MIRA 15:7)
(Building-Detaila)_

GALKIN, B.I.; BIRYUKOV, V.I.; KREYTER, V.M.; KULICHIKHIN, S.N.;
ORLOVA, Ye.V.; POMEFAINTSEV, V.V.; FdJSETSKAYAp G.G.;
MAUYEVq V.I., red, izd-va; BYKOVAj
V. .9 ekhn. red.
[Prospecting for stockwork deposits of nonferrous and rare
metal ores] Razvedka shtokyarkovykh mestorozhdenii tsvqtnykh i
redkikh metallov. (By] B.I.Galkin i dr. Moskva, Goageoltekb-
izdat, 1962. 233 p. (MIRA 16:6)
1, Moscov. Voesoyuznyv nauohno-iseledovatellskiy institut mine- 0
rallnogo syriya.
(Prospecting)
!t- nd&3~ a7~
EZ

WVCHMO, N.Y., rod.; AVZIN, Y.S., rod,; GRECHKO, Y.To,g red.; ISATHY,
V.I., red.; KUZUBOV, V.I., red.; LIBXWN, Ye.G.. prof., doktor
ekonom.nauk, red0; MAKARMO, V.P., red.; SHCIMUINIII, I.Y., red.;
JAIWOLGVICH,...9~M., red.; KARDASH, G.I., red.; DONSKOT, Ta.Te..
R.I., takhn.red.
[First and foremost; ways to further increase labor productivity
in machinery manufaoturing enterprina of Kharkov] Snmoe vazhnoej
samoe glavnoe; o putinkh dallneishogo povyshenile proizvoditell-
nosti truda na mashinostroitellnykh prodpriiatiiakh Khartkova.
ElLgrOkov, Kharlkovokoe knizhnoe izd-vo, 1960. 205 p.
(MIRA 13:11)
1. Ukraine. Khartkovskiy gorodskoy ekonomicheskiy administrativnyy
rayon. Sovet narodnogo khozyayatva. 2. Rachallnik takhnicheakogo
otdola. Kharikovskogo sovnarkhozo (for Kuzubov). 3. Xharlkovskly
inzhenerno-ekonomichoskiy institut (for Liberman).
(Kharkov-Vachinery industry-Labor productivity)

f ~4- 1 L~ I ". t L~, I I /
iARMOLTUi V A'
The Tugur-Nemilen mesopotamia. Yop.geog&Dall.Vost-no-3:92-101
'57. (Tugur Valley) (Nemilen Valley) (MIU 10:12)

AUTHOR: Yarmolyuk, V., Mining EngLneer JUV/29-58-7-12/23
TITIZi Automatization in Coal Mines (V shakhte khozyaynioh&yut
avtomaty)
FERIODIGALs TekhnJka aolodezhi, 1958a%Nr 71 pp. 19-21 (USSR)
ABSTRACT: Industria-t development is making ever increasing demands on
science and tecbnioal engineering. This article deals with a new
kind of coal mine projected by the "Ukrgiproshakht" Institute for
the LIvov-Volyn' basin. A factory operating without human labor
is nothing new, out a coal nine without any miners working on its
bottom set-= to be a mere creation of fancy. Engineers of varioua
branches yartioipatea in the task of working out a project for a
fully autc-matized sh&ft of a mine. They abandoned the traditional
manner of building and adopted the latest technical methods devel-
oped both in the USSR and in other countries. In order to reach
the bad of coal in the pit, two vertical holes having a diameter
of 6 m are bored by means of a special equipment; they are secured
by means ot re~inforced concrete stays. Adjoining these borl-holes
under the ;12vund there are a4aition-1 aux13JAry caverns ana-min
Card 1/3 tunnels, through which the oDea is tranaportea. The machines

Automatization in Coal Vines SOV/29-58-7-12/2;
existing at prvaent are very oomplicated and large, and they take
up much room on the floore of pits. They do not, however, in all
oases warrant normal working of solid layers. In spite of the ex-
perience gathered in the course of many years no success has as
yet been attained with respect to the production of mechanized
apparatus ror long walls. The history of the development of the
coal Industry in the USSR shows thatp as a rules the endeavor was
made to increase the length of the long wal-1. This method v;&a
abandoned in the case of the new shaft, and it was decided to
shorten the long wall by half its length, i.e. frcrA 100 to 50 m.
Shortening of the long wall made it easier to have the conveyor
band moving along the entire length of the floor without having to
take sections apart in the L'vov,-Vo2yd1 basin. Also the oonatruc-
tion, assembly, and dismantling of the hydraulic support as well
an its opwration were rendered considerably more simple. What is
most important is, howeverD that coal wil-I be conveyed from the
long wall. ~rithout the aid of human labor. In this way danger and
diseases will be avoided. The entire machinery, which consists of
6 aifferen-t parts, will work in 3 shifts of 6 hours each, and will
Card 213 dig 3000 t of coal out of the mine within 24 hours. Much attention

Automatization in Coal Mines BOV/29-58-7-IW23
vas paid in the course of projecting also to the problem of
transportation.
All thest measures made it possible to treble production figures,
to reauce the prime costs of a ton of coal by half its amount,
and to reduce the number of workers to one third of its previous
amount. There is 1 figure.
1. Coal mines--USSR 2. Coal--Applications

YARMOLYUK Viktor Andreyevi'l'. SIRIM, Kh.S.. red.; KAYDALOVA, M.D..
(Put mineral resources of Khabarovsk Territory at the service
of the seven-year plan] Polesnye iskopaemye kraia - na aluzhbu
semiletki. Khabarovsk, Khabarovokoe knishnoe 12d-yo, 1959,
39 P. (HIRA 12:12)
(Khabarovsk Territory--Mines and mineral resources)

E :0
NUZHIIOV, S.V.; TALMLYLIK, V.A. - .
later Pro-Cambrian in the soutboastern border of the guooian
Platform. Sov.gsol.2 no.7:21-31 JI '59. (KM& 13:1)
1. Dallne-Yostocbnoye goologichaskoye upravleniyeo
(Ruosian Platform-Geoloa, Stratigraphic)
M

3(5) SOV/20-127-1-42/65
AUTHORS: Vlasov, 0. If., Yarmolyukp V. As
the Peninsula
TITLE: The Structural-tectonic Regions of/-Icamchatka/r(Strukturno-
t ekbonichookiye rayony Kamohatki)
PERIODICAL: Doklady Akademii nauk SSSRI 1959P Vol 127, Nr I# PP 156-158
(USSR)
ABSTRACT: In recent years, important details helping to define the geo-
logical structure of Kamchatka have been detected by the geo-
logists of the Dallnevostachnoye (Far East) and Pyatoye (Fifth)
geologicheskoye upravleniye (Geological Administrations). This
.has become evident with the composition of the new geological
survey mq' (1957) (Fig 1). Kamchatka is a young folding area,
chiefly consisting of cenozoic and closely connected Cretaceous
formations. A middle massif of metamorphic rocks and of such
risen from the depth by eruption lies in the south of the
Sredinnyy chain* Two directions tecome evident in the chief
structureFj of the peninsula; (a) a southern one corresponding
to the prolongation of the middle massif, and (b) a north-
eastern one connected with the range of two parallel fold arcs.
Card 1/4 One.of the arcs (Vostochnyy Kamchatskiy chain) is the outery
M
Z
-

the SOV/20-127-1-42/65
The Structural -tectonic Regions of/lamchatka Peninsula,
and the other (the central and northern part of the Sredinnyy
chain) is the inner and roughly follows the axis of the pen-
inaula. The arcs are the most important struotural-faoial
and -metallogenio.zones. The outer are conBists of an anti-
clinal elevation from the Upper Cretaaeous, sediments and
volcanic-rookag also ultrabasic ones among them. Pyrite-ore
occurrences with copper, nickelf cobalt, occasionally with
molybdenum are found here4"Exoluoivoly cenozoic volcanic rocks
are developed in the inner range of the area There are ore
occurrences of: mercuryp antimonyq goldq copper, and molybdenumv
which have formed near the surface and rest in the midst of
secondary quartzites and propylites. The arcs bend eastwards
at the hitherto little investigated transversal south-eastern
,dislocation zone which crosses the peninsula near Petropavlovsk.
~The inner are is continued as Bol'shays, Xuril'skays. insular
chain (Great Kuriles)f while the outer arc apparently follows
a suba ueou projection eastwards, reaching the Malyye Kuril'-
skly-e, Little Kuriles) islands, Both arcs are continued in the
north-east as Koryakskoye nagorlye (Koryak mountains). The
outer are unites with the structures of Alaska* The Sredinnyy
Card 2/4 massif is prolonged northwards by young antiolinal folds* This
77T77

the SOY/20-127-1-42/65
The Struotural-tectonio Regions of/X-amohatka Peninsula
massif and both the mentioned arcs form the chief anticlinoria
of Kamchatka and the orographically marked mountain chains.
A, 4th smaller antiolinorium consisting of Faleogene and
Miocene volcanic rocks and of flysoh stretches along the eastern
peninsulass Synclinoria lie between the anticlinoria: Western
Xamchatskiyf Palanskiy, Parapollakiy, and Penzhinskiy with
Neogene coal- and petroleum beariftg sediments.-They represent
a r e a r - d o w n w a r p i n g (tylovoy progib) which is
divided into two parts by the central elevation* The Teentrall-
naya Kamchatskaya, depression.forms an i n n e r (vnutren-
nyaya) downwarping between the fold area. Oceanic
m a r g i n a 1 (peredovyye) depressions are near the east
coast and south of the Aleutians. Along with the two young
fold arcs there are fractures in depthl along which powerful
tertiary and Upper Cretaceous voloanic-masses are spread.
Three quaternary volcanic zones lie all over the mentioned
structural elements, There is I figures
ASSOCIATION: Dallnevostoohnoye geologicheskoye upravleniye g. Khabarovsk
Card 3/4 (Far Fastorn Geological Administrationgty of Khabarovsk)

,__jAfiEgLYUKj V.A. Lgeolog
Mineral resources in the niddle and lower Amur Basin within the
Soviet Union. Amur sbor. no.2:218-240 160. OCIRA 15:3)
1. Deystvitel'njy chlen Geograficheskogo obshchestva SSSR.
U* Province--Mines and mineral resources)
(Khabarovsk Territory--Mines and mineral resources)
4v1

88907
3/026/60/C,00/011/004/009
34o6-0 06'11111q'1317~ A166/A026
AUTHOR: Yarmolyuk, V.A. (Khabarovsk)
TITLEi The Dzhugdzhtira Meteorite
PERIODICAL: Priroda, 1960, No. 11, pp. 100 - 101
TEXT: On December '22, 1959, at 10:30 h Moscow Time (or 17930 h Local Titi~)
a meteorite fell in the Dzhugdzhura Mountains somewhere near the upper reaches
of the Northern Uy, Ullya, Etandzha and Ulkan Rivers. The article reproduces
reports from eyewitnesses: I. Yuzefov, a teacher; F.V. Kostyuchek; I.Ye. She-
mukovai P.A. Bredelov, Director of the Aldoma-7-Year School; Ye.V. Golub and
0.1. Koz1ovj G.Ya. Sorokinj L.P. Shokhirev; N.S. Yashkin, an engineer-econo-
mist at the Aldomakiy rybozavod (Aldoma Fish Plant)j Bondarenko, Chairman of fti
Aldomskiy sellsovet (Aldoma Village Soviet); Mudariyeva; Volkova, Head of the
Ayan Hydrometeorological Service; Tyutyunnikov; Fedyayev, Chief of'rotta Radio
Station; Amosov. The reports place the bolid's fall in an area of more than
200,000 m2. The consensus of opinion describes the phenomenon as a fiery-white
ball with a tail the same color, proceeding from the direction of Northern Sakh-
alin (an azimuth of 3450 from Aldoma). The meteorite exploded with a deafening
roar which echoed for some 4 5 min. There is 1 map.
Card 1/1

YARMOLYUKV V.A.-
Walled up *treasure troveo"s Prirwda 50 nool:24 Ja 161o
(MIRA U: 1)
1. Dallnevostoobnoye geolo idbeskoye uFravlani-yep Khabarovbko
(Trees

ABDULLAYEV, Kh.M.; ALYAVDIN, V.F.,- AMIJWLANOVj A.A.; ANIKEYEV, N.P.;
ARAPOV, Yu.A.; BARSANOV, G.F.; BELYAYEVSKIY, N.A.; BOKIY, G.P.;
BORODAYEVSKAYA., M,B.; GOVOROV, I.N.; GODIEVSKIY,, M.N.; SHCHEGLOV, A.D.;
SHAKHOV, F,N.; SHILO., NOA YARWLYUK V.A.- DRABKIN, I.Ye#;
YEROFEYEV, B.N.; YERSHOV LIU,;
, A. D~~; ITSIKSON,
KARPOVA, Ye.D..; KASHIN, S.A.; KASHKAY,, M.A.; KORZHINSKIY, D.S.;
KOSOV,, B.M.; KOTLYAR., V.N.. KREYTM, V.M.; KUZNETSOV, V.A.; LUGOV,
S.F.; MAGAKIYAN, I.G.; MAARIKOV, M.P.; OIXNTSOV, M.M.; PAVLOV, U.S.;
SATPAYLV, K.I.; SMIRNOV, V.I.; SOBOLEV, V.S.; SOKOLOV, G.A.; STRAKHOV,
N.M.; TATARINOV, I.M., KHRUSHCHOV, N.A.; TSAREGRADSKIY, V.A.;
CHUXMOVIF.V.
In memory of Oleg Dmitrievich Levitskiij obiturary. Sov.geol.
hoo5;156-158 My 161o (MIRA 14:6)
(Levitskii,, Oleg Dmitrievich, 1909-1961)
a

YARROLYUK, V.A.
Achievements of the Far Eastern geological survey during
the 40 years of Soviet power. Razved. i okhr. nedr 28
0 162. (MIRA 15:11)
Dalinevostochnoye geologicheekoye.upravlaniye.
(Soviet Paw-Bast-Geology, Economic)

YLASOVp G.M.;.YMPqU~pj.A.; ZHEGAWV, Yu.V.
Some basis tectonic problems of Kamchatka, Sm. geol 6 nj).6:
12-50 -Te 163. -. (MIRA 16:7)
I..Daitnevostbalmoye geologicheskoys upravleni7e.
(Kamclxitka--Geology~ Structural)

BELYAYEVSKIY, N.A., red.; ALI-ZAD.E, A.A., red.; ALIYEV, H.M., red.;
BAKIROV, A.A., red.; BELOUSOV, V.V., red.; BEUS, A.A., red.;
BOGDANOV, A.A., red.; BORISOV, A.A., red.; BfMINER, M.M.,
red.; DYUKOV, A.I., red.; YERSHOV, A.D., red.; ZAHIDZE, G.M.,
red.;.KALUGI11,A.S., red.; KOSOV, B.M.) red.; KOPTEV-
DVORNIKOV, V.S., red.; KOTLYAR, V.14., red.; LUGOV, S.F., red.;
MAGAKIYAN, I.G., red.; HARINOV, N.A., red.; MARKOVSKIY, A.P.,
red.; MALINOVSKIY, F.M., red.; PUSTOVALOV, L.V., red.; SATPAYEV,
K.I., red.; SMELTENKO, N.P., red.; TYZIRIOV, A.V., red.;
KHRUSHCHOV, N.A.j red.; SHCHEGOLEV, D.I., red.; YMIOLYUK, V.A.,
red.
(Materials on regional tectonics of the U.S.S.R.] Materialy po
regionallnoi tektonike SSSR. Moskva, Izd-vo "Nedra," 1964. 193 p.
(MIRA 17:4)
.1. Russia (1923- U.S.S.R.) Gosudarstvennyy geologicheakiy ko-
mitet.

YMIOLYUK, V.A.; VANILTSICrY, V.G.
Prospects f or finding oil and gas in the Ayan.-Maya region of
the Khabarovsk TelTitory. Sov. geol. 7 no.6t23-31 Je 164
(MIRA 18:1)
1. Dallnevostochnoye geologicheskoye upravleniye.

KRYZRANOVSKAYA, T.A.; CHERIVY, G.I., kand.tekhn.natik; 4kML-M)-V.T.-.l
Lining mine shafts i,i conditions of the Belozerkn iron ore
deposit. Ylst. i gornorud. prom. no-2:0-51 Mr-AP 164. (MI:,A 17:9)

- YARIIDLTUK,,,V.T. .
Wide and narrow faco working under conditions of the Volyn'
coal deposit. Ugoll Ukr. 3 no,12:11-12 D 159.
(MIR& 13: 10
1. UkrlMproyekt.
(Iivov-Volyn' Basin--Coal minee and mihing)
I

PZSHIY, Y.G., gornyy iazh.; I~kR&OLXE T. prnyy lnzh.
Shaft bottom vith a high traffic capacity. Ugoll Ukr. 4
no.8:24,26 Ag 160. (91RA 13:9)
(Lvov-Vo1yn'3asin--rMine haulage)

YA24OLYUK, V.T., gornyy inzh.
Effect of seam thickness on the costs of coal mining Ugoll Ukr.
5 no-4144.-45 Ap '61. iMIRA 1414)
1, UkrNIIProyakt, (Ccal mines and,mining-Conts)

- - -------------
SXOI,rj7,I),3A. riL.V.,- YARMOTY[A Ya.11 GLADYSIIFVSXIY, Ya.l.
compounda ov t%e R-P?A!ff.t type In tine oyatems Mo - Fe (Cu, Mi) - Si (Ge).
Zbur. vta-uk. k1him-o 6 no,:3:473-474 MY--re 165.
(MIRA 18:8)
1. Llvcjv,,k-.'&Y gosudarstvi,nnyy universit-st imeni Tv. Franko.
Elul,
...... mom
RM

ll~-) Yi
GIADYSEUxly, Yo. 1. 0 1PYAKIEV'Xil, fl. T. L YAH" 1, JIK ya , P
Crystalllne structu're of Mffi(~i. lzv. AN' Neorg. I no.7:
1086-1089 J1 165. (,,,,-iRA 18:9)
1. Llvovskiy gosudarstvennyy univeraltet iment I.Franko.

SOURCE CODE: 'UH/0370/66/000/005/01148/0151
AUTHOR: Skolozdra, R, V. (L'vov); ~la~_yshevskiy, Ye. 1. (Llvov); Yarmolyuk, Ya. P.
(Llvov)
ORG: none
-0
TITLE: Ternary Mo-Co-Si system
SOURCE: AN SSSR. Izvestiya. Metally, no. 5, 1966, 148-151
e">,L1;r; ~j ,VZw C) C/, *:31A. /00 L) 0 V,
TOPIC TAGS;A molybdenum cobaTt silicc,n system, molybdenum cobalt silicon alloy, alloy
phase diagram, alloy phase compositic,n, alloy structure intermetallic compound 7
7-FOCA14Mr q-f-ZVY, (),)ejkX7-'Ao;1A)Cs
ABSTRACT: A study has been made of ".20 alloys of the molybdenum-cobalt-silicon system
Alloys were melt- from 99.9%-pure molybdenum, 99.98%-pure cobalt, and 99.99%-pure
e equilibrium diagran of the system at 800C (see Fig. 1) was plotted'
silicon. A phas.6
on the basis of data obtained by phyt-decchemical analysis. The existence of MoCoSi '
compound, with a homogeneity region .!xtending from 15,to 30 at% silicon,vau confirmed.
Two previously unknown compounds, Mo,5Cc Si2(a = 11.06A, c = 19.89A) and Mo3cosi
(a = 12.70X, c = 4.85X), were found. Re solubility of cobalt in MoSi was about 3 at%
f285t251782

L 46769-66
C NRs AP6031724

of

Fig. 1. Phase equilibrium dia-
gram of the Mo-Co-Si system at
800C
Mill,
Single-phase alloys;
2 tuo-phase alloys;
T- three-phase alloys.

colst

a 0
0
0
OW Mi
IV M 4

ww

L
AP6031724
and in M05S13 and Y,03Si, about 5at%. The solubility of ailicon in M06CO7 vas
12 at% and in MOC03, less than 5at%. The solubility of molybdenum in silicides vas
found to be insignificant. Orig. art. has: 2 figures and 2 tables. [TD)
SUB CODE: Il/ SUBM DATE: 21Dec64/ ORIG REF: 007/ OTH REF: 008/ ATD PRESS:
5090
hs

Concerning the article by B.M. Graevskaia and R. U. Keilina *Decrease
in the oonsitivity of animals to fatal domes of X rays following
irradiation with nonfatal doses."'Biofizika 2 no.6r764-765 157.
(X RAYS--nYSIOLOGICAL BFMT) (MIRA 10:123
(GRANTSK'AIA, B.H.) (KEILINA, R.IA.)

17(10)~
VAOTHORBI
TITLEt
SOY/20-127-5-53/56
Yarmonenko, S. P., Kostyanovokiyp R. G.
The Effect of Methyl-bia-(O-chloro Ethyl)-amine (H112) on Frogs
Under Hibernation Conditions I
PERIODICALz Doklady Akademii nauk SSSR, 1959, Vol 127, Nr 5, pp 1125-1127
(USSR)
ABSTRACT: The chloro ethyl wainee Iespecially HN2 are typically radio-
mimetic substances (Refs 1,2). They reproduce distinctly the
radiobiological effect (Refs 1-8). The analogy in the effect
of the radiations and M12 also concerns the preservatives against
the damage caused by them (Ref 9), e.g. the radio prouervatives
of the ,mercamine type (Refs 10-14). All that proves the com-
monnesB of the cor,cerning mechanisms in certain stages of the
biological effect of the two mentioned factors. The authors'as-
sume that the rad:Lobiological effect is caused not only by the
short-lived radicils (H0,1 OH, H), but also by more stable in-
termediate products of t is latter. Therefore, they say that HN2
imitates the effect of these intermediate products. In this
connection it is important that the radiation- as well as the
Card 1/4 radlomimetic effect are based upon certain chemical reactions

SOY/20-127-5-53/58
The Effect of Methyl-bis-(P-chloro Ethyl)-amino (H92) on Frogs Under Hiberna-
tion Conditions
Card 2/4
the rate of which is bound to depend on the temperature. The
radiation diseano of frogs (Refs 5-17), mice (Refs 18-21),
rate (Refs 18,221, Spermophilue (Refs 23,24) ' Snd Myoxis
(Refs 25-27) devalops extremely slowly at 0-12 . The latent
period and mortality characteristic of the concerning dose
occur at room tenperature (Refs 16,25). The data on the tem-
perature dependence of the alkylating agents are very rare;
thorough investigations of the effect on the entire organisms
are not known to the authors. In the present paper the intoxica-
tion course with.HN2 at low temperatures was compared with
analogous data cn the radiation damage (Ref 16). The experimen's
were carried out with 100 female and male grass frogs (Rana
temporaria). Thet experimental frogs were kept 24 houra before
the introduction of_HN2 at 0-1 0 1 the control,animala put into
a thermochamber (18 200). Both groups had a biological control
(20 intact frog;3 each of them, kept under analogous conditions).
HN2 was introdu.,ed as aqueous hydrochloride solution in doses of
40, 60, and 200 mg1kg into the leg muscles of the experimental
animals. The coatrol animals died according to the above doses

SOV/20-127-5-53/58
The Effect of Methyl-bis-(O-chloro Ethyl)-amine (HN2) on Frogs Under Hiberna-
tion'Conditions
within the follcwing days; 5-12, 1-3 days, 3-6 hours respective-
ly;- or 30 days (animals did not die), 5-12, 3-4 days respective-
ly at low tempezature. The frogs treated with 40 mglkg HN2
showed under the control conditions (16-20 ) after 2 days the
symptoms of the radiation disease and died after 3-6 days.
Figure 1 shows the dynamics of the dying. No satisfactory ex-
planation exists for the time being for the deceleration of the
radiation disease by low temperatures. Most of the research
workers assumed a deceleration of the metabolism processes. The
authors consider the mentioned phenomenon to be unequivocally
clarified: the initially mentioned intermediate products react-
practically instantaneously with the biosubstrate at usual tem-
peratures. The results obtained agree well with several ex-
perimental facts(Refs 16925p3O).There are 2 figures and 30 ref-
erences, 7 of wh1ch are Soviet.
Card-3/4
ASSOCIATION: Institut khimich3skoy fiziki Akademii nauk SSSR (Institute of
Chemical Physics of the AcadEmy of Sciences, USSR)

17 00)
Krasnykh, I. G., SOV120-123-6-63169
- -UTHORS: Zherebehenkoi F.
Lebkova, H. P., Yermonenkop S. P.
TITLE: The Influence of Local Asphyxia of the Bone Marrow on the
PERIODICAL;
ABSTRACT:
Card 1/3
Course and Result of the Radiation Disease
Doklady Akademli nauk SSSR, 1959t Vol 129# Nr 61 PP 1427 - 1429
(USSR)
The transplantati)n of the bone '.marrow of a donor is difficult.
Since the sensitivity of individual organs to radiation can be
reduced by local asphyxia caused in these organs, the authors
tied up the hind legs of test animals. If the lower third of
the upper thigh is tied up, complete hemoetasia and, consequenc-
ly, hypoxia occuxs in all lower partep even in the bone marrow
of the lower leg.-263 white rate and 503 white mice were in-
vestigated. They were exposed to total irradiation of 700, 750,
and 800 r (intent.ity of dosies: 49 and 32 r per minute, respec-
tively). A round rubber band was used as a tourniquet which was
applied before i:?radiation and taken off Immediately after irra-
diation. The tou:.-niquet proved to be favorable for the courae
and results of t'Ae radiation damage in all experiments (Table 1).

The Influence of Local Asphyxia bf the Bone Narrow on the BOY/20-129-6-63/69
Course and Result of the Radiaticin Disease
40-80%.of,the mice of the test groups were still alive on the
twelfth day (doses: 700-750 r) whereas all control animals died
on the 6th - 10th day. Only 10-50% of the mice were alive on the
30th day. The average life period of the test animals was con-
siderably longer titan that of the control mice. The results
with rate were similar. The fact whether one or two legs had
been tied up was n,-.)t essential for the surviving of test animals.
Novocaine was locally used in order to eliminate the effect of
functional shifts due to the pain reaction in applying the
tourniquet. The efl.ect ofasphyxia was not reduced by this. This
effect was determined'by counting the degeneratively changed
nuclei and the mitotic index on total preparations of mice and
the micronecrotic oenters of rate (according to M. 11. Meyeell,
Ref 18). Figure I iihows that local asphyxia considerably de-
creases the degene:?ation of the cells of the irradiated bone
marrowp and considorably increases their mitotio activity. Rate
had about 65~ of micronecrotic centers less than the control
animals (3 hours aTter irradiation). Local asphyxia of the bone
marrow had no considerable effect on the intensity of leucopenia.
Card 2/3 The lower degree of bone-mairow injury is probably due to the

The Influence of Local Asphyxia of the Done Marrow on the SOV/20-129-6-63/69
Course and Result of the Radiation Disease
reduced oxygen concentration. The effect of low metabolism has
also to be taken into account. The effect determined combines
with the protecting effect of mercamine. It can be maintained
that the first effect will be increased by the complex of
therapeutic methods used in the treatment of radiation diseases.
Mercamine hydrochloride was synthesized by F. Yu. Rachinskiy.
There are 1 figure, 1 table, and 19 references, 8 of which are
Soviet.
PRESENTED: July 5, 1950, by 1. L. Knunyants, Academician
SUBMITTED: July 5, 1959
Card 3/3
- - - - - - - - - - - - -

~M4 W--Y
KRASNYKH, I.K.; LEB(YVAq, N.P.; YAM40MKO, S.P.
Protection in early radiation injuries of the bone marrow.
Med.rad. 5 no.405-3.' Ap 160. (HIRA
(RADIATION PROTECTION) (ETHYIAMINE)
(HARROW)

N.P.; YARMONEAO, S.P.
ZHEREBOHENKO, P.G.; LRASNYKH, I.G.; LF.BKOVA# ----------------
Protective action of local asph~~ft of thQ bOnO MaITOW in acute
radiation injury in Snimalde Medorad. 5 ho~*10;28-3 160*
WU 3J,: 2)
(RADIATION SIMESS)
(BLOOD-GIRCUIA.TION.9 DISORDMS OF)

1 32753
S/205 6i/601/006/013/022
9712409 A)~_77_()9 D243YD305
AUTHOR: Yarmonenkog SoPa
TITLE% Influence of cystamine on endogenous tissue respi-
ration
PERIODICAL: Radiobiologiyal vo it no. 6, 19619 903 - 904
TEM The effect of cystamine dichlorhydrate on the endogenous
tissue respiration of the splien and kidney was investigated to
try to clarify the mode of actton of mercaptoamine radioprotective
substances., 150 mg/kg of the preparation were introduced intraperi-
toneally into 60 sexually matureq healthy mice of both sexes. The
mice were decapitated after 30 - 60 hours and the oxygen demands
of spleen and kidney extracts over two hour periods determined with
a Varburg apparatus. (Abstractor's note: No details given of the
apparatus]. In both organsp tissue respiration increased by 20 %
on average..The results are discussed. The author concludes that
the protective effects of mercaptoamines is the result of interfe-
rence in the energy exchange processes, the "oxygen effect" being
Card 1/2
M 11021M
~WMMWU FARM

32753
3/205/61/001/006/013/022
Influence of cystamine on endogenous ... D243/D305
of prime importance. There are 1 figure, 1 table and 10 references:
6 Soviet-bloc and 4 nori-Soviet-bloc. The references to the English-
language publications read as follows: B. Bergeret and H. Blashko,
Brito J. Pharmac.g 12, 513, 1957; H. Brenk and R. Van-den Moor, Na-
tureq 183P 46249 153091959.
SUBMITTED: January 25p 1961
Card 212

YAMONENK09 S.P.; LESHKOj Yu.P.; 14INEM# A.I.
Plastic cages for amall laboratory animalB. Lab. delo [7) no-4:
55 Ap 161. (LLBOR&TORY ANDILLS) (HIU 14:3)

e_A_ VL
UTAM, A.A., prof.; KURLYANDSKAYA, E.B., prof., doktor biol.
nauk; XAIWQ red.
[Materials on the biological effect of high-energy protons)
Raterialy po biologicheskomu deistviiu protonov vysokikh
energii. Moskva, Akad. mod. nauk SSSR, 1962. 116 p.
(MIRA 17:4)
1. Chlen-korrespondent AMN SSSR (for Letavet),

S/36.5/62/002/000/037/042
D405/D301
AUTHORS Rapoport, 1.11k. Y~rmoncnlho, S.1310 -and wrunina' G.A.
ency of muta-
TVM:~: Effect of Ugh-eniergy protons on frequ
i "a tions-
'SOWCE: Problemy kosmicheskov biologii. v. 2. Ed. by N. Sisa-
kyan and V. Yazdovslc3*.y. I-loccow, lzd-vo IN SSS-Rt 1962,
370-386
TEXT: The study of the effect of high-energy protons on
,in 4,
frequency of mutations is inportant ov g to he act that pro-
'4D 000 Nev constitute a major COMDonellt of cosmic
adidtio --at,,a radili"f-1-00- surface, this
I C R in a
entr~tild,~In,y~rticillar~ In tl
-6-6VoWn leing-conc
-plotron of
In
ftw::bex~~iaa=ob M-the---~bynchrocy
int- nstitute- -2~-O-r -Ildc ear~R-esear
J
0 D
I)e ai77iii&l-. thid--r -t7dl
.1-athiaF~off=- culatlo,w-are-_deai~ribdd in t rdfarence a
i 62~c Wil- "-ales--' 39 iid-7-subjecte 4roton-irra--__
-OP _i46
ation.- Conclusions: Protons f 0 _t
Card_V,3_
717 OF
A

S/065/62/002/bOO/037/042
_D301
Effect of high-energy ... D405/
LOIw -..,r r ng al out:an increase in the frequency oi recessive
mut at ions. -in-.-Dra phil
s a-I c chromosomes~.that--is-pro-I)ortional
t 6 ---t 4 it - ti -c
-he7 -i,-const -_~ --~- 2 c
__-U. Ing a urve-mu atiolv==_
_vs-i-do-se- ry- 0 curve-for
eclue VC, siudlar-t ---the--corre-spondint
_MICY
gaum radiation. The measurement oC the krequency of recescive le-
thal mutations !for doses of 3980, 9165, 10745, 11435 and 12140 r
duriftg 6 cxperimonts showed a shra-p drop in the mutation yield of
irradiated s1permatogonia as compared to that of irradiated spennato-
zoids; the main reason for this is apparently the disproportionate
rate of reduplication of gonial cello vith chromosome abbcrations
and semi-doninmit and d(rainant lcthn~Ls with respect to those lei't
noimal, and not the low mutab-.~'.Iity o' s_)crmatogonia. (~n comparing
the fertility in the first gencration of crossed males, it is found
that the frequency of dominant lethal mutations in the irradiatcd
spermAto2oids has a simi
ilar pattern to that of dominant lethal muta-
ti3ns due to I.- and gama ranai-ation. The curves for the frequency
of sterility and. semi-ste.rility mutations are similar tc those for
-other mutations. , The -fact.- -th, L
-it the mutability curves retain their
when the oxygen concentration~increasea suggests that, in
are- -2/_3
2;

17

Fluorescence microscony of the bone marrow following subjection
to radiomimetio substances. Med. rad. 4 no.3:52-57 Kr 159. (MIRA 12:7)
WERow) (numsomm KICROSCOPT)

ZHEREBCHEUKO) P.G.; SLFVOROV, N. N. j SHASHKOV , V.S. I Y4~L~1-011LIIKTJ- -8-P.),
MOROZOVSKAYA, L.M.
MechaniBm of the radioprotective action of 5-bydrax7tr7ptophan.
Radiobiologiia I.no-5:789--791 161. (141PA 14: 1-1)
(RADIATION PROTECTION) (THYPTOPHAN)

17 (10912)
AUNORS:
TITLE:
PERIODICAL:
Kostyanovskiy, R. G., Yarmonenkp 20-127-6-42/5-P
SOV/
A Comparative Analysis of the Biological Effect of Ionizing
Radiation and of Methyl-bis-(p-ohloroethyl)-amine (HN2) Within
a Large Range of Doses
Doklady Akademii nauk SSSRj 1959, Vol 127, Hr 6, pp 1294 - 1296
(USSR)
ABSTRACT: There is a characteristic dependence of the lifetime of mammals
on the irradiation dose.(Refe ls2). Aayewskiy et al distinguish
5 ranges of doses which, in their opinion, reflect independent
detrimental mechanisms: they cause the death of test animals
(100-1200 1200-15,000; 15,000-30,0001 302000-100,000; "
>100,000 r~. In the second of these ranges, the lifetime'is in-
dependent of the dosep and is 3-5 days on an average. The life-
time is rapidly reduced with an increase in the does, and at
1009000~t death occurs during irradiation. From 30;000 z! onward;
apasmd and other symptoms of a detrimental effect on the central
nervous system occur. At doseo,of 20,000-50)000 r, an indri-
pendent detrimental mechanism -,the damage of the nerve centers-
is said to act in oontrast'to'the "peripheral" or "reflex"
Card 1/3 mechanism, the latter occurring with smaller doses (Refs 3A).
M71 -- ~-_T

A-Comparative Analysis of the Biological- Effect of- SOV/20-127-6-A2/51
Ionizing Radiation and of Methyl-bis-(A-chloroethyl)-
amine (M) Within a Large Range of Doses..,
In connection with the deliberations previously expressed
(Ref 5) by the authors concerning the utility of radiomimetic
representation of radiobiological effectej they investigated
the detrimental effects by doses of from I to 2,000
,' 4 f
M12 administered intraperitoneally to 568 white mice in the
form of an aqueous hydrochloride solution (0.1-0.5 ml). Fic-
ure 1 shows the dependence of the average lifetime cn the
M12-dose as a logarithmic curvep as compared to the Rajewskiy-
curve (Hof 1). Both curves coincide at one point which cor-
responds to the minimum, absolutely lethal, doses.(750 r and
4 mgAg). Already a casual comparison of these two curves ex-
cludes any doubt about the close relationship of the phenomena
represented by them. The blood investigation showed that in the
case of M12-doses lying on the horizontal part of the curve,
death occurs in connection with an extensive Bupp;ession of
blood formation (Table 1). This agrees with the results'obtain-
ed during the "acutest" form of radiation disease (L. F. Samen,:r,~
Ref 3). Besides the above analogies in the charaoteT of the
Card 2/3 two curves, also very interesting differences are found. In

A Comparative Analysis of the Biological-Effect of - BOV/20-127-6-42/51
Ionizing Radiation and of I-lethyl-bia-(P-chloroethyl)-
amine (HN2) Within a Large Range of Doses
spite of these differences, the principal similarity of the
two said dependences cannot be denied. Even if the complicacy
of the pathological process caused by the HN2-intoxioation is
considered, 2 leading detrimental mechanisms can be distin-
guished which bring about the death: a) In the range of the
horizontal part of the c'urvej the detrimental effect on the
rapidly dividing tissues, particularly the blood-forming ones,
seems to be decisivel b) In the interspacee b and v, tho ii-
male'die at symptoms of a detrimental effect to the contidl
nervous system. The 5 interspaces-by Rayewskiy only reflect
2 mechanisms of the radiation death. The two mechanisms must,
however, not be opposed to each other. There are I figure,
1 table, and 7 references,.4 of which are Soviet.
ASSOCIATION: Institut khimicheskoy fiziki Akademii nauk SSSR (Ifietitute of
Chemical Physics of the Academy of Sciences, USSR)
PRESENTED: April 6# 1959, by N. N. Semenov, Academi
cian
SUBMITTED: -
March 31, 1959
Card 313