SCIENTIFIC ABSTRACT YUDINTSEVA, YE. V. - YUDITSKIY, F. L.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001963110014-5
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: March 15, 2001
• Sequence Number: 14
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

:U-SSR Tlent .Fh~Dlology. noral-Nutrition.
Abo Jour'
ief Zhur - v0 8' 1958 No 3425P
estrblishedi- The ebsorption of isotopes by plents of the
Poilculture hers slowed down, due to the absorption of
svMs b~ voil.- Redioictfve isotopes entering into the nbnve-
ground portion of the plent, concentreted 11rionrily In the
strv;,,, less in the husic Fnd reletively querAity of t~t-
rm-i-victed in the seeds. Sr9O vica reemvIrtin- in the seed5
in a significent quentity. By c-plying r-dicective isoln-cs
to the u-oDer leaf surfeces of sun flo,lers r-nd bems, estp
blished W"leakeriing -of their movement cbout the --lents. Sr
vrs Ecemuleting, for the lErge Fert, in old orgprs' while
cs137 v2s cceumulpting in young orgrns. Applicc-tion of
isotoi!es. in- later periods of grovith, helpad their occumulG-
tion in the seeds.. 1.1heet end cat plents vre nore suscep-
tible to the-hermful effect of redioretive ei~,.cnvtion in
Card,2/3
17

M-SR/Flant Pl,~midlogy. Mineral thybrition 1-3
Abs Jour i Ref zhW N6-7 19~8, No 29388
Author Maiakin 16M aints
Inst Hot Given
Tiae :s The, Intalm Into Plants of Radioactive Isotopes of
Strontium,, Cesium$ Ruthenium., Girconium and Garium
Orig Pab Dokl. AN SSSIR., 1956.9 JU., NO 1.. 206-208
Abstract The radioactive isotopeB of Sr and Cs in water cultu-
Tee in 0.05 re-urie"tor concentrations actively
centered into above-ground part of the plant., but Zr
and Ru were detained in the roots, The content of
radioisotopes in plants increased at the end of vege-
tation. Tbay had no barzfa effoot on the gants.
In an experimnt on onto at a radioisotope concentra-
tion of 1 moruie/liter a decrease of the yield was ob-
served, In both cases the radioactive Isotope accumu-
lated mway, in Us vegetative organs and in relatively
small amomtB in the reproductive organs,
Card 1A

kg -
J

Courit~~y USSR
catnaory Soil Science. I-ineral FertilizIers.
Ab3. jn,,ar. 53414
Gulyakin,!.V.; Nudintseva, Ye.11.
-Inntit-at. Tiiqiryazev
Plant Uptake of Radioactive FisLion. Products and
Their Accuriulatioii in the Crop after the Applica-
tion of Lime, lfumuo itrid Potash Fertilizoils
Izv. TLmiryazevsk. s.-kh. ak (I., If)5 "o.2, I'll-
140
f,b5tr-,ct
Card;
Lime and ocmpost villich proluotuo fixiatioll ja tile
ab 58 rbed stiate of stront (Sr~,9 and
earium (CF,144) - i, (I
Sr P , ru,,henitur. Ru and
cesiurn (cs137), whan applicd to the nuil, reduced
the plant uptake of these. A considerabl,, smullerl
.Y
L Ij
content of deoomposition products is noted in the I
xeproductive orgens. The authois consider it all
oportune time to raine tile qua-,tion of possible
spreading of radioactive deconj)osition products
in nature. --V.V. Prokoshev

USM/Plant.Ernysiolocy Goneral,
fibs Jour Ruf Zhur - Bioltj No 21, 1953,- 95596
Author Gulytdcin I..V.,,, iMaints ;va; Y,.; OV
Inst Timiryazovsk Adricul'i'mral AcadL7.
Titlc Effcct on Plante and ILarv,-st Acew-mlation o? Rarlijact
Fission Products wit'.., Distributions ia t*.,,.~ S:A1.
Dria Pab 1--v. TirdyazQvsk* s.-kho almdol 1957, ITO 31 53-6c)
tative and snall lt~d plot experitionts vit'i cats,
Abstract In v
w%~nt,, pc;a and ndllet w,ic'.i wxc conducted on p_idz,.lic,
avQraa,, clayey vell-cultivatcd soil, t!,e offuct of _:'icsion
pro ducts of uranium on plants vas studied; mainly of '-,c;ta-
xitters, with a smal adLd.,zturc of gamm-cmitters, witI. a
mas
.-alf-lifo of pcriod 300-400 and nore days. LU ta -
blisl.,cd that the harmful ~I.Icct on plants of radioactivc
emposure to fission produc~l of uranium depends on theit
Card 1/2
USSR/P1aIIt.P_IYr-iol'.)Lzr General
Abs Jour Rc:f Zliur - Biol-) 110 21, 1950, 95596
dc,,)tll in the soil and on t:-.Q loioloCicai featuros of t'~Iu
plantas During t4clolvadinZ of fission products in con-
tainars filled of s:)ils a '-,amful cSfect on poas was na-
tcd. with, a dozage of 1 -mcurio per I kp, of soil, and in 1"ne
case of application iii Uto uppcx part of the containx -
With 0o5 1'Acuria p,-r. 1 k;~. According to the data .3-1 '.LL~
authors, ~meat and milLit arr- nore sensitive to rnd,*,_Iactivc
C!Xposuro than oats and p,.~_,s. Entry into the plants ana
harvest accurmlation of radioactive fission products is
ir-croased with an inercasu in their dosageo; ',,,owcv,,r, with
haimful dosages: their entry into the plants docrcast2s.
if the fission products are set deep in the soil, their
entry into plants and '.-.armful effect decrease sharply.
Application in uodzolic roils of liua and 44M.1us also dc-
creases the content of fiss-ion products in the harvest of
agricultural plants. -- D.P. Pleshkov

Uss oil science. General problems.
I- Ref Zhur Diol., No 19) 1956, 86684
Gulyakin, IN., X~~diqt
Timiryazev Agricultural Acade,,qy
Plant Uptake of Radioactive Fission Products and the
Soil's Biological Purification from Them
Orig Pub Izv. Timiryazevsk.P.-kh.-skad., 1957, No 31 81-109
Abstract The plant uptdke,_distribution in the separate oroang and
accumulatipp in the crop of Sr-90 Y90., Rulo6 Rhlo~,
C 137, CeI44, lpr144 yD95, co60 and a Inix`ia-e
s Y91, Zn95 U
o and. d,--emitters containing the rzijority of the
-indicated radioisoto-oes vere studied in vegetation expe-
rimnts.with wheat, peas, oats and kidney beans in aqueous
cultures. It, was deminstrated that -with placement of 0.25
microcutie,of each radioisotope per I vessel (5-5 liters)
Card 1/3
USSR/Soil
-Science General problems.
Abs jour Ref Zhur Biol., No 19, 1958, 86684
a negative effect, on the.plant was not observed and the
plant, yield was almst undiminish -ed. The fission products
'were taken up by the Plant rather intensively and accimi-
lated in large quantity in the above-ground organs. cs!37
and Sr9O were taken up from the solution m�rre intensively
and accumulated in aerial organs in greater quantity than
otherradioisOtOPOB- The major part of the radioisotopes
concentrated in the plant vegetative organs; Cs'37 and
Sr9O absolutely and relatively more than other isotopes
accumulated in the reproductive orEpns. As the plants, age,
the absolute quantity of isotopes in the above-grourid or-
gans is increasea,, but their content-is-diminished er
0 - Y-substance. The uptake of Sr
f dr 90 and CsI3~ in
plants of oats, peas, clover and timothy grass was studied
in vegeta tioh experiments ill soil cultures. It was deter-
mined.that Sr9O was taken up from the soil into the plant
a great deal more intensively than cs137. Plants can to a
rl.~A 0/2

WSR/Sbil Science General Problems.
Abs Jour, Ref Z.hur Biol., 'alo 1%, 19581 86684
certain extent,purify the soil of the Sr radioisotopes it
contains; besides, the lighter the soil is in mechanical
composition, the more Sr9O Is extracted from it by the
plants. Sr'37 /csl37?/ is strongly sorbed by the soil
and feebly-taken up by the plant; biological means of
-Ing the soil of it cannot, therefore, be con3idered
purifj
applicable. B.F. Pleshkov

GULYAXINO I*Vs, doktor b1ol, nauk prof.; KIRILLOVA, H&H.
mladchly nmuohviyy
sotradnik; KMOVEM, A*V99 WA, nol'skokhozyaystvenny" nauk;
-70IMSMA, To.V., )mrd. b1ol. nEak.
Effect of.radiothorium on the growth end yield of wheat (with
muUmv in ~:Dgushj. Imv. TMA no.6:7-18 157. (MIRA 11:3)
Meat) (Plants, Affect of radiothorium on)
'g
R

GULAYKIN~ 1. V. aa i~:r~A3 31 V,
"LVtake -of Strontium., Cesium and SMe Other Fission Products by Plants and
UheiT ACQUadution in crop Yield,*"
Mar to be -presented at the. 2na UN lutl." Comf on the pmeeful. usea of Atomic
Energy., Geneva., I -13 SePt 58*

I!

GULYAKIN, 1.7t, prof e9doktor bioIvnauk*,_TUMUSEVA,-~YV . kand.biol.nawk..
starabiy naudhneyy sotradnik; PBTROVA, R.K., nauchnyy sotrudnik.
-II - Rsaiootrontium iwrslAtion-to calcium, and radlocesitm in relstion
to potassium in soil and plants. I%v., TSW no.5:29-4? '58.
(HIRA 11:11)
(Stroxitium-Isotapen) (Cesium-190tapes) (Minerals In soil)

CultiTatid Plants. 0,'namont
VL
A~
lief zh.UT-?1icIOg'iya3' x959, no. 190.5
"~UT9
.' , 0?
Lotan:Lval Gnx dA;a AS USSP
The Prvb-lem of Prepagatirg Rlvvea by Gre-in
T 'T' 12
brjte~i. cad2 AV &WTI$ I-9ACS
JA
--- th A - twa
e Af t A:OVx -0iF, a &--rrxvpa vpy
b_rI
a2ybrid pclyintho And
ramb-tc;.r. The a~mcrimantr. whirr: rad~ rt 'b,7
Ilaia !;Ptanicaj '3);~rds;3 zix~ce 1r:48. !n t n
1)y2Or.-4r'vDt6 the lzraz 6-ho".-n -?'~ tos -04C. t -
irg W: the -xcan cLttin,-,s of acn' rl.te 0'
gr
.rrodu,nfae b!, the ~~rvw "n-A'Dp-
ezir dates or cutt;~ng. Mrreezvc!i-, a u d i o

170) .,ZOV/20-123-2-45/50
AUTHORS:' Gulyakin, 1. V., Yudintseva, Ye. V.
60 ------
~TITLE- Co Supply to Plants and Its.Accumulatign in the Crop
60
(Postupleniye.co .~v rasteniya i yego nakoplaniye v urozhaye)
PERIODICAM. Doklady Akademii nauk SSSR, 1956, Vol 123, Nr 2, PP 368-370
(USSR.)
ABSTRACT: As is well-known, the lack 'of-trace elements, especially of
cobal't,, causes disturbances in the development of animals and
plants (Refs 1,2). The fact that cobalt is absorbed by plants
in very small portions only, makes it difficult to determine its
absorption and storage in organs during various stages of de-
velopment though even minute quantities of trace elements can
be determined by means of radioactive isotopes. As it can be
seen from publications (Refs 3,4),a Supply of lime diminishes
cobalt absorption from the soil. The authors used wheat (Triti-
cum Persicum) and.peas (the type "Capital") for experiments in
vaterand sand sultures. The plants were,alternatingly placed
into the solution with Co 60 every 24 hours. The Co 60 doses
Card 1/3 applied did not cause any effect on the growth of the plants

60
Cc Supply to Plants-and Its.Accumulation in the Crop SOV/20-123-2-45/50
.(Table 1)..The cobalt absorbed-by the plants is stored mainly
in-the-root-system (Table 2). Towards the end of the process of
growth a relatively greater storage in the overground organs is
observed. The Co-absorption continues during the whole period
of growth (Fig 3) and has-itB climax at the time of maturity.
In this pro.aess the absorption of cobalt is more intense during
the early, stages of development. The Co-storage per unit of
plant dry substance decreases with the pr3ceeding growth of the
plants: in the case of ripe wheat about 5 fold, in the case of
peas.2.5-fold, as compared to.the Co-concentration in young
plants. This is the case in vegetative and reproductive parts
of the plants (Table 4). The relative Cc 60 -distribution is not
equaI in some overground organs of wheat during various stages
of development (Table 4). This bo-lds also for the pea, which,
however, conditions unchanged stores about 8 times the Co-quan-
tity as compar *ed to wheat (Table 5). There are 5 tables and
'4 referenc'es-,'3 of which are Soviet.
ASSOCIATION: Moskovskaya sellskokhozyaystvennaya akademiya im. K. A.
Card 2/3 Timiryazeva (Moscow Agricultural Academy imeni K. A. Timiryazev)

Iif.
Li 5- V, A
V~ A
IR
ZB
ij
PH
a
Isid
11H
.1
jig

GUYAKIN, I.V*', prof.. &Dktor biologenauk; YU3)IU_TSWA Ye V., kand.biolog.
Tiank, StarmbI7 narcbmVy Botrudmlt"~'~~
Effect of continuous fertilizer use on the accumbulation of
-radioactive fission products-In eats. Izv.TSKIIIL no-3:3?-56
(HIRA 1?.-10)
(Oats-wyortillzers and "anuran) (Radioactive suboUnces)
OMMMIM
U,
go
H
g go
Mr,
M-M., S,

GULTAXIA31, I.T.. prof., doktor biolog. mauk. ~MWJUT53VA,jej., kand. biolog.
nauk.. starably maucbAn sotradnik: N=3RG1 Ya., aspirant; L-311M.
3.M., nauchVy sotradnik-
Inveatigating the proportion between strontium-90 and calcium
in soils and In plants, Izv. TSW no.5-.29-46 159 (MIRA 13-3)
(Calcium) (Strontium) (Plants--Assimilation)

WLUJIS, 1.7.0 prof-* doktor biologicbeOkM MAUkI.-TUDINTSEVA.. YGOV69
kmd.biOlO9icbovkIkb nauk
ACCU=Istjon of :rjBsj()n products in different crops as related to
soil properties. Izv*TMQA no*6:19-38 ~q- (mm 13.-6) AA
(RI~dIvactive fallout)

Lli, ~ .,
YI-TUM-5EVA, 10 . V - FAnd
"Agrochemis try of F-ragmental Elements . "
report preaebted at the Seventh InternationBI Congress of the Intl. Society
" C,
of Soil Science, J~,adloon, Wif3coi-,BLn, 15-2-- Au6 1Q'Z.
Soil MISOU-m. Timiryazev Aexicultural Academy, Moscaw.

I.V.j doktor biologicheakik~ nauk prof.j IUD:VTSEVA, Ye. V.,
101 nalak, otare~"i7 naUChDY7 actrudn1k;
L%Pyrigikcmi+~"
Proportion between cenivm-137 and potanslum in soil and Pl&ntn-
Imv) TSKhA no.3;18-29 160.
Cesium)
~3:7 IQ pa
L egg"
iO AV, 0~
M -Mf*gj~m`
RE
05 ,

oioEi -hes',Ik' -,auk, Drof
na'a c nv-l F
K a 00 C '~'3
2ce E of c n 6 8 a c
t n -znma r -Va_, a J s17-
~Fi,ants--~53irnilat ton

GULYAKIN, I.V.; rdDINTSMI, '.e.V.
Plant uptake of some radioactive fi5slon product-s arid their
in crops. Izv.,01 SS'SR. Ser.biol. no.6:874-885 N-Z ""C.
I , Ina sel'skok!~,~,zyaystvennava a~a e
_~ Moskvvskaya ordena Len.. a IT
K.A.Timiryazova.
(RADioAcTrn suBsT.Axas)
(PLANTS-- ASSIMILATION)

MIME, I.V.., doktor biologiehoskWh nauky prof.; jIjVINTSEVAj-~e.v!-I---
Jmr,d.bjojogich9s'kM nauk., Starshiy nauchurf 1~-oti~dzak;
Lr-vnL4,, 7-.M. , nauchnyy sotrLdnik
Effect of the stable si= isotope on the CW137 accession
ce l6i. OIIIPJI 14:1,1)
by plants. IZV" TSYJA no.5:97-3-11
(Sojls-Ca:~J,um content)
(plants, Effect of cesi-um on)

GULYAKIN, I.Y., dolftor biblog. nak3kp prof.; YbDINISEVA, Ye -.V., kand..
biblo . nauk, stambly rsuchn7y swtrsA~t.- 1---ni =lads?-dy
9
naucbW sotrudnik
Effect of stable stro;itluin on the uptake of atrontj=-c,~D I~y
planto. Izv. TBDA- rioii$;97m~105 '63., (MM 16:8)
(Pla,nU., Effect of strbntium on)

BYLOV~ V.N.; MUMIXOp I.I.; IUDL7lTS4V.4_,,.Xe.Y,;-Pa)=L.OV, I.L.;
TSITSIN, VA"; G.S., r-A.
izd-7a; VOLXOVA~ V.Vey tekM* reds
rema-tB of Introduction at the Main Botanical
[Roses; brief
Garden of the AkadenW of Sciences of -the U,S.S.R. ) Ro-.y,-
kratkie itogi introduktsii v Glavnon botanicheskom sadu
lzd-vo Akad. nauk SSSR, 1962.
Akademil nauk SSIR. lloskva
223 p. (MA .15:8)
1, Moscow, Glavm57 botmicheskly and.
(14oscow-Rose.--Varieties)

GULYAKIN, Ivan VaBillyevich;
ANXEY-ENKO, Z.D., red.; IMAZEL-2 Ye.l., tekhn. red.
[Radioactive fission products in soils and plants'Radioaktiv-
nye pmdukty deleniia v pochve I rasteniiakh. Moskva, Gosatom-
izdat'9 1962. 275 P. OMA 16:2)
(Plants, Effect of radioactivity on

1MINTSM, Ye.voft kand.biolog. nauk, starshiy nauchny-y, sotrud-,Ik
Harmful offect of strontium-90. on wheat (with ,summary in 4-inglish]
Izv, TSKHA no.3:94-102 163. (14M 16:9)
(Wheat) (Plants, Effect.of strontium on)

YUDINMEVA, Ye.Y.,, )mnd. biolog. nauk
-----------
-of--Potassiun
Effect -Sodilmp-and. calciUm VC=PVL"WV:-4= the
a
c =7,atlon of ceqium-J37-in6rops -1-2v.: -TS-RD. nhA
cur
-76-93. t63.;
R RI'm
R

mo u(,hrjyy sotrudnik;
kand* bicaog. ., star. Ily p_
11,V1!4,11, E.M., r,,,Iadshiy usuelmlyy 'Sotrudnil
Effect of ealciwj, potassiumg and sodiun compoUndS OTI Lhu accumu-
161.
laticon of strontium,90 in crop--. Izv. TSKIM. no.5;20t~--120
(Illlik V. 7)

GULYPYJN,, I.V., dok'or bir. prcf.; IUDINT.Sl!'ITA, fe.V... kand.
ul:~g
bioiov muk, starEihly "H
r
Effect of a jnetlij~-dlc4j~ l)-so et i'er".4-lizare on the aammulation
SM
of radioif~otopes in
(MIRA l7a)

111 D 11, rr S EV'
y
adi OtCpe.S C Z;L
5-n z
Fjj of -;(,i J.Lb~.-.aloriya Mool
i%!;t ver.
wuy
ts'
V-z
-j3.

SK
IS
-P -

6 0 0 0 0 0 1D ory-two-w-wwwwwro -8 -0 -0 -0 - * e e a 4
a,j

00
Go cb

got The cbtmlcsl 3utwo d retimUt.

11.5 2A moaths trabrynuk dcvtV
mimbn hoex wrrv
rDtrin
wr fibms
so h t, t
p
y
l Move bimpk proirlm.and o1ber e*tr.)rtiv". compirx
l
A
d b
ki
i
-
n.
n a so
y sca
nx
protritis arm romore
ot
god
fbar vro 4DI71abnd ).2 f. fat-JnT, air-djirdl, uiffi a

0.3
siniur wrm p7rW31; tyrosine anti cy3itint! wext aly*nt.
H. N"Ikv

iRIP th

j 1. 451.SL4 XTIAVL10,10M &ITERATWE CLASSWCATZ-11
; d4 X, At Ix- a- 9-1 it ;, m. 'a, ;
4.T0 u Is AV v is i
0 0 4) 4b o 6 * 0 0 0 a 0 a 0 *10 0
0
-00
r,()o
00
coo
coo
CC*
Zro 10 -~M
rfa 0
:!0o
-00
t:ov
IA
U 6111 1 % 1 -1 2 s, 0 1,
W" 1
S 0 a 41 0 0 000 0 cO c0 0 0
66008060660GO660,300, 14

GULYAKIN, I.V.j. prof., doktor biol. zauk- YU-DINISEVA, Ye.V., doktor
biologo ~a~; KORM-KINA3 AV,.,
Effect of mechanical fractions of the soil on the uptake of
strontivm 90 by a plant. 12v. TSKU no.4g36-.47 165.
(MIRA 18:11)
1. Kafedra agrokhinii ibiofideheskaya laboratori-ya Moskovskoy
s8l'akokho2yayBtvennoy ordena Lenina akademii 1-meni Timilryazeva.
Submitted Fehmary 16, 1965.
R-It
R MIT

TOSCRESIMIL Iliko'187 Alskmilrovich; YUDIT AlIn Ivano a;
318TA, 12smars Mikba7loyna; T-MSKOVICR, V..4.. red.; T3-
BUNDY, A.I., spots.. red.; FOIWALILWI, Ye.A., tekhn. red.
Ecomparati ve evaluation of various mathods of fish sno)Z-
img] Srisvnitellnuis otsenka razlichnykh sposobov kopcheniia.
Moskva, Vs8s..nauAno'-issl. in-t norskogo rybnogo L-hozialstva
i okennograflis 1960. 4i i). (HIRA 14:5)
(Fish. bmoked)
P'.

70;TSYMA~ A.I., kand.tokhn.nauk; L'E~VA, T.Mv., nladshiy,n4uchnyy sotrudniY
I
YAothodB of separation and qaalitative analpis of ph-enols
omoked fio4 Trudy,101111W 45.-47-56 162. (1-URL 16:5)
(Fish., Smoked) (Pbenolo.-Analple)

-N

USSR Chemical Technology. Chemical Products and Their Appli- 1-30
cation. Fooa.1naustry.
Abs. Jour Ref Zhur Khimiyax No 3,, 1957, No 10450
Author Yuditskaya A0119
Inst lot given
Title Dr:
k Proteins from Low Value Small Fish

"_11AKOye. A-62-No-, 4 __6
i- W-90-5 -59-
Abstmets A method Is described for the preparation (on a semicom-
m

ere
ial_scale)~Of dried Droteins from low-value small fish
(Pollack and ruff) of different oil contents* 9he process
consists in the separation of the more valuable nutritive
proteins from the raw fish, and in the processing of these
proteins, to give them -certAin properties, Me separation
of the proteins is carried out by treating the fish meal R
with a 0.25 - 0-5017aOR solution and allow-Ing to stand
fOr-- 15~17 -hours --at - -~he --usual te=-_crature, after which pe-

Card :112

USSR Chemical Technology. Chemical Products and 7heir Appli- 1-30
cation. Food Industx-y.
Abs Jour Re.f Zhur- Ehimiya, No 3 1957., iio 1o450
Abstract riod the muscle proteins dissolve. The proteins are pre-
cipitated-in the form-of an abundAnt yellowish white flaky
precipitate from the alkaline solution by acetic acid; the
precipitate is extracted for oil, alcohol being used in the
case of lean fish and ethylene chloride, in the case of oi-
ly fish. The protein.is nade soluble in vater by treatment
with 1-5 - 1.6% VaOH at 1000 for 15-20 min. The solution is
neutralized with acetic acid, clarified with perhydrol, and
dried. The yield of dry protein from lean fish averages
13%, and from fish of average oiliness, N~ oily fish yield
an average of 7% proteins.".The chemical composition of the
dried protein is as followsi moisture content 7-9 - 8.65%,
oil traces, inineral substances 11.94 - 12-59%, nitroge-
nous substances 78.76 - 80-36%. 7he wastes are processed
into fish meal for feed, which May amunt to 5-10% of the
weight of the raw fish.
Card 2/2:-

MAXEM MV 0 5 YUDI red.,- TSAY, A.A., te-khn. red.

zSSE, 1962. 12 p.

Tasl*ent, Yledglz*
-feve IS)r u
r arj8tjDa.
--
(MIRA 16:3)
(SCARLET FEVER)

4
,7

LLL-' za:L

Institution: None
Title: On the-Problem of the Ast of Falmdrops
origbml
Periodical: Hoksla darbai Yilmiaus wiv-,,1955, 7, lkl-!150J lithuanian resume
Abstract; A Aeasurenent sras.made of the radioactivity of rain with the aid of
a setup using ~d Geiger-Mueller counter Based on the analysis of
the ratios of-PaA/EaB/Rac in a sample of rain, conclusions are drawn
concerning the duration,of the precipitation of the active substance
ps and an eBtizate is madde of the tine interval -C from the
on the-dro
time of the seeding to the,time of. the preciyltation of the droplets
frm the cloud. -Table is given for the valu~js of r- obtained. In
each case.there is given a brief description-of the rain. The time
is calculated and anounts $p tens of niputes and hours. It is em-
phasized that this attempt of,determining T is the first and there
are- still many problems to be. clarified
.Card 1/1

Yu D 1r5 K19 YA) V.
YudLtR~aya, Belorussian Thstitute for Advanced Traimir-,Z of i-, ry -
-H~ians, Zdravookhraneniye-.Bolorusaii., No 3, VAr 57, p 10"J
Observations made by the author have shown the. blood coagulation-in
L~ man is conslderaWy increased under the influence of nicotinic acid. On
.the average, a 0.1 dose [sic] administerea intramuscularly results in a
threefold increase in blood coagulation in mar. Nicotinic acid may be
lation. ~U)

USSR/Pharmacology!- Toxicology. Chemo-TheraDeutical Pre- U-7
paratIons.
Abs Jour Ref Zhur-Biol., No 7, 1958, 33055
Author :_jUAj qxn L.-J.
Inst : Not given
Title : Effect of Penibillin on Blood-.Coagulation in
Hemorrhage.
OrIg Pub -..Zdravookhr. Belorassii.,-.1957, No 5, 3.3-34
.Abstract The effect of pe.nicillin on the duration of lie-
morrhage., and the.time of-blood coagulation was
studied on 79 patients (511) observations in the
therapeutic, surgical, and-oto-laringolo-ical
sections. A single dose of penicillin was equal
to 100-150 thousand units; the course of treat-
ment comprised up to 25 million units. No rerru-
0
lar chanbres in the time of coagulation or in the
hemorrhage were noted in any of the blood samples
taken at various times in a 24 hour Deriod.
Card 211

2L-
HUR fudi Ivil -i:Il e"a 1

sl a
R7~d

to

ti
14 Z' ~T

d
ni m.)t ai.

he I r ~o f.,
'D C.
l
n -in 3~~ t e
i
i a

JX13
4ezef Mac,",
h ll 7 N
Ulm

p", F~

S-A-; TINDSMIX0. Y.G.; YUDITSKIY, B.D. (Stalino)
Zk7elolorlcal and hygienic characteristics of new models of
gen respirators for mine rescue crave. Gig.truda I prof.
zab. 3 no.4:54-55 JI-Ag 159. (HIRA 12:11)
TSentralInaya nauchno-issledovatellelmya Uboratorlya po
gornospasatelluonn delu.
(RESPIRATORS)
R
_RRM
"M I
M

TDITSKIT. BeTa.
%f retautasis of choricepitbelioma Into the lung. Vest.rent.i
Case c
rad- 34 U0.5:70-71 5-0 1590 (MIRA 13-3)
1. Iz PermBkogo oblastrogo-onkologicheskogo diepansera (glavnyy vrach
ma. isakova) I kafear'y rsm~genologll I radiologii Permakogo meditsin-
skogo imotituta (zav. - dots. Gel, 1~rlova).
(CHORIOWGINON& case reports)
(Uma

YDITSKIY;, B.Ya.
~Cass of a 10-year follow-up of a patient ticated for a nazliLmant
tumor Of the testis'. Urologiin 26 no.2s6l+-65 '61. (MJ-'RA 14:3)
(TESTICLF-CANOR)

cilu" ~vlll,,
Effect of s ~>d fv-n n! 1: na t e ribolla-Ari &r.1 ft~-Ililz cr:
phi-goc-,,ytoals in tht~ Cf -K-ray fli-I'vap"
I'd
Pied. x-nd. 10 1659
-M .
Y o:;man) Pw,rm,,kog~

VIVO
W v
j7j
. . . .. . . . .
M
gp
.
u m

sib 1

'
IwA .0 ID
T.!5bwn% RYA, 81
-I V--ZyWn jod - .00
it rtin d0ris eAh be tlwd W-AIDY 1-* Olin* wrl .08
.)27, Imismult in latmvt
4w ImAt Own to I I- '00

4 Iva
94

age

Zo

so
NITALLUSS"I UTWI-1 ckxswxa" Lee
w Gx

tg It jo n it -..e

u
11 U. NA a 0 0 0 0 a a
'
t
IR
e
a
e
a V
c e e

H I
so I
n -Mmmm.
mp
Qqp
Ow RM
zoo
Dal

YUDITS11y, J).O.
InDi;allatioz diagram for decoction tank manometers and safety valves.
Spirt.prom. 20 no.2:42 '54. (KLRA 7:6)
(IIquo7 industry) (Manometer)
ER
M -
d: Ain
R~

YM' Tsxpr;
Praliinm of the selection of rectification anDaratus. S-Dirt.
Prono 24 no.6:13-15 1580
(Distillatio-.2 apparatus)

YUDITSKIY, D.G.; RUDAMV, A.A.
Rapid cooking of raw vaterial. Sipdrt. prom, 25 no.6:5-10 159.
WIRA 12:12)
(AlcohDI)
TM
. . . . . . . . . .
MEMO
WSW
-41
I C
-A
QA
'Y IVW-
47
k KIN

YUDITSKIY, D. G.; ZVORYKIN, V. V.1 ANPILOVI 0. D.
Stean eexpenditure In the production of alcoho2 fron z-olazzaB
and in the procesving of bakers yeast. Spirt. prom. 28 no.8-
29-33 '62. t (MM 26: 1)
1. Kiyevskiy tekbnalogiaboaki7 institut pisbeheroy prcmyshlb-~t-
nosti im. Mikoyana (for Yuditaki7). 2. Upravleni-ye '"Ely-evenerr -
naladkn" (for Zvorykin, Anpilov),
(Dist-ming industries-coats)

YLTDITS-M. D.G.
Economic offxcienoy of the use of noder equipment in alcohol,
liqueur,and vodka diotilleriene Spikovzo 29 no.029-11 163.
(MIRA 16: 5)
1b Riyavekly tekhmologicheakiy inotitut pichohavoy preWshiennonti
imeni Mayana.
(DistilUng irAustries-4quiprant avid supplies)

ASHKIITUZI, Z.K.; -YUDITSKIX_~,P:~-q-
__-, - . .
Methods for the water and beat treatument. of corm kernels. Ferm*
I
i spirt. prom. 30 no.1:11-13 164. (MICRA 17; 11 j
1. Ukrainskiy nauchno-issledovatel'skiy institut Bpirtovoy i
likero-vodochnoy promyBhlennosti (for Ashkinuzi). 2. Kiyevskiy
te)dinologlcb~eskiy institut pishchevoy promphlennosti im. Mikoyana
(for Yuditskiy).

D.G. [171dytP~yi,, D.)i.'; MOMN,, i.M.
-r >St:L c la cereal
.L~h-erm-A and te ng 'r a tukpl- 4ndustria-L
ooker' L t65a
0 '*t.-,Y'- Pr=. no-3-.28-33 JI-S .18.9)

-I~ A IT - -
K MA ItIrT."r, -D
YOU Y (3 HTLK B i I N OAAMI -1..V. iG.,
Centra' zed dellva~ry Of C,-I- borl d
-27 165. 13.
31 nc.6. -Z8
.jtlt.vt
ch ns
l.,UlwalXL3ld7~mu n
vodor;tinoy proWold'erincLiti (fclr 2.
tekhno3.ogLcbe:jkly pl-hf~hL-vr3y pm-aysiLlennost.' lmcn~ ~-":,.e~cyana
(for Yudittlskily),

c
YUDIISKIY, 0.
Diproved ~hlgb, nd continuous spt~.,m for t~
ri,-4, Pitorialo in the Vinnittia.Distillory. Fern. 1.
31 no.3:32-36 165. T jjj~ 185
1. Flyevskiv. Ukhnologiolieskly institut pishchevoy promyshlennosti
i-mmi Mikoyana.

YUDITSKIY) D~,G*
ficiency of the prowaction.of dry focd yeaztn fro=
Economde. ef.,
riolasses vinasse. Far--a, i apirt. pro;T,,-30 no. 5;27-311 16,li,,
(1.qla 17, 10)
1. - Uyevskly tekhhologichoony inatitut plahchovoy prOTilyP]LI(,W103tt

W's F;~!Qg- -
q 1- -- 4 iE-- - g
I
MAF~W -04,-,pj;~
'r WN~
MIN

YVDIT 5UY., F., dotsent',L; SAVIN's.; * EMOROV~ F., 3twr:-0):!,y
Testing graphitp ringn in the main en-71ne r-.-^ the,
Govorov." Mor flot 25 no.5:34v-35 fly 5. (MIR-A .18:5)
1. Mningradskiy korabltistroltellpyyz Institut (for Yaditskiy).
2. Star,shiy Hekhqnik teplokboda "Marsbal Govorov" (for !Sn-,rl.-.n)
Leningradskoye vyssheye inzhenernove morskoye uchili J-T-,,nj-
admi-rala Makarova -(for-Yegorov),

System of Separating Condensed Water from Oil In
Tup-of
300-09timm Borbe Power," T.-Yuditakly, 5 PP
"Zor Flot" No 7
lDiscusaea atta'cbments for boilers for the vepa-
ration of condensed. vater from oil. Diagm-ne of
experimental aqua ment, and adaptation to the
tugs "Dezhnev" (1939) and "Riga" (1946).
16r,

YUDIMILY.,_ F_. _CLj
"Separating COndonj3ate 7r= oil
Steam-power pl,,t, 210--Presoure
A4
J)P
"Ibrakoy
%e Cen Sci Rea lust of
COM-Prehenalve perfor, the River plee., cO-duct,d
.a.ce ~
enig"88 wIth 3r,,o-h,,3 tests Of 111&13~preaSure
thorou t0wing power. At same time,
8h atuay 'Was made of the 6
Condensate f~rom oil. 'Yotem Uhich SeDarafea
Of which will result ISets forth Problems, sol j2'
n efficient equio Uu
-vital task. ment f
A&M

'GORHOOT, -B.A.; -YUDITMY- F.L.; NOISEYEV. A.A., nauelwyy radaktor;
BAUM$ kar:~ VM M.Ta., takbnlchazkiy :radAktlD7-.
[Constraction of marine steam anginea (with a cupplementu of
dravlngs)] Konstraktoiia. sudovvkh paravykh maeb-In a priloiffie-
niem Atlasa charteshei. Moskva, Izd-vo Ministerstva morskogo
i rechnogo flota. SSSR, 1953. 343 p. (HLRA 7:7)
(&Sinaa)

YZIDITS a U boviah- GOLOVAROV, N.V.,,iredaktor; VOLGHOK, K.H.,
CpOwerplants of tugboats equipped with MP-10 machinery;
Operatiozal experiened.Silovye ustano*fbukeirov s mashinami
4P-10;~,iz- opyto eksoluatstaii. Uningrad, Izd-vo "Rechnoi
transport," 1956. 78 p. (HXRA 10:3)
onts)

UA !L-)-. U-4-7 Z)
VUdimilr hadim
lioV'Ch"P'6t- dAtt)2' tekhn.nauk; YUDITSKly
reteenzent- XOIUKCV- P-X., rod.
SRUMUOYA.- Z.V., red. izd-;~F,
MATKOVA, SIT.,
Disat calculations for marine staBla
equiptnt based on the thAory-
of similitude] Teplovoi raschet sudovykh parovykh maehin, o9novan-
nyl na teorli podobiie. 310sk7a, lzd-vo RRecbnot tranaoort,u 1957.
137 P. (HIRA
eriginev) (Dinenslonal analysis)

will
~D
OtvOtstvenW redaktor; SAIMIMR,
0 1. tekhnicheakiy red~k-
[Testing obip steam eng'APBI IsPy`tati:la:5llddVkh ParovM m-ashla,
an por, 276 P.
(=A lo.- 6)

IMINXIT 7 z taidat tokbulobes3tikh

AscOliarltles of Us
SrOuPbg Of geared turbine unitg On river
craft. ftdostroonle 23 no.?:206-24 il 157
. (mm lot8)
(PArlue turbluss),. (Gearing)

gzg-kj 'p
alk.

AUTEORS Xu A
ditakly, Fo Lo' /17OJ59/002/10/M/020
311 5/BDOI.
TITLE% The Rebistanoe to wear of Graphite Piston RingaTo a ete-an
Medium
PERIODICAL3 Inibene2mo-fizicheakiy zhurnal, 11959p Vol 20 lir lop
pp 88-92 (USSR)
ABSTRACTS The resistance to wear of graphite piston rings made.of an
antifriction material of the type D produced by the Moskov-
akiy elektrodnyy zavod (HOBDOW 'BleatTodo Factor,71 was tested
in a special device at tfi=es is rachnogo Note, kT:1'911 of the
River Fleet). The basic scheme of the experimental device ib
given (Fig 1). The packing rings are fittod into a bushing
made of cast iron of the type SCh-21-40. The purity ofthe
working surface of the bushing corresponds to grade V7V 7.
Each graphite Ting consisted of three segments vith straight
butts (Pig 2). For the determination of wear the voighino m,-',thzd
was used, and a formula for calculating the opQoifio radial
wear from wear with roBpeot to weight is given. Table I con-
tainB data for the average specific radial wear of piston
Card 1/2 rings made from antifriction graphite material of the ty-pe

The Resistance to Wear of Graphite Piston Rings S/170/59/002/10/015/020
In a Steam Hadium B115/BO07
15JID in dep6ndence on the duration of operation and the number
of'.piston rings. Table 3 shows the results of wear resistance
tests carried out with the rings at vaz7ing pressure drops
between the'lower and upper cavities of the cylinder. The wear
of graphite paokings depends only little on the piston
velocity (Ref 1). The life of a ring made of D-type material is,
according to the results obtained, 1000 - 2000 hours, but
under favorable conditions (oVpr1fOat6dt'.-.iOtOam) and if the
graphite material is impregnated with -metal, life is con-
Biderably longer. Thorough purification from oil is of im-
portance in this connection. There are 2 figureop 3 tables,
and 2 references$ I of which is Soviet.
ASSOCIATIO113 TzentraVnyy nauchno-issledovatolfskiy inntitut reohnogo flotal
g. Leningrad (Central Scientific Revearoh Xnotituto of the
River Fleet, City of Leningrad)
'Card 2/2

SOV/122-59-6-12/27
AUTHOR: Yuditskiy, F.L., Candidate of Technical Sciences, Docent
TITLE: The Mechanism of the World-ug of a Graphite Piston Ring
Consist-Ing of Sepa~ate Segments
PERIODICAL; Vestnik.m;~shino.stroyeniya$--1959, Nr 6 -pp 40-43 (USSR)
ABSTRACT: Graphite pist6n rings, owing to their lack of elasticity,
are made in (usually three) segments. In operation, the
cylinder wall is covered with a graphite film, but
experiments bave shown that some clearance remains between
the ring and the wall and lea%age taken place. The piston-
ring section is surrounded with clearances and lealcago flows
exist in each clearance when the piston ring seals off a
pressure difference between two sides of the piston. An
element of the piston r i r. g, is exam_~nnrd_ -and all the forcoo
a-ating on It are_li~fted under the headings of forces
parallel tv the_cylinder_oaxis-i- radial forces and tangential
forces, The conditions of equilibrium of forces and
moments are formulated and an integration is carried out
along the segment. EvaluatIng the forces, those due to
gravity are negligible. In a cylinder of 120 mm dia, at
Cardl/I

The Mechanism of-the Working of a Graphite Piston Ring Consisting
.,of Separate Segments
600 strokes/min, the maximum.inartig force is 0.3.6 kg.
At a pressure dif.-ference of 5 kg/cm the force uhich
presses the ring against tha piston groove is 120 kg, The
conditions necessary to ensure that the segment is pressed
against the cylindor wall aro distussed. With a realintic
coefficient of friction (about 0.05), the conditions arv
fulfilled at a pronsure difference of 2-3 hg1cm he
limits of ring-sectlon vidth necessary to avoid tipping of
the segment about Its end po:12atz are considered. A width
of at least half the height of-the action is required.
These considerations do not change ftmdamentally when several
piston rings aye arra-Aged in series. Tests carried out iii
an enx-perlmental cylinder of 100 mm dia, with dry/affiurated
steam at z)resBures of 6 and 1 ata, respectively, and a
piston speed of 2.4 mm/aec are recorded in the table, where
rates of wear are given for each of the three piston rings,
The upper ring in the fi'rst 100 I-sours suffered wear at the
Card2/3

sOvKI22-59-6-12,V
The Mechanism of the Working of a Gr phi f27
'Of SOParate Segments a te ston Ring onsisting
rate of 0 78 p/h. The intermediate and lower rings
suffered 92 and 46% of thin rate of wear, resrectively"
Thexate Was much higher ih the first 50 houro (2.16 11/11)
but was halved again for a poriod of 250 hours.
There are 6 figures, I table and 5 Soviet references.

_MITISM, F.L.
Determining losses t1rough graphite piston rimp compo-sed of individual
assments, T=d,7 LKI no,29:199-208 1.9.99 (~UA Il,;7)
lo Leningradakiy korablestroitellMy inatitut, kafedra wpot-n-
gatel3nykh zelchani =ov i parovykh mashia.
(Marine turbines)

TMITSXIT, 7.L,p Imnd.tokhr.naulc
Antifriction materials in marine engineering. Sudostroenle 25
no.1:29-32 N 159. (19M 13:4)
(Marins engineering)
IMMI.
,'vo,
~--IIIIIIR41- Allmll

YUDITSKIY, Pjmyas Leybovich; VASIDV V.V.
p j, kand. tekbn. nauk.. reteenzent;,
SHISHM, V--b-., kaiA. tekhii r=k, hauclm.red.; VIKITIVA, R.D., reA-.;
SHISHKOVA, L.H., tekbn. ked.
Oraphito pecking deviceslGrafitwye uplotnitelInyo ustroistva.
Leningrad, GoB. soiuznoo i2a-vo sudostroit. pronyshl., 1961. 188 P.
(KIRA 14:9)
(Packing (1100h=ICEa engineering))

MHAROV, Arkadiy Mikhaylovichp kand. IC'ekhr..nauk; YWTGV,, Viktor
Sergayevich., do's., kand. takbn, nauk; MXI~Y~,IY
L. _L - -
dots.; kand. tekhn.naWkj,- retaenzent; IIIAOU0, N.V., red.;
Wi, P.M., red.izd-va; BODROVA, V.A.J. tvkhn. red.
(Steam power plants on river-goin vesoels and an increase in
IIIParosilovyo ustanovki rech-
the efficiency of their operation
nykh sudov i povyzhenie effektivnosti Ab raboty. Moskva, Izd-
vo "Recbnol transports" 1961. 20,77 D. (MRA 15--10)
(Boilers,, 14arine) (Steam tarbines, Marine)

BUBER, B., kand.tebhn.nauk; YUDITSEllt F., kand.tekhn..iauk
"Parine steam enginez V. V. Laakhanin. F~---ch- tranop. 20 no.0':
r6 s t6i. Wi?,A 14: 9)
(Marine-engines) (Lakhanin, V. V.)
T"t
0
WAS.
~gn
P,
a~

F.L.. kand.takbn.nmikj, dotBoxit
Expe.rimtal iuvenigation of t-ho pral)0=0 Of tho actuating fluid on
graPbits PistOt ritgs- VOJot-msh. 41 nc).?.-38-42 n i6i.
(Platon ritga) (IMIA 14.- 6)

I ~ - ~-. t -
11. , .~; -,
- - - , - -4- ,
, '..-R.-
~; :-, : - 7 ~, - I -
;I ,

VORONKOVSKAYA" A.Pot In2b.; VORONKOVSM, V.P., kandtekh.nauk;
KMIDV.V V.I., kand.tokhn.nauk; TITOV, P.I. prof.; 'AMITS"K-TY,
F.L., kand.tekhn.nauk
Temperature of heated surfaces and 3tvab-ility conditions of
engine rooms in seagoing motornhips. Sudostroenie 29 no.2:18-22
F 163. (~UUI 16-2)
(Ships-Heating and ventilation)
(InsulWon (Beat))

off
.AP6020382
SOURCE CODE: UR/0114/66/000/006'0035/0038
AUTHOR: Yuditsk1Y,_Z&_h,_ (Candidate. of technical sciences); X2Eqyoy,-,
P,, Go (29FI-neer); Komarov, V. A*
ORO: none
TITLE: Tests of graphite piston'rings in the gas plungers of diesel
.fuel .0um*03
.50UROE: FbergonashAnostroyenlye no -6, 3.966, 35-38
TOPIC TAGS. engine piston., graphite, diesel engine
k~STHACT% 4VIia mirtiole rep- orts the results.of tests o:6 the tear
r9Sistqn14\ am. sirvice life, of piston rings made of different brands of
sr~tifrictlon graph.1te,materialst to determine the optimum cast iron-
er,~pbitepvir under conditibns of dry friction in a gas medium, at
cdbparatively bigh temperatures. The wear was determined by six
mdBouraments of each ring* The relative wear and the rate of wear were
determined from the value of the absolute wear. The test materials for
the rin s were native materials Brands A0--l5OOSO5 and 2P-1000 and
~Brsnd A9V'3 nade by the "Acheson" eonp~My, Results (tabulatedi indicate
that., of the tbree materials tested, the beat wear resistance was shown
Caro 1 /2 UDG: 621.887.621.892.7.001.k