SCIENTIFIC ABSTRACT YURKEVICH, YU. N. - YURKINA, M. I.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001963210017-1
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: September 19, 2001
• Sequence Number: 17
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT


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Abs Jour- Ref Zhur Khimiyal No 7) 1957, 22499.
Authors S. V. Gorbachev lWkevichj-Yu.
List Not jiven' -77-
Title I.,Polarization of Nickel'El4atrid Crystallization from Solutions
Ni.C12 in Aqueous-Alcoholic Mixtures.,
Orig Pub -.M.-Ifit. khimii,- 15~~, 16~ No~4p 922-92T.
Abstract By method described before (Uh Khim.,1955,7221), at thatam..
parature range of 20-900, the kinetics of cathodic processes on
Hi-electrode in glycol, aqueous-glycol, aqueous glycerin, and
aqueous Clucose solutions of 0.11 MI ULC12 and 0.1 MI KCI wero
studied. On the basis of polarization curves (PO Ma E)
analysis, somepeculiarities of studied cathodic processes ara
noted namely: presence of maximum currents in HiC12 glycol so-
lutions;omlogy of hydrogen producing kinetics In aqueous and
aque-ous-glycol solutions containing KCI; the complex character
of polarization potential & E dependence on glycol or glycerin
contents in HIC12 aqueous -alcoholic solutions,4E for aqueous-
glycerin colutions at all temperatures grows at first with I;he
Card 1/2 -169-

C. 1j]s
USS"~'Pehyl/i/cal try. Electrochemistry. B - 1 12
WS
Abs Jour :&af Zhur - Khimiya, NO 711957P 22498.
Author :S. V. Gorbachev,, Yu. N. Yurkovich.
Inst :Not given
Title :Combination of concentration, chemical and phase polarisations
Orig Pub :Zh. fiz. khimii, 1956, 30, No 8, 18W-1882.
Abstract :Tn development of works published before (Gorbachev S. V. Zh.
fiz. khimii, 1950o 20, 888, 1952, 26, 1303) an equation in of..
fered, which, in opinion of authors, is applicable for the des-
cription of electric crystallization of metal kinetics in con-
ditions of a combination of concentrations of chemical and
phase polarization.
Card 1/1 -168-

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YUMUIVICII, Tu.1f.; M&PROSEMair. G.G.
141'gaed roWont toohnique for qwMative 44orpinati= of o2awat
Wording to known a4ditionao Tra4r kcm.anal.khIft. 9sn&,.~30 $50,
(MMA U)
(Chemistry, Aualytical,--qumtitative)

5/137/61/C,00/011/111/123
A06OIA101
AUTHORS-. Shcherbakov, B. G., Yurkevich, Yu. N., Antonova, R. A.
TITLE: 'Determination of copper and zinc in molybdenum concentrate
PEPJ,ODICAL-. Referativnyy zhurnali-Metallurgiya, no. 11, 1961, 2, abstract 11K6
('13b, tr. Vses. n.-i. in-t tverdykh splavov", 1960, no. 3P 31 - 36)
TEXVI A polarographic methoa utilizing alkali*background is proposed for
determining Clu and Zn in Mo-ooncentrate. 0.5 9 of the concentrate is decomposed
in concentrated M03, is converted into sulfatesby vaporiztktion w1th H2804 (1:1)
to S03 vapors. The contents of the retort are diluted with water and the hydro-
xides of Fe and Cu are precipitated by a 20% solution of NaOH. The hydroxide
precipitate;is dissolved and reprecipitated, collecting the filtrates into a
measuring flask. -The quantity of alkali in the'solution should be about I nonnal,
0.5 - 1.0 g of citric acid'is added to the solution, the ml -xture is brought up to
the mark and the Zn is determined by the. method of additions. The hydroxides of
Fe and Cu are dissolved in HC1 (1:1) and the Fe is separated by NH40H, collecting
the filtrate into a 100-ml flask. To the solution one adds 10 ml Rcl, neutralizes
with NH40U Congo indicator, adding an excess of 10 ml NHI~OH. The Cu is deter
Card 1/2

S/137/61/()00/011/111/123
Determination of copper and... A060/A101
mined by the !method of additions. The polarographing of Zn is.carried on from
1.05 v, and that of Cu from 0.18 v.,
B. Melentlyev
[Abstracter's note:. Complete translation]
Card 2/2

PRAIM X MOK EXPIV311TATION SOV/5994
Akademiya nauk Ukrainakoy SSR. Institut netallokeramlict I
apg~tojekllnykh uplavov. Seminar po zharontoykim ma~terlalard.
Kiye:v, 1960.
'Trudy Seminara po zharostoyklm materialam, 19-21 aprelya 196o g.-
By-Olleten' no. 6: KhImIcheaklye i3voyetva I matody analizza tug-
opl.avk*Udisoyedinonly (Tranaactiona of thallaminar on Heat-
TICIIIEStant Haterials of the) insitww or Powder Metallurgy and
Sp4iolai Alloys or the Aoademy of 13ziencaaa of the Ulluc-ainian
SSH. Hold 19-21 April, 1S60. Bulletin no. 6: Chemical Pro-
partied and Methods of Refractory Compound Analysis). Kiyev,
Iz(I_vo All UkrSSR, 1961. :124 p. :1500 copies printod.
Sponsoring Aaencyl Akademlya nauk U:~wainskoy Inatitut
metallokeramiki I spetaialInykh djplavov.
Editoi-ial Boardt 1. ti. FranLsavich; 0. V. Samoonov, Heap. Ed.1
1.% M. Fedomhonko, V. U. Yeremon1cm, V.'V, Grigorlyeva, and
T.'N. Hazarohuk; Tech. Ed.t. A. A. Hatvaychuk.
Card L/5
q

titansactibno of, thm.:Samidar -0ont a" )i 5994
Joy/
PURPOSE. This collection:of artic
les Ir. Ititended for chemints,
endineers,,workers at nclentirie reseaNh institutes and plant
0
la~oratori6s, acnior otudentz;, ind aaplr;.~ntc at chl~riical and
metallurgical schooln of hIEher education.
COVERAGEu ArtIoles of the eollg)ctlon prerjent the reoults or
qtoOloa of 11w ohomlcal proper1len of refractory cm,lutlnla
(carbides, barldco, nitridso, phoi~phorldea, sillcidea), re!-
fraqtory dnd rare motals, and th,~!'Lr alloyap and 6ome original
methoda of andlyzinG these matcrtiLla, which are noa being
utilized In the new rIelda or engIncering. No pcraonalitlea
art mentioned* Each article Its aimompanied by rarerencets,
moctly Soviet.
TABLE OF CONTENT.-7t
Poreword
Samoorl,ov, 0. V. Refractory Ccmpounds, Their Properticap' Pro-
Card 2/5,

Transactions of the Seminar (Cont.) SOV/5954
Kosolapovap7T. Ya.# L. N. Kugay..K. D. Modylevskayp., S..V.
Hadzikove"ira,, and 0* 0, Seraya. Chemical Properties and Methods
of Anal~zinjg Sonae Silicides 69
Samso Inov,, ON V.,, L, 0, Vqreykina,, and 0. 1. Eppova# Investigation
of the Chenical Stability of Titanlum-Phosphorous and Chromium-
Phosphorus Alloys and Methods of Their Chemical Analysis '7q,
Uyachko.,.Yu.- Abp M. M,'Shapirop and Yeo F. Yakovleva. Extraction
of Phase Conwonents From Nickel-Baise Alloys and Modern Methods
or Their Chemical Analysis
Shcherbakov, V. G., and Z. K. Stegendo. Determination of Titanium,
Tantalum,,.Emd Niobium, In Carbide Mixtures
Kotlyar., Ye. Ye., and T.-N. Nazarchuk. On the Analysis of
Titanium-Carbide Alloys With Various Metals 93
-_Yurkevich, Yu. X., end V. G..Shcherbakov* Method of Determining
Zygen in ~
6 La an um Carbide 101
Card 4/5

B177/Bla6
AUTHORS: Yurkevich, Yu. N., Shcherbakov, V. 0.
TITLE: Method of determining oxygen in titanium carbide
Referativnyy zhurnal. Khimiyav no. 22, 19620
PERIODICAL: 125-1260
abstract 22D83 (By0l. In-t metallokeram. i spets..
splavov AN USSR9 not 6, 196j,-ioi-ioe)
TEXT: From a study of the reaction 710 4. 3C ---> TiC + 2C0 at,temperatuvei
2
0
of 1180-195,0 G, it is established thil-t a.quantitative reduction of TiO
2
is obtained. with continuous exhausticin of the system to a vacuum of
1-2-10-5 mai Rg at 1800-1650PC- A method is pr*oposed on this basis for
determinin6; 0 in titanium carbide. A specimen with added carbon blac
is mixed in a mortar and a sample of the mixture is taken in a graphite
cartrid e.1. The furnace is degasedd 'to a vacuum of 1-2-jo-5 mm Hg at
t> 2000 Cl.the temperature is then reduced to the working level
1600QC), the corrections are determined for the uncharged apparatus,
and the cartridge with the sample is dropped into the furnace. The
ev Ived ga,ses are collectedt.passed to a gae,analyzer and the 0 content
0
Card 1/2

SHAPIRO, KdY:a.1 YURKEVICH, Yu.N.;. KULAKOVA9 V.V.
Solubility In the system amanium paratungstate- maltdum ablcr$~*--
Water al -1500. ..Zh=...naargAhim. 10 no.2055-557 F 165.
1, Submitted Nov. 18, 1963.

'DiJUMITCH Yu.ll-; SHAPIRO, K.Ya.; VVIR IIDOVSYMA, R-14-
tic'ici pracoxulng rf wolfrwil. ontm
irl. 37 no.10: 1 -2120 0 '611'
M2
17:11)

ZkM WN KO I.P., kand. tekbn. nauk; FTW9=,,t, L.A.; YUIMVICH, Yu.T.
- Ma chin lng~r glass--~rzeinforcesa- plazticz with haard-alloy toolz.
Mashinostroitell no. 1t29 la 166 (HI?A 19 W

iv "yj
MULILOV, *gacglan Aga Magi ogly; YUUMVSXIY, S.T., prof., red.; SAMISELI,
A,.S., red.izd-va
[New Pipe wrGnchas for undergroumd repair of oil" wells) Irave
----t7j;ubn' e kliuchi dlia podsemnogo romonta neftianykh skvazhia.
W
Biiku, Azarbaidshanskoe gos. izd-vo neft. i nauchno-takha. lit-17,
1957. 108 PS (MIRA 1IM
(Oil wellv-~utpment and supplies)

YURV.EVSf'IY, S. V.
YURVEVSY JY, S. V. "Tmrciy or THE Tx;c;?mooyw,M1 C DE: I G.-i VF F-I 5TON C^C-NFilf:!~SC-f- U v
20 MAR 52, f'CvE:;l ErIGIfa:ERtnG InST IME*js G. 14.
(C)IS35CATATION FOR THE DEGREE or-Dom5a in TEcHmAL SCIENCE:,)
SO: VECHERNAYA 1103KVA, JANUARY-DECEMBER 1952

I'A cJ -3 124-1957-10-11470
Translation 1from: Referativnyy zhurnal, Mekhanika, 1957, Nj 10, p 42 (USSR)
AUTHOR: Yukovekly, S. V-
TITLE: To the Determination of the Delivery Coefficient of a Recipro-
cating Compressor (K voprosu opredeleniya koeffitsiyenta
podachi porshnevogo kompressora)
PERIODICAL: Tr. Azerb. n.-i. in-t nef mashinostr., 1956, Nr 1, pp 143-155
ABSTRACTi: An analysis of the working process of the reciprocating com-
pressor is presented. Several recommendation.5 are offered
relative to the evaluation of fiLCtors that impair the compressor
delivery, such as a decrease -An pressure and an increase in air
temperature at the compressor intake. Recommendations rela-
tive to air heating are based on experiments with a series of
industrial compressors.
G. A. Varshavskiy
Card I /I

DANIYM Y"IS, Armis Avakovich; prof,; dcktor takhn,
nm*4 red.; ALITM, T.B., red.izd-va
(Studying the loading in repairing directional wells during
hoisting operationsJ Issledovanie nagruzok pri remonte naklon-
nykh ok7ashla; v protsesse spuako-pod"emufth operataii. Balm,
Azerbeidzhanskoe goo.iod-vo neft. I, a6uchno-takha.lit-ry, 1959.
77 P. (MA 130)
(Hoisting mrichinery)
(Oil wells-Iquilment and supplies)

ALUMIZAIMP K.50: DANIMUM, A.A. DOICUKMOT IBATMOTq Avg*;
PAMMAVUNI, 1. 0. ("Csaffadl.-, CAICHZROT. L.-G--- IURKKV
GORIKUTA, A.A.,. vedushchiy- redo; RUMMAt N.A., %EiiorA.
a zua7 desi-gas-101 Z~4~Vlpw -fo"ha-explottation of
64'radmilisla: all*
skspluatateli- na# _i *akia~'-Gota.
-t -
Igd-yo neft. i gortto opltynoi lit-ry~ 1959. - 560 pe RA 19-6)
(Oil wells-Iquiptant and zupplies)

Ida
I list
41 1, 1111 j!:1 I U
all. I 11H I Ila! I

VRI)
DUBROVSKIT,.V.G.; TURKIIANOTA, D.Sh.
R41gular earth current variations during a oolar day In the
Achkhabad area. lzv.Ag Turk.S,*,R j,o.4:1oo-io4 051. (MIRA 10:10)
1. institut fisiki i geofiziki AN Turkmanskoy SSR.
(Ashkhabad District-Terrestrial electricity)

AUTHOR: Yurkin;t A.V., Flectr~cian 191 rz CX-7 cz
TITLE: The Automatic Washing of Rotating Sieves (Avtomatizatsiya
'promyvki vrashcbsyushchikhaya setok) Exchange of Experience
(Obmen opytom)
PEPIODICAL: Energetik, 1958flIr PP 11-13 (USSR)
ABSTRACT%.~ Two maclane sets rith rotating sieves have been installed to
achieve mechanical filtration of-the water used in waterside
pump stations. Three men were needed to keep the sieves
clean. Now the working process is automated and controlled
by the personnel of the pump station itself. Automation was
introduced in June 1556 and still works faultlessly. The
author deFeribes the automatic equipment, which operations
are executed automatically, how the electric circuitry is in-
stalled, and how the whole system operates. The KEP-3 com-
manding electric equipment with time-constants between 12
minutee and 6 hours was used in the circuitry instnlIntion.
There are 3 sets of circuit diagrams-and I diagram,
Card 1/1.

Ism M~i5ml G
pROKflOROVAp,A.M., kand.tekhn,,nauk; BL~LAVITSKIYp Yu.M.p inzh.;_YURKIN, D,$,,
inzh.
Shortcomings.in the design-of TKZ ion-exchange-filters.and.their
correction. Elek. sta. 34 no.901-83 S 163. (WRA 16:10)

Ref -1,0 92491.
Yurki;p,,-
Itur, -to.
J.; I Z,U, sh 'C~ricu_ al institu
r U
Ti"'D jiistQi:ioia)ho*' rical Pig Tetis Tissue and
Im Spleen Tissue of Calo-U-1o Prescrvea i-ji Cold Stonage
for 1;0 t'ic Mothod 6T V.P. Filato-V,
t'le c^
Mxnber.of. rukzv.:
Or:Q; D-ib:. 1.1r. Kirovsh,)Lp In-ta, 1956, 11, Wo 23, 207-214.
astract: IU- was showi by Wie tt~,i.31xs of 29 donostic pip and
spleens of 12 headG o-' cattle that prusciniation at-
a turiperature of 2 to 4-OC. for days does not cause
any morpholoUical char,~,es in these orGans. i-ster 6
to 11 clays weak destructive chanaea were obsenred,
~,fhich do not proveiit, h(wever, the UTImitation of tbase
Co. J. :-1/2
6

8 (6) SOV/91-59-11-15/27
AUTHORS
1ectricianp Shvetsovp H.S., senior
P-
.A.Y,g
O
,
_
,
Electrician
TITLE'r --- -The Automatic Connection of them 380 Volt. Reserye. Power
.
Supply
PERIOPICAL: Energetik, 19599 Nr 119 pp 23-24 (USSR)
~.ABSTRAOT:- The authors describe a relay:system, used for connecting
automatically the 380,volt reserve power supply for a
pumping station. At the author's power plant, the pump
motors work on 3 kv, but the electric motors operating
the valves by remote controls work on 380 volts * In
case of power failures an emergency power supply of
380 volts must be provided for operating the valves.
According to the existing circuit arrangement, the 380-
volt power supplj is provided by two 3000/400 volt
transformers which are connected to different buses of
the auxiliary power supply system. In case one of the
3kv bus bars -, or one of the transformers, will fail,
the relay system will connect the other transformers
Card 1/1 There is 1 circuit diagram.

IRKIN, I- A-
Prenare for the spring work In order to Nlfill the obligatloas of Soviet farms to the
State. lloskvi, Sel'khoz.Tiz, 1933- 19 p-
Yudin HD1506.187

il-l

mg- M-19MMI
YURKINP S.; KIIIZIINYAK, P.; CHENKIN, A.; KUZNM-OVA Ye.1 SHAKIIRAY L.;
UWwHNlKOVj K., kand. sellskokhoz. nauk ipuslikin%
Meatings, conferance and seminars. Zashch. rast. ot vred. i
bal, 10 no.705-58 165, (14111A 18310)
16 Uchenyy aekretarl Mauchno-tekhnicheskogo soveta. Ministerst-la
sel.-Iskogo khozyaystva SSSR (for Yurkin), 2, Zameatitell nachall-
nika Upravleniya zashchity rastenly Ministorotva aellskogo
ldiozyayatva RSFSR (for Chenkin). 3. Zaveduyushchaya sektoron
signalizatsii i prognozov po RSFSR Upravleniya zashchity rastaniy
Ministerstva sellskogo khozyaystva RSFSR (for Kuznetsova).

VAT(MV, A.K... agronoirt; YURKIII
Again groundless reccmnen~lations. Zr-elel~lf- 27 rmn.6:47,,.
18,

YURKIN,.-�A-j. ROTINS, Ya.P., kand. sell6kokhoz. nauk
Reviews and bibliography, Zetaledelie 27 no .10:9.0-96 0 165.
KRA 18310)
1. Glavnyy spetsialiat Nauchno-tekhnicheakngo soveta Itinisterstva.
sellakogo khozyaystva MR (for Yurkin). 2. TSelinogradskiy
vollskokhozyaystvennyy institut (for Rotin.).

YURKIN, S.N.
Problem of PYql1oxejra, Zashch. rast. - ot vred,.-, I- bole 9
no.8:53-54 164. (~ff RA 17 12)
1. Uchenyy sekretarl Nauchno-tekhnicheakogo soveta Ministerstva
sellikogo khozyaystva SSSR.

B, T:Uihon Alek-eandrovich-
fbr a i-aAical improvement in the vork of'sovkhOses; completc4 publi-- ledture.
Methods
V49kval, 2hanie, 1955

ACC NR. AP7006072 SOURCE CODE: UR/0025/66/000/011/0097/0099
An
iAUTHOR: Yurkin, V. (Engineer)
ORG: none
TITLE: 'A tower is being built. [New TV tower near Moscow]
ISOURCE: Sauka, i no. 1191966, (37-99 and 3 insert pages preceding p. 97
TOPIC TAGS: TV tower, TV broadcasting, TV antenna
ABSTRACT; Structural and functional characteristics of the 525 meter TV broadcasting
tower at Ostankina, near Moscow, slated for operation in 1967 are presented. The tow-
er will have a reinforced concrete base 385 meters high and a metallic antenna 148
meters high. It will make possible the transmission of TV programs over a radius of
.not less.than 150 kilometers. The transmitter power will be seven times greater than
what is currently used at the Moscow Television Center. Color TV broadcasts will
start in'1968. The tower will include an observation deck and a three story restau-
rant at jhe 260-337 meter level.. The floors of the restaurant will rotate around the
axis of the tower at,a rate of one revolution per hour- -to give the guests a better
view of Moscow. The following key personnel were responsible for the design of the
towe"r: design engineer N. Nikitin, architects D~ Burdin, L. Batalov, V. Milashevskiy,
design engineer B. Zlobin, and.sanitary engineer T. Melik-Arakelyan. Twenty 02.,ganiza-
Card 1/2

YUMV, 7. A.
xursutel(hnologiva sell
7699.: yTj_Uj,~,,, V. A.- p=ogratma po skokhozyaystvennYdi
.nro,juk.tov Dlyagr. spetsiallnostey vuzOv. (Ytv-28/
iX 19549.) M., 1955-12s.P-Osm. (M-wylw:s-h. obrazovaniya) 6.ooo
o~=. B.Ts. -T Kontesetelmta sost. Triavyatakly 'L. A, Turldn
V. A., Tarkin V. A.-05-4293) 664(071-1)
SO: ICqizhrrn.!m, Tetol!ist, Vol. 7. 19,4;~

Genoral Problem i M-1
UWR Cultivated Plante
Abe Tour r 'RiologLva, No 13# 1958, No, 58499
of zhur
Author ki -Y--~
__j4
Inst :r-niraad Aerioultural 1wtituto
Titlo The Importance of Hygroscopic RatUre of Variety Grain
for Storage
Orig-Pub i Zap. Unin&* a.-khe in-ta, 1956p vyp U, 383-389
Abstract I No abstract given

7-
L 472o5-66.
S--0-U-
1910 19131
6D 1*66*iQ~ffj
AUT HOR sKorovin,, S. S.; Yurkin, V. G.; Hironanko, A. P.-
OIRG: Department of Tachnoloor of Pare and Waco Elements, Moscow Institutcof Fine
A'
1 Chemical Tochnolov im. IL V. lomanosov (Kafadra takhnologii redkikh i rasseyanWich
GIOM4311ZOVS MSKOVSKIY 1n3Z14ToUTj ToOnK07 kMM3.C11eSK0Y TGOKIM010gIll
TIM, 4xtraction, of boric acid with tri-n-butyl phosphate
SOURCES Zhurnal noorganichaskoy khimii,, v. 11, no. 8. 1966,, 1910-1913
TOPIC TAGS: boric acidg phosphate
ABSTFAGTt The object of the work was to determine the extractability of boric acid
with tri-n-butyl phosphate (TBP) and the extent to which It Is affected by concentrar
tion, temperature# acidity and presence of salts. Use of the method of extractant,
dilution showed that the extraction involves the formation of a solvate according to-
the equation
H3BC~ + ZTBP w-H3BC3-ZTBP.
The heat of this reaction was found from the equation
d1nK AW
dT HT,
UDCt 546.g?171 -0-415-4
L

L 47205-66
ratures; &H -0.48 ax-0 -0.33
by doterndjdng the equilbirium constant at several te=pG
kcal/mo-lo at boric acid concentrations of 0.51 and 1.35dl respactive3,y. The dist
bution of boric acid in the presence of HCI# HN03j, HClC4g H2SC4 and V was studied;
a slight acidification k0 .1 11) of the boric acid solution dacroase3 its extraction
into the orgaAic phase for reasons as yet urknown. Further acidification produces a
salting-wit effect. In the presence of the salt M&Cl, the distribution coefficient
of boric aoid inoreasesp and,at a constant concentration of the salting-out agent
remains constant.- Orig,art-hasl-4 figures and 2 formul
Li
SUB COM 07/ DATE SUBM: IoNov64/ WO RM 0051 OTH RUs 001

s/114/62/000/008/004/006
E194/E455
AUTHORS: -Sheynkman, A.G., Engineer, Yurkin, V#S#, Engineer,-
Tokmantsev, N.K,, Engineer.
TITLE: The influence of blade bottom overlap on turbine stage
efficiency
PERIODICAL: Energamashinostroyeniye, no.8, 1962, 28-29
TEXT: The blade bottom overlap In turbines is usually made
positive, i.e.-the aperture between runner,blades'extends-further
towards the shaftlaxis than does the adjoining nozzle aperture.-
'This design assumes the presence of pressure equalizing holes in
the discs, so that -~.here is no leakage through the axial,-
clearance ait the bllfoe roots. The steam 0articles"fromIthe
nozzle tend to spreQ4 radially outwards and not.-inwards-0so it
might seem possible io use negative overlaps. !Accordingly', the
Urallskiy t1urbomotornyy zavod (Ural Turbine Work*Y cArrled'out a
series of tests on a full-scale stage of a turbine type-B;P.-6-3
M-6-3). ..-The initial stage-had zero overlap and the overlap was
---alter-ed_by fixing inserts into the radial surface of the'nozzle
du cts, T,~_s t -9: wide a sure -re I i e f hole;5 in
1/2

S/114/62/000/008/CO4/006
The influence of blade bot-tom. E194/E455
the discs. The test conditions are described; the mean diameter
of the blades was 612 mm. , The efficiency was highest with zero
..,overlap, but a positive overlap of 2 mm reduced.it by on,ly 0.554.
As the overlap is inc:eeased the reaction alters more at the root
than at the periphery, Although ioro.overlap gives optimum
efficiency, 'there is risk that a.negativo overlap might accrue
from manuracturin; tolerances, ~ As this could load to impadt of
steam flow against the blade edge, a positive overlap of 0.5 to.
1.0 mm.is reaommended for high-pressure stages. There are
2 figure.s and 1 table*
Card 2/2

YURKINI, V.S.0 inzh.
The ANK-5 machines for winding and stretching annular reinforcements
on reinforced concrete tanks. Stroi. i dor. mash. 10 no,9:
24-25 S 165, (MIRA .19-10)

wit uvm*-AgjF jFwAgif cam
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YURK11a, A.I.
Significance of palpation in tuberculosis of mesenterlal lYmPh nodes
in childre-n. Sovet. med. No. 2:25-27 Fab 52. (GLHL 21:5)
1. Of the Children's Division of the Institute of Tuberculosis of the
Academy of Medical Sciences USSR (Director-Z.A. Lebedeva).

POUITONOTA IN JV., professor; rMWA A.I.
2ubermlosts in adolescents and prevention ot the davalo;moat of - -
open formse Probl.tubt no.1:14-19 Ja-F 155. (IOR& 8:4)
--~O.Xz detakoyAliniki Institita tubarktasca Akadowit madttainakikh
-(dtr -Z.A.Lebedwraj
tCauk SSSR
(TUBMMWSISO MWOMY*
In adolesq-ents, ther4,of primary complex)
(ADOLISCE90#.diseasee,
tubarc*, pulm., ther. of prtmary.compl,ax)

Lug
-U.-."SR/Phar-macoloi.,7,r. Toxicolo.,zy. tho rapen tic al v
~~ra pa rat i. ons
r, Jou r i~ef ;'."h_U-E-'Bio1 1',70 8, 1958, 39701
kuthor Yurkina I.
Inst Institu e of Tuberculosis Academy or I.Tedical
Sciences IJSSR
Title Comparative Effect of Metazid and Phthivazid on
the Course of Primary Tuberculoaiti in Children.
Q,ravnitellnoye doi.otviyo metazidi i f-tivazid-a
na techeniye pervichnoho tuberkuleza it detpi).
Orig Fiib Tr. in-ta tuberkuleza kkad. med. nauk, SSz',R, 19~56,
8, 158-165
Jkbstract Metazid (1) in combination with PASK was admi-
nistered to 22 children suffering wainly from
-orimary tuberculosis. The drugs were administe-
red in 24 hour doses of 0.45 to 0.6 r-, to children
Card j./2

t
P R/Phanmacology*- Toxiaolo~, Uln rap-, ical V
PreDarations
AI)s Jour : Uef Zhur-Biol.,.No 81 1958, 37703-
ract : of nreschool afrc. 9rd n dosesof O.:S to O-c4
b
s
to children of school awe. The course of treat-
Ment was 5 months. A rapid decrease in general
intoxication, resolution of the infla-mmator-I chan-
ges of the lunms, resolution of alectasis, a di-
minution and healing of the tumor-like lymphatic
ganglia was the result of the application of 1
with PNSX. The sDecific theraDeutic action of 1
was similar to that of phthivazid. A comDarison
of the iramediato of the application of
1 and phthivazid revealed that combined therany,
with I and. PASK Tiroduced better results thctn the
combined therapy with phthivazid and PASK.
Card 212

YMINA, A.L.-,kand,med,nauk
Chemotherapy of tuberculous mesadenitis and peritonitis in
children [w'ith au=nry in French]. Probl.tub. 36 no~2;2q-34 058
(HIRA 11;5)
1. Zz detakogo otdelenlyA Inntituta tuberlmleza A1W SSSR
(dir. C.A. Lebedeva).
(TUBERCULOSIS, LYMPH KODR. in We and child
ther., PAS,,streptomycin &ITB1 in tuberc. meandenitis
& peritoni a (Run))
(PERITONITIS, in We and child
there, ?AS, streptomycla & TB1 in tubere, Peritonitis
(Rug))
(TUBERCULOSIS. in inf. and child
same)

prof.; IMINAO A.I.p kard.meditsinflkikh Inauk
FOMITOIMVA M
pathogenao~o of open forps of tuberculosis in adolescents
ways of preventing theii rise, Trud7 Inste tube Alal 71343-153
'58. (14UA 13 10)
(TUBERCUOSIS-FRETRUION)

YURKINA A. 1.
Results of treating tuberculosis in children with metazide.
Khim. i med. no.14:81-88 160. (VIERA 14:12)
1, Detakoye otdelehiye (zav. - prof,, M.F.Pokhitonova) Inst:Ltute
tubarkuleza (dir. - Prof. N.A.S4melev) MI-SSSR.
(TUBERCULOSIS)

IX 3)
ATTHORst Gubin, G. D., Yurkinaf A. K. SOV/20-125-1-50/67
TITLEs Histochemical Determination of Ribonucleic.Acid
and Glycogen in the Tissues of Animals in Different
Physiological States (Gisiokhimicheskoye opredeleniye
ribonukleinovoy kisloty i glikogena v tkanyakh zhivotnykh,
nakhodyashchikhsya v raz1_i6hnykh fiziologicheskikh
sostoyaniyakh)
PERIODICALt Doklady Akademii nauk SSSR, 1959, Vol 125, Nr 11
pp 185-167 (USSR)
ABSTRACT: The amount of ribonucleic acid varies in the case of
tissue-injuries in 3 phases both in tissues of the
intao-tv- organism and in isolated tissues (Refs 6 .. lo).
In the case of "entering the plaoe of injury" tho
amount of ribonucleic acid (RNA) decreases (I phase).
With increasing degree of injury the amount of RITA,
in,~reases considerably. (II phase). In the case of an
irreversible injury and a destruction of the call, the
amouiit of RNA docreases rapidly (Refo ly 29 49 6, 8) in
consequence of a washing-out -process (III phaae)._ An
Card 1/3 injury implies also a change of glycolysis, i~ e. an

Histochemical Determination of Ribonucleic Acid S.PV/20-125-1-50/67

and Glycogen -imal s 4. n D'i fffe rent
Jn. the Tissues of An
Physiological State*
increase occurs (Refs 3, 11). It is the aim of the
present investigation to clarify the character of the
RNA and glycogen concentration in the.tissues of healthy
animals and of those suffering from avitaminosis or
starving for a certain period of time., For this purpose
the liver-tissue of 20 guinea-pigs was used (8 control
animals, 4 with C-avitaminosis, 8 were in a complete
state of starvation :'. ' , for. 15, 18, 22 hours,
1, 2, 4, 8 and 9 days). The animals were decapitated and
from their liv ers sectiorn with microtomo were made. The
inve-st-i-gation- produced -the-- f o-l-lowing --resultss- -1 - The-----,-
liver-.ells of the animals suffering from avitaminosis
or from starvation (especially up to 24 hours) zhow a
higher RNA-- c onoeantra:ti on than -those of the healthy- and
normally rluriohed ono!j. 2i. In the acLoo of inorecoing
RITA~content the giyl~~open decree-son aa a rule. It. io
pousiblo that both variationa are in connection with tho
intensification of the glycolytic, processes. It is a
Card 2/3 well-known fact that i ,n the case of regeneration and injury

Histochemical Determination of Ribonucleic Acid SOV/20-125-1-50/6-9
and Glycogen in the Tissues of Animals in Different Physiological
States
of the cell, glycolysis is increased (Refs 3, W"At
the same time, however, the R' 'A-content increases too
(Refs 2, 12). The problem is intended to be further
investigated. There are 2 figures and 12 Soviet
references.
ASSOCIATION; Sverdlovskiy gosudarstvennyy meditsinskiy institut
(Sverdlovsk State bledical Institute)
PRESENTED: October 14, 1958, by A. I. Oparin, Academician
SUBMITTED: June 2, 1958
Card 3/3

C.,z1/B1 02
AUTHORS: Zhurkin, B#- G., Zemskov, 7. d Yurkinat K. V.
TITLE: Hall mobility of electrons in alloyed n-type
germanium
PERIODICALs Fizika tverdogo tela, v. 3~ ii, 1961, 3509 - 3513
TEM The Hall mobility of electrons in n-';-vpt~ j7' _i.,rmanium monocrystals
19 "31 19 -3)
alloyed with antimony (up to 2-5-10 cm ar-l c etti c (up to 6. 0. 10 cm
was studied. Specimens out frommonocrystal 7.ni~s were used for
measurements carried out at room temperature. Tii~~_specimens had the
dimensions 7'3'1 mm, the ingots had been prndt--,,-ed b37 crystal pullirig*
The method of manufacturing stror4lyalloyed was describeCL in
previous papers (B. G. Zhurkin et al., Izv. AN SS~1311. OTN, no- 5, p.- 86,
1959; V. S. Zemskov et al., Tezisy dokl. na c- udarnoy ionizataii
i tunnellnomu effektu v poluprovodnikakh, Balk-,~, `4 -- 17, 1960). Electron-
electron collisions were not taken-into of degeneration
in alloyed germanium. The Hall mobility was _'-~~%mpp-utad by the relation
Card 1/3

J793
i3/18IJ61/003/011/338/056
Hall mobility of electrons in highly... B-1040102
R/q , where R is the Hall constant and tlne 27esistivIty. The two
latter quantities were measured with the use of a filIT'lill (PPTU-1) voltmeter
and an 1125/3 (X25/3) galvanometer by a d-o -.-:mpenoation method. MAgnetio
fields of 3800-4200 oe were employed to The measuring orror
of ? was + 5 %, that of the Hall-emf + The results showed that
the Hall mobility of the electrons in german-~---ir, 11, v-)ypd with antimony
(10"' 10'.9 -3
cm by far exceeds that of germ-i,.u:--i -,f equal arsen'.".o
19 -3
concentration. At an-impurity concentration, 10 Cm thia Hall
twice
mobility of electrons in germanium alloyed Y~ ~.ntiworty-~js almost
that in germanium alloyed with arsenic. It is that this difference
,is due to a change in effective electron masii w~-th the impurity. When
electron scattering from impurity atoms and IoOlioi! vibrations was taken
into a9count, an estimation of the effective iaiE;.-iaii MrL(Sb) and mn(As)
i7 . 19 -3
showed that within the concentration range of ;.10 2-5 10 001 ~n(Sb)
was changed from 0.19 m to 0.30 m. In the -rarig~,~ nf ';Irsenio concentration
Card 2/3

079.3
S/161/61/003/011/036/056
Hall mobility of electrons in highly... 5100102
of 5-10117 _ 5-10 19 cm-3 1 Mn(As) was changed from 0.195 M to 0.52 m. The
authors thank B. M. Vull, L. V. Keldyah, and V. A. Chuyenkov for dis;cussions,
There are 1 figure, 2 tables, and 10 referencesi 3 Soviet and 7 non-Soviet.
The three most recent references to English-language publ-ioations read as---
Phys.j 299 no, 6v 10020
~_1958;_W. E. Baker, D. M. Compton. J, B. M9 J. Reo~ and Develop.# A., no, 3,
275, 1960; M. Cardona, W. Paul, H. Brooks. HeIv. physe aotaq 31., no. 51
P. 329, 1960.
ASSOCIATIONt Institat metallurgii im. A. A. Baykova AN SSSR Idoskva
(In.stitute of Metallurgy imeni A. A. Balkov AS USSR,-Moscow)
SUBMITTEDj March 3, 1961 (initially) Jul.~,r 3, 1961 (after revision)
Card 3/3

S-1/0- 58/63/00/C02/045/070
A062/A10l
AUTHM Zemskov, V. S., Zhurkin, B. G., Suchkova, A. D., Yurkina, K. V.
TITLE: Production and properties of stron anium
gly alloyed germ
PERIODICAL: Referativhyy zhurnal, F17,1ka, no. 2, 1963, 71, abstract 2E473
("Tr. Soveshchaniya po udarn, ionizataii i tunnel'n, effe!~tu v
poluprovodnikakh, 1960". Baku, AN AzerbSSR, 1962, 130 - 1!50)
Crom a smelt with a large
TEXT: By the method of extracting the solid phase f
content of alloying admixture, single crystals of Ge were obtained wit1i a concen-
tration of Al up to 1.0-1021 cm-3j, with a con5entration of Az up to 6.0-1019 cm-3,
with a con,,-entration of Sb up to 2.5-1019 cm- and with a concentration in In up
tc 2.0-1019 cm-3. It is established that there is an increase of solubility of In
and Sb in Ge at a combined alloying, and this is e.