SCIENTIFIC ABSTRACT YESIKOV, V.I. - YESIN, O.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001962920008-4
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: March 15, 2001
• Sequence Number: 8
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

1 11 H
VECHERKIN, S.S., kand.vaterin.nauk; YESIKOV starfjhiy naucbnyy
sotrudnik
Control measures against Hemosporidia infections in cattle in
Kirghizistan. Vaterinarila 40 no.7:17 A 163. (MIRA 1.6;8)
1. Kirgizskiy nauchno-issledovateltakiy inatitut zhivotnovodntva I
veterinarii.
(Kighizintan-Hemosporidia)
(Kirghizistan-Cattle--Diseases and pests)

L 2228-66 EV(=)/_r;7F(n)-2/T'1'/ -Mr.-
-XM=8 ON NR: AP502,37G7 9/003/0261/02118
621. 0310 1514.1 23
AUTHOR: Smolin, V. N.; Polyakov
L.Y-'K-.' Yeatkov, V. Yu. N.
TITLE: Study on a stand of the start-up conditions of the 1. V# Kurelialov at
Lgant in Beloyarsk
SOURCE: Atomnaya energiya, v. 19, no. 3, 1965, 261-268
TOPIC TAGS: atomic energy plant equipmentj nuclear bower plant, cooled nuclear
reactor, boiling water reactor
ABSTRACT: - The hydrodynamic stability of th! flovv rath' U. .~--axrler in tho channels:
d of Aiij heat
I under bollIng conditfans was studied, and the swit-e-hing of eattn-d onnals from water-coolingto
vapor-cooling., operation followed by the attainment of the rating 1~i diSCU13sed. Exporfmantal
w,-
theIrTnotechnical stands ere cc configurations of wlaich correspond6d
the technological layouts of the fli-stand aecor~:d units of the diiiatrielicivver station.. On the
basis of the data obtained from tke exjx%riments performed, oporatkinail conditionii pv)-
viding for a stable flow rate and reliable coolitig in the evaporating and superheating
Card 1/2

.14111] till HIM III iTIF~~,
. . ... .........
L 2228-66
ACCESSION NR: AP5023767
channels during the start-up period and under ratedtonditiop.4jere nelected. ItIsshown
that the method of gradual replacement of water in the auperWLtlng dhi=els by a stc
water mLxture and then by steam insures in a~equala opqi-rVitoii. of UWI, channels ud of the
entire system during the start-up period. Orig. art. has: 7 65. uxeo~.
ASSOCIATION: None
SUBMITTED: 18Sep64 ENCL: 00 SUB CODE: NP
NO REF SOV: 005 OTHER: 003
Card
ell

YESIKOV, V.I., starshiy nauchyiyy sotrudnik
Hemosporidiosis of cattle In the south of Kirghizin, Veterinarlia
41 no.7:48-49 J1 164. (MIRA 18:11)
1. Kirgizskiy nauchno-Assledovatel'skly institut zhAvotnovo&stva
I veterinarli.

__~IKOV.jju..G,, inzh.
Stress distribution of an electric field In A 'rjoli'Jlitcjr.
I
Flaktrlchofit.vo -, i Ar 104. O~lm,~
1. Moskovskiy energeticheakiy ins"titut.
111 1:4 1 ~1-r-1. I-
. 1:-, i .

VALEYEV, M.S. %fIMVLskva);
Discharge voltage of insulators with high ambitnt relative humidity,.
Blektriohestvo no.4t86-88 Ap 163. (MIRA 16:5)
(Electric lities-Overhoad) (914trie discharges)

YESIKOV, Yu.G., inzh.
Sectionalizing of p2ane-parallel iumdation, Elektridostm
no.2:72-74 F 164, (141RA 170)
1. Moska7skiy onergetichaskiy inatitut,

INSIKOVp A.D,.; YSSIXOVAO G.S,j'YAXOVL9VO PA.
Determination of the aboolute age of saw Ispidolitesby the
rubidium-strontium method. Blul.Nom.po opr~abs.lr*zr,g9olfo=,
no.549-93 162. (lapidolite) (G.sological time) (KRA 15M)

S/169/62/000/012/007/095
D228/0307
THORS: Yesikov, j~.D., Yesikova, G.S. and Yakovlev, G.N
TITLE: DetermAning the absolute age of some lepidolites by
the rubidium-strontium method
PERIODICIJ,: Referativnyy zhurnal, Geofizika, 'no. 12, 1962, 10,
abstract 12201 (3yul. Kqmis. po opredeleniyu absol-
yutn. vozrasta geol. formatsiy, XN SSSR, no. 5, 1962,
89-93)
TEXV: The rubidium-strontium method of ascertaining the
abnoluto we o4! inineraDi ii; baond on tho 43 -decay of the rubidium
isotope Wi0th mass 87 and ott formation o]! th(~ rnabl.(t a tront: iilia
isotope. Lepidoliter. which, as a rule, contain up to 2-3'/,, rubidium
are most suitable for age determination. Mass-spectrometric methods
are being applied to determine extremely small amounts of strontium
and rubidium. Work on determining the age of several lepidolites
was carried out in the Laboratoriya absolyutnogo vozrasta IGYeII V4
SSSR (Absolute Age Laboratory, IGYeR, AS USSR). Rubidium was deter-
Card 1/2

114~ jil!
.............. ..
S/169/62/000/012/007/o95
Determining the absolute age ... D228/D307
mined by the flame photometry metliod;'radioactive strontium, was
determined ort a mass-spectrograph. One-band sources, mass-spectral
scanning, and the method of increasing the mass-spectrometer sensi-
tivity, which were all dcveloyped by the -.Uthor, were employed in
the latter determinations. The results obtained from determining
the age of lepidolites by the rubidium-strontium method agree well
1.7ith data for age determinations by the potassium-argon method.
,CAbstracter's note: Complate translatio~_7
01
Card 2/2

UnIR / Microbiology. Unitary Microbiology. Micro- F
biology of Food Products.
Abs Jour: Rof 74hur-Biol., No 2p 1959p 5520.
Author : Klyuohareva, T. Ye., Polyakova, A. S.; Yesikova,
Inst : Not given.
Titla : On the Suitability of the Method ofA.,2;glutin-
ation on Glass (Huddleson Reaction) for Deter-
mination of the Contamination of Milk Products.
Orig Pub: Zh. ui-krobiol., epidemiol. i iaiiiunobiologii,
1957, Nio 9, 30.
Abstract: Tests were carried out with fermentation of
milk samples with a negative Huddleson reaction
to establish the relationship between a posit-
ive agglutination reaction and the degree of
acidity of dairy products. j-.11 tho samples -,)ro-
Card 1/2
USSR / Microbiology. Sanitary Microbiology. Micro- F
biology of Food Products.
Abs Tour: Ref Zhur-Biol., No 2, 1959t 5520.
Abstract: duced a positive reaction in It5O and 1:100
dilutions when the acidity exceeded 800 ac-
cording to Turneri The agglutination titer
increased in pt6portion to the increase in
acidity. Acootaingly, the nonspecificitY of
the agglutin6tion teaction on glass for dairy
products with an acidity above 800 according to
Turner was demonstrated. -- L. G. Ivanova.
Card 4/2

YISILEVSKATA,M.A.;KERICHENKO,L.B.;IfOYERKAN,Y,U.A.
Characteristics in the development of the Ukrainian strain of the
tuagah moth in the Ukrain~,Crinea,and Transcaucasia. Zool.zhur.
34 no.6:1315-1319 N-D 155- (MLOA 9:1)
1.1afedra. eksperimentallnoy ekologil Kharikovskogo gosudarstvennogo
universitets, imeni A.M.Gorlkogo.
(Silkworms)

KHIXCHNNKOI
Inzhaner
V.
kwAidat-takhnichookikh naukI YMSILXVSKIT, V.P..
Multiple defectoscopy fo compressor pins. Sbor.st. NIIKRMM
nc~14:109-116 153. (MIRA 7:11)
(Compressors) Opality contrcl)

AID P - 5207
Subject USSR/Engineering
Card 1/2 Pub. 107-a - 6/13
Authors Khimchenko, N. V Kand. of Tech. Sci., and V. P.
Yesilevskiy, Eng:J(NIIKhIMSh)
Title Ultrasonic control of welded seams
Periodical : Svar. proizv., 7. 18-22j Jl 1956
Abstract : The authors present this method of inspection of welded
seams as the most effective for detection of fAner micro-
scopic defects because the ultrasonic.-waves penetrate into
metal deeper than X-rays or even Gamma-rays. They describe
the technique of detection and the equiEment used in ultra-
sonic control. Four photos, 2 tables, d drawings and
1 graph.
Institutions: Leningrad Bleotrotechnical Institute; Scientific Research
Institute of Chemical Machine-Building (NIIKHIMMASh);
All-Union Scientific Research Institute of Aviation

V,
AUTHORS: Xhimchenko, N. V.11 YCJidate of Techni~;al Sciences 64-8-9119
Yesilevskiy, V. P.
TITLE: Application of Ultrasonic Cal-frars UndAbr Tzi&W,.-:ia1 Coaditigns
(Primeneniye ulltrazv-ukoyykh tolshchinomeroy v
promyshlennykh usloviyakh).
PERIODICAL: Kh-4micheskaya Promy3hlennost', 1957, 1qr 8, PP- 39-41 (USSR)
ABSTRACT: The devices used for the ultra sonic thickness gauging: the
defectoscope YR -7 and the thickness gauge Y3 T -3 (both
devices are constructed by T9111ITmash) are described and
their applications in the industry arg shown. Both are based
upon the ultra sonia impulse oscillations with a frequency
of 2,5 mc and give the possibility of measuring flat and
cylindrical products with a thickness of 8-10 mm up to 2 m.
For thinner parts the thickness gauges of the resonance type
are used. The measuring preciaeness amLuq,,s to 2~O - 2,c%
at neatly worked surfaces and to -5% at, unworked (rolled
stock). The ultra aonic thickness gaugc and the defectoscope
are fitted with an ultra sonic time normal Stahlard'. The time
normal consists of a piezo element, a cylinder, a piston, and
a scale. The cylinder is filled with -iquid, Th-i working
Card 1/4 principle of the devices is the following: a high-f:Lequency

Application of Ultrasonic Cal-11,C-rs 7,1hder -,._A_G/J 9
generator generates short high-frequency alternating voltage
impulses which excite the piezoelectric plates of the sender
and of the time normal which on their part tran3form these
oacillationa into elaotiu oscillationo of the same frt3quenoy.
With the emission of the initial impulae into the product
the contr8le generator which controls the ray of the electron-
team tube-begins to work. The impulses are refle,.ted at the
"bottom" of the produ.~t and are again transformed into electric
oscillations by the pilezoplate. The latter are intensified in
a implifier and re:-t,.It after -the dletection the vertical-
deflecting plates of the elect=on-beam tube. In this case a
Ispeak" occurs on the screen of the tube (as the result of the
deviation of the qlectron ray). Simultaneously the "peak"
produced by the r-flexion of the ultze. soniz from the piston
of the time normal is observed. The position of this "peak"
on the screen depends on the position of the piston. The latter
can be determined by means of the scale (in mil."Limeters or
mi,.~roseconds). In ohanging the positioii of tho Piston both
poak!j n-ia bo broiqht to agzoving ard th(, t~lokne3s of the
product in mlilimeterg can be read at the dovice scale-or the
time of the ultra sonic pansage in lh-,~ metal in microdeconds.
Card 2/4 Both devices have u scale C,::aduation which is adjusted to

Application of Ultrasonic Calipers UrAler Industrial Conditions 64-0-9119
steel products. In the case of other materials 'he
measuring result has to be nultiplied with a coefficient K.
The measuring is obtained from the formula S - VT mm, V is the
velocity with which the ultra sonic propaGates in the con-
material in question in mm/sA, see and -r is the readin6 of the
device. In the case of tubes applies the formula
y - R R2 _ a2
4
R is the radius of the tube or of the fittinC and a is the
width of the measuring place. The real thickness of the
product is computed from
S - x + y, x ia the readinC of the thickness
Cauge in mm.
Some examples for the application of th3
industry are given. In the measuring of
Plansch compounds the fact is important
is possible without a dismountinE;. Also
measuring double knees of rifflet tuber,
Card 3/4 is of great practical importance.
device5 in the
elements of the
that the measuring
the pos3ibility of
of heating furnaces

KH114OHMO, 11*V*, kand. khim. nauk;_ YNSILSVMIT, V-P,
Using ultrasonic thickness gauges under industrial conditions.
Rhin. prom. no.8:487-L$89 D 157. (KM llf2)
(Ultrasonic waves--Industrial applications)
(Gauges)

2'T ,-.-i I .II I- V I .
KHIKCHMO, II.T.; YESILEVSKIY, V.P.; TSWHAL'. V.A.
Ultrasonic defectoscopy of welded joint$ Wde by gLutomtic welding with
rjux~-4ytom. sv.ar.,10 no,2:70-70 Kr-Ap 157- NLRA lotO
1. Vauchno-inaledovatellskiy inotitut khtutichemkogo mathinontroyeniya
L Ordona Trudovogo Krasnogo Znameni Institut elaktronvarki im. Ye.O.
Patona Akademii nauk USSR.
Ollectric welding-Quality control)
(Ultrasonic wavem-Industrial applications)

KHIMCHENKO, N.Y.. kand.takhn..nauk; Vap.0 inzh.
.1 " 1
Over-all defectoacoW of large-niza high-prii0rd fiquipmont.
Sbor.st. NIIYHIM14AfM nri.23:111-173 157. OURA 1?:5)'
(Chemical apparatun-Testing)

67981
2/?"' / P0 0 SOV/112-59-21-45028
Translation froms Referativnyy zhurnal, Elektrotekhnika, 1959, Nr 21, P 193
(USSR)
AUTHORS: Khimchenko, N.V. Yesilevs4iv.
TITLEt Ultrasonic Thickness Measurementli
PERIODICA.Lt Sb. statey. Vaes. n-i. i konstrukt. in-ta khim. mashinostr., 1957,
Nr 23, pp 124-133
ABSTRACT% An experience in the use of ultrasonic thickness Gauges and flaw
detectors, supplied with an ultrasonic time standa:rd for checking
the thickness of parts and unite of oil and chemical equipment is
described. A brief characteristic of the ultrasonic thickness gauge
UZT-3 and of the ultrasonic flaw detector UZD-7 designed by TaNIIT
Mash is givent the principle of operation of the ultrasonic time
standard is investigated. A correction to tho meatiurement data for
a decrease in thickness of cylindric pieces (pipes, columns) in the
place of checking, on account of a flat platform for a piezo-feeler,
is considered. An analysis of the results of measurements of the
wall thickness by means of ultrasonic instruments is given for
Card 1/2 casings of high pressuro apparatuoons eloinonto of flango connuotiona,

.Ultrasonic Thickness Measurement
67981
SOV/112-59-21-45028
elbows of ribbed pipes and high pressure pipes. The date, of ultrasonic measure-
ments are compared with those obtained by micrometer. Discrepancies of readings
in all cases do not exceed t 1-5~ of the thickness being checked.
T.u.V.B.
Card 2/2

25(6) PHASR I BOOK KiPlnrTATION BOV/2555
Nauthno-tekhnicheakoye ob3hchestva priboroatroital' my promy3nivn-
nosti. WAral"koye respublikmakoye pravlonlye
Movy" watody kmntrolya I defektaskopil v washinostroyenit I pri-
borostroyenti, (doklady Reepubllwanskoy konCerentall) (New Method.
or Inspection and Flaw Detection In the Machinery and Inn'rment,
manufacturing Industries [Reports of the Conference Hold at Uyev'
19561) 91yov, Goetokhlzdat USSR, 1958. 264 p. 4,700 copies printdA
Sponsoring Agency: Akademiya nauk USSR.
Zd.: A. Amelin; Tach. Ed.t F. Pat3dlYUk; Editorial Board: I_'.
Oreban', B.D. 11roxin, A.Z. Zhaudskly. G.H. Savin (Reap. Ed.), I.D.
fflaynerman (Dep. Reap. Ed.)$ and A.A. Shishlovskly.
_i~ This book 1. intended for engineers, scientific workers, and
technicians "allng with problems or inspection and flaw detetion.
COVXRAaE. This In a collection of scientific papers presented at a
Card 1/9
to aponsored by the Academy or Sciences, Vk:~R, and the
N.M.-teknalcheakoye obahche3tvD prlbo~.stroltellnoy Prort7*n1en-
nosti, 01cral"kaye pravlenlye (Ukrainian Branch Scl 'r.*.Iflc
Technical society or the Ln3t~=ent-manufacturlng Industry). Tne
Ipapers deal with modem Methods Of Inspection and flaw datezlon
used In the aschinary- and ln5trUfttnt-mAnUfAC:tUr!nE tnllUkitr_~S.
The subjects discussed include the use of electron m1croac"- 3
In the Invext-lCation or metal surfaces; X-ray, a==&-ray'
conso, magnetic. and ultrasomic methods or flaw d~!:ectlon; us. zr
radioactive Isotopes; X-ray dIffraction methods of metal ana*3"31.&;
and the use of InterCcrometers for =camurtng length and th-.~rt33
and determining the coefficient of lines-- thermal expansion. No
personal--ti*s are mentioned. Reference$ follow several of the
papers.
F-tZInter, Leningrad Nil or DrIdaes. Ultras
an tc
Detection or Fia~s In Pillet Welds __- - - __-I
V Engi 143
near, And V
V-7t- ~ ment Ye.o. FaE-0-n
.S 'natit t. I
Ultra3on.Lc Detection of plaws in gv*ctrou Slag Welds 149
Trushch
.Le.n'9_2-_L.A.. Engineer, XITev Electric Welding !r&tlt'tc isant
Px--an. -moting Welds ro, Pcrmtabllity *61
Dpctor Of' TechnlC&I Sciences. Prafessou Lcnln,~d
IVNT' 'c'on' Xt;~IclcyOv- Wq:13 of LIP-Oving the Accurazy of the
nterferenco Kctt~rd Or Mcjaurlng Length I
.T3
P_3,72.h~n - I I Klye, S-t~t. Un,,rmjt7
-L'0. Use of nil Klcrolnicrfer=aters for
Ing axd
Volk
,!~,;,Candldata or Tec~_-al Sciences, L,,nC_
a ad
Yev- Interferenze Method of Meanur!nZ t~.
Coeffiele"t of L!n`car 711ar"Al ExPar-SlOn Of Solid Bodies -.88
Card 61 9

MASE I BOCIX EXPWITATION Sov/'~488
Koscow.' Voeaoyuznyy nauchno-135l*dZVMtAl'4kiY I konatruktorakiy
Institut khInIchaskogo zmaahiz"!%~raycnlya.
MaterIaly v khUdch~3kom ma3hIno3troyanil. (Hateriala In Chazzical
Kuhl= Building) Moscow, Inforzatsionno-IZdatel'skly otdal, 1960.
143 P. (Series: Its; Trudy, vy?. 34) 3,000 co;iaa printed.
Sponsoring Agency: Goaudaratvann7y komitat Scveta Kinistrov SSSR
po, aytomatizatall. I mazhInO3t--c"=1yu and V3ejoyu--nyy nauchno-
Issledowatel-skly I k0n3truktax-slCy In3titut kchimichaskogo
awhimstroyealym, NIMIKMASh.
Ed.Xitle pap): V. K. Fedorov, Candidate of Technical Scienceal
Itorial Council: Chairman: T. B. Nikolayev; Deputy Chalrmant
Yu. X. Vinogradov, Candidate of Technical Sciences; B. N.
Borlsoglebakly, A. N. Gancharov. Tu. 0. Popandopulo, 1. H.
Yukalov, Candl-date of Technical' Sciences and 0. X. Yusova,
f Technical ScIancez; Ed.. V. i. Glukhov; Tech. Zd..
Candidate a
P. A. Vahlvt3ev.
rURPOSE : Thlo'colleation of art-1--les is :intended for technical
=mantel in che=ical machine b=UdIng and other branabas of
hime and Instru=ant lzd~:zzry.
---.2 coil&--tion dGal:.w-'= the re:ulta of
on the ateab-Mcal, corrosiv and engine ring qualities or certain
alloys. Also discussed axe hoat-treatmant regi--aa, the pha3a
composition of st&lnlo33 nte*13, =athoda of chackIng product3m
and new design3 of apparatus ustd in checki-mg. References so-
company each article.
TABIX OF CONTEMi
Gavrilov, V. X. [ Engineer] , and V. X. Fedoray E Cand1dLtO Of Tdah.~
niaLl 3clencea). Crystallization of Alloys In the Mastic -Vibration
F1*ld 3
Plookwin. W. I. (EagIneer]. Metal Which Will Resist Corrosion In 12
Solten Type Metal Containing Zinc
Shapiro. K. B. (EMSIne-Orl-, and 7 14 Kakarov [Zngincer). Induction
MardenIng.or Smaii-Piodule Piaic4--V,~-Wwa~Pedaccrs 26
kh N F. [Emzineeer, Irkutm.--y filial !f=MjnCWRa
of XIIML - -
90. Pranch TKTHJ 7mvestigation, or the Effect of
Ardrosan on the Endurance af.Certa:z Steals [Zaglneer3 V. D.
Kolchanova and M. X. Kir took pa_-i: In the javestigmtIonj
33
-Akshent5eyft. jC=:d-,tC of 1---enze3j. and 0. W.
Kffect of ~ab Treat=-. t on the ph~o
nd Khl&-1~5T Steals
a. (V. N. Dayatlova,
P. T. Daltriyov, B. N. Sbavalkin, L. X, Shabanova. Z. K. Ogurtgova.
and L. To. Lobwwva took part in tine inveatiZation) 50
N and T& X. Froll;-,ova [Ingineerl- N.
pandence of t ; Corroslon A0313ZZ--F-U~
'1017rand Khl8Nl2M3T
Steals on the CL-Pl=a Content 69
X (Candidate of Tezznniaal Scterces]. FXfoot of
M.O-Tn,,!k. cantamts In Steel and a- and cr-Pbama
Card 3/5

77
XxtOrUls In Chemical (Cont.) BOV/SA88
Ccct*nts In XhISN12J43T Steel on Their Formabill-ty [Xngineers A. P.
Oclovamova, L. L. Kravchenko,, V. N. Dyatlova, amd Candidate or
Technical Sciences A. P. Ak3hents*va took part Zz the investi-
gation) 82
Mol-khlova X V (Junior Scientific Worker) N 3
'Gal Scienceal, OFER..Leal
Sciences), and Ye. N. Zhill.na InveatlGation
or the a-Mase MIE.1f9T Steel IX-ray phas:rgsnIc
amalrain was carried out at the Institute of C4zeral and I.
Chealstry at the Academy of Sciences of the U.-M by V. 0. Ku=otaov
and Z. V. POPOVA) 104
reallevskly. V. P. (Engineer] Iand If 3 Aka2cv jAcedemician or
sarlIMIN"O .9 3 lances of the PonderomotIve
Kasmatio Method or Determining the a-Ph"a Ccr~wnt in Au3tonLtic
Steel (Squipmant was 4apuraotured by Technician V. X.
Mallain participated in working out the slectLlzal circuit for the
5F,=5-7 a-phasonstor) 112
(Candidate of Technical SolemcAsj,and V. N.
er);,,tVide-Rangs Ultrasonic Azalyzer fa-r-Meek-
of als (Techniciann V. M. Xm;-_agay*v and H. X.
KateranaXly participated in the production of tMe attachment] 120
XhInchankc. X. V. and V. X. PrIkhod1ko. Use of %he Wide-Range
Ultrss=lo Analyzer In Investigating the 3truat= of Steel and
Cast Iran 130
Mximwthenko, X. V.. V. N. Prlkhodlko, and
Checking the Ketal 01,11ty f Ian* Shafts n story Coo-
ditions
AVAZLU=s Library of Congress r
5

1.14i.~Wll 1.11 ...~ 1."J. 1.1 1-1. i i L4-11. 1....- 116.6,11 . .1'rn
YESILEVSKIY V P inah.; AKULOVt H.S., akademik
Pondaromotiva mapotla =tlwd of dotominirWg the por rmt ooont*nt,
of the ot-phase in augtonite steel. Trudy 91,1XIIINUMI no-341112-
3-19 160. (MIRA 14:1)
1. AN BSSR (for Akulov).
(Ferromagnetiam) (Ai;6tenita)

69971
S/170J60/003/01/14/023
B022/3007
AUTHORS; Akulovq N. S., Yeeilevskiyp V. P.,
TITLE: The Generalization of the Method of,.Magnetio_Mirror Images
PERIODICAL: Inzhenerno-fizicheakiy zhurnal, 19609 Vol. 3, No- 1, PP. 87 - 90
TEXT: The method of measuring the force necessary to imparate-a permanent
magnet from the surface of the product or sample is now being more and more
used. Thie'~force of the magnet is a function of magnetic suuoGptibility, which
is determined by the phase composition and atructure of the ferromagnetic sub-
stance. If a non-magnetic layer exists on the surface of the ferromagnetic
material, the separating force of the magnet depends also on the thickness of
this layer. This method offers wide possibilities of uset because it has many
advantages. Make-and-break mechanisms are used in the tests. The separating
force F is calculated on the basis of the "mirror image".-principle for a magnet
with variations of h (distance between the surface of the product and the end
of the magnet) within a wide range. Fig. I ahows the curve of the dependence
of the separating force of the magnet on the thickness of tho non-magnetic
layer, and Fig. 3 shows the theoretical curve of the influence of the shifting
Card 1/2 44144~~

69971
The Generalization of the Method of Magnetic Mirror S/170/60/003/01/14/023
Images B022/BOO7
of the magnetic pole upon the amount of the separating force. It is mentioned
that the theoretical part of this paper was carried out by N. S. Akulov and
the experiments by V. P. Yesilevskiy. There are 3 figures and I Sovief ref-
erenoe.
ASSOCIATION: Fiziko-takhnicheakiy institut g Minsk (Institute of Physics
and Technolog-Y, City of Minsk~
Card 2/2

DO(q)/DiT (r,)/BEIS jLTIMC/ILSD pail JD
ACCESSIOU Na: AR300163?
i -SOURCE: RZh, Hstallursiya. Mos. 41653
AUTHQ?t YesilevskVq Yj F~j Akulov, Me
TItLE: The poraermotive magnetic methol of determijdnCAhe percontage or the
alDha_-ahase in:austenitic steel
CITED SOUFZE: Tre Vqest nt-i. i kon.struktj in-t not 34.
190,09 132-119
TOPIC TAIGS: pondermotive magnatic rmethod. steel, break-
away force, process instrumentation device trmniidu6ox~ cir.,uit,, magnico mlloy
ANKO~-4, 1Xhl8NQT
TRA210LAT10,11i Vic basla principlea of tho iwedonotiva mliqpwiAo. iitttholl oT dotor-
mining the allp~a-phasa in anstanitia atool. am expoundad, Thova prin-.1plas are
`~ 3 r1a de 3
based on we- urmwnt eZ the attractive Ccragi oC a poirmanont Milli; . t. A crip-
tion of the design is given and 'the circuit is shoun cif m speeiil inotrwi-ant,
the alpha-phasec=etor, by means'of which it is possibla to daix)xrdme the.
Lcard I'M

L 15498-63
content of alpha-phase in steel both in the specimens of nrbitorliry aihape 4xid
directly in the parts ard bars at a pointe volume of metal, Tho inst-n-uleo.
ccasists of a transducer which is in dl~rect cantact, vlt,~ the pert at the time
of measur-orm.-ant warrl a neasuring devioe which na'.:es It pc,3;i;ftb1e to build ul)
ewrent, in 'he transdtzaer,sufficiant, for attraction of tll-,m nqip(vt and to
i exactly fix tho no-nant of attracti=e The trimtsducar is elosig:nad an the ba~-ia
of an electric.:-2 neasuring inst=ment of the rlagpiotoolectaqo with tha u3c,
of tire cylir-Arical magnets (1-= dia=4ter) made, of magpetic ay
_(A~&,Kq-42 "hich are secured sy:r~ otri cally in r t, in ora!,~r; O'EM71":1,
rxhl OT)POolta "rLde"I. 1,11,3 hell.,,=Q (14 tho 11101.)AIri; l1:j,,,t.C1l11 porml,,-~; fill.ci,11-1-
inents at any po3ition of the t:~,,-,nsducor in ~;paco. The -no,*smirlmlont
lin- device includes two cir=!ts: a cuxrenlE. reoilla". 'oil a co~.~
and a signa, circuit which irdj.cc!terj tho mottent of tho nui,!jji(-,t1ij tittraction.
The in5tmr!ent it possible to take m(~asuramenta of alpha.-phnse contact.
ranGes fro--i 0.3 to jo. During, this proceirs the deiriatian of It!; ro,,~dinvr, frcia
an average of three at one poln't Sis leis th'an 5-,Jc~. jData tire Pn3--
sented on the m-asurement. of percent al-phi-phaso in shoot stool Itrade 1XJ-,1[5;Z-9T
~dth a tlhic~aiess of 20 mm. and in the welded seams of l."Dii.113119T, whioh vere
obtained Ath the aid of the alpha-phasoomter of the de,idgn jjir.1cribid.
Card
W
flaz~
71

L 53736-65 EFF c) 1EP"PA(s) -2/EWr(m)/EWP(i)/t-%W(b)/E'dP(a) Fj-4/Fr-4/Pa-4/Pt-7
AC=sibil RE-i-A-F50155-62 -,---------UR/0286/65/000/008/0119/Vig
666.189.211 6
AUTHOMbkollnikov, Y(L. A. Polik B. M.; Kerakhftnidi, 11. G.; Ivsnov. P. K.1 ~~rl_
byah,,v. V. V.; Alen'ij'= ; BV&n2yjL_N__.J"1; Bimakov, D._ .; Shchipin,
I. Ye.; ~L_i Yefiriovft. M. I.; ffechayeva Ye. G.% Yesilkina
Ivrnova, A. 1. -. Dayn L E. P. ; NnbRtov, V. ., jj~voyevmkaya, Ye. A., Kukin. Y;~'. B.1
jDalaahov, V. N.; Gamza, L. B.-
TITLE: Glass for g1nas fibe a ~(Ilaes 32, No. 170369
GOURM Byullaten' ftobretenly i tovarnykh miakov. no. 8, 1965. 119
TOPIC TAGGS glass, glass riber
ABSTRACT: An Author Certificate ban been issued for a gUss suitable for making
glass fibers. To increase chemical durability, to prevent corrosion of alloys of
aluminuz~and other light metals, and to improve proceseability, the glass in for-
iaulated to contain: 58-63% 6021 2-4% B2031 6-8% A120jj 065-1-5% F1030 ~-6%
Zr02, 6-6% cao, 12-13% Na2O, and 1.5-2% K20-
.ASSOCIATIONt none

"-II I I I I ;I i I i !114:1 [~ [~ flitz
d Onkfad P I, ow b"" at on"
K"C'
A- Grvab (NO.
Goats 1. For WOODS
, = Is:
H vw q a Out Wria d cbewtstwic Is nownblo;
,wv
thrlervo Joald IAU storply 4M MW no I' bump," Vot draliq
With I " with a I up to 14 sq. CIA. ptrw- a Op"d catitrul of
111-10~ to advisw". U the cw oil driwo by asywhimm"
three-pban motom direct ciectrical Arlowa a complicated;
adeq"te coatral can be obtaiaed byE.11 of b"d-I
P- =Nlr-

40-o"Or'Or-a, ~tuo 0 ~oo
A Iffif 0
as a is v it saw mv wivaiiii
lf
6
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f
0 tits nl-o

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Subtititullou of powdered Lqlc by an
M, Usaftsioufavskil, 3, Roultin and Slitift(Ifilt. (4asi-A L,i-i
S. R.) 119.118, N.). 3. IN M; Clem.
00 S Iter. 1910. 1. 114111, - Pimirring rutilki r fund, with failv -0
tat fliff Vilk-untgAtil)(I half WVV(41
KAS11, Of VMVIISIVe (COO M 111)[1), Of IMIft qUJW, tAIC 1110 WIMI
00 in tbi: ratio U. W. I(Y) is rcrimmartid. d f,,r flit rvuilK)w.
This pregin. jarrvmii iticking tartisbis and ItAsuilur itch.
advatntaircs mirr powd. tale. %I. Al(vne
00

u
*0
490 zi
-Zal
ASO-St. A 119TALLOWAL 1.11fillaTUNI CLASSIVICATICIP
;a&-
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61 " 1' Am., kl.'! 1. 11AW 6, 1-
"Manufacturing of vulcanized plasters of pieces of tires," Automobile, 1951.
iiol U1 1111 Ill 11 1

BEMNIKIT, I.A.; YXSIKONTOVSKIT.$~~,#!L( -F-; SUDAKOV, N.P.;
'ai ', I#; ZAKRUTKIH, V
ATXKSBYRY, VVO.~ O~Midat takhnichookikh nauk, retsenzent.
fKanual on repairing automobile tires] Rukovodstvo po remontu artomo-
bilinykh shin. Leningrad, Goo. nauchno-takh. isd-vo mashinastroit. i
sudostroit. lit-ry, 1953. 136 p. (HLRA 7:3)
(Automobiles--Tires)

1 01 4, , m 19 H 114111
'11~1;wllfl full
KUZIMITSKAYA, K.A.; NAUMOV, V.I.; SIDOPDV, G.H., inzh., retsenzent;
YESIMNTOVSKIY. M.G,., inzh~t retsenzent; BRONSIrlEYN, Ya.I.,
"Wn-nd. tokhn. nnuk, dots.,red.; DIAMOKANUAYAO Yc,A., takhn.
red.
[Organization of a tare shop in a garage) Organliataiia shin-
nogo khoziaistva v garazhe. Moskva, Mashgiz, 1952, 102 p.
(MIRA 16:7)
(Tires, Fmbber)
T-
7! ::.11; : I~ 1 ~-1 jl;:~ '111:: "" I
M11,4191millIF' IFTIM
j
IT7
H Trill

BEIZNIXIYI I., inzh.; YESDIONTOVSKIY., M., inzh.; Prinimal uchastiey: IUIYURGV, V.
Pressing with cold water in repairing tires. Avt.transp.
,40 no*U:26-28 N 162o OMU 15:12)
(Tires,, Rubber-Retreading and recapping)

- - - - -
. I
MbVUDMLU,, Minzh.
Size of the tread for tire repair, Ayt,transp. 41 no.l.-30-31 Ja
163. (MIRA 16:2)
(Tires, Rubber-Re~teadjR and reopping)
-11 1 'i * '" ; "

GOLOVANOV., I.M.; MANSUROV, M.; MA14ONTOV, B.V.; YWIMOV, B.0,
Biipmth mineralization in magnesium magnetite okarno in one
of the ore manifestations in the Kurama Range. Uzb. geo. zhur.
9 no.6slQ-17 165. (MIRA 19t1)
1. Inatit-at goologii i goofiziki imeni Abdullayova AN U%SSR.
Submitted March 19, 1965.

BRANIKOV, P..; SANAYRV, I.; MUMTOV; V.
New)mge system on collective fares In practice, Sotll.brud 5 no.4:
79-19 Ap 160. (HIRA 13:9)
(Collective farms-Income dietribution)

~~I! bi U
IML
TASIN, A.I.,kand.ekon.na-ik
Nouetary wages in collective farm stockhreeding. Zhivotno-yodetvo
21 no.4:18-26 Ap '59. (HIRA 12;5)
1. Zaved-ayushchiy opornym punktom Vuesoyuznogo Instituts,
ekonomiki sel'skogo khozyaystva pri. kolkhoze imeni XIX
s"yezda Kommunisticheakoy partii frarvetakogo Soyuza.
(Wages) (Stock and atockbreediug)

I I .i . _. . -
- - WJ14~.~f rV ~ 1, C! ",/ 1- ~ V ), 1,
ACC NR, ATF&5_22_75Z_ SOURCE CODE: Ufl/2~60X~iOOO/259/010VM4
AUTHOR: Drannikov, V., (~-; Yesin, A. I.; Ineshin, A. P.; Sevastlyanov, V._A. 1-51a
ORG: None
TITLE: Analysis of the dynamics of a self-saturating magamp drive with intermediate
semiconductor amplifiers
SOURCE: Leningrad. Politekhnicheakly institut. Trudy, no. 259, 1965. Perekhodnyye
protsessy v avtomatizirovannom elektroprivode (Transient processes in automated
electric drive), 1OT-114
TOPIC TAGS: magnetic amplifier, machine tool, industrial automation
ABSTRACT: The authors consider the use of intermediate semiconductor amplifiers as a
means for reducing the time constant in self-saturating magnet c-amplifier circuits
used in combination with electric motors for driving t 4tevs of machine tools.
An analysis of transition processes in this type of system shows that 'Linear operation
of the intermediate semiconductor amplifier in self-saturating magamp-motor drive com-
binations hFe no noticeable effect on the time constant of the drive. The interferenec
voltage acting through the correction circuit in an actual drive puts the intermediate
amplifier into conditions of artificial switching with a frequency of 300 CPS which
increases the time of the. trannition procoan by n fetetor of m,-,)ro Wwl _11.5. CDA81i 1)
Card

- - T, 0541-0-67 - -
ACC NR, AT6022758
intermediate semiconductor rectifiers with pdm may be used satisfactorily for wide-
range control in self-saturating magamp drives. The SMEL11 losses-in the output tran-
sistor of the amplifier in both the open and closed states result in considerable
power delivery at high efficiency to the control circuits of the magnetic amplifier.
The operation of this transistor is nearly independent of the scatter in its para-
meters and variations in ambinet temperature. The frequency of the intermediate am-
plifier must be selected with regard to the particular features of the specific mag-
netic amplifier circuit. The use of low-interference stabilization circuits in con-
junction with high-power class D intermedi * semiconductor amplifiers provides high-
quality drives for wide-range speed control-based on self-saturating magnetic empli-
fier circuits. Orig. art. has: 5 figures, 2 formulas.
CODE: 09, 13/ SUBM DATE: None/ ORIG. REF: 005
Card

L Uy I.- 1-D f11.'. 1) /V, r
P(511 ", - 'j
7 Lzerl I A-
'602 .1XUi= C U7 I
ACC NRi 9420 Qbi~; AWI/66/0W/C06/0055/0057
AAITHOR: . Zhikh, V. (Colonel, FnCinoor); Yeoin, B. (Captain, Engineer)-
ORG; None
TITLE: An anticorrosive eating ~dth prospects
SOURCE: Tekhnika i vooruzheniyo,-no. 6, 1966, 55-57
TOPIC TAGS: corrosion protection, protective coating, nickel plating, coA&.r3A!--
ABSTrUCT; The use of nickel- hog)ho coating applied to motal surfaces by moans of a
cher,dcal-nickel plating is discussed. This chemical bath method is considered simpler
and less expensive than the Galvanic plating. The bath is filled writh a solution of
nickel salt and hypophoophito with organic additives. Tho solution contents fire nhoiin in
a tablo. Tho chemical process in a bath heated to 60 - 98 0 is doticribed. The progros-
sivo decline in the yield rate and its restoration by adding fresh chemical agents is
explained and graphically illustrated. A chemical plating circulation SY3tOM is shown in
a flow diagram including the bath, preheater, cooler, raeonorator and filter. ASter the
chemical process, the coated surfaces are submitted to a 30-min Peat treatment af-about
450 C for steel and at about 230 C for aluminum. Tho corrouionikosintanco is approxi-
mately the same as for chrome plating. However, the nickel-phosphorus coatings can pre-
serve their resistant properties at higher temperatures (up to 800 C). Their resistance
Card 1/2

MOOO' *, i....... H I
11 11 11 It 1 1111.4111 Ali -fit 11 11 if
L 09321-67
ACC NR: AP6029420 2,
/4,
to wear and friction) is also higher at high temperatures* They can also be applied
non-metal surfaces such as plastics, ceramics, etc. The formation of nickel alloys
considered and their use for decreasing the cyclic fatigue stresses in coated stee is.
aloo examineds Orig. art. haot 3 graphs, 1 table.
MM CODEs n/ SUR4 DATSs None

-"Ill. ak" ",,q, V"I 6aQa~., U, i HUM 1, 114 1, i U-11.111211.114im" I; V a! ULIM I., lill"', Ul, ill L I, LF" NIHN UUM " U1.4 i I ~! W L I., ~. li, 1 i'1-, U, I
__PIESHKOVSWA, M.,, red.., KUZNF
YESIF, Drritriy Alekseyqv hj TSOVA, A,~, tekhn.
rec.
(Ilew techniques in repairing] Novoe v tekhmike remonta. Moskva, Mook.
rabochii, 1961. 34 p, (MIRA 14:11)
1. Rukovoditell brigady kommniatichoolcogo truda Podollskogo mekhant.-
ohonkogo ztivodtt Im. ll.lAnlinim (for Yooln)
(Repairing)

YESINO D.T.; OSHCHIN, N.L.
Rooearoh institute an voluntAry bania. &ftlanflf 7
25-26 D 162. (MIRA 16W
1. Direktor Samtovskop obabobeetvonnogo nauchno-imeledo-
vatellskogo institute neftyanoy i gazovoy prmynhlotmosti
(for Yesin). 2. Predoodatell pravleniya Saratovskogo nauchno-
tekbnicheakogo obahchostva neftyanoy i gazovoy prmWablennosti
(for Guabchin) tSamtov-Petroleum research)
;-;ki'll 11 IN ININIM !IIIIIII iIIININIIII ill IIIIIII'l NP "I'll I I 'I 111 1~I

BALZILE, Hikhail Fedorovich, kand.tekhn.nauk; YESIX.. Qriioriy Dmitri;mvich,
inzh,; SIROUT, M,P,, prof,, red,; SM, -Ta.B., -red.; RLBILOV, V.I.,
takhn.red.
[Joint coupling with flexible dynamic connections and its vibration
damping properties] Soadinitellnoia mmfta 9 uprugimi dinamiclieskimi
svieziami. i as antivibratsioanve svoistva. Pod red. M.P.Sergeeva.
Cheliabinsk, Choliabinskoe knizhnoe izd-vo, 1959. 49 P.
(MIRA 13:4)
(couplings)

YNSIN, G. D., Cand Tech Scl. (diss) ".Research Into t;he offee~L ol' con-
nectors with elastic dynamic couplings on torsional oscillaticns in
power stations." Chelyabinsk, 19,060. 23 pp with charts; (Ijinistr,-, c---
Agriculture RSFSR, Chelyabinsk inst for the Mechanization and Electri-
fication of Agriculture, Chair of "Tractors and Automobiles"); 160
copies; price not given; (KL, 17-60, 154)

SHABANOV, Konstantin Dmitriyevich;_HSUf D. k&ad. tokhn. nauk;
retsenzent; DUGIM, N.A., tekhn. r .
[Double-flow transmissions for vehiole enginanlNukhpotoch-
nya peredachl transportnykh mashin. Moskva, MAuhg1z 1962.
(MIRA I'
126 p. 6:4)
(Motor vehicles--Transmission devices)

POLETSKIY, A. 'L.p dotsentj YXqIII,,. 0. D.* kand. takhn, nduk;
ZAVIYALOV, G. A., aupirant
Stability of uniform z7otagign and oe.the frequenc5r of natural
vibrationd of ajoentrM ' I lutch 'Flzv. vys..ucheb. 2&v.;
manhinostr. no.7.5-13
1. Cbelyabinikiy polit~kbnidheikiy institut.
(clutcheo(14achinery)-vibration)
77-41---.~-11-1-1 M1111 Fill iit!i ii I

VINOGRADOV, G.A,, inzh.; YESIN.. 14.1.
Specialists in rapid repairing. 149tallurg 7 no.4:17-10,. Ap T62,
OUFA 15:3)
le TSentrallnaya zavodskaya laboratoriya Kumimtskogo metallurgi-
chookogo kombinata (for Vinogradov). 2, Nachallnik smany
-rtenovskogo tsekba Ho.1 Kuznetokogo metal-lurgicheskogo kombinata
(for Yesin).
(Novokuznetsk-Open-hearth furnaces-Mmintonance and repair)

POLETSKIY, A.T,; YESINP G.D.; ZAVIYALCV, G.A.
Stability and frequencies of natural vibrations e. a centri-
fugal clutch. Teor. mash. i mekh. n0.94/95:111-118 163.
(MIRA 16: 11 )

Special features of runner design in high head Kaplan 308
turbines. (Cont.)
increased at the -same time as the head then for high head
Kaplan runners it would be necessary to select a hub ratio
that results in a reduction of speed and impaired cavitation
properties of the runner. Although for high head runners an
increase in hub dimension is unavoidable one method of
improving the cavitation properties is to make the hub as
small as possible. It is, therefore, necessary to re-design
the runner as a whole.
There are two main stages in runner desi6n - the attachment
of the blades and the arrangements for their rotation.-At
high heads the number of blades is greater and the forces
acting on them are 6Teater. It would seem that the best
solution is to select the size of hub according to the require-
ments for fixinE; the blades and to design the blade turning
mechanism without increasing the hub diameter. One method of
doing this is to increase the mechanical advantage in the
axial direction. Diagrams of pAsible mechanisms for doing
this are g~iven. Formulae are given for the torque on the
blade with various lever arrangements. A link mechanism such
as is recommended was used at an early stage of Soviet viater
turbine development for the small turbines of the Svi-r-3
station. Similar mechanisms are used by English Electric and
Voith. The analysis of various constructions, vhich is given,
shows that the greatest friction losses occur in the link

Special features of runner design in high head Kaplan 30b
turbines. (Cont.)
mechanism because of the high stresses acting on the cross
pieces and lever slides.
Om of the important problems of high head runners is that
of making and fixing the blades. In the usual designs the
blades are removable and are fixed to a lever passing through
the journal by bolts. But sometimes they are made in one
piece with the joumal and a variety of methods of fixing are
used. If the blade is made separate from the journal it is
easier to cast and machine partialarly in large size wheels.
However, because removable blades inevitably lead to compli-
cations it may be necessary in many cases of high head runners
with a large number of blades to use non-removable blading.
As heads increase so will stresses and in many cases it will
be necessary to use materials of increased strength and to
improve the existing design procedures, this aspect of which
is imperfect. Until recently runners were designed for the
most unfavourable cases at all loads. In particular the
strength of parts of the rotating mechanisms was based not on
the stress required for rotation but on the max-imum possible
force that could be applied by the servo-motor. This procedure
was acceptable for medium head turbines but calls for review

Special features of rui~ner design in high head Kaplan308
turbines, (Cont.)
in heavily loaded hiph head Kaplan turbines. Other pa2:ts
will also require revision, for example, the previously
accepted method of designing the end sections of the blading
was examined and in a number of cases the stresses in them
were found to be much lower than had pi2naviously been supposed.
A good deal of work has alx4:-ady been done on this subject,
but it should be extended.
3 figures, 4 literature refeiences.

YESIN, L.D., inzh.
Now design of the runners of reversible-bla!U hydraulic turbfrr-a.
Snargomanhinostroonia 9 no.8s12-13 4, '63. (KIRA 16:8)
(Hydraulic turbines)
. :i :. ;
. I i ~ .

IVANOV, Petr Sargeyevich; podpolkovnik; POVRMI~ Ivan Dmitriyevich,
podpolkovnik; XESIN, Mikhail Ivanovichp podpolkomik;
ROSSAL, N.A... polkovnik, red.; SOKU6V!, GyFnj takhn, red,
(Fortification installations for firing positions] Fortifi-
katsionnoe oborudovanie ognevykh pozitsii. Moskva, Voen.
izd-vo 14-va oborony SSSR, 1961. n8 p. (MIRA 15t2)
(Fortification)

YESIN, M.I., starshiy naaster; MAKRUSHIN, V.V.
Work -oractices of fore:7An D.M. -Rartolish. Metallurg 6 n-,.E:
32 ~ Ag.t 61. (1111:A 14:9)
1. Kuznetskiy me-tallurgicheskiy kombinat. 2. Zamostitell
nachallnika martenovskogo tsekha. Kuznetskogo metaUurgicheskogo
kombihata (for llalmtshin).
(open-hearth, furnaces-14ainterxgco aW repair)

TASI11, M.P.-
Perineal mobile left ectopy of the testicle. Xhirurgiia 35
no,3:125-126 Ur 15:9. (MM& 12:8)
(MISTES, abnorm.
notopy, perineal mobile left.-aided (Rua))
T 11 , I ~.

I=IN j H. P.
He=oeh's abdomiml pu7ara complicated by acyAte IntAotiml
obotruotion emd. nearcolo of a loop of the ile=. Xhirur ia
37 noo2tl37-138 2"61* f= 3.4 - 1)
(PURFURA (PAnOLDGY)) (IRMIRM-OBSTRUCTION)

SOV/ 137-58-7-1,12Z8
Translation from: Referativnyy zhurnal, Metallurgiya, 1958, NNr 7, p 38 (USSR)
AUTHORS: Yesin, N.A., Shikhov, V.N.
TITLE: -Order of the Reaction and Limiting Stages of the Process of
Dephosphorization of Steel (Poryadok reaktsii i limitiru-
yushchiye stadii protsessa obesfosforivaniya stali)
PERIODICAL: Tr. Urallskogo politekhn. in-ta, 1957, Nr 67, pp 69-77
ABSTRACT: Experiments conducted to clarify the effect of the initial [P)
on the rate of its passage into the slag at 15500C have shown
that with an increase in the initial [P] the rate of its passage
into the slag also increases while the time needed for the estab-
lishment of equilibrium decreases; [P] was varied in five
steps from 0.004 to 0. Ila. The time required for the establish-
ment of equilibrium during the reverse passage of [P] from
the slag into the metal also decreases with the increase of the
initial [PI . In order to determine the order of the dephos-
phorization reaction, the methods of evaluation of the order of
the direct and the reverse reaction were used, As a result of
the calculations quoted and construction of curves it is found
Card 1/2 that the process of the passage of [P] from the metal into the

SOVI 137-58-7-14228
Order of the Reaction and Limiting Stages of the Process (cont.)
slag and back follows the second order of reaction. Observations on the
passage of the [P] into the slag and back and the curves of the variatiotl of
concentrations of the final and initial material have shown flu-ir. the dephos-
phorization reaction proccerls through several intermediate stages-, here it
is assumed that the stage which determines the rate of this reaction is the
&.-sorption of the POI_ anion into the slag from the interface between the
phases.
Ye.T.
1. Steel-Prcce-sing Slags-Cherdcal reaction 3. Phosr,"~lori*~-,--'.heT~.,-*-,2s-~-
reaction 4. zreacticns
Card 2/2

ZHILYAYEV, A.F.; .
MethodoloFy of the quantffr.0.1ve evaluat-ion of a~xaoirjn;
1. u
on the example of it flysrh corint, Oketcnologdia 5 no.6:11(fl-
1109 165. (YIIPA 19: 1)
1. Chernmorskaya eksporimental'WAYU nau elmo-Ion loci ovrt to I I rkaya
stantslya Instituta okeanologli AN SSSR. Submitted February 27)
1965.

AUTHORS: Sudnishnikov, B.V. ; ~e sin, 11.11, ; Yomel Iyanot, P 114,
TITLE. A High-Frequency Percussion Mleshanism. ('VyBckczhastotnyy
pnevmaticheskiy udarnyy mekhanizm)
PERIODICAL: Byulleten' izobroteniy, 1958, NT 4, P 1.2 - 13 (USSR)
ABSTRACT: Class 5b , 921 . Nr 112374 (581898, 10 Aug 1957), Svb-
mi-r,ted to t e Committee for Inventions and Discoveriag at
the USSR Council of Ministers. In this h-.;Frh-frPq,.irns-y per-
ounsion machnniom, tho Incroano of tho Vor-..',til h 1011 frequori-
cy in achieved by a sudden breaking of thn micvemsnt of the
striker when changing over from the working stroke to 'he
return stroke. FaIr this purpose, an auxiliary str_'kez is
used to apply an impact to the basic striker at th,~, end
of the return stroke. Thus the direction of its movement
is immediately changed.
nard 1/1
V

SUDNISHNIKOV, B.V.; YESIN, N.11.
-, .
a, -,N" 1. ~ I
Now method Rtf-increasing the stroke frequsnc7 of pneumatic hammqrs.
Izv. Sib. otd. AN SBSR. no-7:125-127 158. (MIRA 11:9)
1.Zapadno-Sibiroki7 filial AN SSSR.
(Pne"matio tools)

, ~ ~ - r*,
YF14EL'vPV()V-, i" ~~ kprjd. tek~aii. nau~
[NU-100 e, ivarp"t.-? boring inachtilel Uni-
-mroallrpji Wrov~,[ poluavf,onat HIM-100,, Novonillirsk,
SO All SSOR, .1961. 1.24 1)- NIRA l8i ~)

YFIELOYANOV, Petr 141khRylovich; YL1114 JLIL.. ktind. tekhn. nuuk
red. j MELIKHOV, I. D. , LAUINT, I TUA, -',. 'G.
tekhn, red.
[Yachines for drilling blastholes with pneumatic hamers in
underground workings and ways of increasing their produc-
tiveness] Mashiny dlia bureniia vzryvnykh skvazhin pnevmati-
cheBkimi molotkami na podzemnykh gornykh rabotakh i puti. po-
vyshenii8 ikh proizvoditellnosti. Pod red. N.N.Esina. Mo-
skva, Gosgortekhizdat, 1963. 34 p. (MIRA 16:10)
(Boring machinery~-Pneumatic driving)

fillI. .
1 '"411312 i1
RUA WHOMMI. MWARIANWA !I 111M!
YESIN, N.N., kand.takhn.nauk; ZHUMAVLEV, K.I., gornyy Inzil.
The air ham-ner reamer iB a new boring head. Gor.zhur. no.3:54-1515
Mr 165. 1,UT R, A
1. Institut gornogo dela Sibirskogo otdeleniya M SSSR (for Yesin).
2. Sibirskiy gosudarstvennyy proyektno-konstraktorakiy eksperimentall-
n3r,r institut gornogo mashinostroyeniya (for Zhuravlev).

ACC NR: AT7001795- CN~ SOZ7;1ri,~ coDE-s La/oooo/66/ooo/ooo/o170/0187,
AUTHCR: Yesin, N. V.
ORG: none
TITLE: Formation of marine terraces
J:
SOLMCE: AN SSSR. Okoanograficheakaya komissiya. Issladovaniya Cidrodinamichaskikh
protsessov beregovoy zony morya (Studies of hydrodynamic and
.morphodynamic proces6os of the shoroline). Moscow, Izd-vo flauka, 1966. 170-187
TOPIC TAGS: geophysics, erosion, ocean dynamics
ABSTRACT: The article deals with the controversial question as to whether marine
!terraces on the shoreline can be formed when there is a uniform lowering of the sea
llevel. The conclusion that, under the stated condition, the formation of terraces is
lnot possible, arrived at by some authors (especially. by A. E. Scheidegger, Marine
~terraaes, Geofisica pura e applicata, no. 52,1962) is challonged by the present author.
,';The problem can be approached theoretically by using the relationship of the form
+ ~(21
1/2

ACC NR: AT7001795
;where y = f(x,t) is the equation of the slope profile and v is the normal rate of
fchan o of the relief (Yesin, 1964) and by assuming with logTna'v that Vn in proportional
,to u X, umax being the maximal values of water velocity near the grodnd, However, the
lquanelty is not yet known as a function of the slope parameters. 1herefore, the author
lapproached the problem experimentally using the wave basin (17 m long, 55 cm deep. 50
icm, wide) at the Black Sea Ebcperimental Research Station of the Institute for
Oceanography AN SSSR. with the cooperation of B, A, Fbpov# The shoreline slope was
Amitated by a model made of gypsum and table salt, the latter being introduced for
faster erosion. The formation of two to three terraces was always observed. 7he
author explains this result by consideration of the interaction between the wave
climbing up the slope and the vave sliding back. Grig. art. hass 6 figures and 25
equations.
SUB CODEs 08/ SUBM DATEs 17APr66/ ORM REFs 009/ OTH RM 001

YESIN) N.V.
Kinematics of 1~he Iformation of marlne abraFi7a ~.erra~es.
Okeanologiia 4 no.2:284-289 164. Ntfa-~ 17,51~
1. Chernomorakaya eksperimentalInava nauchno-lBsIedovatellskaya
etantsiya inst.'tuta okeanologii AIISSSR, gorcd Gelendzhik.

PAVLOV, V.V.;,POPELII S.I.; YESIN, O.A. (Sverdlovsk)
Calculation of the surface tension of liquIds frrim ths exce3a
isochore-inotherm potential. Part 2. Zhtir, fis. kh!n, 37 no-49
797-801 Ap '63, (MIRA DO)
I- *1. Urallskiy politakhnichesIdy InqtItut iment S.M. Kirova.
I

NMYSHOV, MI.; YESINO O.A.; CHUGHMARRVO S.K.
Nitrogen aolubility in iron-free olags. Izv. v7a. uchebo zavo;
chern. met, 7 no,7t24-28 164 (MIM 17:8)
1. Urallakiy polltekkmichaskiy Institut.

TOPORISIICIIEVj, G.A.; YESB, O-A-; KAMOIN, V.N*
Kinetics of high temrAwature electrode proceavas atud.~ed by
the galvanostatia method. Dokl. AN SSSR 157 no.lt 162-164
J1 1-64 (KMA 17:8)
1. Ural'skiy politekhnicheskiy institut im. S.M. Kirova. Pred-
stavleno akademikom A.H. Krumkinym.

L 4589 EWT(m) EWP(w)/M.W�-P1--LJ-P(C,)-.
KC NR: AP6026150 SOURCS C0191 WbO6166/040/6041396/V
AUTHORI Sgrddn, La, V,; Daynovp V. .; Teffing 09 Ao
Mat Ural Polytechnic Institute (Urallskly politakhnIcheekly lnstitut)
TITIRI Kinetics of spreading of a fluoride-cadde melt on solid oxides
7 17-1 --7
SOURCEI ZhUrnal fisicheskoy Mimilo v. 40p no. 79 1966, 1398-1603
TOPIC TAGSs calcium fluoride, aluminum oxidep fluid flowg surface tensiong
ble thermodynamics
ABSTRACT& The spreading of ANF-6 melt (70% CaF29 30% A120~) on plates of AlAt MgO1
ZrC~, SiC~2., W on 4 qurface preco%W with Us some Uqui4 was studied at 480- 7200
with the aid'of high-speed mation-picture photography (3000 frMes per second). Two
stages were observed in the spreading process. In the first stagep the liquid assume
an irregular shape with breaks In Its surface. The rate v at which the plate becomes
covered at this stage in independent of the surface tension of the dropp but depends
on the temperature; the activation energy values indicate a viscoue character of the
resistance to the flow of the liquid. At a constant temperaturaq v depends on the
plate material and decreases in the series A12C~q MgOv Zr(>2# SIC12 (on'the precoated
plate v is approximtely the samo as on M~). The transition to the second stage is
due to the action of the tension of the malto In this st4gap v to much lower than in
Card 1/2 UIDC I

L
I Adt
the first. The observed behavior can be accomted for by foml relatio"' of I
Bible th9rmdynu=dos,e art, hass 2 figures and I table.
SUB COMS 07/ 8 21 JU65/ MW 008/ OTH RV 004
cc,
rd Ao~(

KHLYNOV, V.V.; YMBIN,-O.A.
Losses of ferrochromium resulting from its adhesion to carb-,r,
Izv. rjs. ucbeb. zav.; chern. met. 7 no.8t9-14 164.
(141RA 17:9)
1. Ural'skiy polItpkhnichoski.y institut.

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00 wtit, ili,k it 4, "411wit I ho I441444041i,lit ill Ow Ol I dl$-
limlor %4% *4106,41 "Oll A V404%, atlit to Immitillilt.
01111, her livilmill 101141, Itki. will, PWAIIIA16061 11111111a lh% kit"
w
ch&tSvulAX1 a udied ill a 0.1 N AINO, stoln, ill pill.
00 a dint, PyTidlm was also wAvv%t for the Znlj Wilt. Tbe
60 0 curws Alm that during the dimi W Cot itills a fon-
loiderable client. polaritatkola takes place fix-4idei; the
00 j uvual vivown. putari"llcm) whk-b is elilloro-wil by lite
firdey-Corus and Volmer eclualkils whkh pormlilwitirstifut
*0 the rel"datka cof theformatilm cd Ilit crystal graim it tilt SOO
00
causeforihorpoliatimlion. Duringthadepautim (if Ago
chral. 1xvinfilloillon Is RIM (11wrlrd. bill its 41m. VAI(Or if 0
italler than that file Cit. 1',w Za 1 1 at at-If
00 of it, ('" Vif w*IV tht. joislAtildli'"i 14 .4mtvv& 00
a,- himit 1'. it... .1,411110 Ill "'IN.Ii- 1-1410till-I
FF
ith little I'm l9w th-limak, sit lot, 1 1-41 a Ill v.1111-1, 1..." -00
-1 Ill 4-1,11tv. .00
Ali-. 4 )"11. in plitublic still 4
curves ind"Ir it slW61 lilillAt 1%441 tint I'm " h,.h I.W1 1-tt
pro 0
4
found by L. slid H. previouily in the sividf ill "themin:
pillatizatim during the (IrprWtkm of Cu fr(nit all. wbous.
W. It. litim
R
it At it) if it 6 1 0 to
0 6 too so

fill I
v All,
4) 000 CIA 0 0 0
93 A I I A A, A A 1 9 13 11 12 it W is 16 11 is it All it a a ;A Is 14 It jt~jpj' Ug' Al l, Atli is Alt &i 41 41 61 'd i 1:9
A
00
A
a I; a 11. All it 4 0
it ..*

.4 J NIQkAtI041111 dgtlq 411111111411011 ME AMMOdININ 10* 411d
boh-
its aftt 4ifitivatitive an ot mir""y tAthods. 1-1
0 .
andO
Esin
k .00
.
.
am
in French M)0918)~-Thil date of Mray-S:almi atul
Sdativaty (C. A. 29, 6W0) at limufficicni So explAtts
ibenatumo(NH&*drpositionon&Hlgmtbtide. silicethry
used slightly " liaint., so that the H' inevitAhly affevirct! -40
obeirresults; also, they did noot tNow polential-linir curm.
.06
which woidd havv rlr~lvd the vilect tit diminiAlthing rvdirn.
0 ill the JUVI In 1114n. On the P0147011141. 1.. 21111 V- fril"911,ld -*4
00 their wink rki-ti-Aysitat wilm. of INII.Cl t- N11,011, I-(
NII.Clakinc andA aq. milimul CII.N11,11.21 + CIIIN11011
00 and of (CHO.NUM + (0101-NIIjoll. The Occl tit =00
00 cown. of N11.* and of c. d. on the potential was also stud-
i
d
d
l
1:1111110
a
, @an
c.
.,
ied. The relation between cathode potent
A. can be exprewd by At - Commit. - (R PY) In j - Ai. =0 a
The lopritbmic relation betul 4 and i is evidently ilkic
ted in the tote of diffuiion
oL
ti
s ma
if
i
a
00 to cloncim. p
mAr
za
o
a
n
es
of the deposited ica Into the IntcrW of (be Ug cathodt. 000
S. L.Mailofally
A I S L A mtT-.LURGKAL Willaullif CLASSIFICATION
U a Ly go is go t, I . z 61 9 a W tift
It 0, it gi
0 0 0 0 0 0
0ge 0 A, -7.
0 0 000 . !. .
j.4f S
U**
- -----
-Q1
0 0 0 0 0 0 a 0 0 0 4 0 6 9 0
0 0 a 0 0 0 0 0 0 a

Ps
LON AA 04
so
go
00
00 a
09 .1
00
4
The Coll pworatial comp-ents iu Ulf vl6cuut)tA altbal
(Y' ba-. I).
to the cUdl NijtU., 14.110t, llpilviso'. 111111h. Ih-
So. 11,01M. S with an av. w4tacc cf:U.4950' 01 the
p~AvntLd dsup is in Lbe ek-cmAyle. 3.4% in the vimacti,
AU4157 .617, as ckcjnxk aukentials. A. A. 15xfKwnr
00
0 0
M. S L a WALLUPWC6L kltlOkUtt CtAMMATICk
00 s I - -
90
w IN AV
- & a " to if 0014 19a I, It tv ~WQ
o 0 0 0 * 0 0 * 0 9 0 q 0 : o
*1
IF 0 0 0 9 0 0
0 00 000 0 0 * a 9 * 0 0 0 0
tr S. i! I I
0 a 0 0 a 0 0
0
0 0 a 0 0 0 v 0 0 0 0 0 0

90-04 0 Goo*** a 4 4 G 0
if a a 4
so a V a It a it jum ion al., SiV041 u Ai M 4 f: 0
tA'" IWX a- a IL-A.- I A.A
I M.tRairms 1VO A
PolarizaW during the eloctrodepaxillon of tin front scid --- rot
Oolulloom of Its simple "its. M. I -.11LAII-V, I t. A. 1-,w
&tilt V. .14-iinikova. J, i.m. Che"s I V ~ S .14 it I I
Mcasillroll. Ill, will. Illade of Ow
during 1'41114.11W .1vi".it6io mid ~if alw6fir 'All lit 1,11 lit 41 lit
o.JW. of MC 1, at Id S I IM 1. 1) Y it .' 1.1 11 w d 1 (.1 1 . it I I I . 11,J -
oil
q4 tItC P44-AtitAlkttl VAIM~ Ill INk"Ilk I V1104. little 0,2 it 3
illy. for qqM%. willillut tiny addlis. RIM 413 0.5 Ill%-. r..l
; I ~ all ~. ". A. With '. .1. ... -".
00 Z S ticre xremrr, but did uot r.%ccird it)
111~7iFor moving Ifg cj(hodvs the relirothicibility was 2 3
for pure lig and I my. for tile Sri amalgam. Tile
"ol";rved unall itolarliat ion in SnCl, anti SnSA)t MAISS. can
"I "Illost rullipirtely ovt-rconte by agitating the Orctro. r.0
00 IYIC. VIA IkWlAliltiklion is a rmult (it the Flow diflution of
Sri, I ill the eirctrolvic. VL413 it'. C.41. givttl UO*
file the del"ition uf Sri from acid
glue, cirrsolilifforric acid, HjO). A high polarization volt-
0 age i4 observed in the prest-rice 4if crevilitillanic acid, Tile i
li"t pail of ill,- %Atap- r,. r..1. urvc top in ih~ "limit- '-'.R00
ing" r. it ) van 1w vilsivi,iA by tho vilomiors llt the vi,ru-n.
; ~06199!
jKlIX11411011 if A millu-n-Ill 11111t. 44 [fit, ilum-Willoole itod 14
AD ' pre%crit. The u-si-nit Ijart I-( lite vinvir (lit-yond Me 4
"limithis" C. 11.) call he satisfactorily Vilittiswd by tile 00
equation 9 - a - 6 log (i - i.) where q Is the poLuirAtloc,
J.
I istht t0tal-d. anti i.is the "littilting" v. d. Artabigotis '100
Clifitst. with [moving fix cathodrs wl-rr perfortilvd. lirstilli .106
Pupporl"I the plevions Cout-Illsiou'. TVtl f, (VI
XV. It. Reno
A I a. I L A OfTALLUNGKAL LITINATIJAN CLASUPKATION %see
sod., I., P'.. 00
It If on "1 41,11, .0
V ad it d 0 1
0 0 0 Sia 0 a o 0 0 0 0 0 0
- - - - - - - - -- - - - - -T
I I lit,

A
10
A
00 a
90
of
00 ~01*0
... ..... . ......-

billymmilbiranal It Q 4) be are
It

An "p"immucall wilrd"tim of All
thewy. 0.4mad B- Mackay. Add
--H
datA
s1
-64
Kaaqb
IWA)(l -04
.
a
).
W
(
odd u(the
th
t
W
k
h
H -00
oil
t
ma W
e Po
e
s ca
the:mijbit W t

Ka astd., HfAck I lilt at mm- - of K I
n
If I r
frorm uAl to 3A N give Im M -. PxcwW valon #;
om in ().01 N KI; -0.67 in 0~ub N: -0,70 ill 41.111:
-0.73iuD20; -0.76WOM. -0.78itill.70; -UMill
1.(Xl..
j0JU in LA; mad -OA4 in 3j) N KI molts. 11w

0
&kW the # - In c/o curw 6 altitrus. 0.11) Instrim) of
the tbewskW UAIN. M. and M. oW Frumkm brHrvv
Lbst tin dbmpawy is Jue to the Wd*1 of t1w rofm of
int~iwbctwv
Iscir wth in Ihak o" tbeary wto an ill I hot of storn.
coo
kathlulmn
Los

its**
Tkatzc;l VkXta JkLW t 4A&&tA
wee
a &T to Lill; 4 An L 0
I N
0 14
0 Ole 00 0 0004 00 00 so go 0 d
0-00 0 0
0 0-0 0 0- 0 0 0 0 - 000,0600 0000100000000090000000001

0 6 Ou w OUR -w
W0041660666060
1 4 it fl is to it 16 1~ to a it J2 n 30 is 9 It J6 Is
A A-1- Mt I.-I-1 C. L i,
0 JIT
010
so
00 A:
so
so TM &ddbud" W pol"(W to to Glaftwopasition of
`
d
0* ise. A.l.L4viumwu.A'KA%,i
f.A "Llo-mr.(U.
M U-44 (III IPM*tb. 441 (10 1411, -Ml an AV tk)IVIL-
te
.
,
3.4 V., %Lvut M% 0( it IS OiTtl-kle 110MISIA1. 134r;'
1r
.
.
IfTd to Ov"Tomm mistsusce a the clectrolytiq noll

o
Vmvmo misla"m at The coulmarls, fispil. ifillj
tot talm
llistod. A. A 1".x1c'mrill

00
00
00
00

Se.j
00
0* t. Aid It 4
9
..... ..
It to j. Vat flit Otic nn?f it it
0 0 0 4.0 0 * 0 0 0 41 0
_1" 00 see seefl ego * 0 a 0 a 0 0 0 kiwi ~ 01. 1;0 0
1 41
I L
_Lee
.00
_e0
.00
-00
-00
-00
.00
:00
j.0 0
_A 0
too
a of 0 v 0 0 0 0 0 0 a
0 0 0 d 0 0 0 0 a 0 # 0 0 0 0

10 11 it It 14 ItW If It s I, It #I

A Narita" to 1hi U*A& proapiducto of b1#04111-11

0.0 ~4 ,-
941n, All, fAshkatev, Z. Lewhina anol No-61tPIVII.
J. APOW CAM. (U. S. S. R-) 13, W-630a Premb. 115) 1
-Th
l
ht
d
i
ti
i
"
d
k
id
IM
at
n c
o
an
tr
ta
on
r
ac
e po
).
(
moins. is thilf, prindp4jr to euuru. isull can Im mip.
prWmd to a cummilamrsuk titgritv by an InIc"itr InWill
caniva"11MY Widbt PU4414414"l, Whit-h WA* 11411 bait.
peydnd by mixing, was thartm-tti4A by ohmp icuuate lik
00 1 rgsim of km C. d.t and compstatlMy Wight Ifict-talle
A

of t
t the it of k1gh c. d. ThA
he coevoolon pbnximemm mW tf first was ct-mamml with
m wwnd with the crymn.
promms. The depadflon of 0 1 from IflM), %Ani. wam
wcompsaW by a fetarded discharge. Addu, of cvIluk"a
00 0 wMe mWum 1wrta" the pt"rization of Di without
-
-
1
00 rh-n
chu A. A. 1
MViruy
Ingh
of
00
coo

00
00
99 7 A
00 -1 -.00

It
-
too]

T
a *
0 0 0 0 4, 0
4
It q, K, "T
0 0 0 0 0 0 0 0 0 0 0 0 0 a 0 I it Ill Al .1
In
0 0 0 6 0 0 0 0 0 0 0 0 0 4 0 0 0
0~1
0 0 0 4
A
4 0 0 0 oo,e 0 0 0 0 0 *a* 0 0 000 a* 0-0 0 0 0 0 0 a 0 0 9 0 0 OfIR .
0 0 **

, , 1
flMMU111111
Ism
a 0
Fe*;p
0000 6041110406060060C0 for 0 0 6 o afif *0006
I I I I j I a I it it if I) is Is 11 19bijill Alan all 11111,1011 1113 U 0 IS V a 0 to 41
-A F Q V 1- 11, T 4.1-1- 1 X, As 14 CC IC 99 i J., I S I
'O~f.l
OICIIIIIS "C"INTIS
0o
0q
so

uj Lslow 41acharge Ist processes al electrolytic reductlits 0
,
1:
ph
1244
t
C
0
A
l
d
d
.
d
4
.
r
ys"t
ir
'.
imt
it".
01L,
S. S. 12, IZI-44(INO)(la
R. diccummis the relative positiorts Of the PoteUtial-LuRrIlY
00 curves and the comsponcling distribution of electron kv-
lt
b
h
l
L

00 a etween overvo
at
on
afte
e rc
cis, and the form of t
and c. d. The cocff- v may be Pos. neg., scro or fractimd
end lit a cracrion not of the pteseme of ovrrvoltage, but
96 only of Its variation with i. Par high values ulr the tqtL&.
l
h
l
l
zitiou.
ml wit
M41 for rotim. po
o
tim drrivrd Is Jilent
;rbe theory of election tramition permits patic. c. cis. lit
/Iiw slow diwhArgr for all values of -r. F. if. R.
a
00 S
00 1 as. it. FTALLLiPGKAL LITIRAY"t CLASSIMATICIc
t
U An I
Ka it It It 1 :14
0 0 0 0 0 a 0 0 0 0 0 0 0 Of 0 0 0 a 0 0 0 41
0
000 000 0 9 41 0 0 0 0 0 0 0 0 0 0, 46 0 W- 0 0 om 0 0 0 0 a 0 0 0
0 0 4
0 0 Ib
Q 4) so CS 'r 0
- sa
.-Of
.00
;--*0
-0411
- 41
see
=00
go 0
;:419
Zoo
g
0 6
0 0 0

a
.01 10 I'll"
M 90060

1
0
k to
1 o
4 o v m
P 1-
1.ltllf
- , ' ~ ~ 6 .,
ki
I
I-Ifitmoti too rout,f~?,l s -~;;f t, t
I

*0 A
go

gg
IA J, 9, %,
J. MW CAOM. (V. 14 .4. R.) 1y -4 1.
7
97
-Th
10,
tb
d
k
s
IM)
d
6
(1:1:
i
;;;
ih
L

yj~ A -
e
AtkX
e ca
o
'
.
i
,
.
,
n
P0
.
)
(
- F"
1
th
d
F
(CN)
ICN)
f
V
c wror
1
t
or
e rw
oo
cm
4
l at Nt AW I't gk,%.tgtxk,& its w4m
v4*31
voriou.
"I
amulv
,
i
c
4.
'I
Il
Thr a
il K
italf
f
F
a
(C%
m
( V
(CN)

-
o
t.
u
v
,
r
m
a
.
s
4

J Ath", And AITAIIY Irwrita"d
It wm* olpwr" that
09 "Aastion did" domdon the maitrialid thsekt.
rodor
Pmvilkd thm was
e Ill
f
d
.
m
m
unflo
01, the latter.
C ooladmtbm otdy ink" Place. A. A. j,.

A a ~CA IVAILLU"KAL LITIRAIIIISS CLASSIMAT00"
two
0 0 0 0 0 0 0 0 6
so ',a& a a 0 a & 4
ne*
luee
6 0 m a 0 0 0 0 a 0
0-0 0-0 0 0 0 0 # 0 0 a 0 0 0 0 0 I&A

TESINI 0.
USSR
Sverdlovsk
Laboratory of Theor6tical Electrochemistry, Urallsk Industrial
Institute, (-1940-)
"Polarization during the Ovevcbarging of Titanium Ions."
Zhur. tiz. Rhim. Vol. 14, No. 5-6, 1940
Oct. 22, 1951

YESIN, 0. A.
"On the Proton Transfer During Me Electrolytic Discharge of Hydrogen lons,9
Acta Phys.,, 16,, Nos. 3-4., 1942

YESINj 0. A.
non the character of the Cathodic Polarization of Zin0j," Acta Phys.p 161 NOC 1-21
1942
Lab. of Llectrochmniotry, Ural Industrial Inst., Sverdlovsk
,Jlli ~7

YE04111, C-1 lic"Mr,01FICV, V.
Laboratory of Theoretical Electrochemistr-j, Ural IndiistrIal Instiltzile
"On Proton Migration During the Electrol~tic Discharge of Iona of Hydrogen." Zhur.
Fiz. Ehim. Vol. 17, No. 1, 1943.
BR-52059019
SO: Mont List of Russian Accessionsy Library of Congress, 1953, Uncl.
'01 Rl" pwqpj~nzj
` " 'Rhli
IA 1,10; 111, Mi ILI
I :,cM

GflW~WlW%YlWW W w w
o
O009000 w we WIN IF#*#
*
0
?
oalt
0 09 6
6
0 0 11143110

t 141

LAR-AL- P. a I t- J#
U
A
J
'.
cd')e '
psmat"I '0.".

of

AQGdk O&JISAIWO iA slettrallik pla4utiWl PQf
IMP ill, N
41; Ill 1-111
; 11)
9
N
00
00 o,
1
.
s~ H.) 16,
(VgrAch sw "Cie Iltakull allodw
allattl luto
of Illw
"ti
on
4
I ism in thr UCCM u1 11
owl j&tq! on X. Ni suld Cu gledlotlas ill,11116- w4ul
00 I
lion I httteaw4 Umiting c. d. mtc arbievall bY siblimi
00 of allutyllt. lIw ob4fwtitb4LIPoWizAt4mlitn~ibitilit-
C. 41. we iudcpmdL%t of the "Madriall .1 l1w r1camir.

tioti of cown. I-Amitialklu; direct prupovilmality usi
K611110., Is
Ihism41416ws pit%vs- to AtmooplIfl"I
k
a
llimt 4town t
..dy by -.-tt. (.1.
Its!
WO I r
I tow
u AT
It It
0 0 111 o 0 a o 0 0
U
M It 30 11 V 10 j, Ij j
0
it Its
I ) 0 v
0 0 0 0 0
a, 0 0 00 000
-00
'00
ZOO
'ioo