SCIENTIFIC ABSTRACT YAKIMETS, L.S. - YAKIMOV, A.V.

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• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001961820019-4
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: March 15, 2001
• Sequence Number: 19
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

YAKIMETS$ L.S.1 GOLIDBERGP V.N.
Rol e and p3ACe 0.f tracheoatom7 in the Drevention and treatment
owing heart surgery'
of aoUU respiratory Insufficiency fOll (MIRA 18,12)
Sov.raed. 28 no.11:21-27 N -165-
1. Klinika torakallnoy khirurgii (zav doktor med.nauk
L.N.Sidbrenko, nauchnyy rukovoditell chlen-korrespondent
P14N SSSR prof. N.M.AmonOV) Ukrainskogo nauchno-isslaclovatell-
akogo instituta tuberkuleza I grudnoy Irbirurgii (direktor
dotoentA.S.Mamolat)p Kiyev.

P
A C CZ
AUTHOR:
TITLE: Bre-mastrahlung of ultrarelativistic electrons in condensed amorphous
bodies
SOURCE: JLN SSSR. Dolklady, v. 159, no. 4, 1964, 7B2-785
TOPIM TAGS-. ultrarelativistic electron, bremsstrahlung, amorphous body, pair
production
ABSTRACT: A Feneral method Dreviously developed by the author 'k-with V. M.
:--r ~,t--m,-na'ion of t~-ip -ffp-t
co'd

ACCESS 1ON NR AP5W0913
qu'ency- ls-much ~~er_ -than the_i~tftial electron energy. In the quantum-mechwanical
calcu~ati,)-. u~e ~Jifferenti_ai el-tror, ~-uergv acquire an ;v,,.litl,,nai 1,~npn-
SM CODE: Wo GP 14R RU SOV: 006 OTHM: 002
Cord 212

yAKjjMo_sMYNAUj L.V.
dio-irOxi in the organism by J*ans of
-.-"The CharIacter 6f COMPulsory DiStributi0n:Of RO he- Use of Radioactive IsOtOPes
-,onophoresis it P. 112, in the book ~~gnce in t- -_C~Smedizda~
Kly and I*T~ SMCRMI bliB _thL
An Dane R. Ye. - MVM sents medical transactions
uamnw ssR, KM 1955, rePre
publishing House of the m 18-20 January 1954.
of a conference held in KMV fro
so: lloo235

/66/051/00:-/1469/1475
SOURCE CODE.
ACC NR, Ap6o37075
AUT11OR: Yakimetap V. V.
Institute (Moskovskiy inzhenerno-fizicheckiY inatitut)
ORG: Moscow Engineering-Phy-sMe
TITLE: Contribution to the theory of spectral-line broadening
SOURCE: Zhurnal eksperimentallnoy i teoreticheskoy fiziki, v. 51, no. 5, 1966, 1469-
1475
TOPIC TAGS: spectral line) line broadening, Green function, correlation function,
particle interaction
ABSTRACT: The Green's function method is used to determine the spectral-line broaden-
ing due to the interaction between an atom and surrounding particles. The interaction
correlation function is regarded as a particular case of the two-particle Green's
function which can be calculatedby a diagram technique. This makes possible suwa-
tion of an infinite number of important terms, at least when using the binary collisiol
approximation. By obtaining the binary approximation through a consistent quantum-
mechanical calculation, a general solution is obtained for the problem of line broade
ing by a foreign gas, without additional simplifying assunTtk(?ns sut:-,% as used in the
impact or statistical theory. The line shape caused by.the pressure of the foreign
gases is obtained in the binary collision approximation. The author thanks V. M.
Galitskiy and V. I., Kogan forvaluable advice and discussions. Orig. art. has: 29
formulas.
20/ MM DATE: ORIG REF: OMI REF; 00 5
SUB CODE: 14may66/ 004/
ACC NRiAP6037087
SOURCE CODE% UR/0056/66/o5l/005/1~69/1574 -
.AUTHOR.- Alekaevevr I.; Yakimets, _V. V.
ORG; Moscow Engineering Physics Institute'(
~institut) MOskOVGkiy inzhenerno-fizichesyiy
~TITLE: Electromagnetic radiation in-an aboorbin
g medium
SOURCE: Zhurnal eksperimentalin
1574 0y i teoreticheakoy fiziki, v. 5.10 no. 5, 1.966, 1569-
TOPIC TAGS: electromagnetic radiation, las .er radiation, electromagnetic wave absorp-
-tion, magnetic dipolev dipole interaction
ABSTRACT: . The authors point out that
most existing investigations of, electromagnetic
radiation are limited to types of radiation (Cerenkovi transition, diffraction),
which is characterized by the fact that it disappearsin the absence of a medium.,
They consequently consider radiation that a charged system can produce in vacuum as
Vell as in a medium, where the presence of the surrounding medium either alters the
1-intensity of the source or leads to radiation Of specific waves which are not pro-
duced in a vacuum,
The effects of absorption by the medium on the radiation is ana
lyzed for both classical and quantum emitters.
in thermodynamic equilibrium. The absorbing media are assumed to be
Dipoleg magnetic dipole, and quadrupole radiation j6

GALITSKIYY V. H.; YAKLMLTS, V. V.
Effect of quantum absorption on the bremsstrahlung Of UltrarelatiViStiC
electrons. Zhur.ek.-p, i teor,fiz, 40' no. 3:1066-10?3 Ifir 164.
(V, IRA 17 5)
1. Inatitut yadernoyfiziki Sibirskogo otdeleniya kN SSSR.

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file Course Of the contact oxidation of sulfur dioxide to
SUffut triOlid*. X.Af, Yakit"ets awl N. P, Rakina.j

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TAKIMETS E3hJ:.[Jakimiecj J.)
Magn6fohydrodynamic models of sunspots. BiUl Astr 05 14
no.307-99 163.;
1. Astronomicheskiy institut Vrotelavokogo universitetao'

-ACCESSION NR: AP4025939 S/0056/64/046/003/1066/1073
AUMOR. V. M. Y&imets, V. V.
-Galitskiys
TiTLE: ,Fffect of quant= abscrptionon bremsstreMung of ultrimlelativistic.
-electrons
SOURCE: Zhurnal ekspwimentallnoy i teoreticheslcoy fizikis v. 46, no. 3. 19649
1066-1073
TOPIC TAGS-. quantum absorption, trremsstrahlt~ng, classical electrodynamics,
quantum electrodynamics Ibremsstrahlun suppression,.dielectric ccnstant,
9
electron poist= pair producticn
ABSTRACT: The article deals with fi-equencies much below the electrm enexWv
I making it possible to use a classical descripticn of the electromagnetic field..
A general ue-thod is developed to calculate the effect of the mediun of the energy
lost by fast particles passing through the mediun. The method is used to deter-
mine- the influence fDf on. the brawstra1at~ng.of ultrarelativistic
electrais. It is shown that: at high ermzxLes the bremsstrahIM9 is strmgly
-:rn the case of lead; tMI ex,-M~
ssed in a certain frequency range.' p3A the
Card

"~~r R Z-1,Al~~Rl~~Lt:",-~,~~~lk--t.;4%-r
YAXIMS-9. y8-., 14.
Mar 52
ter Analysig
USSR/(;hemistrY-.- Wa
yo. M. Yakimets,
."NewI urjwlI, D. A. S&TinO skiY* Engineers,
BdIcators,* T...B. Stv
Ural,Polytech Inat imenj S..M. Kirov an& Svar&lovenergo
Cand Tech Scip
01% V-s Teplotekh.Inst" No 30 YP 22, 23
Presents character IIstics of 3 in&icators' giving,color reactions with ions of Ca and Mg:
blue X 01611 0 V S Na3)
aci(I chromogen black special YOT-00 (020H1307N3S), acid chrome 1 12 2 -
&ncl acid chrome dark blue (Cl6HjOOqN2S2Na). Discusses use of these indicatorsg)r Tetn
of water.hardnese.
216T5

AID P-78
Subject USSR/Engineering
.Card 1/1
..Authors Styunkell, T. B., Eng., Savinovskiy, D. A., Eng., and
YaIkimets, M. E., Kand. of Eng. Sci., Sverdlovsk
Title New Water Hardness Indicators (Advice to Industrial
Laboratories)
Periodical Izv. V.T.I., v. 21, #3, 22-23, Mr 1952
Abs*tract Determination of water hardness by the complexometric
method is discussed. 'Compounds giving colored reaction
to eriochromium black T are recommended for use. 3
tables, 2 Russian references (1951-52).
'Institution : Urals Polytechnic. Inst. im. Kirov. Sverdlovsk Power
Plant.
.Submitted : November 21, 1951

-ak
S AV BUSHY, Do it. STYIPIK---,L To B. YA "r.13
Water Analysis
me thod for determining the hardness of water. sta. 23 Nc. 6, 19'2.
.Overall measuring
~Monthly List of Ruscian Accessions Library of Congress, November 1952. Unclas sill' ied.

A A
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AID P 1827
Subject USSR/Engineering
card 1/1 Pub. 110-a 4/16
Author Yakimets, Ye. M., Kand. of Tech. Sci.
Title Trilonometry as 9 new method of chemical control of
the,feed water of steam power stations
Periddical % Teploenergetika, 3, 18-21, Mr 1955
Abstract The author examines the theoretical bases for the
determination of various cations by the method of
visual trilonometric titration. He preseniB experi-
mental data of analysis using Trilon B which confirm
the possibility-of applying trilonometric defini-
tions in the analysis of waters end sediments. Seven
tables., 13 references (1546-1954).
institution: Ural Polytechnical Institute..
Submitted No date

,:Wwiviedio;1, --Ir

of Inoraariic Substances G-2
-Jour; Ref Zhur-Khimiya, No .6, 195(, 19623
Abs
Author Yee- Mo Yakimets~ N. Vi Shabanova
InsIt. UralskTolytechnical Institute
Title Determination of Oxygen Dissolved in Water in
Presence of Nitrites.
Orig Pub.*' Tr. UraltskoEo Politekhn. In-ta, 19505, sb- 57,
79 - 844
Abstract: The conditions of preparing sulfamine acid (I)
and its disintegrating action on NO~ were studied,
and the inethod of preVation of I based on the
interaction of CO(Nil-)- and the fumic sulfuric
acid was described, 9: It was found that the treat-
ment of I did not interfere with the determination
Card 11r- 104

USSR/Analysio of Inorgyanic Substances G-2
Abs,jour: Ref Zhur-Khimiya, No 6, 1957, 19623
of OF; I should lid added before the introduction
of tle KI solutions I ml of a solution of mixed
MnS04 and 1 (55 g of MnS041.51V and 10 g ol~
crystalline I are dissolve in 100 ml of water)
is added to the sample of the analysed water and
0.5 to 1 min latev 1 ml of alkaline solution of
KI (20 g of KI and 36 g of NaOH dissolved in 100
ml of water) and, after stirring, 3 ml of dilut6d
~3P04 or 4 (1:"1) are added. The liberated 12
is titrated off with 0.01 n Na 13 O~ solutiona
20f
The described method has bo;n appyAld to the deter-
mination of 0- and excessive 602 in NO.9 containl~ng
water at a Ura'-'l thermal power station these two
years.
Card '2/11 105

S f

/7) t~T-S, e I ~') i
RADIKO VV,A., kandidat tekhnichs8kikh nauk; YAKINN' TS, Te,M., Inshener.
'6:
Titrating solutions of potassium permanganate. Ilet. Sta. 28 no.
78 A 057. WaL 10: 81
(Titrimeters): (Pbtassium permanganate)

Yf~1014k TS~, /v/
USSR /the-mical Technology. Chemical Products 1-14
and Their Application
Water treatment. Sewage water.
Abs iour~, Referat Zhur Khimiya, No 9, 1957, 3170
Author Yakimets Ye. 14., Bashkirtseva, A.A.
-Inst Urals Polytechnic Institute
Title Trilonometric'Determination of Iron
Orig Pub: Tr. Ural'skogo politekhn. in-ta, 1956, No 57,
93-105
Abstract: Study of trilonometric, determination of Fe`3+
using the indicators tiron (I) and NH4CNS (II).
With I good results are obtained,at pH 5.0-5.2
in the absence of Cu Zn" , Mn4 and AP" . To
obviate the detrimental effect of these) it is
C ard 1A

USSR /themical Technology, Chemical Products 1-14
and Their Application
Water treatment. Sewage water.
Abs Jour: Referat Zbur Khimiya, No 9, 1957, 317o4
recommended to carry out the titration at
PH l-7-2.0 in the presence of II. Increase of
temperature during titration increases velocity
of thereaction, thereby,promoting better de-
fined results, but atthe same time greater ex-
tent of hydrolysis lowers the sensitivity. The
following temperature optj~num is recommended:
with concentrations of Fe~-" below 1 mgAiter,
55-60 0, at higher concentrations 45-500 - Tril-
onometric, titration permits determination of
Fe at concentrations of 0.05-250 mg/liter.
C ard 2A

pnVIUN ITJ i r~'. vlz~MxFe;Vt
STYUNKILLI, T.B.. kand.khim.nauk; YAKIMETS.10-H.. kand.tekhn.nauk.
New method of determining calcium and magnesium hardness of water.
Illek.sta.28 no*8:10-11 Ag '57 (MnU 10: 16)
(Titration)

/"Arn'a' I y Afc~a
."/USgR E-2
C IlListry
-.Analysis of Ino ~es.
Abs Jour: Ref .Zhur Khimiya., No. 2, 1958, 4339
Author A.A. Bushkirtseva, FIX_ Vakimets
Inst Ural Polytechnical Institute
Title Trilonometric Meth d For the Determination of
0
Aluminum and Iron in Various Materials Present
In Aluminum Fac-tories.
Orig Pub: Tr. Uralskogo Politechn. in-ta, 1957, sb. 58,
76-87
A13' an excess
Abstract. In thedetermination of aluminum
of the titrated complexone 111 (1) solution is
added and heated to 700-8oOc. Hot water (100 ml.)
is added, and the solution is neutralized. To
this, 10 ml. of an ace ic buffer solution of
C ard 1/~

USSR Analytical Chemistry. E-2
Analysis of Inorganic Substances.
Abs Jour: Ref.Zhur -_Khimiya,.No. 2, 1958, 4339
pH 6.0 and.1 ml. of a 0.20% aqueous solution of
hematoxylin is added and allowed to stand for
2-3 minutes after which the excess of (1) is
back titrated with a 0.025M solut n of an Al~""'
salt. IR, the deteginationgf A140, Fe3*, F~2*,
C u2t , T j t, P; Zn'.and M& interfere; Na*.,
K*, C1 , S04 , N03--9 CH COO-.do not interfere.
In the determination of Ri in the aluminate
solutions (in the absence of the Interfering
ions) the hot solution to be analyzed is neutral-
ized to the phenolphtalein end point with a 2N
CH COOH solution. The Fe determination is per-
foged (after oxidation to FOt) by direct titra-
of the hot (pH 1-2) solution of (1) in the
presence of SCN- or Na sulfosalicylate. In the
Card'2/~

USSR Analytical Chemistry. E-2
Analysis of Inorganic Substances.
Abs Jour: Ref. Zhur Khimiya, No. 2, 1958, 4339
determination of Fe- CU2+,, Zn2* Ni2+ co3*1,
Cr3+, and 7 10.00 mg. of Al inte'rfere'. The
method is applicable for the determination of
Al and Fe in the materials found in aluminum
factories.
Card 3/3

14-K IFE 7 5~ ye,
AUTHORS: Styunkel' , T.B. Yakimets, Ye.1111. 32-1-8/55
TITIZ: Acid Chrome-Daek. Blue and Chrome-Blue K as Indicator3 in the
'IT rilonome tri call' Determination of Calcium (Kislotnyy
chroxteznosiniy i kislotnyy chromsjJniy K kak indikatory pri
trilonometricheskom opredelenii kall'tsiya).
PMIODICAL: Zwxodskaya, Laboratoriya, 1958, Vol. 24, Nr I , pp. 23-25 (USSR)
ABSTRACT: In this paper the suggestion is made that, for the detennination
of calo-itua and magneaiwq, the acid chrome-dark-blue and chrome-blue
K be u3ed instead of ammonium purpurate, and that 'his be done
with a sample at pH values between 9 and 13. For the determination
of calcium in the pre3ence of magnesium, 10 mg-equiv. sodium
hydroxide is introduced into the solution. Magnesium is precipitat-
ed, and at the same tl:,me the hydrogen ions formed are neutralized.
.If, after titnation of the calcium, 10 mg-eTuiv. hydrochloric acid
is added to the solution, the magnesium hydroxide is dissolved and
the remaining lye remains neutralized. A stWiu-s of acid remains
in the solution, which is due to a complex compound of the calcium
with trilon. If the acid is added to the indicator, the character-
istio color of the latter vrill be bright pink. 5 ml of ammonia
Card 1/2 buffer solution is then added (pH%~-'10 after which the magnesium,

Acid Chrome-Dark Blue and Chrome-Blue K as Indicators 32-1-8/55
3.n the "Trilonometrical" Detemination of Calcium
(maich has gone over, into the solution) can be titrated Yrit-h
trilon. In the case of a higher magnesi= content in the solution
the magnesium hydroxide can absorb part of the calcium, -,-ihich
exercises a detrimental effect upon the result of the titration.
In order to avoid this, sugar is added to the solution. This caluses
the well-soluble calcium saccharate to be formed, and titration of
also small quantities of calcium can be carried out satisfactorily.
(An exnrple of the process of analysis is mentioned and two tables
showing results are giver.). There are 2 ta~oles and 5 references,
J+ of which are Slavic..
ASSOCIATIO'IT: Ural Polytechnic Institute imeni S. M. Kirov (Urallskiy
politekhnicheskiy institut im. S.M. Kirova).
AVAILABLE: Library of Congress
Card 2/2 1. Calcium-Determination 2. Titration

M_ Candidate of
er
L. Engine
ljjTfIORS-. Babkin.. R- sciei ices
Technical antiIties of ()Xygen
Met .hods Of.-Determining Suall Qu
TITLE: Dissolved in Water
-9 6-13 (UsSR)
Teploenerge,t,ike. 19159, terininiPg
tjjOds of de
general review of me tioular
~tjele is a with Pa'r
ABSTRACT: This ar ties of 0%.ygen in water7
small quanti nations in the English and Gevnan
to publil. cis are first discussed~ 'arid
reference tric metho Winkler
I lodome lines Of refinlng he methods
languages- llowed the edure and t
development -has f 0 ling proo Of avoiding
method by imliroving the so-111P tell as devising ways L_ .
VeMenVs to
of introducing reagents as.v MarLY Of the imPrO,n of the
the influence of other iOas- determinati t of
thod are concerned with the developmen
Winkler's ME) reference is made to varioll- methods of
and ljowever, the - f ormed
endPoint s _c methods. termination of the iod-.LRe
Letri ine formation
electro'T, error in the de, esult from-iod
a-voiding, educe tile errors that r
Card 1/3 do not r

SOV/96-59-8-2/27
~Me hods of De
7
Methods of Determining Small quantities of Oxygen Dissolved in Water
t
in quantities not equivalent totheoxygen content. The
many corrections,and the difficulty of excluding various
.factors that influence the accuracy at very low concentra-
tions, render the Winkler method unsuitable for the deter-
mination of oxygen in the feed water of modern steam
boilers. In recent years, a great deal of work has been
'published on electro-chemical methods which do not involve
the introduction of reagents into the samples. In most of
these methods one of two electrodes is depolarised by the
oxygen dissolved in the water, establishing a potential
difference proportional to theloxygen concentration. These
methods are sub-divided into those in which an external
voltage is applied to the electrodes and those in which the
voltage is developed as a result of differences between the
electrodes. A general review of the two types of method is
given. Difficulties in the use of electro-chemical methods
have been pointed out in Germany. The basic apparatus is
expensive and requires a good deal of auxiliary equipment
to ensure that various factors are stabilised. The authors
have studied instruments based on the principle of the
Card 2/3 GELlvanic cell with electrodes of different materials, and

SOV/96-59-8-2/27
Methods of Determining Small Quantities of, Oxygen Dissolved in Water
whilst satisfactory results were obtained with relatively
high oxygen and salt concentrations, good repeatability has
not yet been obtained in determining oxygen in condensate
at concentrations of up to 0.05 mg 02/litre. A good deal
of work has been done on the indigo-carmine method first
developed in 1925 by Efimov. Recent developments in this
method are referred to and its advantages are explained. At
present it is the method most commonly used in Soviet Power
Stations to deteimine oxygen content. If colorimetria
methods are used to determine the oxygen, the presence of
materials that make the oxidation products red will sub-
stantially impair with the sensitivity of the method. In
this respect not all of the indigo-carmine produced by
different Soviet factories is equally satisfactory. There
are 36 references, 10 of which are Soviet, 14 English,
,11 German and 1 French.
ASSOCIATIOM: 'Voftochnyy filial VTI I Ural I skiy Politekhnicheskiy
Institut (The Eastern Branch of the All-Union Thermo-
Technical Institute and The Ural Polytechnical Institute)
Card 3/3

5(2)
AUTHORSs Bashkirtseva, A. A., Yakimets, Ye. M. SOV/32-25-5-3/56
-----------
TITLE: On the Trilonometric Iron Determination
(0 trilon6metricheskom opredelenii zhelaza)
PERIODICAL: Zavodskaya,Laboratoriya, 1959, Vol,25, Nr 5, PP 540-542 (USSR)
ABSTRACT: The deficiencies ascribed to the trilonometric iron
determination are apparently to be explained by an incorrect
choice of the pH,-of temperature, of an insufficient
indicator amount and an unclear determination range. The
volumetric trilonometric iron determination in the presence
of ammonium thiocyanate (I) and sulfosalicylic acid (II)
had been already earlier investigated (Ref 2). This
determination is possible with,a content of from 0.1 to
100 mg FG3+ in 100 ml sample, in which case (I) is used with
0.1 mg Fe3+ and (II) with 1 100 mg F03+. The complex
ions formed by Fe3+ with Trilon (T) are so '-stable that the
iron determination may take place with low pH values, which
Card 1/2 are not sufficient for. other cations to-react with (T) (Tablel

On the Trilonometric Iron Determination SOV32-25-5-3/56
3+
In the case of the pH recommended (1 - 1-4) Fe
'(T) must be carried out at a temperature
titration with
of 60 - 700. The complex iron ion (salt of ethylene diamine
tetraacetic acid) exhibits a strong lemon-yellow coloring
after the appearance of which the equivalence point in
titration may be estimated. An analytical method for the
iron determination on this baois is mentioned and the
results of some analyses of this type on various materials
are given (Tables 2, 3). In this way, different materials
can be analyzed without first having to carry out a reduction
2+
to Fe The determination-may take place in the presence
of Zn, Al, Mn, of alkaline- and.alkaline earth metals, Cl
27
NO3 and SO4 Ther e are 3 tables and 7 references, 5 of which
are Soviet.
ASSOCIATION3 Urallskiy politekhnicheskiy institut im. S. M. Kirova
(Ural Polytechnic.Institute, imeni S. M. Kirov)
Card 2/2

5 (2) 05715
AUTHORS: Bashkirtseval A. A. Yakimets, Ye. M. BOV/32-25-10-4/63
TITLE: Trilohometric Determination of Aluminum
PERIODICAL: Zavodskaya laboratoriyal 19599 vol 25P Nr 10t pp 1166-1168 (USSR)
ABSTRACT: titration of aluminum with trilon cannot be carried
out, Retitration of the excess trilon can,be doneat.
diffekent, -PH.,value s;,; ~..The suggestion made by Pftbil et al
(Ref 10) to carry out 1,he retitration by means of a zinc salt
solution at PH - 10 is impracticable since, under these
conditions, the zinc trilonate is stabler than the aluminum
trilonate, and the'zinc ions decompose the aluminum trilonate.
According to Taylor's (Ref 12) suggestiont the hot trilon
solution.should be titratea with the aluminum solution at
pH = 6; for this purpose, the titration solution should be
carefully xid of nearly all cations. In the present-case, the
titration of the excess trilon solution is suggested by means
of a ferric salt Polution in the presence of sodium sulpho-
salicylate. The influence of some ions (Table 1) on titration
shows that PH = 4-8 is most favorable. If aluminum and iron
Card 1/2 are simultaneously present in the samplev a supcBssive

U2715
Trilonometric Determination of Alumim-m SOV/32-25-10-4/63
.trilonometrio titration must be carried out at different
pH-values (pH = 1X for iron, and PH - 4.8-6 for aluminum).
A course of analysiag as well an analytical results obtained
for various samples (Table 2, ash of Bogoslovsk- and Irtyah
boal, fire clay Nr 55 etc), are indicated. There are 2 tables
and 13 references, 4 of which are So7iet.
ASSOCIATION; Urallekiy politekhnioheskiy institut im. S. bl. Kirova
(Ural Polytechnic Institute imeni S. M. Kirov)
Card 2/2

RAD KO V.1il.
Yr
OMI), c-, "Mil et hyl
Pre-Paring a c , le V5,
acid and its IL58 lin colorinetric an.83~,rsis. TruQ-.,,
Ins t. no.330:62-69 163.

7~
"3,

TIMAKOVA, N.A.; RALIK,1, V.A.; SHABASHOVA,
NIKITIN, V.D.;
Mr.; TRIBUNSKIY, V, T
Preparing chelate compounds of" athienediamineteLraacetic acid
with the catio'ns of certain metals and methods of their analysis.
Trudy llral.politekh.insto no.130:91kr.103 163.
(MIRA 17.10)

RADIKOf V.A.% YAKU%ff.-.T.'j, Ye.Pl.; VILAIJIMIRTSFiT9 I.F.
Indicators for. the complexometric determination of manga-risse.
Zhur. anal. khim. 20 no.9:955-959 165. Nipli 18.9)
1. trrallskiy politekhnicheskly instillut imenI S.M. K-Irovap
Sverdlovsk.

PETROVA, L.V., inzh.; YAKDMTS, Ye.M., kand.tekhn.nauk
Thermal stability of the chelate compounds of ehtylenediam-net-etraacetic
acid with cations of some metals. Teploenergati)ra 12 no.10.-23-25 0 165.
(MIRA 18-ao)
1e Urallskiy politekhnicheskiy.institut.

YAUMIDIP A.I.; SMOLKIN, E.A.
Favorable course of a bilateral gigantic-nephrolithiasis of
30: years.'., duration.. - Urologiia.- 29. no. 3s 51. Yjv-Je.064
(Min 113; 10)
1. Urologicheakoye Weleniye (zav, A.1, Yakimidi) Yuzhno-
Eazakhstanskoy oblastnoy bollnitsy, Chimkent.

UXIMIDI. A.I.
lpontaneous rupture of.the renal pelvis with expulsion of calculi
into the perirenal tissue; secondary renal atrophy, Urologiia no.4;
5 0 O-D 155. (KLRA 9:12)
1z khirurgichemkogo otdeleniya 6av. F.Ya.3hestialtynov)
oblastnoy Ghimkentbkoy bollnitsy.
(KIDNEYS, calculit
Causing rupt. of kidney polvis with expulsion of calculi
Into periremal tissue & secondary renal atrophy)
(CALCUL11
kidneys, causing rupte of kidney pelvis with expulsion of
calculi into perirenal tisbue & secordary renal atrophy)
(KID19Y P.RLVIS- repture,
in nephrolithiasis, with expulsion of calculi into.
perirenal tissue & renal atrophy)

TAKIMIPI, A.I.
Unusual location of an asearis in the bladder. Urologiia 22 no.2:53
Mr-Ap 157. (MMA 10:7)
1. Iz gorodskoy polikliniki 1-go medoblyedineniya v Chimkonte
(glavnyy vrach I.I.Buchat;kiy).
(BIADDER--DISEAS]IS (ASGARIDS AND Asrumsis)

S/125/'0/000/011/016/016
A16i/A133
AUTHORS: Rozenberg, 0.00? AsniB, A.Ye., Yakimishin, G.S.
TITLEt Electroslag welding to repair locomotive frames
PERIODICAL: Avtomaticheskaya avarka, noi,11, 196o,~ 86-88
TEXT: 'The described techniqu6s have been used for two years at the Izyumskiy
parovozoremontnyy zavod (Izyum Locomotive Repair Plant), and the welds pro-
by the electroslag process are more dependable than those of manual
welding. The method has been developed by Institut elektrosvarki im.Ye.O.Pa-
tona AN USSR (Electric Welding Institute im.Ye.O.Paton AS UkrSSR) and is used
for-the:repair of beam frames 125 mm thick of the 114)A'1 (11FD11) 10GOMOtiVe.
The frame parts are fixed after, oxygen cutting with a 30-34 mm gap, red copper
linings with 4-5 mm walleg cooled by running water,. 'are placed on both sides
of the frame,,and copper pipes are inserted'into bolt holes which mi t be
near the joint to prevent them -from being welded. A plate 11pockets? with a
50-60.mm deep cut is welded to the bottom side'of the frame beams, and rising
Card 1/3

S/12 60/000/011/016/016
Electroslag welding to repair locomotive frames A161YA133
plates,80-100 mm high are installed on the top (the plates and the "pocket",
are removed by oxygen cutter after welding). The welding equipment consists
of the feed mechanism of anUJ-5 (PSh-5) ornIU-54 (PSh-54) semi-automatic weld-
er, and aTWC-1000-3 (TEM-1000-3) or aTCA -1000-3 (TSD-1000-3) welding trans-
former modified for operation with rigid external characteristic. The "con-
sumable nozzle" is a plate Of CT -3 (St-3) steel 90 mm wide and 12-15 mm thick
with a steel pipe of 5-6 mm internal diameter and 2-3 mm. wall attached to the
edges.on both sides. The pipes are designed for guiding the 3 mm electrode
wire. The wire is a standard CArlOD (Sv-10G2) grade (GOST 2246-60 standard)i
the flux4HA (AN-8). Wire feed speed is 78 m/h; the welding current has
1p200-1,400 amp and 40-44 vol'ta The,mechanical properties of the weld metal
are practically the same as of the base metal. Electroslag welding takes only
a third'.of the time than manual repair welding. There is 1 figure.
Card 2/3

MELIK-TANGIYEV, XA, ~U-11 G. IIBEI-jh~ 1, 8. F. ; M I OWLLYLIV
SAPRTI-114, Yu. I.
E Electric welding of Dpan structures for oil fleld plers. ~Vtom.
svar. 17 no.8:?3-78 Ag 164. (MURA 17:11)
1. Trest "Amorneftestroy" (for Melik-Tangiyev). 2. Institut
elektroavarki im. Ye.O. Patoha AN UkrSSI (for all except
1-telik-Tangiyev).

SEMSTOPALOVA, I.M.
Stud7ing ceramic properties of montmorillonites from some deposits
of Lvov P~rovince and Transcarpathia, the Ukrainina S.S.R. Bent. glir-7
Ukr. no.1:104-110 '55. (MIRA 12:12)
l.LIvovskiV filial TSentrallnogo nauchno-iseledovatisk6io instituta
stroymaterialov Ministerstva promyshlennosti stroitellny~~ materialov.
(Lvov Province--Montmorillonite)
(Transearpathia-vontmorillonite)

YAKRIOVP A.,- VASILIYEV, V.; HROPOV, S.
For, the'best production in the world. Sov. profsoiuzy- 17
no.18:15-18 5 161# (KM 14:8)
1. Predsedatell zavkoma Moskovskogo zavodA shlifovalInylffi
Stankov (for Yakimov), 2, Zamestitell direktora Eksperimentalinogo
nauchno-issledovatel'skPgo instituta metallorezhushchikh stankov
(FI43M) (for Vasillyev). 3. Sekrotarl Mookovskogo gorodskogo
soveta nrofsoyuzov (for Kropov).
(Mos cc w~-~Machine~-tobl industry--QuAUty control)
Moacow-Trade unions)
Socialist coTpetition)
I

1 -11

. - P-i-1V ~l

I
-1-F,

Innong *no in the procedures and equipment of the Tweben
Factory, Sakh. prom. 37 no-445-49 Ap 163. (KMA 16:7)
2. Kahenakiy eakharnyy zavod.
(Uhan-Sugar manufacture)

(Dust--Removal)
(Ore dressing-Equipient and supplies)

inzhener
Bor'ba 6 Bil-
Study of the dust Content in the air of a Pit- ouRh 12: 9)
3:146-150 1 '59' (1411M DUSTS)

yAK114OV,. A.P.
ted perennial species Of Polygonum L. as
Some cultiva . Rast. res. 1 no.2:238-241 165.
producers of 'Vitamins (14IRA 18:11)
1. Botanicheskiy institut imeni, Kcmarova AN SSSR, Leningrad.

V,j GHMLINsKAYAj I.I., JAKIMOV# A.P.
IVANOVAp Ye.
Effect Iof azotobacterin and mineral fertilizers on the productivity
Sbor. nauch, rab. TSBS no.21l49-153 161.
of polygonum Coriarium. (MIRA 15M
(polygonum-,-Fertib-zers and manures),

IIADIRIYAN.G.G-; BOR(Mjlf,I.A.; VASYLITIN,
AVUAMOVA,A-A-; AIMIY]ff . DANIL(N,A.D.; DNMYMKO,P-A-;
Y.F.; GUM,A.A.; GURARI,Ye.L., F. -, PECHNI-
yEMUKOV,M.P.; KOLOSKOV.P.I.; LAPTY-Vtl.D.. IMOR?'YIV,u
KOV,A.M.; PROKHOROV,A.I.; RUDZIIKO,II.A.; CHMAMrSLPV,G.K.; YAKIMOV,A.T.
P.V.Pogorellskii; Obituary. Izv.Alf SSSR. Ser.geog. uo.3:94-95 My-Je
:155. (MLRA 8 9)
(Pogorellskli, P.V., 1899-1955)

red.; LIOZNOV) A.G.p red.
otvo
DLyKqV-2 S.D., r( -tekbn. red*
'h
yA=VSKAYA, E-_5
iid-va
lia, 1921-19161 Mongol'skais, Vap-
3 Republic of Mongo jk statqj. 14oskvfl, Izd-vo
[The,PeOPle" -1961; ObOrn .
rodnaia ResPUbl1ka 1921 21+7 p (MIRA
1961,
vostocbnoi lit-rY)
at dov Azii-
-In 'tut naro' tio
L.Akedemiya nauk SSSR x%di ns
(Mongolia-Econoraic 00

YAKIYIGVJ A. V. - V. -''The Effect of Rigidity Of Tooth Grinding Machine Tools
YAKIMOV, A on USSR. Moscow Grder
on the Precision-6f Work." Min Higher Educati
nin Aviation Inst imenj Sergo OrdZhon:Lkidzes Moscow, 1955.
of Le Degree of Candidate in Technical Sciences).
.(Dissertation for the
So.; Knizhnaya letopislj No* 23 1956.

p0D2MV, A.V., ksndidat tekhnicheskikh nauk; TIVIROV61 A.V., in% honer
act On preeigiOn in olchiu-
and its Off
Dynamics Of gear grinding
ing gear-wheals. Trudy PAI no-70:44-56 156.
1, (Gear cutting)

YAKIMOV,.A-N dotsent, kand.-tekhu, nauk; BOXICHO II.I., doteent
I estigation of gear grinding- Izv. vys. ucheIb. zav.; mashinogtr.
nv (MIRA 12:10)
noog-.133-145 158.
l.,ZaporozhskI7 ma hinostroitelinn Institut.
'3 ug and polishing)
(G.ar cutting) (Grind'

S/123/6i/ooo/oi3/6i1/025
A050101
AU"MOR: Yakimov, A. V,
TITU, Investigation of rigidity of gear grinding machine tools
PEFC-ODICAL: Referativnyy zhurnal, Mashinostroyeniye, no. 13, 1961, 72, abstract
13B488 ("Tr. Zaporozhsk. mashinostroit. In-ta'.', 1959, no. 3, 83-116)
TEXT: On the basis of an investigation of rigidity of the elastic system
consisting of machine (Maag)-tool-workpiece the following conclusions are made:
1) The components of the cutting force at the change over from one tooth to the
next do not keep a constant value. At the initial moment of grinding after
adjustment of the wheel (that is when the first 5-10 teeth are ground) the J
cutting force increases sharply. During the further work the increase of the
force becomes dower. When the first 15 teeth of a gear are ground with the depth
of cut t 0.05-mm and the tooth length of 20 mm, the cutting force component
P increases by 1 kG; in the course of further grinding an increase of P y by
IL corresponds to 80 teeth ground. 2) The forces of inertia of rocking parts
of the machine vary according to the sinusoidal law and have maximum values in
the extreme positions of the transverse table travel. The fluctuation frequency
Card 1/2