SCIENTIFIC ABSTRACT KLYGIN, A.YE. - KLYKOV, S.I.

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• Collection: Scientific Abstracts
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• Release Decision: RIF
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• Document Creation Date: December 30, 2016
• Document Release Date: June 19, 2000
• Sequence Number: 2
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

5(2) SOT/7-8-4-7-37/44
AUTHORSi Klygint A. Yo,, Smirnovs, 1. D.p Nikollskayas N. As
TITLE: The Xquilibris In the System U02003)2 - KJ03 - 320 (Savno-
vesiYA v sisteme UO (JO - NJ - 9 0)
2 3)2 03 2
PERIODICAL: Zhurnal noorganichaskoy Weil, 1959, Vol 4, gr 7s
pp 1674-1676 (USSR)
ABSTRACT: The investigation was carried out for the purpose of detormin-
ing the optimum oonditions for the precipitation of uranium as
uranyl toaate, Table I gives the Investigation results at 25ol
and table 2 those at 600, The solubility of'U02(JO5)2 "Or"S"
with increasing oonoontration of the KJO a because of salting
out and attains the minimum value at [JO 31 ' (1-00 t 0.18)-1
mol/l. A further Increase of the potassium Iodate concentration
(up to 2.090W1 sol/1) increases solubility as a result of
coo
.2~lsx formation* The disooolation constants of the Lon
U JOP30 the oompound V02(JO3)2t and the solubility product
Card 1/2 for V02(JO )2 are calculated. Precipitation of uranium as

BOY/78-4-7-37/44
The Squilibris, in the System UO 2(JO3)"c KJO3 B20
VO,(JOj)3 cannot be used for a quantitative analytical d*-
termination because of the high solubility of the prscipitate,''
There are 2 tables and 5 referencest 3 of whichare, Soviet.
SUBXITTEDs April 7., 1938

05887
5(2) 5ff/78 4-ii-40AO
AMORSs glyging AoTe" SairmaTat IoDog Nikollskayao XoA.
2ITLIs Investigation of the BYotem 902(203)2 - sthylone-dimine-
totrosastio Acid o Water 'by the Solubility Motha&
PERIODICILs Zhurnal. noorgoalabaskoy khiaii, 1959t Vol 4, Ir 11,~
pp 2623-2629 (USSR)
ABOTRACTs A sh8rt puthastion survey (Refs 1-6) shows that the ethylene-
diasine-tstras.catio &aid (20) -yields solid coupouzda with matw
metal Ionsp but not with~the uranyl Ion* Acoording to
No BrIattinger and Go,Rosoe (Rat 3)# howeverg uranyl nitrate
:forms wLth NO +.be oaxpoun& UO YoE20 to be solved with
2*
difficulty. The authors tried to determine the solubility produet
of this compound and.ths InsUbility constant of the -complex Ions
within the range of p9-.= 29,0 - 8~0~ In the thooretlealpart, the
*amputation of pHr for which a saximum yield of 902le to to be
expected# as well as of the solubility product and of Us
Instability constant Is carried out on the basis of So to Nomart's
Card 113 -data (Rat 7). The wdstence of the compound U02R21-820 to

05887
InTgetigation,of the Systs:a-~~02(10 )2 - Inhylons- 801/18-4-11-400
d1mins-tstraaaetio AcIC- Waterty the Solubility Method
4xperimentally ooiiflrmdg and the solubility proAmot, Is-detomined
at 01 -30-0 '- 4-is (fts" of *Ulm* yidd), ?be 6quilltrita In the
iWatem urMi, al'tratm: - samonim salt of 114R only ocours af ter
alkis days., The.ocatent of was determined by the potentiometer
of type MY-1. Table I shows t.hat the solubility poduat to
-constant In.+,h*4nt*rv&1 of hydrogen Ion condentiatipa fres
UIC~ to 205610'05 ax&*'amunts-to (2*3:tO#2),10 at 250,2A
solutions with solubIlIty of 00282R Increases rapld~,y
dime to the formitiolm of oomplex agnpounds. The Instability
deastant of-tho 66201 *2 soupound VO Jm" is (70410-4-10 at 25*0
oemplex, soapsuds do not 40relep, The asestive abate of
thIs Ion was sonfIrmUty adsorption on the oatten eseham"r K062#
W16 "3811AS4 fees the 02perisental rasultst a& W oampla i4s
9'0 U7 4AU fens at pl>3# various Lens, *an to detand"d ty
Card 2/3 means of R2 41$1 solutions with a lower ps, The oomputation

Fri
50), 5(4) BOT/75-14-2-4/27,
AUTHORSs Klygint A. Ye.# Pavlova, V. r.
TITM Investigation of the Arsenaso (Benson*-2-arsonio Acid-(I-aso-
2)-liO-dihydrozynaphtheltue-316-dioulphonic A01d)DIssoolation
(IsslodavaniYe dissotelaisli areenazo (bensol-2-arsonoys'
kislota-(I-aso-2).IiS.dioksinaftalin-3,6-Jisulltokisloter
PERIODICAL$ Zhurnal analitiaheakoy khiaii, 1959, Vol 14, Wr 29 PP 167-173
(USSR)
ABSTRAM The investigations of the dissociation of areenaso were car-
ried out 'bypotentlometrio and speotrophatometric methods*
The optical densities were measured In a non-recording quarts-
spootrophotonstor Sr-11, The potentionstrio titration and
the measurement of the concentration of hydrogen Ions vere
carried out electrometrioally using the potentiometer PM-19
a saturated oalosel electrode as comparative elootrodeg and
a quinhydrone- -or glass electrode* The accuracy of wasurexogts
was 10.05 pff-units, The experiments were perforaG4 at 20L+O-!'-
The pot*ntiomstric titration with potash ly* shov6d that the
end point corresponds to the neutralization of thr~s hydrogen
ions., Arsenaso isa weak hexabasto acid. The first three
-Card 1/3 dissoolation constants are closely adjacent and are of the

SOY/75-14-2-4/27
rnyesilgailon of the Aresnaso (Benson*-2-arsonic Acid-(1-aso-2).1013-di-
hydrozynaphihaiens-306-dioulphonle Acid)Diesooialloa
order of magnitude 10 -2 - 10-31 the fourth constant differs
distinctly from the first three and the last two constants
K4 .0 10-8. The tic last dissociation constants again are
closely adjacent and are of the order of magnitude 10-11 - io-12.
Since the first three and the last two dissociation constants
are closely ad$aooni they could not be quanAltatively dotermin-
ad by the poAsMiomeirlo method, For,thls reason the further
investigations were carried out spegiropbotocoirically. It
was found that the spootrophotomairic method to wall sulted,
for the determination of dissociation constants if The car-
responding anions have different solar extinction coefficients*
.The curves of optical density - V8 value at the wave lengths
of 370t 500# 520 and 570 up were recorded. These four ways-
lengths permitted the investigation in the range of Abe ab-
sorption maxima and in those sectione.of Ike spootkun which
are especially sensiiiTo to changes In the 3onc*0raiians of
Abe acid and alkaline form of the anions of arsenszo. ?ran
.the optical densitits and the corresponding pH values the
authors computed the molar extinction coefficients and the
Card 213 dissociation constants of the reagents They used the method

BOT/75-14-2-1/27
Inveeiijation of the irsonaso (Benson*-2-arsonlo Aoid-(I-aso-2 -108-dL-
hydrozynaphthalone-396-dioulphonio Aold)Dissooialion
suggesied by Xonart (xot T)OTbe equations for Us oomputations
are given in this payere The results of those computations
are shown in three tables, Ths data ofstasurestent (optical
densities and pff valuos at 310, 500# 520 and 570 20 are
summarised In three tables* In &.further table the optioal
donsities are given which were computed fr= tht 4issoolailon
constants and the extinction coefficients for The raii;as of
existonoo of the individual anions. These data are in good
agreement with Oe values read from the curves. Thor* are
5 figures, e tables, and 7 references# 6 of vhich-aro S*Tiet*
SUBMITTED: Septenber 189 1957
Card 3/3

PW9 I BOOK EXPLOITATION SOT/5117
Markovo Ve K#&-A,V,''Vincgr&dovj S. V. Yelinson, A. Yo. Klyginj,
and I , V. no q'I'14
Urans metody ~7096- red Iya '(Uranium,, Methods of Detection)
NONGOWS: AtwSd3w 2wi 262 V, Hirrata slip Inserted,
.6pOOO voples, printede
Ed. (Title pago)l V. KO Narkovp Doctor of Chemical Sciences)
9d.s Ye. 1. Panasenkova; Tech. Ed.j Ye. L Mazell.
PURPOSEs This book In Intonded.ror technical personnel of thq
Uranium, induOq
COVERAGEt Tholock contains systematized material on tho.de-
,termination and,60pii6tion of uranium. Chemical, lumIniescencep
and radiosetri6.Laothods for qualitative detection of uranium
In various media are 11 d"oribed In detail. The description of
methods,for the separation of uranium Includess among others#
precipitation$ extractioln,, and cation and anion exchange, The

8/078J60/005/05/32/07
B0040016
J 7 2 e2 v 0
AUTHMs tolradat So So
TITLE1 Uranyl Thiosulfate
PERIODICALt Zhurnal neorganloheskoy khisiij 19609 Volo 5j No, 5t ppe 1170 IM
TZXT3 It vas the purpose of the present paper to clarify whether uranium forms
complex compounds with thiasulfstes, to which the analytical rapid method
according to I* Be Yatelairskiy and Yee No goolyakova (Ref. 1) would be applic-
able.1hey determined the solubility in the system 'U02820 3 - N&j3 20 3 - 820 at
250. The dissolved uranium was determined volumetricallys the uranium in the solid
phase gravinstriosllyg the thiosulfat* always lodonstrically. The pit was measured
on a PPTV-I potentiometer and an LU-2 tubs, amplifier. The results are pre-
sented in table I& The solid phaso always consisted of W 3 03.H.04 No complex
2 2 d
compounds are formed# The solubility product of uranyl tblosulfate was found to
be (3.83;LO.27).10-4. Thete are I table and 5 references, 4 of which are Soviet.
SUBMITTEDo July 6. 1959
Card I/I

8/07SJ60/005/007/029/043/xx
3004/B060
AUTPORS ~Xlyfflnv Ai, U., Pavloval-Y. 1.
TITM SpeotraphotoastrieStudy or the itesotion of Cosples Formation
of Thorium Vith 36aseno-2-arsonic 046
hydroxy-napbthalon*-3#6.disultoolo Aold (Arseasso)
PZRIODICALs Zhurnal atorgsaloheskey Wall, 19601 Vol. 59 'No.
ppo 15,16 -.15211
TZX?s The authors made use of-spectropbotoa*try to stu4y the optical
density D In.the ThOl4a ~g6a ARM - 820 system by seens of an
(OF-11) speotrophotometer.at 2000 (H6R - &"onazo).1he concentration of
ThCA4was 7,9110*3 molest and -that'of ar,sonaso -4,7300 nol*s" The Pil of
the solutlon was vessorqd on a Slass. and quinhydrons electrode by a
(PPTV-i) potantionettro As is shown by Fig-1t the absorption
mazinum of ars9naso lies at 500 m?* and at 580 aftthat of Its reaction
%xPeriments further show*& that at A1.4 there Is a
product with ThO
Card 1/5

..- - ~ - - I-- F-
~ 5 ifXl~ 1.
''- . vlt:~~,N- F, -,- R %`,~~ I ` -I' `,". '-Z' ~ - ~~"
I "" 0.04 REV MWAMM NOMA R-M 17.1.--,f1-11--.!T!lfl---~ " -- ~ ~1'1 - :.; -

SPQct*opho%on*trIc Study of th6*9680tion of S/078/60/005/007/029/043/XX
Complex formation of Thorium With Ben%ene
-2- B004/4060
-arootilo.said.(I-ato-2).ItB-dihydroxy-naphthil*ne-3o6-disulfonic Icid
(Arsonaso)
4+ 2. 2+,
'M R
The following possible reactions were establish*dl Th +3 4 R ThR4
I I Th (011) 3+t N4R2 Th
(bH)H4R+' PH Mal (2)1
p A&Jf,
-Th4+ + 9 R3- a ThR R + 0 PlIms 3-1.(3)- For p8 I - 3, t .he following'
11 3
x
4+ 4
f~:'.`*qui~jbria are writt* + H
n down$ Th 20 Th(09)3+ 3*, 1 4.0-10- Mj
4
+ 11 (5). g g- R41t2- + N+, -2
I I R- + R X 8.5-100 6 .9.10 6)t
6 5 5 X2
+
a +
an '0-3 f7). pKA&Y was calculated for the
3 3
complex formation from equilibria (4) - (7) and r actions (1) - (3).
IT - I-, 1.83 was found9:016h corresponds to reac;ion (1), This was *on- ,
...firaed by ~he-calaulatioj of equilibrium constants X sod
5,11 X5021 150
(Tablia 2-4), Thust
thorina reacts vitharsenazo, according to equation
2- 2+
1+
'149#
;-Th + B a ThR R Maxieum absorption taken place at pR tic
4 4
0 A

Spectro),,hotonstric Study of the Reaction of 3/O78j60/0O5/OO1/029/O43/xx
Compl#x Formation of Thortus With Benson*-2- 30041D060
Laid
(Arsenaso)
6
complex formation constant to 7.0-10 the solar extization Coefficients
aret A, 590 2.26,104 0 f600 all" 1.92-104. On the strength of these
-values# the authors recommend arsoza3o as an Indicator for the coaplazo-
astria determination of thorlua, Optimum concentration of arsonazo for
p9 a I - 2 to 1.10'4 aalos/l* Papers by, To 110 Kussetsaw and A.Muteynik I
ar* aontloned# There are 4 figures, 4 tables, and Mroviot reraronass.
SUMITTEN Marah 10# 1959
Card 5/5

8/0780/006/001/012/0*
B017/BO54
AUTHORSt Ilygint A. T0.9 zolyadao 1. S.
.TITLIs 8tudy of the Reaction of Uranyl With Copperon 'by Spectra.
.photometry and Solubility Determination*
PIRIODICALs Zhurnal noorgasiabookoy kbisill 19611 Tole 6t So* it
pp, 216 - 221
TIM The authors studied the composition and the formation constant
.of uranyl copperonates and the solubility product of ammonium uranyl -snow
copp*ronate. Investigations were made an sniCf-4 (8Y-4) spectropholometer.,
The pI value of solutiou *a vas measured by a nMi (PPTT-i) potentiometer.
The speatrophotonstris studio# showed that in the system
U0202 - 069 5N202H - 820 soluble uranyl copperonate U02(C(H Is
51202)2
forned which has a forsation constant to a (1.1 + 005).10 718.1 shows
,the optical density as a function of the wavelength of solutions of uranyl
chloride, oopperont and their reaction produats. Complex V02(c fin5N202)2 woo
-Card 1/2

Study of the Repotion of Vranyl With Copperom 8/078J61/006/001/012/019
by Bpeatrophatonetry and Solubility Dotoraina- 1017/B054
found ~y determining tbo optical density at 370 *. Fie-3 shows the optical
density as a function of the PH value of the solution. Coaploxforsaties,
and stolobionstrio coefficients wore determined by the method of
1. 1. Ostromyslonskiy (Rot-4) and N. P.-Kozarl (Ref.5). Table I gives data
for calculating the molar absorption coefficient of compound
VO (C 9 1 02)2 at PH o 4o9 and 370 at- Table 2 gives 4&ta and results of
2 6 5 2
calculation of the formation constant of aranyl oopperonato at 2500. on
additionaf oxo*so oapperonatet the uranyl copporonate to transformed Into
,difficultly soluble ammeniust uranyl oopp*ronato of themomposition
IN4UO 2005 1202)3 and the solubility product
P - X CUO (0 8 1 5N20-j - (5.8 + 2.5)-io-lo. Table 3 gives OR-
43 2 6 5 202)21IC61 2
perimental data end results of calculation of the solubility product of
ammonium uranyl copperonato at 25 0. Ths:solulbility of amomius uranyl
copperonate depends an the PH value of the solution. Quantitativ*
prooipitatisa of uranium as ammonium uranyl copperonate Is achieved In a
PH range between 4 and 7- There are 3 figures, 4 tables, and. ii reforeaceso
9 Soviet and I Czechoslovakian.
SUBMITTno October 2# 1959
card 2/2

3/078/61/006/005/002/015
S121/D208
A'UTHORS* nyginj A* Toop Paylovat To X,
TITLEt Spectrophotometrio study of complex formation of tetravalent
plutonium vith arsenato
PERIODICALs Zhurnilueorganiohookoy khisii, To 6P no, 5P 1961P 1050 1054
TMt The complex formation of plutoniun(IV)-ohloride with arson"o
(benzene-2-arsonio aoid(I-aso-2)198-dibydrox7-naphthalono-3t6-disulto &oil)
was studied spectrophotometrioallyo The optical density of the solutions
was determined by the C4-11 (37-11) quarts speatrophotomoter in the w"o
range from 350 800 spe the pH of the solutions was dotorain*d with the
W?rT5-1 (PPTT-15 potentiometer uninj saturated oaloselp glassp and quin-
hydrone olootrodese The ratio of the stoichiometric co*ffioi*nts in 'the
complex formation was determined by the method of X* 1, Ostromqslonskiy
(Rofo at Bore, JA# 268 (1911))# improved by No Pe Komarl (Refe 91 Zh.
fis. k-h4mijo 26v 686 (1952)). A complex with a ratio of I t I of the can-
ponents plutonium t arsonaso was found to be formed at pH 1902 and 2#5*
The molar absorption coefficient 2h of the reaction products Is expressed
ard 1/3

v
8/07SJ61/006/005/002/015
Spootrophotometric study of S121/S208
by the equation (D B D
I k)
I k)
.where 1 layer thicknese,of the colored solutlon,,,in ant PI and 1)k opti-
cal density of the.solutions, and o and o a Initial concentration in
I k
Sol*/l. 2he following values were obtained for the molar coefficients*
1590 Mg 0.2#20 # 104 and 2600 2t& a 2017 0 104, The following formation
constants were obtained for the compounds Pu(OH)S 4R* and pu(y) +2
3,6 - 106 and 4,-8 - 1070 The optimum range of complex formation lies at
pR 2,201 with a high arsenaso excess the optical density remains constant
in the pH range 2 - 6. A method of determining plutonium(IV) with arsena.
zo in the pH-range 2 - 5 was devised# The determination to carried out
as follows# In a 50 al measuring flask certain quantities of plutonium(lv)-
-chloride or - nitrate solutions with a plutonium content of I 100,tAg
were mixed with 5 ml of a I * 10-3:M aqueous arsenazo solutionp and the
Card 2/3

8/078J61/006/005/002/015
Spootrophotometrio study of B121/B208
PH value of the solution was adjusted to 2 - 5 by ammonia, The solution
in the flask is made up to 50 al-with water, After 5 - 40 &in the optical
density is spectrophotometrioally determined at 590 mtt, The accuracy of
the method i 0002~16 Po/al. There are 3 figures# 2 tablest and 12 refe-
rencest 10 S:vist-bloo and 2 zon-Soviet-bIoo. The rof erence to an Rnelish
language publication reads" followet Ke A* Kraus# to Nelsong Je Auer@
Chem* goo,# 72# 3901 (1950)-
SUBMITTEDs April 89 1960

saps
S/075161/016/001/010/plq~
B013/3055
.AUTHORSt KlIgint As-Yet, Rikollskayaq No A., Kolyadal No Sop Aad
TITLE* Cosplexonometiio Determination of Tetravalent Uranium Doing
Arsenazo I as Indicator
PERIODICALs Zburnal analitiobeskoy khlmiig 1961t Vol. 16, No.ip
pp# 110-112
TEXTt This brief communication describes a method suggested for detornin-
ing uranium(IV) by titration with Complexone III which does not require
removal of excess reducing agent, The minimum pR at which coaplexcuor.
.metric titration of 5-,10-4,X solution* of uranium(IV) can be performed
with an accuraoy.of up to Oo1% was calculated at psain - It-15P using the
equation by go Do Yatsimirskly (Ref, 1). Arsenazo I was chosen as Indloa'tor
for optical end-point determinationo Arsonazo I forms a blue compound with
uranium('IV). Compound formation is a maximu# between pff 1o7 and Oole At a
pR outside this ranget values obtained for uranium are low. Reluction of
Card 1/3

Complaxonome-tric Determination of Totrayalent 8/075j6l/oi6/001/018/019
Uranium Using Arsonaso I as Indicator B013/BO55
uranyl salts to uranium(IT) can be effected vith sodium acid sulfite# ort w
preforablyp vith formamidine oulfinto acid N NC(NE)SO(ON) (Rof. 5). 0.2 9
2
of formaiddine sultinio acid in 0*25 N sulfuric acid at boiling-point
reduces approximately 200 ag of urwVl, tons* Table 1 summarizes the. results
Of i
of determining uranium In solutions of Its salts In the presents of
foreign substances* The gravisetrically and the complsionometri~ally ob"
tained date are compared In Table 2, The suggested method permits accurate
and sufficiently reproducible determination of uranium in Its oxideav saltN
alloys vith aluminum# siliaont Iron, and beryllium, as voll as in aqueous
and tributyl phosphate solutions
A,3+,t 11 2+ 9 co 2+ # Sn 2+, 0 Cd 2+ Ift 2+ 0 Mn 2+ # Cr3+, Be 2+, La3% and C*34+
in quantities comparable vith uranium oontentp as well as up to 30 ag of
tartaric aoidl UP to 35 29 of citric acid# up to 2 g of sodium sulfate,
up to I C of sodium nitrite.g and up to 100 mg of hydrazins- or hydroxyl-
amino sulfate do not Interfere In the determination of 2 - 115 mg of
uranium, ThOf 803+p In3+0 Zr4+t Sf4+ 0 P03-# P-, and 2- InterfeI
4 C204
The authors thank Ve A@ Colovnya and Go To Bolotova for supplying data,
Card 2/3

Complaxonoustris DoUrminstion of Totravalect S/075j6i/016/0()i/
.91
Uranium Using Areenaso I an Indicator BOI 31AD55"
on the properties of, foxmamidine swIfinic. sold anG on the experimental
conditions of uranium reduction, Th*re are 2 tables and 8 referoneent
3 Soviets i Sulsel I Otmano and 2 98.
SUBXITTEDs January 151 1960
bard 3/3

23594
6/075/61/016/003/005/007
BI061B208
AUTHORSt Kl:gin, Ao Yeop Zavrashnovaq D. Me, and Nikol'sksys., No A.
TITLIs Separation of uranium In the fora of asmonium uranyl phos-
Phat&P and its grovinetrio doterainatioA by annealing it
to U 0
2 ?207
PIRIODICALs Zhurnal analitiahoskoy kbistip Y. 16# no. 3p 1961f 297-302
TIMTa The authors determined the produot of solubility of mmoniust uraml
phosphate (in U0 PO #3H 0)j smd devised & method for the gravinotric urani
4 2 4 2
determination by annealing this ocupound to U20 3P207* The evaluation of
the thersogravigran ol'tho cospourA 11 00 PO 33 Op taken by To. Pe Oberst-
4 2 4 2
vankov&, disclosed that the following processes take place during p3trilysist
Card i/10

V
----------
23594
,/61/oi6/003/005/007
8/075
.separation of uranium B106/B208
Temperature red$* at weight 1 som
the conversion. 00 Process --- lound U"RLW-
20-i2o 194V02PO4a 3120"V~4'uyo 4 +020t 12,42-1246 .1.2,36
215-350 SH41002PO4 -402HP04 4V9 3t 4*46- 4.85 4.45
500-700 21002HPO _A(VO2) 2P207+E2 Ot 2-55- 2.52 2.32
700-1100 2190 ; 0 +0 2.30- 2.19 2#24
2)2 2 1 -*2(tV203)P2O7 21
The compound U 203P207 is *sally obtained by annealing ammonium uranyl
phosphate, uranyl hydrophosphate, or uranyl pyrophosphate at 9000C. further
temperature rise doom not change the composition of this compounde y,P20,
is yollow;fr**A,.:o j contains 68.21% uranium and is hamo no-
Oust as W ind tatAyfrZO-4coarpla ructuro analysis. Only tLe cospoun4 N
suitabl* for weighing out In $be gravimstrie uranium determination# When
heated in-05~ phosphoric said, it dissolves with green color. It was deter-
mined by oxidimstrio titration that 50% of -the uranium was present in Its
tstravaloat form in the solution. According to the authors, the -compound
oil
U 03P207 Is the pyrophosphato of pentavalent uranium 0-- 'P207 Olab
2
-Oard 2/10 09

8/075 ~1'10'16/00/903/007
B106 3208
Separation of uranium see
2+
disproportionates to UOi oAd U(IV)t when dissolved in-phosphoric aoidi
In the determination of.the s.olubility product of MR UO Poe.34 0 thaps
4 2 .2
values were measured wiih, a quinhydron* - electrode, an a T1 TITB-I (Pkr'wi.~
potentiometer Tr-;olubility product P was calculated from. th* equation
r #j 3A 2..)
P N UO PO 0'~Ql *49*C3* ti #1 2 # K .. [Ht I AIR+ (LB Ila+)
'14 1 2+1 4 3.
+EIK219+ +XIX29 3 (GI oquilibri,un oonceAt"tion of uranium; C12
equillirlium '0'0' o ~f iis,
-Apaphatol, C iq4411brina -ooncontrMlop
06.
of the ammonium b'Ydrolysis of Abe uranyl ton (K 4 10- *_5) a;A
the -dissociation of ~Vhdsphoria a6id -.in, Qiree'steps (1,-T-51- 10,~39
. k , , 1 4
Ojo's I e . .
'ro-oonildarod In. this connection. The hydrolysis of
K 3 *10 we
the ammonium ion could Us neglected In the pH range studied. Table I gives to
results. The mean value of -the solubility product at 250C is P - (3.6
-26
�0.4) 10 . . The quantitative precipitation of -uranium in the form of
Card 3/10

algi'1~01E/003/W/007.
separation of,uranium,ebe
l`. ph6aphatt L:Vfossibl* in solutions with Ps -I 51~ 'In "'4*644
Z,14-,
notal'.49air
-
OdAtUolkdr however, -01 ngly,,Ioluble pMfqhat4m of oth4r
00y;4*10itate with anscAl". ,Uranyl phosphate& 'by adding,othylou disailf.
totro.ootic acid the seltaii4ity of the uranium separation .mV be consider-
'd s the
a
bly I 4dreased. Table 2 ih6v ~srmissflbl* oonaentriftois df_1ntsrUkW
astal,-Aobe which still poralt a selective 09 90 PO %3H 0-procipitationov
~ 1 4 .2 4 2
~an 1AstruOtiOA_ I#-. givol. for- the preparation of an *Wly f1lt"able
of Ammonium V .anyi"Pholphatti'and the subastuent gravinetrlo
Table Ysiv o thoiro of this method In the
aniglyst's of. synthetic. mixtures. Th: .x'oth so oorreat and sell sao.,
produoilble 'Sult*o fte uraniua.1009*0 On a ion.of the
do not exceed 091 mg, Tab~$ 4,Prosents the rssults,,,of the analysis of net-
ural uatirla) s 'by 4the method daiarlbodo, The mqthod.'Ls usof u.1 for the,
urapi' ditirminationAnAndustris.
~" .0~4, al uranium s'alte. oxides# concoAtrattol
an4.,alloyse. AA,&4914st Is sole to carry out,110-12 mr.Mque 49tarminations
wlthln't hourao, There are I f iguirs 4 %able#, and 8 reforoncest. 3, Sovlovt-
-bloc and 5.non-Soylist-bloc.
SUBMITTXW Marah 8, 1960
Card 4/10

IMIN# Aolool SOLUlkA$ N,Se; ZAVRAZHWVA9 D,M,
R"Otion of pontavaUnt solYbdomm vith (OtbyUwdisaino) toU%mwtio
aolds Zhur., walo Oda.'16 no. 4s442-"7 n-4 161. (KMA l4t7)
(mo4wonm) (Adetio aoid)
A
VA
mum In 'Now.

S/O
3017/BO54
AUTHORSt QXj1g#,,A 4k~ and Kolyads, So So
- ---kuy
TITLE: compltzosetrio Method of Determining Zirooniumlith
Xylonol Orange as Iadioator
PERIODICAL: Zavodskays, laboratorlyag 19611 Tole 27# 10, 19 ppe 23-24
TEM., The titration of zirconium with Complaxon using 2y1enol orange as
indicator Is very accurate* A 0*25 solar sulfuric acid solution is the
optJmum, A figure shows the optimum density of the %jraonjUM CoUpl&Z With
iql9nol orange as dependent on the sulfuric acid concentration. Excess
Na2so4 favors a rapid color change in the point of equivalence. The
authors give the accurate course of miroonium determination in alloys, The
sirooniun alloy is decomposed either by concentrated h
sdroohloric sold In
the presence of H 202 or by sodium bisulfste at 600-600 Go An aliquotpart
(2-20 MgLof SiroonjUS) is mixed in a 250 al flask with 50 al of 1 1
sulfuric said and subsequently with 1.5 g of sodium sulfate and 80 al of
water, and the sample is boiled. 1 21 of 0.05% xYlanol orange solution is
Card 1/2

Cospl.oxoa*trio Method of Determining 8/032j61/027/001/004/037
Zirconium With Xylenol Orange as Indicator B017/BO54
added to the hot solution# and titration is oonduot*d with a 2 ,IC2
molar Trilon B solution until the cherry-red color turns to yellow*
Table 1 shows the results of determination of zirconium in solutions
prepared from zirconium salt in the prosenc* of uraniume aluminum# and
iron. The method permits a determination of 1.5 - 20 mg of zirconium In
the prosenoo of 200 al of uranium, 200 mg of aluminum, and 5 a# of iron.
The zirconium determination Is not disturbed by the following catignst
Fol In# Boo Tb# YO Nil Co# Jkl# Lap Ce, Znj Cdo Mno Mg. The tons PW
2- 3+ 4
C 0 j Y't an? -I disturb. There are I figure, 2 tables# and 3 references:
2 4
I Soviet# I
VS# and I Onochosloyakian.
Card 2/2

- I - --s- ---- - Yd &A - -, r-my -
~, T-77"
I
W- -1-44 "-1 -1-IM-I.-vi-, --!?~
~, --., A,!k - -

- - - T.- . . 7 w:5 , - f~]E -..- - - ~t - -.
I ~ . ~ . rr~ ft^,Clw &-flWam-ft vn CAMALI-I LZM &rjlLLTUXCZk.L K:zmj%LLS

MEN
CUL-al
.TL
OMP u r TP ~M~MM-u Z - 54-." rn R Y-1 A i~,' ~101 =&-491 P119-it

lib, Rii'4
:~74'

KLYGIN, A, Ye. ZhTUMEEV , G.I.; SMIAMOVA, I.D.
Protolytic equilibrium of neutml red In hydrochloric acid
solutions, Zbur. anal. khIm. 19 no.6:657-659 464.
OCRA 180)
VIA,!
%tg

ACC NRz AP603635r)
soma coms uR/oo3z/66/o32/o,-'
1/1389/1392
AWMat -. M,
Uin, L.,Xt;l, Zakharcvp Z.
MG: none
:T-nlSs Investigation of the adhesive strength of the layers in bimetallic shoots
,under repeated static loads
SOURCE: Zavods;=ya laboratoriyap Y. 32, no. It, 1966. 1389-1392
;TOP-'-C V AGS; metal cladding, adhesive bonding, aluminum oontaining alloy
!ABSMACTs Zia subject of the investigation voge sheits of Steel 1118NIOT-aluninum
ialloy Avg6. produced by hot rolling at 373-390 C, The billets Vero made of &hoot$ of
;steel and aluminum alloy, clad with aluminumo Me thickness of the alvmin= cladding
;.of alloy 9-:~6 before rolling in shoots uas 1.3-2 mm, Zia thicknGss of Us Aluminum
blayer in tho finishod-binetallio shoots was not less than 0.2 =. 2%o total
,thickness of the bimetallic shoot via 10 + I mmi the thialmoss of the AXg6 alloy uss
:4.95 =, and that of steel ShIMOT was 5.6 um. 1he rolled shoots before tricaing
;Were Subjected to annealing at 333ft for 2-3 hours. The experimental data are platted
~on mrvas showing the distribution of the We of the samples as a function of the
tprdb&bility of failure under rep"tod,statio loads. It was established that the
~ 7V'ra"Zition 2&;vr in blxot&21io shoots of XASNIOT stool AVg6 &1lay has a conslAorable
Ireserve of ductility under shear stress. Orig. art. has: 3 figures*
1�9dCOIS: It/ SM DAM none/ -MM REFs 001/ M RM 001=t 62o.t?2t620.i?6

XLYGIN, L.P.; STEMVV' X.M., ZkxHmv, v.Z.
FaUgue r*sIstaw&-&n&-staU* arsak strwigQ, of parts utn" .
from the AV alloy of varying purity. Metalloved. i term. o'or,
met. no.3t " Mr #65. (KMA l8slo)

- - - . - ~ --7-
i - ~~ . . 4-I - ~ I .-- I - .I -- I t
.. . - . I:- - .. .- I -
, I I . . ~ ~ RIt! , " .- I -
-. . , ;~ - . . Ih~ - ft so ') "!" i a it:f , - , , ~.,- -. ,. I . - .. . -. % , a rA

W-11! -.. krnuffh dian with -1. ',Lu-. 15. 20%. 25, )0. Mr4 ~nCl*, vl!'J'" " the

tha
q.-w ruc. it- w4 -a alf
-ks~a ARTS
tho sm" or L." Orirl,
Cass& .11

-7 7

m it AY4on563
i
j
:1

cood

VoW a uAv4ptorls rolor for solvlu astronomioM prolble".
Nor, I roob.flat 14 no.96 8 *54. (MM 7:20)
(Noutloal "tronomw-Probless, exerolses. eta.)

8/08ij6i/000/021/006/094
3102/1138

AVTHORS~v ny;o 1*,.I,*9_3o#danovg L. L
TITLP Dielectric ~04 absorption coefficients of ololo acW'
determined In-the field of 3-ca electromagnetic waves
PIRIODICAL: tshmatlftyy shurnale XhImAyat not 219 19619 119 atstraot
21102 -(Vah, "P* abl. pod. In-ta, v. 92v 19600
171 - 178)
TWo The temperature dependences of the real parts of the dlelsotrH
voustan,* and absorption coefficients Sf ol*I* said were determined
it
,
temperatures ranging fkah -20 to +100 00 In the on-wayebando For isrione
different frequencies both quantities had maxima between 20 and 60 Ce
'
From the data found the totalg Moxic and orientational polarintIon
s
'Of ololo said were determine&* e at
_11*2azation times were 4ot*ra4n4
04
different wavolongthas Os2 #10 as* at A - 3*18 out 0,,8*10
see at
64 out-aid-.1,3-10 iso-at 1o5 as The molecular volume was 8.6-10-246k
The authors consider that 61'*I* said is assoolat*4 to a aonsldsrablo'i.~,W
degree and that the range of maximum absorption lies In the asatimeter
Cud 1/2

KLY009- K.I., WMANOVo L.I.
Electric properties of linolenio said in a field of oJectroovoud
microwaves. Uoh. S&P* POPI 92:1'79-184 'CO. (MM'1419
(Linolenic uld.-Blectrio properties) (Eleotromagnstia WAVOV
i-T."MV
-q
A, HER",'

",,RATEVSKIY, X.S.1 LYUBIMOV, B.I.1 KLICULlp TeAs
" F-~
Pharmoology of tripht"Ins, Zhtw. 7;v-r. i palkh. 64 no. 221
i Z
1968-ift 164. (KMh IS 11)
1. Institut farmakologli i khinioterapli AM SM,, Moskva*

VIKHLYATEV, Yu,l.j KLYGUL's T.A.
Experimental OAracteriaLica of the spectra of pfArnacological
activity of trwMullizerso Zhur.nevr. i paikh. 66 no,102.3-129
166a (VIRA 19il)
1, Otdol po vlyavle" fixiologichaskoy aktinosti rovykh
produktov khWoheskago sinteza (savediquahchly - kand.red.
nauk Yu.I.Vikhly"v) Instituta farmakologii i khtmiloterapil
ARN SSSRO Mookys. Submitted June Ilp 1965*

HiCh-cap city centr",,,mil ventilatorg. Pt.l. -p.126.
CA"Z I .-IQ I TF.ClIM SAMITARNA (Polskie 7rzoozente Cammikowp ~4odoclnrowftv i
Technikow SRnitarnych) Warszawa
So. Eaat Europ~ean Access4,jns List Vol.. 5) 410. 9 Septer-ter IIY,,6

T.- swam
Me
Lt
As) ]KOOM
, KLMCW Y
.
.
,
p

6tolmoiris doMoodbunal sleatroftrdloogriev
--TrMy NZWO WU 1212)

t
I

7i

GORSHINq S.N.1 KLI W A.A.
ftft~ F UP-
Adjustownt of agricultural sprinkling equipment for bpraying log
piles and abooking the effectiveness of sprinkllng sav logo. Nauch.
trWy TSNIIMD no.12s$0-91 *62. (MMA 16M)
4V

,, Andr-7-i
RUKOV, Andrei* Po beragam F.Wiia (0t Apsheron& do Teraka). I:os)Wa, Rabotnik
prosveshchenila, 1930- 70 p- (0t nashago kraia v shirokil, :i1r, no. I.)
DWt Unclassified
SOt W, Soviet Geographyp Part II,, 1951P Unclassified

zIlizil 19 no. 6p 1952,
Fishing - Impl-=Pnts &-id finhim, Pwrthod.
Monthl List of Russian Accefflons, Library of Congressl n.pCombf-r 1951, Unclo
I ON In M-
KIM% 5-61K D'Ai V Pl~-,~,'N !P

KIM 0 At koadidat 'blolodishook"aWk.
"""Wam"Wawo at alb to mm water roe ervoirs. smaim t shisn' ;20 -se.9&36 8 153.
OM 601)
op ish mdtars

~.Pl wa Ito=
nTKOTj -A.
Nothorlamils -
Storup-resistleg fishiAg tot, Tekh. malod. 20 So. S, 195L
Xontb List of ftaslan Accessions, Llbrw7 of coWess, r- "bor 192, uncl,

y A
sAxon,;D.A.t ARMWMLISUY~ T.T., :rs"ktor;jgM. A.A.. rodaktarl
IRUXEVN . B.Adi- irsdaktorl 3lXMlo l'jr6-#--Twuawwwj KMMKITI
114p,o radaktarl ORMINs LF., robktorl r=OTSXAU# TO.K.,
rodAktor; BONMO, A.A., taftatchaskly rodaktar
CASSIUS: an SIM-91 arbolov-sporlsoom4 allmonakho lWeknp 0"
tod-vo sliskoll;;L;; I Varw T01.7o 1957* 20 pa WRA 1017i

AUTHOM nykov# ADA#$ candidate of Biological sciences 25-1-46/48
TITLII, An Important Problem (Vashnays, probl*xa)
PIRIODICALs Vauka'l ZhIsn't 19560 it p 79 (US81)
ABSTRAM This-article deals with problems of fish conservation in
various rivers where dams constructed for now power-plants
hinder seasonal fish migration.
ATAILABLIs Library of Congress
Card 1/1

K IM SKIUOTA, N,?., zvd.; TYUTYUNNIZ, B.G.,
GOWTKO.- BONO, tokhn,nd,
Tolp, Xoskva, K-ya prosy
asm, 1959., 119 kM 12: 8)
TATIAW-Meenrt"tinn AnA travel)

XLTKDVO A.A.
*From the history of ichtlWalogical research for scientific
and pmatical pwWaaa in "cis and fresh-4ater bodies of the
U.S.S.R.* b7 P.G. -201`180w- Aevieved by A.A. Xlylwv Vop.
ikht, 1 no,3s590 161.1 WPA Uln)
(Boriscyp P,00)

IKL-TXOV A. P,
KLYKOVI, A. P. RVIabilitY of the Onalm (Bacterium translucens) of Black ;.Be a~terlosls
in Wheat Seeds#* WkMobwdl vol. 14, no. 6. 1945P Pp. 413-4U.-
M302
901 SIRA Sl - 19-539 15 December M

Tf U11111 I is I it 11 1 tire
~LNI 1-1 f- ~ff 1 f I
IL - -"-
A
NINO IIIIIIIINIKITIF MINIM w aria&
000
-a.#
C07 Few..
00 J4785 i -18,ft 41.
tWkAW* W ntfak) MdF lw dw
Phi"" 44 00
00 1 plomml L allmmmAm" moor In tLe C&UMSIST A4, he
who 9-n .00
00
00
seat- toomudywow. SOWN Im ft""A WO tavv W"w. *0 (0
dig. It - food aw dorml ws* d lbr .400
= vrr6o 40 a" - am eq" a th.
sea OrraAw "Sym mw th" thr" we CA-r. abrif Ifn. gas
sea Irguy" is abom all* i %*
00 it
see
lot
too
Off
see
-01444 kit I"t IX #1
Alt A 1 0 w 0 0 9
so a opt
0 0 0 0 0 0 0
*so 4.00
14 11 ~i* IOAO
00 0 0 00 *000-00-666#6

2. USSR (600)
70 " Snut*,, Kmtkiyo 'Itogi Nauchnoy Rayoty sa 3 Ooda Vsesoyuswp ganahno.;
Issled. In-ta. SoL i Ileshchaviny (Mot &munary of the Work of the AU-
Union SoisnasAmsearah Instituto of Boy and.tho Castor Plant Wring Three
Years), 1951, pp 182-163.
94 ELY&P Val IXIP Issue 19 Mosomp -Tan-bb 1952, pp 121-132. UnclassMoL

:I&*" d w U131 1 ~ wA
A, v zb&W 90640" Sw Cbm Pw~vb trA.V
ativall dII&O
Adw
W
we by b1maie
Is AL Jaw F. sukh

KU KOV I A. P.
Soybean
I
Hereditary variations in says, sprouted at lowered temperatures. Agroblolog"s. so - 1#9
1952. 1 .

Ii,W N
1. KLYKOV, A. P.
2. USSR OW)
4, Soybean
7. Selecting slov-suelling soybean seods as a method for improving the verioty.
Sol. i se2. 20, No. 4, 1953-

t biologlchookikh no= 0
Appox"M#4 nows buteria in comeation with the acclisOlsation
at sayUans In the no&-Chemosom sono, Agroblolotrilit no*6i35JW
(NMA 1011)
I, kyssartakV eel Iskdhoxmstr*nrAy7 'Ins% Itut Inmd P.AjWety"Qft*

10 biol, am**
Impartwd problaiii, *mIm I per*d. op. v "Ilkbas. 7 no.22$23-9
12fl)
1,14meanoldy sell *OkbommefterMy InatIftt Imid PI.A. Zoe#cbm.
("San)

vivo Of aPPuftwO Of MOduldl 08 nor boan roots umer ftItivation
Olm Asw uninoculatod @oil. Agroblol"JI-a ne.4187.40 JI-4 Is$
(jaIA U#9)
IrAtitat In. IP.A. Kostycbevs,.
(Sw bftn)
" SMIAM"A
1AAAN, MINA.

0
FLANT
-)I ~)44 yii 1,113.
all IUjkiW*`4 IP
T ITL;. log
tor Both Corn and Soy&*
19"
kUj.. i
IL3,21 A- ~111T 4isoa4es, and posts in mixed sowiuSs'
To control
of corts mild soya, tre*totnt with mercuran Is
recoaL,ande'd, A single dosate of the Insecti--
c14e was %#toblished for troatinS the, corn su4
#o~& v*44 mixturs atthe rate ot 200 graits per

WROV, A,Pgj6 kand,blolog, muk
Development of nev formki of sarbean, during Its a"UmUsation In
the norp-Obornosm sons, Agrobiologiia no-3085-390 IV4* 063.
(MMA 160)
1. VolikolvkmW sell skoMcVV*tmnyy lasUtut,
(Boybean-Varietige)

KLTKOVq A.P.9 kmW, b1olog. sauk
'Baotortal disease* of soybean, Zasb-ah# rast, ot vred. i bol.
8 no*605-36 Ja 163. (=A 16:8)
1, ValikolukakLy sell mkokhoqayst"wqy LmsUtute
(Baotorlat Phytopathopnic)

Em"Wom 11 --A-
Organization of therapoutla servios In the pr"tnco (territory).
Bov.sdrav. 14 no.'WO-24 Js-F 35. (K12A qs4)
I@ G2avW torspovt %makago, ObUstnogo otdala sdravookhmmulne
(PM40 MAM9
.In Muselas rural organts.)
(MUL 0=1191003,
publ. boalth in %not&)

Popirp &POP irAbol IWnOV, D.Ap takhniki EM Zosof tokhniki
ANMO=W toklu--.p UA
F %MWWWO worst
XW# A#A~* tokftik
P"fluva "Atcal mine shafts fm a perammat base,
SUM. strai. 7 no,62540 Ag 0,630 (XMA 16111)
1- tsmiEft6"k" 0bmkbtO~UWvFMv2.4y*.

IVANOV,, V.D.,, doteal POXOTIWI, V.P.,p dots.; IONOPLXVO P.S.v at.
pr*W.1 AKSMV, A,A,* assis.1.11MV9 KJ.,, Assis.1
XMIYANOTA, L.I.0 tokbn. red.
(Reference book on saving lumber materials) Posoble po re-
skroiu pilovoohnogo, syrIla, Arkbangellsk, ArkbwCal'skoo
kniabnoe lad-"j 1962. 104 p. (KIU 1614)
lo Navahno-tekbulabnkoye obshchestvc lsawy promphlon.
nosti, Arkhangeltskoye oblastnoyo pravlonlys. 2. Rafedra lo-
sopillao-strogallaph proisvofttv Arkhangel'skogo 1"otskbd-
cheekogo inatituta (for all e=ept Martlyanoft),
(Hardboard)

/799/64/000/00ZjO
Voil
AUTHORS: Belynskiy, V.V., Ivanov, L. V. , 0v I V.
TITLE: Impulse-shaping networks of elements of digital machines.
SOURCE. AkademiyanaukSSSR. lnstitut e lakt ronnykh u pravlya Vu shc hikh n4 shin.
Tsifrovaya tekhnika i vychis lite Vn yye ustroystva. no. 2. 1962, 19.'* 3 1.
T1
irz~X-T! Tho paper ditscm1bwo thin-_ rk4" to r
veloyrnent of pulte-producing netwo
cornputers. in which the potential-impulae system of elements -.!s employed. Oc
pulse-producing network performs a variety of functions, amplification 0 ca bnce
pulse, amplification of pulses transmitted by cable, delay lines, regist.'!r (se der)
,ates, and other amplifiers. The shaping and gating of pulses was invostigat d in
,~Ptail in the course of the development. Gating inveangated wzs by dode, tr1kns-
diode -transformer with amplifying t-iodes, variou3 typcs oi 1r;Ude ates.
1,1_1-__r-ren!,1y with this work, s-.-,,-ral versions of the of el, ta the
nt-tworks of computirg rnarhines were examined. Following the~,e prelimin-
g
ary steps, it was concluded that only two types of Pulse-type clernents were 4uitab4e
for utilization in this system: The trigger- starting gate and the shaper gate. The
two differ charactaristicaUy Au-that-tho st4rter- gate is a pulse- netw-oric-Nihieb -
4
_QP46taitte oil i_06ten a netwjuili~! the, shaper gate is a pulse network. Whith
Card 1/Z

KLnOV t M. A.
Ilykovp M. A. - Olmwdlate mnd rem e results of the climatir trwttnent of bone
and-jo-'nt tuberculosis In childm stAh* Tomsk "Oorodok" sanatortur.9
Sborn'k trudov (Towskiy obl. naquah.-inalel. tn-t fix. metodoy lecheniya I
kurorotologit), Vol. Vr, 1949# p, 22&37
901 u-5241, 17 December 1953p (Letopis Ishurnal Inykh Stateyj No. 26v 1949).

UTWTs N,A,v dotsis (fousk)
aqmtee how to walk on a4iflefal logo,' by, P.I. Belftsorg
love Stivkiza~ Itevimedby NsAs Urkov, Ortop~trwve I protes
19 2065190 8.0 #58 (XIjU 21132i
immor* P.1 04TATICKI No)
(BWMA j I.T: ~

KLMWq XAvq doteent
fisabas of end weight-twins of the Stump In effective uti-
lization of the phautou'for prosthesis application, Ort trave.
I protos, 20 nook55-59 Ap 039* IN*IU 1314)
1. Is Imf *dry Wrargil (sav. - prof. KJ. Obarepina) amdtaruo-
giglyentobaskop fakulltsta 'foudkogo meditelaskoCo Instituta,
(A16171CUL LIM,
significance of end weight of ot=ip In rational
use of-pbantom for prostb, application (aftm))
W.-

RYBAKOV,. V.A,j KI.YKOVO H.V,s POCONti. t.A, i1j,
Potentlalitter for improvin
,g PicAvatar performnce !n a.-.Ip
mines of the "MagnesitO r1ant. OPetlpnry 31 no.111NV~ 166.
(MIRA 1911)
1. Mauchno-lasledovatellakty I proyektno-iKonstruktoraMy 1.1atitut
po dobvehe poleanvkh lskopayetykh otkrytym apovcibrA.

KRASAVINO AlokswWr Paylovloh; POFOVp Hikolay Nikolayeviobj
MMLAVSKIY# Sail' losifovich. Prininall uchastlye:
TISHCMK09 V.1.1 gjLQL M~Vj YZDDKHINt G.M., rod.
isd-val UV ITEVA9 L.G.,Iikhn, red.
IMIzw vorker) Zabolsboblk n& radnikakh. Moskyap Gosgor-
tekUsdatg 1963, 150 P. (HIM 160)
(Mining angin"Ang)

UVALIU119 A.; UXMO S.: VOINOT, Yu. 1 m=W o
1 ;;11~66" I- I IDOXWA,
AXISIMT. To SIMLIM110- X.Pos rodator
comirman of cousative fares opsa aunt tbair experiontool Pr od$M&I*U
kolkLosov o ovon offto C%W ftliskoo knlsbnoo lid-vo# ~ 1956o 79 pe
cKift-6filaJ (0*12*otlvo fa rem (Km 1015)

KLYROV I *.A .
Conforonoo of Chelyabinsk welders. Avuu. avar. 18 no,8t7S
Ag 165, ()URA I$tU)

E61101o likolay Alskseyevich: SIXONOT. 1.P.0 kendotekhosamikg retesusentl
in-Kul. dayfoRT-0-red,j MIMI, Yu.A,, insh,, rsda:
XAROMRWj I.A., tokbn.red.
EAsseAllas and *#161na world Bborcohno-ovoroo" robotys
redAtAJOkoves No** asuhno-tokhnaisd-vo mablaostr4t*
lit-ry' .190. 48:40. (31%oh"nc"o--popd1arnm1a 'biblioteks rob
avarsmukoo no* AXIRA 1413
(Blectr.1a welding)
OF

L Or- " 12 1-u T' ON' ~-A' X J, J' NA-1 iv - i t j ~ W- A W 1 L 2~ ~- - V 11 Z * W k ;, j j tr ! W -*~W ---
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IA= __Ar6W027O_______(A)
1AVA"HOR: nZkov, N. A.
I
1ORG: Chelyabinsk Polytechnical Institute (Chelyabinskiy politekhnicheskly inatitut)
ITITLE: Use of concentrated (point) heating for increasing the fatigue strength Of
1welded joints
SOURCE: Avtomaticheakaya avarka, no. 8, 1966, 33-37
TOPIC TAGS: welding, fatigue strength, stress concentration, heating
ABSTRACT: The author considers the-mecbanism of Interaction between temporary and
permanent stresses Induced by point heating on the one hand with the residual stresses
due to welding on the other as a basis for evaluating the use of point heating for in-
creasing the fatigue strength of welded joints.1% Formulas exe derived for determining
the location of the stress concentrator which reduce& residual stresses from veld-
ing. It Is shown that heating conditions should be selected so that the concentrator
Is located in the sector of 1450 with respect to the axis perpendicular to the action
of external loads and as close as possible to this axis and to the plastic deformation
zone. A comparison of theoretical and experimental data shove that local point he&tis4
1s an extremely effective method for increasing the fatigue strength of volded joints
when the parameters are properly selected. Orig. art. hasi 4 figures, 1 table, 21
formul". I
SUB CODZ3 13/ 6UM'DATX: 1011o45/ ORIG REF: OlO/ OTH REFs 002
.2

S/125/62/000/0q?/003/1)12
D040/DU3
AUTHOM'* Sakshi p. O.A. pand IClyk*V, N.A
TITLE: Investigation of teMerature fields and residual stresses when ax-6
welding abole In flat steel sheets
mUODICALt Aytomaticheakaya, pyarkap no# 7,1 1962j 31-35
TEXT: The described experiments confirmed the feasibility of theoretically cal-
culating residualstresses in steel sheets around holes Mled by arc.welding.
The calculation mothodl prarlously suggested by Bakshi and based on the theoreti-
Cal assumption that -the Ur car bear. source is- imobiU, is explained, and the ax,-.
perimental . tedhniques des4 4bed; ~ -'The material used was 8 = thick SOO, a- 100
-,0-' :7drined bol.6 6f Ova AA
sheets of'annoiled A* dim
center.' 'The hdle' k-wore A111led--1by. itavitia'Are velding with an ImobilcieslAer
and a time relay ensurw, dat the tw of ar'a burning was constant. Ths:IM-W-_
heat quantity introduced into the &heatat given conditions was measured*t and the
liberating are energy oscillographed; the temperature in spots at differentdis-
tances from the hole was measured by thermocouples. The distribution of radial
card 1/2
MM

US U.
ru"atip" t"PMUV* riolds sad reafto, stress" awl" tm
welding-% b7 alsotria an of qxsfts In f3At stsel sh"t, Avtmo
Mrs 15 U0,7131-35 JI 1620 OMA 1587)
20 Ch=bi= P02itakhnichookLy Institut (for Bakshi)e
2o A IssUdvftt*I'Wd3r i proyektno-tAkhm2oddissIdy Imatitut,
v -otf-tail j mAkb."4SA'.04 I "Adz"tro"Mi^
(Sh"t steel-Ve3AW) (MIGTIMI otresses)
W 6- ZUR

ICLIW# N*A*
Iffect, of residual stresses on the fatigue strongbt ox
welded at-ruotures. Avtaavm,, 15 nolOj22-31 0 162.

lo Nauabno-imslodovitellskiy institut tokbnologit
_yeniya Cbelyabinskogo:savota, tAQVIVOr~*
Hiii tic"
PE~,

Y

XLTXOT, R.I., lushe
Naximum static f ores on drum rim of mine hoisting machinese Isve
vyvauchabosavot gar.shure no#S.-88-92 159. (XIU 1335)
1. Tomeldy ordena frudovogo Krasnogo hameni polltakhnicheekly
institute lakoundovans, kaftdro Sornoy mokhaniki.
(Voisting whinarrl

KLYK V
0 mill is Oand Teoh Sol *Study of
~~f elevators** Tomsk# 1961#
(Min of Hisher and Boo Speo Ed RSYSR. Tomsk Order of Labort
Red Banner Polytech Inst is Be Me RIrov) (XL, 8-610 244)
246 -

"60008 in the ftbOlons of this Central ftmms Systes in agatimmutal
Bypothlymi 90 yubilebed In the ProceedIngs of the tldkth An-Valon Congress of
Physiolo"s, Bloeboulatep and ftwoscologists, MmK4v, 1955.
AbVaao,k IM961
U'N! %~~49Uv
NAM riffil-IM 14

KLYKGV, N. V., rAwd Med Set (dies) "The development of torpothermy In various
methods of supercooling the organism and some date on the reflex regulations
of this process". Krasno4ar, 1957. 20 Vp (Min Health RSFSR, Kuban Otate
Yed Inst Im R-d Army), 200 copies (KL, No 13, 19600 122)

USSR/Human and Animal Fhysiology - Thermorobvlations T-3
Abe Jour : Ref Zhur - Biol., No 7, 1958s 31534
Author : KlykoVp N.V.
Inst
Title taining Hy-gothemia by the Mathod of Extracorporeal
Cooling of the Blood.
Orig Pub Nauche Tro KubcLnsk* med. in-tap 195T, 15 (28)p 71-81.
Abstract No abstract.
Card 1/1

UM / roan =d MIMI "10loom T
Als ftw i W Zhw U Bulsj 316 0.4 1088 no. 6Mi
Authcr I
ff =at
in"
Title ~DovelqpinC beim"'Witli, Dii"t 00*1L4.0f ~tid
ftim
orig PUI) 1 BrAI&I
SAIAes 1957,p,Vol h4j, No U.. 414~
Abstract I Oats::~V":Gw4"t~d, to -gooling Ibr anTelopbW the bead In a
VStar at _tb"_ftV*
"Harm* Im"Is.of 'the U4dn..
Sian-W. A part
a qd)WwI,,moGdI Va~e
at the 63MIMOU imolved Laments'ar tbe tempm-
'two of the "now blood fladag ftm tbo b*4 thwgb tbo
J%Wlar voino MeacrdlW varo made of tho wessure 1n the
oarotid artary azd of rospirationse Tbo exporluents w
"mied out vmdar otbor ametboslao Plecova%7 was Iv&mwA
Wd 1/2

LIOIAUV not 0
Changes In reflex fluctuations In arterial proomwe and rooptra,-
tion during various typeo of Induction of hypothernia. Blule
skopebiole I made 47 no,6:14-18 Jo 139. (HIU 1218)
1. Is Wedry normallnoy fisiologil (save - prof.?-NoBtarkov)
Imbanskogo neditsinskogo InstItuta, Kraszodar* Prodstavlona
daystvitellayn chlonomANN 339M TeNoWnrulgovskim.
(HYPMMMIA# off.
on blood pressure & reap.. off. of mode of
Induction (RUND
OLOW PM03M. physiol.
off. of hypotherals induced by various nothods
(ROD
(MWIWICN, P49tol.
iams)

PAJMIMMO I.I.; SLIOV I POF*l XUZTCMal, Te.f.0 kuAUM "ItakddwsM-
Work pmetless In ottalalft M& "tat* ytolAs In Rostov Frowlass.
Soulsiolis neAW52 is 156. mu 916)
1. Avenge kolkhosa ta"I StalbaftUrskocc rarm (for,
2, Direktar UtWsbW stlatill (for nit")l
3. J%ebw*=Wy lastitut Modmit soak I= (for %WOM4.
(Restay Provines.-Patatoms)

WNW# P. Pe *Avio wt (also) "ftwteuea in Introfteims the
mobardtation of irr4pted frdt-mwing (under the condItlow of the 1%tay
MSj, Itostoy ablast)"* lonim;md, 1958. 16 pp (gin Agrie tM, tarAramd Agric
rmt),q 150 copies (IL., Ito 5# 1"91 153)

XWX0Vj P. P-9 ONAIdate Apia Sol (diss) -- Oft* cultivation of fruit @rope
on the funwod-terraced surface of soil (under conditions of the am at
activity of the for r 11stay M,, Rostov Oblast)". Uningraid-AmMLIn,, 1959.
17 Vp (Min Apia WMR,, taningrM Agric bmt)m 140 copies (KL,, 11o 2k; 1939, 145)

k&W.~*l'skddmmM#tv#=i%ykh aliuk (Ser ukhovskly rayon);
RM A# TsIsj &Von= (&Mmkbovildy rayon) p
Chfudnal wed control an the ~SoV sMvikN State ?arm, Zuhsh'
rast, at vred, i'bol. -7 nojill,-12 Mr 162. (XMA 15111)
(Veed eontrol)

-411'rTwF 'N -1 Ir, r, I E
-TyAiv6vllr.H
mm x Bm
TalOvmflava. Ch. 3: Fortortalssmthara svyssl (ftUpa#wo Pt, N FasalmdU
Telegmft) Mm~w.- 9"WIlwatt 19n, 3,71 P, 10JO00 *OTIS$ pfttw6
Reep. 2d. s J$So As) Us IKdbosor# Le Tel Tmba Bd,,: Flrwmp A* Oe
PURPMI We book Is appmwed as a tqxtbo* for stedents attAndla fasslalls
talsamrkr acarses at tolftuibm by Us Vpm"mLir udobapd
Savadeal7old x1alstentya OvAd 807m m (Odow of Via
Idolatry at cammUSUGOI am),
w7zUU: . ap"al atteatim is P" to as at fusions
SIA receptim MIA tu GertaA "Vests of 14&W OPU480 tam
davines and so forthe Methods of sipal tmodsolm by vIve and nUo obm*Uj,
" VOU As lowutma-lbs" and avaltas alatcrum and asta"S for tball son"-
timp are ""Awed* So bamls fm studawds at pmdmslb3;s
dlst*rU= Is sO fwth md a shwt desalptims -is Sim at VIS INA tw
fusions tranamissim. Aeoardift to the sixtbor.. this Is the first taxVA*
In tbla field. Sam Oaviet-wAs %pipwat Is disamsmede No Vow aWdes we
Card 219

Pto 38 .74081mile TSUW&ft
Asnu O"d a" 9 x1twumess all at thm BOVIsto
"m cr
r rM 'VIA S
Torevard 3
at nos-41 TOUSMIW
2. wof Isromum antldmng wigimerl" MA OFUG#
i
I. &am** at light
2o afoot of light an the ban or, U&M =its u
3- TM8 of rsnwtU& .13
Pr*PWU&s at UIS bmm as
50 Phoomm ca the Umdm of tve modia
Card 2/9