SCIENTIFIC ABSTRACT Z. CHUKHARKO - V.G. CHUKHLANTSEV

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000509110008-7
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: June 12, 2000
• Sequence Number: 8
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

CHUKHMIKO, Z.; SHEFER, G.; PEMOVA, N. I
I F
Ways for reducing expenditures in receiving,, processing.,
and-storing corn. Muk."elev. prom. 29 n0-9:13-15 S 163.
(MIRA 17:1)
1. Vseooyuzrj5ry nauclmo-isoledovatellskiy institut zerna i
produktov yego pererabotki.

DEMIN, G., kand.tekhn.nauk; DZHOROGYM, G., ~and.tekhnoauk; MEVNIK,
B.t kwW.
takhn.naukl QHUKHARIKO, Z., kand.ekonomi.nauk.
ImproVement of the technology 'of postharvest proaassing of grain.
Muke-
elev. prom. 28 no.8t6-8 Ag 162. (MIRA 17t2)
1. Vassoy"W -A4au&hno-issledovataltmkiy institut zerna. i produktov
yego
Pererabotki.

CHUKHARI-KOP Z.; USHAKOV, T.; SIIEKHTMAN, Kh.
Using linea .r programming in planning the conveying of
grain loads.
Muk.-elev. prom. 29 no.12:14-15 D 163. (MIRA 17:3)
1. Vsesoyuznyy nauchno-issledovateliskiy institut zerna
i
produktov yego pererabotki.

VORONTSOV, O.S.; (19LIK, M.G.; LMDOVICH, V.N.; KLKIV, I.A,.; KOZO-
mm, M.P., doktor biologiohaskikh nau . professor; SOSIDOV, I.I.
.YBSTA, N.Ta.; CHUKHARIKO ; GILIKAN, D.Ta., redaktor; IL-
Z
J.
BUS, G.A., teitt-oh;=A~'re&or.
[Grain storage; management and equipment] Orgsmizatsiia i tekhnike
khraneniIA,zerna.-Moskwa, Izd-vo tekbn. i skonomichesk4i lit-ry,
1954..358 P. [,Microfilm] (MLHk 7:10)
(Orain--storage)

CHUKWIKO~ ZOTIK TMONOVICH N15
72h.1
.C5
Organizatsiya I Planirovaniye Raboty Zagotovitellnogo Punkta
Zagotzerno
(Organization and Planning of Work in Warehouses for Storing
Grain)
Moskva, Zagotizdat, 1955,
23h p. Diagre., TableB.
Bibliography: p. (232)

CHUKHARIKO,Z.; NELON7/.B.-. SILINA,S.
Ways of reducing the at of mechanical
ventilation of grain.
Muk.-elev.prom. 21 no9.4-7-8 AP 155. (KIRA 8:7)
1. Vaesoyuznyy nauchno-isoledovatellskiy
institut serna i
produktov yego pererabotki
(Grain--Storage)

4AMI ;-SHBERIM, Kh.
I - -
-Xake effective use of machinery In grain
procurement stations.
M*.-elev,prom. 22 no.5:3-5 Ky 156. 1 Wak 9:9).
l.TeesoyusM asuchas-issledevatelskiy institut seras
I pro-
dul~tov ego pererabetki. -
(Grain elevators) (Grata-handling machinery)

_J%
I . I .
, 'c C~,
-)
CHUKHALRIKO, Z.T.9
L
kand. ekon. nauk.
Sconomic problems of the drying of grain. Trudy MTIFF
no.7:163-
183 '57. (Grain--Drying) (KIRA lOrl2)

T
CHUKMIKO, Z.- KOPTNV, I.; SUNKHTKM, Kh.; SEMPM, G.;
BRMAKOVA, N.
For an effective network of permanent grain
prorurement stations.
Muk.-elov.Drom.23 no;8;18-21 Ag '57. (kIRA 10:11)
1. VaesoyuzW nauchno-issladovatal'sXy institut zerna i
produktov
yego pereraboth.
. (Grain trade)

ZRIGALOT, A.N..,.kELnd. ekon. nsuk; GHUKW~R'.KO,,A Imnde
ekon* i2auk#
t~Gn. nauk, spetored.;
rstse'nzent~ LYUBUMM . v
IM. V.K., red.; KISM, Ye.l,, tekhn. red*
[Utilization of the capital assA-its of state-owned rural
mills]
Ispollsovanie o8novuykh foudov gosudarstvennykh
sel'skokhoziaistyen-
nykh mellnits. Noskva, Piahchepraalzdat, 1958. 122 p. (MA
11-08)
(Flour mills)

I 111 ~7
AUTHO,iS. Chukharlko, Z.T., Candi-date cjf Economic Sciences,
-and Stroyevat
V . P. 9 Mn -gi n e e r
TITLE.,
Mechanization and Automation of Productional Prices3es
at

Mills (Yekhanizataiya i avtomatizatciya praizvcdstvcnnykh

protsessov na mellnitbakh)
PERIODICAL.
Nekhanizatsiya
Trudcyemkikh i Ty_-zhLWk-h Rabot, 1958, Nr 5

PP 37-39 (USSR)
ABSTRACT:
The automation of the flour industry is one of the
foremost

problems. The fact that over 4,000 of the more than
80,000

mills are roll millsfacilitatas matters. However, not all

the mills are equally prepared for autom--tilon. The elevators

have complex mechanization. The ~'Ioscow elevator of the Mell

kombinat Nr 4 (Flour Combine Nr 4) is the first flour eleva-

tor
with a completely centralized automatic control. Its ca-

pacity-is 72,000 t of grain. ~,t most of the milleg the oewing-

up and weighing of'the bags is done by manual laborg and the

removal of the bAgs to the stora.-e places is accomplished on

hand carts. This makes necessary tho introduction of a com-
Card
1/3
bined apparatus fully mechanizing the operations. For the

1181.58-5-13/18
Mechanization and Automation of Productional Processes at
Mills
grain storage rooms, piling machines and machines for breaking
.up the stacks should be brought into use. At other mills
the production process has attained the highest stage of me-
chanization. Experience has shown that pneumatic transport at
the mills is easier to regulatq with the help of automatic de-
vices and improves work conditions. According to data from
Fromzernproyekt, the conversion of' the mills to pneumatic
transport decreases the iiacessary area by 25-3T,~jreducincr
the cost of building by 15-20'. The article contains a flow
sheet of the pneumatic installation's work as elaborated by
the Vaesoyuznyy naucbno-issledovatellskiy institut zerna
(All-Union Scientific-Research Institute of Grain). The author
describes the technological process of milling in the USSR9
and mentions the advantages automation will bring to the
mills.
The All-Union beientific-Researcb Institute of Grain has de-
signed a sensitive cell of a membrane type serving as an in-
dicator of clogging-up and failures arising in the milling
machines. The device signals to the control desk, and auto-
Card 2/3 matically stops and starts the rolling machines.
Therc is

118-58-5-13/18
Mechanization and Automation of Productional Processes at Mills
one photo.
AVAILABLE: Library of Congress .
Card 3/3 1. Flour mills-Operation
Automation-USSR
2. Foods-Processing 3. Flour mills;-

CHUKHARIKO. Z. -, SHAMTRAN, Kh.; RADOV, A.
Introducing a nwd system of management at the Orenburg
Grain Receiving
Station W6.2. Muk-olev.prom. 62 no.1:12-14 Ja, 159.
(MIRA 12.3)
1. Vaesoyusnyy naiuchno-iss'Ledovatellskiy institut
zerna i produktov yego
perarabotki.
(Orenburg--Grain elevators)

PUTMOV, A.;,. MUKUR'KO, Z-, Imnd.ekou.nauk; SHEKHMAN,
Kh., kand.ekon,aauk
ev.prom.
Iff icient distribution of gmin procurement otations.
NuIr.-al
26 no.1:8-9 4 '60. ML 1316)
1. Goeudarstvenzyy komitat Soveta Ministrov SSSR po
kbleboproduktam
(for Platonov). 2. Vessoyuzrqy
nauchno-ionledovatellskiy institut
zerna (for Chukbarlko, Shekbtman).
(Grain elevators)

BXWZIIROV, G.; BORODIV, A.; KAW, A.; PTATMOT. A.;
CRUKMOKO, Ze
Nothods of determining theconovic efflotiveness of
investments
in th6gmin storing and milling luftstry.' Yak.-siev.
pros. 26
no, 10 s 21-23 01600' (KIR& 13110)
(Grain-StorW) (Grain milling)

RADOV, A.; CRUKHARIKO, Z.;.--SHEKHTMikN, Kh.
---------
Simplifying the system of management in,grain
receiving stationso
Biul. nauch.-inform.: trud. i zar. plata 4 no.9:16-18
'61.
(MIA 15:1)
(Donets Basin--Coal mines and mining--Production
standards)

RAWV, A.; CHUKHARIKO, Z.; SHEKHTMAN, Kh.
---------
Simplifying the system of management in grain
receiving stations.
Biul. nauch. inform.: trud i zar. plata 4 no.9:18-22
'61.
(MIRA 15:1)
(Grain--Storage)

CRUKHARIKO Z. kand.ekonomicheskikh naukj DRAIN, G.,
kand.tekhn.nauk
Problems of extablishing contJious grain
receivingand procesapg
lines. Muko-eleve prom. 27 nc,8:14-15'Ag 161, 04MA
AV?)
1. Voesoyuznyy nauchno-issledovateltakiy institut
zerna i
produktov yeago perarabctki.
(Grain elevators)
(Grain-handling machinery)

-XAHUKUR-IM Z.; SWZMMN, Kh.; RADOV, A.; MKAZNOY, I ., starshiy inzh.;
AKIFIYEVI-V. (Gorlkovokaya obi.)
Improve the organization of work in different sections of the
grain receiving enterprises. Muk.-elev. prom. 27 no.9:11-16
s 161. OKM 15:2)
1. Vsesoyuznyy nauchno-issledOatellskiy institut zerna i
produktov yego pererabotki. 2. Normativno-issledovatel'skaya
stantsiya Ministirstva zagc~tovok Kazakhokoy SSR (for Nakaznoy).
(Granaries)
(Grain elevators)"

PIATONOV., A.; CHUMARMO., Z.
Improve the management of grain receiving
enterprises.
M*.-elev. prom. 27 no.10:23-25 0 161. NIM 14:12)
1. Gooudarstvennyy komitet zagotovok Soveta
Ministrov SWR (for
Platonov). 2. Vsesoyu=yy nauchno-issledovatellskiy
institut,
zerna i produktov yego pererabotki (for
Chukha--Iko).
(Grain e2evators)

SILICHENKO, 0.; CHUMRIXOp I.-,
.Economic accountability at industrial sections. Muk-41ey.
prom. 29 no.lsll-12 Ja '63. (KIRA-16:4)
1. Armavirskiy mellnichnyy kombinat (for Silichenko).
2, Vsesoyuznyy nauctmo-issledovateltakiy institut zerna i
produktov ye pererabotki (for Chukharlko).
rArmavir-Xlour and feed trade-4ccounting)

CHUM"OV, V.A. inzhener.
"
Calculation of the adiabatic nrocesfl in gaseous
mixtures according
to the tables for thermodynamic properties of gases.
TeDloenergetika
4 no.8:82-83 Ag '57. (Gases, Kinetic theor7 of) (MI.RA
jo:9)

CHMOHIN, N. F.
"Study of Aging Processes in Crankcase 0:11 During
Operation of D-35 Motors (Serial# and with Cylinders of Larger
Diameter)." Min Higher Education USSR, Moscow Inst of
Mechanization
and Electrification of Agriculture imeni V. M. Molotov, Chair
"Fuels
and Lubricantsill Moscow, 1955. (Dissertation for the Degree
of Candidate
in TechAical Sciences)
SO: M-955i 16 Feb 56

XU THOR: Chukhohin D*
TITLE: Pelagic Rapana Larva in the Black Sea
(0 pelagicheskoy lichinke rapany v Chernom more).
PERIODICAL: Doklady AN SSSR, 1957, Vol- 117, Nr 31 PP- 533-534
(USSR)
ABSTRACT: The Rapana bezoar L. larva has been traced in the Black
Sea only in 1947. Now it has spread from the Bay of
Novorossiyek. and from the coast of gruziya westward to the
Crimea (Yalta, Sevastopolf). It isa greedy robber and a
great danger for the oyster- and sea mus3el-banks as well
in the Par East as in the Black Sea. From the spinning
package of the Rapana typical I'Veliger'l-larvae (Fig.1) hatch,
which live at least one month pelagic. This is contra-
dictory to the statements by Drapkin (Ref.1), which says that
they burrow themselves immediately into the sand. Their
development and the structure of the velum as well as of the
shall are disoribed. The larvae are met at all horizons,
from 0 up to 14 M (on the ground). Two more Rapana species
in Asia also have a pelagic-living larva. In the Bay of
Sevastopol Rapana-larvae have been caught from July to
October. In the aquarium they started propagating in June
Card 0 and finished at the beginning of October. According to

2A-X-ho/52.
Pelagic Rapana Larva in the Black Sea 71 __T_7j , .
Thorson (Ref.7) the plankton-larvae of the animals
settling on the ground are divided into three groups:
1. and 2. planktotrophic larvae; group 1. with a short
pelagic lifet group 2. with a long pelagic life.
3. group: lecitotrophic larvaet which dispose of enough
vitellus to be independent of plankton nutrition. Newly
hatched larvae have only little vitellue. Their leoito-
trophio period lasts 6 to 7 days, afterwards they depend
on plankton and detritus nutrition. Thus the older Rapana
larvae are to be placed under the second group. The
phenomenon
of a free-floating pelagic stage together with a high
feounditiy obviously favors their rapid and wide propagation
in the Black Sea.
There are I figure, and 7 references) 3 of which are Slavic.
ASSOCIATION: Biologic Station imeni A. 0. Kovalevskiyj AN
USSRt
Sevastopol' (Sevastopol' skaya biolocioheskays, stantsiya
im.
A. 0. Kovalevskogo Akademii nauk SSSR)
Card 2/3

?Q-3-49/52 -
On the Pelagic Rapana Larva in the Black Sea
PRESENTED: July 19v 1957, by Ye. N. Favlovskiyj
Academician
SUBMITTED: December 14, 1956
AVAILABLE: Library of Congress
Card 3/3

~V~
Order Saccoglossa (Gastropodap Opistobranchia) in the
Black Sea.
Trudy S13S 33'.-8�-91 260. (MIRA, 34:3)
(Black Sea---Opisthobranchiata) -

(.CHUKHCHINq V.D.
Pelagic gaBtropod larvae in the *ack Sea., Trudy SBS
13192-123 160.
(MIR& 14-3)
(Black Sea- Ga6tropoda) (L&rvae--Mo3-Iusks)
4

CHUKHCHIN$ V.D.
Reproduction of Rapana bezoar L. in the black Sea. Trudy SBS
14tl63-168 161. .(MRA 15:4),
(Black Sea-Gastropoda)

CHUKHCHIN, V.D.

GHUKHCHIN, V.D.
Rapana bezoar.L. in th6 Gudauty oyster*beds. Trudy SBS 14:
178-187' 161. (MRA 15:4)
(Gudauty region--Gastropoda)

CHUMCHIN, V.D.
Quantitative distribution of benthos in the
bastern part of
the Mediterranean Sea. Trudy SBS 16r215-223 163.
(MIRA 17:6)

BOSKIN, I.Ya.; BMKOVICH, N.Yh.; LHLKjH IA~Jj~
Introducing machinery in the blending process. Takste Prom. 18
no. 7:31-33 J1 '58. (MIRA 11:7)
1. Zamestitall Predsedatalys Yllyanovskogo sovnarkhoza(for
Soonin).!
2.-Glavnyy inzhene.r upravlaniya legkoy promiyahlennosti
Ullyanovskog4
sovnarkhoca(for Barkovich).-3.,Gl&vnyy malchanik Iforshanskoy
sukonnoy
fabriki(for Chukhin).
(Textile ma china ry)

_1494-66: EM( EWPU
_ACC-NR'~ A
SOURCE CODE: UR/0286/65/000/022/0053/0054:
AUTHORS: Chilkhin, A, -LP
Ao d2Y4koY,_1, V9; DI'bin.-M. Go; Napustin, Go V
ORG: none
TITIZ A press for njeagdz rubber,products, Class 39p No. 176182
lanmunced..
by All-Union Scientific-Research Institute -of Rubber-Induatrial
gbarjol FmIae
Me
~Vsesoyuzny7 nagobno-issledovatel'skly institut rezino-tekhnicheskogo
mas*nostroyeniya)2
SOURCEt Byulleteni-izobroten4.i.tovarijorkh znakovp no. 220 1965p 53-54:
TOPIC TAGS: drive,, rubber taichnol rubber vulcanization,, pressure
apparatus,,
qW#
nanufacturing:facilityp manufa6turinff:mathod
ABSTRACT:',This Author.Certificate a t --press for vulcanizing
rubber.productst
g en a a
for example, rubber-metal jaskets* 6 press includes devices for the
withdrawal a
And opening of,the dies ~~ (see FU,, 1). These.devices are made in the
form of -hori-
zontally positioned guides fastened to theplates of the press. The
guides carry a
sliding die which travels,with the help of avylinder. The upper
rotating'part of~
.the die is connected to the base of the press by hinged arms. The
design is intended
to increase the-productivity of1abor. Thd-press contains mechanisms
for-loading
the stock material and removing the finished products. These mechanisms
are in the
form of a.vacuum cartridge connected by a hinge joint to the cylinder
and are
Card -1/3 UDG: (Y78.058.39

CHUKktR, B.A.; DAVYDOV, V.I.
-C:=-~
Advantage of I'D" co.Uar threaded joint.4.7 Razved.
i okh. nedr
i
27 no.6:1+2 Je 16.1. (MIRA 14:9)
1. Vorkutinslmya komplekf~paya.geologorazvedochnaya
ekspeditsi-
ya (for Chukhin).
(9o*Hn& machinery)
.1

AID P - 2oo6
hubject' USSR/Electricity
Card 1/1 Pub. 27 - 10/31
Author : Chukhin, N. K., Kand. of Tech. Sci., Moscow
Title : Graphic and analytical method of building static
characteristics of synchronous machinery
Periodical ; Elektrichestvo, 4, 46-49, AP 1955
Abstract : The method is based on the replacement of non-linear
relations of physical magnitudes by proportional ones
and on the use of parametric equations of non-saturated
synchronous machinery. This method is applicable to.
machines.'with salient and non-salient poles. The
author gives.numerical examples and finds that the
magnitude of error of the simplified method does not
exceed 8-per cent of the result obtained by the exact
method. The author recommends wide use of the
simplified method in engineering practice, Two
rarfs..*
numerical examples, 4 diag
Institution: Muscow Power Engineering Institute im. Molotov
Submitted No date

AUTHORs Chukhin N'K.. Candidate of Technical Sciences. 105-9-22/32
i:o! s = t ~
TITLE: On the Incorrectness of Making Use of Potier Is Vector
Diagram
for the Investigation of Exterior Pole Synchronous Machines.
(Ob oshibochnosti primeneniya, vektornoy diagrammy Potlye dlya
issledovaniyayavnopolyusnykh sinkhronnykh mashin)
PERIODICAL: Elektrichestvo, 1957, Nr 9, PP. 73-73 (USSR)
ABSTRACTt The methods by Blondel and Potier are given in textbooks
for the
construction of vector diagrams for electrical machines; Blondel's
vector diagram applies in those cases in which the various re-
actances exist in the longitudinal- and lateral axis machines,
i.e. it is suited for exterior pole machines. For internal pole
machines Potier's diagram is applied, which represents a special
case of Blondel's diagram in the case of equality of the reactances
in both axial directions. In some textbooks, however, neverthe-
less Potier's diagram is rooommended'also for exterior pole
machines
as results obtained are very near reality. Here the reason for this
chance agreement is shown and it is proved that the angles 9 and Q
b
will differtessentially in both diagrams. Calculation of a cor-
Card 1/2 responding example is carried out. There are 7 Slavic
references.

105-9-22/32
On the Incorrectness of Making Use of Potier's Vector Diagram for
the
,Tnvestigation of Exterior Pole Synchronous Machines.
4ASSOCIATION: Moscow Institute for Energetics. (KOskovsIdy
energeticheskiy- Instittt).
AVAILABLEt Library of Congress
Card 2/2

CHMIN, N.YO.-W
The concept of the cylindricality of the human body and
its practical
application in heli6therapy. Vop.kur.fisioter. i
lech.fis.kullt. 21
no.3:28-33 Jl-S 156. (MLBA 9:10)
1. Saveduyushchiy otdelenlyem sanatortya Ministerstva
vyeshego
obrasovaniya, Sochi.
(SUN BATHS)

CHUMN.A.U.-
Prganization of vork-on-~eaohes-.used.for- therapeutic PurPOOSO bY
sanatoriu= and in solarium. Yop. kiii. fizioter. i leeb. fiz.
kul't 25 no. 3,z211~215-my-je. '(K= 14:4)
L Iz seaftoriya."Nauka" v Sochie
(SUN BAM)

Shadow screens attached to cots rotatable by the
patients
during sun baths. Vop.kur., fizioter. i lech. fiz.
kul't
30 no-5t451-455 S-0 165, (MIRA 18:12)

CHMN, 0. 1-
Some problems in the improvmsnt of the productive work of pupils In
the teacher's work practIces.Z%uk~.xap* lauk,-doelo.Inste psykhol.
(MIRA 13:11)
Is Pedagogichaskly Institut, Simferopol's
(Mental discipline)

/07
0 PHASE I BOOK UMMUTIM SOV/573.7
Moscow. luzhanarno-4fixiaboakiy Institut,
Pribory I motody nualizd i%luchaniy; abornik nauchnykh rabot, vyp.
2. (Appa-
ratus and Methods for,the Analysis of Radiation; Collection of
Scientific
Papers, no. 2) Moscow, Atomizdat, 1960. 166 p. 4000 copies printed.
Sponsoring Agencyt Ministerstva vyashego i arednego spatsiallnogo
obra2ovanip
RSnR. Moakovakiy Inzhenerno-fizicheskir Imatitut.
Ed. (Titlar page)t Ye'..L. Stolyarova, Candidate of Physics and
k~tha~atics;
Tach. Ed'.s S. M. Popova,
PURPOSEs Thip collection of articles in Intended for specialists in
nuclear
physics, dosimAtry of nuclear radiationotand shielding.
COVERAGE: The articles were prepared by scientists of 141PI (Moscow
Pb.*aicv and
Engineering Institute) and presented at the-1957 conference qf the
Institute.
Brief annotatioas to the articles have been included in the Table
of Contents.
No personalities an zentionod. References follow "ch article.
card I/*
------- ---------

Apparatus and Methods fbr t~he Analysis (Cont.) SOV/5717
Stolyarova, Ye. L., azkd,~. _Ch In. Determination of the
Sensitivity
Functions of a Single-Crystal Gamma-Ray Spectrometer With
Gsl(Tl) and
NaI (T1) Crystals 126
Function of energy losses was calculated in NaI(Tl) and CsI(Tl)
crystals at equal si.les and at energy of incident photons E =
662 kev.
The theoretical calculations are in good agreement with the
experi-
mental data.
-/Stolyarova, Ye. L., G. M. Suchkov, and L. S. Nesterova.
Effect of the
Temperature of the Medium on the Amplification Factor of
Photoelectron
Multipliers M-,, -
t 137
It is shown that the amplification factor of photoelectron
multipliers
changes with the temperature of the medium. This phenomenon is
as-
sumed to be related to the change of the coefficient of
secondary
emission of the dynodes effected by the temperature.
Card 6,6

Investigatio gular-spectrum S/79616Z/000/063/ 02/019 _P_
n of, the an distAbutions..'i. 0~
boundary plane of a barrier.: .C660.sourc6e were-used with Alt Fe,
and Pb media.
Angular i-ntensity distributions of
th,6'scattereci-,,y~~-'ractiation were obtained# anda
comparison was made between'the differential --y-ray energy spectra
obtained with
an Al barrier of a thickness Vod= I and 1-.8--and those obtained
theoretically for
an infinite geometry. The desired funct -16n N'depends on the
barrier thickne3s,
the angle 0 between.the-direction.of the.1primary y quanta and the
direction of the
scattered -y quanta near. the given poitit. ~ and on the energy E of
the scattered y
quanta_ -The-experimental equipment~ used, consisting of a fixed
Nal(Tl) er
ystal,
___5n arr
70x48 mm, and~a.lrotatibld-s~ ~i-~
able sour, ier riV, Is-described- _T~he_spejz_tr
o
~raaoIutIbri;-4nd_detailsL the photoamplifier and, the 100'.
-A ~ a
R e7t~O-To~r t-dd-.-
channel pu s-6-4mplitude The::
-C-o6o*-source was. simu a e
ions were 75x'75_cm. '.-The_.-_pIan.ek, single -dire ctional W t -by-
a punctuated source located"a:t ~all..fairly great distance, (to
obtain nearly uniform radia-..
tion intensity on the barrier) ;-` -Experimental results and
data-processing methods.
The amplitude distribution of the impuises was measured for a finite
number of
.scattering angles. Corrections were introduced to obtain a true
y-ray spectrum: 1,
The "dead" time of the spectrometer, which was a specific defect of
the 100-chaniTel
amplifier employed,,. in which the !'dead" time was a function of
the amplitude of the
input impulse.,.. Z., The;background, obtained by subtracting the
impulse spectrum
- Ilim tor with a lead rod from the impulse spect
found by- closing the detector- co a rum
Card 2 /4

-Investigatioln-6f,the ahgula're-spectruml distributions... S/796 /6Z
/000/0013 /002/019
measured with ihe. collimator open4 3a TheArue y-quantum spectrum
asobtained
from the mea's'ured impulse - amplitude distribution. The solution of
the integral
eiluation involved in this problem has been accomplished variously
(LidA_n I K. 0et
al., Arkiv Mi 7-ye., no.7. 1954~ 5; Whyte& G. N. # NBS Report no.
1003, 195Z) and Is
hero perfor;ned by transforming the integral equation into a system
of interrelated
linear equations. The method of this analysis of the spectrum,
inclucling the determ-
ination of the--matrix elements require'd therefor and the
construction of the matrix,
-is explained.-in detail. ' 4. The spectrometer- effectiveness
correction, *including the
effectiveness of the spectrometer at the photopeake i. e.s the ratio
of the number of
jrnpulses at the photopeak by the number of -y-quanta that impinge on
the crotal,
and the corg~ction'for the effective solid angle of the collimator.
5.: The ienergy-
k6sult-s-of -the measure ents are set for --,"A'was
resolution do" ection~- -Thel rn
i.stributions of the scattered y-r on,-r"gardless
found that alt-aingular energy d adiati e
of the atomic number Z and the angle 0. have a maximum that
corresponds to the
energy of single scatter over. a minimal angle. The shape of the
angular energy
distrib-ation indicatqs that the energy-dissipating role of multiple
scatter increases
with increasing angle, 4 and O.ecr*asing atomic number Z of the
medium. Substan-
tial differences between experimental and. theoretical spectra
occurred for low
energies only; this is attributed to the lack of backscatter with
real barrier geo-
metry. In the low-energy range an atomic-number -dependent multiple-
scatter
Card 3 A
J

ASSOCIATION: None'given.

S/196/6Z/000/003/018/1DM"
,AUTH0RS-._ Stolyatova.-Ye-OL-at C_h2kWA.&Q.,,Larichev,A.V.
measureme nt.Iof.complex low-intensityy -Ltra
TITLE:: Equipment for-t6:_ -ape,
~SOURCE: Moscow. Inzhenerno4izicheskiy Institut. Pribory i metody
analiza
-iz-lucheniv -=nq~3_4964_481
t
TEXT: iAjinjl~-.crYstal-,s.C1wt1lla ion y-,spec rometer
was.assembled:fdr1the--:-::
experunental:investigatiori,of. the passage of y-rays through matter.
A block
diagram is shewn. The-rernoie 'portion~of the' spectrometer consists
of a NaI(TI)
crystal, 8 Gx80 mm, and a photoele c-tronic multiplier (PhM) 03Y - 1 B
- (F-7,U- IB)
,with a 70-mm. diam cathode, all enclosed in a Pb housing. The side
shield of the
housing, assembled of interlocking Pb Vricks, is no less than 150 mm,
that of the
frontal wall (the collimator)n.o less. than 300 mm. thick. Collimators
of 10, ZO, 30,
and 50-mm diam can be inserted for work with sources of various
intensities (cross-
section shown). The pulses pass from the anode load of the PhM to a
zero-overload
preamplifier and then onto the. linear amplifier of the "Kashtan"
equipment. A 100-
channel analyzer is utilized. A. special voltage divider serves to
feed the electrode
of the PhM with independent potential regulation on several electrodes
(focusing
system) to enhance the 'energy resolu.tion.,. For example, for (-rays
of C8137
(0.661 mev) a 9.501a.energy resolution is attained, which is
comparable to that
Card 1/Z,

_~5
'Equipment for the of complex,'...
measureme S/796/67./000/003/018,/019
re ported by J.'Kockum (Mict. Instr U-M. v.4 F no. 3,lw 1959, 171).
The use of a large
Nal(TI) crystal ensures an elevated registration effectiveness (807a
for 1-mev Y_
rays, no less than 5616 for 10- m ev- y- raIys); the heavy shielding
reduces the
background to about 15 Pulses/sec.. The stability of the equipment is
good: 1.5-219
variation per day on the.energy scale.-, The, energy peak to also
highly, load-stable;
a change in integral count:from 500 to 5,00O.pul.ses/sec engenders a
shift in the
peak of less.than:Vjo. The instrument thus offers good promise fo Ir
the measure-
-spectra, over a broad range of energies and intensities, the
ment of complex y
measurement of the spectra'of scattered y-rays, and the performance of
quantita-
tive and qualitative isotope analysis. etc. .. A comparison is made
between the
elaboration of the amplitude: spectrum of.the -y-rays of equilibrium
radium for
Compton distribution as measured on the present equipment and D.
Peirson, s
measurements (Nature.-V. 173..1954. 990); the individual lines
obtained with the
present equipment are found to be defined more sharply. Spectra of the
intensity
-of y-rays from a -Cobo sourc'el' scattered at angles of 20, 50. and
700 in a 16-cm,
arrier are a - -_ - -_ h- --- - There- are 7-figures and the Z
above-cited English-
thick Fe b loo a own.
language U. S* -references
ASSOCIATION: 'None -given.
Card 2,/Z

KJM 3SI4 N t

. . I , , r ~
I -

L 43079,66 - T,1T(m)/3rr10TV) ZTEWP-(t-)/ZT1-/EWP(k-)-- - LTP(c) -
4D/151
SOURCE COIE: UR/0137/65/ooo/on/DO05/DO06
Acc NR: AR6014375
AUTHORS: Pavlovp Ae Me; Zuarevj, B. M.; Chu.14no V. V.; Trifonovaj
R. Go; Kashkinagi
L. N.
TITLE: Formation of elastic=plastic operzie K-re-teel cables
SOURCE: Ref. zh. Metallurgiya, Abs. 11D39
REF SOURCE: Sb. Stalin. kanaty. Vyp.-2. Kiyev, Tekhnika, 1965,
355-359
TOPIC TAGSt wire, wire product, rupture strong~"',, flow stress
ABSTRACT: Increasing the degree of deformationlof surface*layers
during straight-~
ening leads to a decrease of the elastic and flou limits, howevers
the overall I
effect achieved by this method is negligiblea. The increase in the
degree of de- i,
formation during straightening has a negative effect on the time
dependence of
rupture strength. Straightening of cable drastically reduces the
magnitude of I-
residual tensions in the surface layers of the cable. This
explains the observe.'I
lowering of the eWtio and r1ow limits, 3 illustrations. L.
Kochenove, ffrans-
lation of abstracy
SUB CODE: 3.1 J~z jzo
MC z 621.771.001 1

TRUNINI I.I., SOLONOUTS., N.I.; ~Mu - L L
Dwaluation of the struets-tupture strength or
materials for
long service Ursa Zara labo 29 no.62752-753 163.
(MIRA 16t6)
1. Tsentralli#y nAud-bno-issledovatello'kiy
institut tekbnologii
i mashinostroyaniya. '" '
(Strength of materials)

A
UKH try&
Of
2, No. 4, 81 (170).-Albleb1hol K C. A. 16. W201
608 Dip. tral adv two Met khthyul, In Place ul which it
fee =. It is tM"g:z:=O altnost cololkts* has a Oftevich,
Is esAy oi. in &k., knolln. petrolatum, and vrgr
Tib-it, and mineral oils, am forma a fine tmuliqbm with
Water. ItSthMPeUtiC&CtiMISSrCattftbAnthAtU(iCIl-
400
During refixing It is treated with chlorinated lime
bedom. contalm about 2-3% of Cl. The content
of Sis 915L. S mW Cl we deid. secordins to the
0 torthod uW Suoss (C. A. 27, ZM).
0 'a W. R. Henn
Of
see
ISO*
wee
14" L1 0.1 4.9
U Is At 10 INA do L s a
"lip 0 v a 1, or a at aat 't 1 94 IF It9Asa381
00* a 009004141:040000-00000 * 0
,a 0,60 0 1p * f 0.0 71~
0 00

,Okl
00 A

1 1 T 7
r a it a 71 i a IN a a v
"
"9141 ~

- -

*I pith

Ov V. 161, Rtxlkmov 1

tlpw~ RLPAR.) 14.

cc INIA (to

111,6104 9 7 i

lbA viscous cam WAS
dta

AM amtkA. after tivallo

2
11
1

4

un sts,
~

iM

it, lisire
ww, -

Unmu water).

4#00 -40, d"I 4186

U U is ~113 n
",

"4
w
gwOl
w"
00. e 0
i

lee

SCW A" Its detiva-

R, 1. Challbivia, J. Gm

4"U 1. Imumic --m
W",

"411im on a Strain bath:

in Ag. NOAM6 filtOmi.

W^b
jkto*.~'WVGPQ. of the
'

L211,1 V,
i

~, ")t 11, aftef
t

it 'r
l
k
l
i

iter tr"Ift
W
l
ise
l
$U% milram dens. in. 175 0'

-040
R
1:00

ago

goto

go*

x4e

ISO" WWI".
We*
214441-

00

UY, UNWAft

C,
M-W 03); d. A. SO,
i

CHIC011 (1) derive. were P-.epd. for the chuactertzatlati oc
I I

1 1(11-5 C1 huted with 28.7 g. SOCL~ 1. hr. to"* ad,.

clmlod ea-m
3.77 g. I c/darici~ (U), dmomp. 123-41.

12 g.) redued 6 hm. with I ~8
g. urca Ctffa give I areW,

124-40, IdecarnVn.; frM StOH); thif; Iteated
with cotled'!

if'C] gave 1. 1 refluxed 4 hra. with a larv excess of
AcwQ!
giavt the ArAc d"iV.
m - is", (from IRMO. I aduk
4
Chemdes! Abst.
,
.
4 hrs. in EtOH sod. with HCI gave 92.5% E9 etkr, trz. I.W.
*
f
V6
48
20
(from EtO), whilch (2 C-) kcated 3 hrs. with 0.6 c. ui~a
4
.
Apr. 10, 1954
In FtOH coaq. 0.23 g. Na gave 60% awUc, ru~ M21
, irad
15% ureidc, m. .129-40*. If the refluxitts (a proku
t

Only the amide h obtained; the latter larras to M% yield. ~~
Or~--,anlc
n+-5' (from HtO), from 11 In cold C49o with d , Nffj

the
yield rha W711701n xytencor MePh. Rand- eM

V to 8.4 c. Br and 18.22 C.
KOH in 00 mi. HgG, and the
Mixt- heated 30-40 min. WO-W, cliffled
and addhiFed A

,
1IC1 gave a yellow ppt. (5.3 C.), which, extd.-with Na
Mid the tit. acidified 'L-ave a a. Mixed roduct3-. tftl~utou
in%ol. portion of this (0.6 g-), m, W131. was Id"tifeA

the, Mat-rial
left after
tr
In cau.~ R-' ~2,,d imbstatfma obtained th,]~
Hofmann reaction above wtu 1 (2.05 g.)~' G. X r,.z;
A~

USSR/Organic Chemistry - Synthetic Organic Chemlstry~ E-2
Abst Journal: Referat Zhur - Xhimiya, No 19, 1956, 61479
Abstract: conditions of formation of IV, whereas IV is
converted to V in the
presence of NH31 11 9 1, 11-73 9 11 and 20 ml 12$ alcoholic
NH3
are heated 5 hours on water bath and treated with absolute
ether;
in'residue 1.85 9 VII MP 200-2010 (from alcohol); from
solution
are isolated 15-45 9 V, MP 89-900 (from aqueous alcohol). VI
is
converted by action of NaNO2 H2S04 to T. Condensation of 5 9 1
with 5-33 9 11 in 30 ml absolute alcohol + 6 dr-ops
piperidine yields
3.2 g Yj ester 1. 25 g 1, 26.7 9 II-and 3 9 M are heuted 10
hours
at 107-1150, yield of 1~r 30.1 9, MP 39-400- Heating of IV
with al-
coholic KOH or alcoholic C2~50M gives ;o_HO0CC6%CH = CHCOOH.
IV
is not changed on heating to 2000. 2 g IV heated 5 hours on
water
bath with alcoholic NH3 gives 1.35 9 V~ O'~"18 g I and 0-31 9
IV-
5-45 g methyl ester of 1, 5.32 g II and 0*5 g III are heated
10
hours at 107-1150 yielding 0.6 g methyl ester of IV, BP
235-2370/8
mm and 2.5 g IV. From 0.2 g methyl ester of IV with 10 ml 37%
14H after 2 months gives 0.1 g o-CONH2C6H4iCH Z C(CONH2) -
COOC2H5
no~ melting at 3000.
Card 2/2

CHUKHINA, Ye.I. 7. ~.- ~
.,,00'- Synthesis of o-carboxy and
o-carboxydimethoxy-benzal-barbituric
acids. Zhur.ob.khim. 28 no.9:2582-2585 S 0580 (MMA
11:11)
1. 2-y Kookovskiy maditsinaldy inatitut.
(Barbituric acid)

5-3900,5-3610
AUT'HOR:
TITLE:
PERIODICAL:
ABSTRACT:
77915
SOV/'[9-30-2-66/78
Chukhina, Ye. 1.
Concerning the Isomerization of o-Carboxy- and
o-Carboxydinethoxyben-
zalbarbituric Acid
Zhurnai obshcbey khimii, 1960, Vol 30, Nr 2, pp 662-665 (USSR)
This is a continuation of previously published studies (tills
Journal, 1958, Vol 28, p 2582) on Isomeric transformations of
o-carboxybenzalbarbituric acid (1) and -o-carboxydimethoxybenat"
barbituric acid (11) which represent acid benzal-forms of bar-
bituric acid.
~O
\CO-NH/
(POOH
CO-N11
G H --Z ~O
\GO-NH/
H3CO_ /\
113COQ COOH
Condensation of o-aldehydobenzoic acid with barbituric acid in
Card 1/3 pyridine gave (I), and similar condensation of opidnic
acid with

Concerning til Isomerization of o-Carboxy- 77915
and o-Ctrboxydiinethoxybenzalbarbituric Acid S011/79-30-2-66/78
barbituric acid gave (II), both in quantitative yield..
Spectral investigation showed that the structures of (I) and
(II)
were identical with that of the compounds obtained previously
(op. cit.) by condensation in an aqueous medium. Heating the
benzal-
form (1) in ammQria-etbanol solution gave the lactone form (III)
(plithalidylbarbituric acid), which on standin for 48 hr at room
temperature in dilute HC1 reverted into form tl). Similarly,
Isomerization of (II) gave (IV) (meconylbarbittIric acid),
which in
acid medium reverted to (II).
C CO-NH
C --Z Nn'
0
,OIL
\CO-NHI
11c1
COOH
r
"0-N11 CO-NIJ
Nit, CH-6/1H ~O
C111,011
\CO-t4 I,/ /Y \'O
"IC, \Co-~11/
113C0 COOH 113C0.- (IV)
9, >/ CO
HSCO it, 0
Card 2/3

Concerning the Isomerization of o-Carboxy- 7791-5
and o-Carboxydimethoxybenzalbarbituric Acid SOV/79-30-2-66/78
ASSOCIATION:
Sumfl=:
Bromophthalide heated with barbituric acid and ethanolic sodium
ethoxide gave compound (III) which gave no depression,bf
melting
point with (III) obtained as above. IR spectra were taken at
the M. V. Lomonossov Moscow Institute of Fine Chemicals
Technology
using type IKS-11 spectrophotometer. There is I figure; and
5 references) 2 U.K.,.l German, 2 Soviet. The U.K. references
are:
A. F. Tittley, J. Chem. Soc., 2576 (1928); J. F. Grove, H. A.
Willis,
ibid., 877 (1951).
2nd Moscow N. I. Pirogov State Medical Institute (2-y
Moskovskiy
gosudarstvennyy meditsinskiy institut imeni N. I. Pirogova)
February 2, 1959
Card 3/3

CHUKHINAI Ye.I.
Alkylation of o-oarboxy- and
o-carboxydinethoxybonsylbarbittirlo
acids. Zliur.ob.khin. 33 no.6t2O33-2036 A 163. (KMA 160)
1. 2-y Mookovskiy gosudarstyennvy moditainakiy institut
imeni
N.I.Pirogova. (Barbituric acid) (Alkylation)

// ,~ /7 /z/ 7- -S &F- /" 4 - q-.
iUTHORS: Rudnyy, N.M., and Chukhla4ts6v, A.A. 115-5-25/44
TITLE: Increasing the Accuracy of Low Resistance Measurements
(Povy
sheniye tochnosti-mer malogo soprotivleniya)
PERIODICAL: "Izmeritellnaya Tekhnika", No 5, SeP-Oct 1957, PP
56-59 (USSR)
ABSTRACT: A method of measuring the resistance of
low-resistance refer-
ence coils is suggested in view of inadequacy of the present-
ly practiced method of check-up on weak currents, since in
work the coils are often used on strong currents. The magni-
tude of error occurring in this way is calculated on an ex-
ample of checking of 0.0001 ohm reference coils on a dual
bridge and a 0.001 ohm coil with a 30 amp current, and the
use of 0.0001 ohm coils with 500 amp current. Despite the
need for precise measurements of strong direct currents of
several thousand amp, the industry supplies only shunts of
class 0-5, and even such accuracy is not always guaranteed.
Such errors can reach the magnitude of several per cent. A
mathematical analysis of these causes is made. The suggested
method of checking low-resistance coils consists in connect-
ing the reference coils into parallel groups. The authors
derived an equation for evaluation of the systematic and of
Card 1/2 the largest possible occasional error in measured
resistance

Increasing the Accuracy of Low Resistance Measurements
115-5-25/44
of a parallel group at given resistances of single
measuring
coils. They conclude that the load characteristics of low-
resistance reference measuring coils have to be determined
on a nominal current with the use of a parallel'group of
re-
ference resistance coils, the potential-terminals of"which
are connected by special "equalizing" resistance coils
(con-
ductors), the resistances of which have to be in proporticn
with the resistance values of corresponding low-resistance
measuring coils. For raising the accuracy of shunts for
strong currents it is suggested to apply a pair of
potential-
terminals on every section of such a shunt and to connect
them with conductors, the resistance of which is in pro-
portion with the resistance of the corresponding shunt
sections.
The article contains 2 electrical circuit diagrams and one
Russian reference.
AVAILABLE: Library of Congress
Card 2/2

EVLOITATION SOV/2215

VbtxoyuznYY
nauChlic-i3sledovatellskly institut,
matroloigll. iment

D.I. Mendeleyeva .
_r
Reforaty nauchno-josledovatellakikh
rabot; ornIk No.2 (Scientific
:b
R

esearch Abstracts; Collection of Ar Ic
5. Dir 2) Moscow,
t I
StandartSix, 1958. 139 P . 1.000 copies
printed.

Additional Sponsoring Agencyt
USSR. XomLtar. staodartov. mar I

I=orltel-nykh priborov.

5d.-9 S. V.
RashOtin&; Tech. Ed.z M. A.
KondratlyevA.

PURPOSEt These reports are
Intended for scientists, researchers,
and en
inee
s e
d
d I
d
l
d
d

r
n
s, measures, an
ngage
eve
ar
opLng stan
g
gages for the various industries.

COVSRAOR: The volume contains 12B
reports on standards of sea
:o-
t
d

men
an
control. The reports were prepared by
scientists
Institutes of the KOOLItet standartov
nor I lzmoritellnykh

priborov PrI Sovate
KInistrov SSSR (6oxcalasion on
Standards'

measures, and Measuring
Instruments under the U."R Council of

Kinistara). The Participating
Institutes are,

Vs*BOYuxnj*7
nauchno-lonledovacel-skly metrologLI
Lftoni'V.I.

Mandeloyeva (All-tinion
Scientific Research institute of Ket-

rQIOBY IftenI. D.T--Xend*2&yuv) In
Uningrad; Sverdlovsk branch

Of--this
InstItut*; VMIXX - VGG5QYu=Yy1
rauchno-1.9cladovatel-akLy,

lobtltUt
Komiltota standartov, mar I
izmoritel1nykh pr1borov

(All-Unlon
Scientific Research Institute of no
Comalealon

o

n
A Standards# measures, and Measuring
Instruments), created

from XGLKI? -
XoakovskLy goaudarstvennyy InstItut mar
I

I=erltolwnykh priborov (Moscow State
Institute of Measures

and Measuring
Instruments) October 1, 1955; VWIIFTRI

V*030YUznYY nouchno-Isaledovatallakly
Inatitut fLziko-talchn1-

chenklJfh I
radlotakhnicheakikh lzmerenly
(All-Unica Scientific

Research Institute
or Phyalcotechntcal 3nd
RadLo-onginearing

Xe&Ourcmdntfi) Ift
Moscow; KhQIXIP - Khar-kovskly
Cosudarezvennyy

1nstItut nor I
I=erltellnykh prlborov (Khar1kov 3tete
lnstltmt*

or measures and Measuring
Instruments); and WGIMIP - Novofil-

btrakly Scoudaratyenyy InstItut mer I
Izmerjtel1nyWn priborov

(Xovonibirsk
State Institute of Measures and
MoasurIng Instru-

m*E14). go
personalities are mentioned. There Are
no references.

aloatric and.ragnatic
Measurements (Shrankows Ye~D~, Editor,
Frofelsor)

N.A. (MIMIF). Apparatus for
Checking Standard Induct-
ll
Aagy

_
ng the Time Constant
A' and Capacitor3 and for Measurl
&an.. tA

of Nonroactive Realstors for
400-500-Ohm 91

jyrgoyA_2j_A~ (MGIMIP).
Apparatus for Measuring the Time
Constant

or Your-torminal Nonreactive
Resistorn for 0.001 to 3evOral Ohms 93

CLrghhol'Ty, 4.L. (Nalmu). Developing a
Standard XcWtIring

Unit a S t. of
Standard Capacitance Measurea, And a
Method for

ChaoLng working Measures of
Capacitance From 1 to ~O PC At

Frequencies up to 100 Mee&cyclesv And
Up to 450 PC At Frequencial

up to 50
Megacycles 9,

N M A.Z. Ve)uacr, A.jA.
nuichl d M, Q_Abttl~ts

Shunts and Low-re-
i-tingle Brid-ge 0 cc In&

sistanO; Gaz4a
96

_LA=ak._X_Sh. (MOXMIP). Apparatus for
Checking Standard Ancestors

Card 19/2-t

and voitmeters -at Figh Frequencies
3 and* ina (VKIXX), and
A
ranch or,vvixx). Developing Mawmall
tIng Direct-Current Transformars Type
;a I
do;Vp,prating C:!n:N 0n& at 70
X110"Peres .102,

RUMTAHMEV, A.S.; DUBOVIX, Ye.P.
Irrors In the shunts used for the measurement
of large
currents. Trudy VNIIM n0-38:76-85 159. (MIRA
13:4)
(Blectric measurements)

S/058/62/000/003/005/092
A0611A101
AUTHOR: Chukhlantsev, A. A.
TITLE: Calculatbn of the dimensions of small high-current
resistors
PERIODICAL: Referativnyy zhurnal, Fizika, no. 3, 1962, 11,
abstract 3A124
("Tr. in-tov Kom-ta standartov, mer i izmerit. priborov pri
Sov.
Min. SSSR", 1961, no. 52 (112), 56-67)
TEXT: Formulae for calculating the minimum cross section of
the manganin
parts of resistors used in high-current circuits as well as
their overheating
temperature and the dependence of resistance on the current
passed through are
presented. Calculated results are compared with test data.
[Abstracter's note: Complete translation] hr
Card 1/1

CHUMAMSEV, A.A.
"eating of 158 and 1505 measuring devices. Trudy
instjKom.
.8ta"A., mar i J-im. prib. no.52:128-137 161. (MMA
14:10)
1. Sverdlovskiy vilial Vsesoyuznogo
nauchno-issladovatellskogo
inatituta metrologii im. D.I. Mendeleyeva.
(Electric meters)

77-7,
CHUKHLANTSEV, V.G.; ALYAMOVSKAYA, K.V.
Potassium zirconium ailicate, itis preparati.an and properties. Zhur.
neorg.khim. 9 no.lt2l6-218 Ja 164. (MIRA l7s2)
1. Urallskiy politekhniehaakiy inatitut imeni S.M.Kirova.

(2 H /4 L VV 7-.,S--c- U
USSR/Physical Chemistry Mor m.&,~~ard c a%bermocherdetry. B-8
E4uilibriur,. Myslcochwical Analysis, Phase Transitions
Abs jour Referat Zhur Khimiya, No 2.. 1957) 3747
Author Chukh1antseyN.G.) Sh,-xova A,K.
Inst :'IMM Mgto, University.
Title ; Solubility Products of Uranyl Arsonates
Orig Pub Zh. neorgan. khi-rdi, 1956, 1, No 1, 36-41.
Abstract BY the isothermal method at 20P vere secured data on the
solubility of uranyl arsenates UOPK-1604 ".M = H, Mf4) K,
Li and Na) in dilute solutions of'nitric nnd sulfuric
acid. By utilizinG previously derived oquations t.Babko
A.K,, Nlaukovi zapiski KDU, 1935, 4) determination was
Mdu of the-solubility r d cts of the arsenates und
study 'CU02+ As
Z_M 5 _7, ve-.ich are (at 200):
10-214 (M NHk); 2.52 10-23 (M K); 1135
Card 1/2
92

-- --- ------ ----- --
t~ H L ft A) T_
USSR/Fhysical Chemistry - Thermodynamics. Thermcheraistry.
B-8
EquilibriW. MysicocheraicaL Analysis. Fhase Transitions
Abs Jour-. Referat Zhur.- Khimiya, No 2) 1957) 3750
Author Chukh1autsev V,G., Stepanov S.I.
lust, Kiev_gt=eUniversity
Title Solubility of PhospbAtes of UwM1 and Thorium,
Orig Pub Zh. neorgan. khinii, 1956, 1) No 3) 478-484
Abstract ok.phosphoric.acid coupounds of uranyl
-and thorium.-by the method of solubility of precipitates
.-in dilutIeIsolutions at nitric and sulfuric acid and by
the method of tagged atoms., at 19-200. From the solubi-
lity data computed by iaeans.of the equations of A.K.
Babko (Ilaukovi zapiski kiivsk. derzh. univ-, 1935, 4) the
solubili 4_? roducts are- of phosphate of uranyl and ammo-
nia fuoal/ CNHC7Z_F+_j4-36 . 10-27; phosphate of ura-
p03-
nyl and potassium IR-4-7 7.76 10-24;
Z 2 7 "
Card 1/2 97 -

i MJ.-Amnate
dtD]ns.

CHUKHLANTSEL 'w "
Solubility of malts of aresitous acid, Zhur. neorg. kbin.
2 no.5:
1190-1193 MY '57. 1 (MIPA 10:8)
1. Urallskiy politekhnichookiy inatitut imeni S.M. Kirova.
(Solubility) (Arannites)

OMMMANSEV. V.G.
Normal titanium sulfate. Zhur.neorg.khim. 2 no.9:2014-2017
S 157- (KM 10:12)
l.Urallskly politekhnicheskiy inatitut im. S.M. Kirova.
(Titanium sulfates)

~SSR/Physical Chemistry - Therm~zn~mics, ermochemietry, B-8
Equilibria, Physical-Chemical Analysis, Phase Transitions.
Abs Jour : Referat Zhur - Khimiya, No 1, 1958, 411
Author : V.G. Chukhlantsev, G.P. Tomashevskiy.
Inst :
Title : Solubility of Selenides of Some Metals.
Orig Pub : Zh. analit. khimii, 1957, 12, No 3, 296-301
Abstract The solubility of selenides of Hg, Ni, Co, Mn, Yo.
Fe and
Ce in diluted solutions of HNO,, H S04 and HU vas studied
2 0 was computed. The me
and their solubility product a
thods of preparation and analysis of the initial selenides
are discribed. The methods of carrying out measurements
are stated. The solubility products are equal to the fol-
loving:
Card 1/2

USSR/Physical Chemistry - Thermodynamics,
Thermochemistry, B-8
Equilibria, Physical-Chemical Analysis, Phase
Transitions.
Abs Jour Ref Zhur - Khimiya, No 1, 1958, 411
-2 2-~7 = (3-8 :t 2.2) . 10-19; Lpfjj-j25fSe 2
LpfHgAS_eO 3 03
(l x o.1).lo-5; Lpg-02~r fS-e 2 (1.6 t o.3). 1o-5.
03
L~?fM-n2~;r fS-e 2 = (1. 2 = o. 4). jo-7; Lpfp,)2~r
ZS_eO~.~r
0;7
(3-4:t 1-3) .10-12; LpZF-e3!7 'CgeO2 _3 o-31;
313 ~-- (2 ::t 1 .7) 1
L - 2 (3-7 t 0.3). 10-29.
pCCe3"7
fS-eO3:7
Card 2/2

r--
tAQ~

KRTLOV, Te.I.; CHU M ANTSEV. V.G.; CHUNIN, V.S.
Studying solubility in t be system tantalum pentoxide -
selenic acid-
water. Izv,vys. ucbeb. zav.-, tevet- met- no-3'.97-101
158.
(MIRA 11:11)
1. Urallskiy politakhnicbeekiy inatitut. Kafedra khimii
i takhno-
logii rodkikh metallov.
(Systems (Chemistry)) (Solubility)

SOV/78-4-2-34/40
AUTHORS: Chukhlantsev Krylov, Ye. I., Chunin, V. S.
TITLE: Investigation of the System Selenic Acid - Niobium
Pentoxide -
Water by the Solubility.Method (Issledovaniye sistemy seleno-
vaya kislots, - pyatiukis' niobiya - voda metadom
raatvorimosti)
PERIODICAL., Zhurnal neorganiaheakoy khimii, 1959, Vol 4, Nr
2,
PP 478-482..,.(USSR)
ABSTRACT: The -solubility of.niobium pentoxide in
solut1,_:.-%s of.selenic
acid-of various concentrations was investigated
at,temperatures
of 25,.510, 75, and 1000C. Purest.Nb 205 (99-9 7%) s)-d
selenic
acid (99.-8%) were used as initial materials. The results show
that the.sblubility of Nb 20 5 rises with the increase of the
concentration-of H 2SeO 4* Upon doubling the concentration of
selenic aoid the solubility of Nb 0 is increased 29 times
2 5
at 250 and.120.times at 1000. In the system Xb 0 -SeO -H 0
2 5 3 2
the solid phase in the concentration range of 14-33 N H2 SeO4
Card 1/2' consists of variously hydrated niobium pentoxide
only. This

BOV/78-4-2-34/40
Investigation of the System Selenic Acid - Hiobium Pentoxide
- Water by the
Solubility Method
6o
fact.was prbved by means of the radioactive indicator Co
The roentgenograms of the solid phases confirm the amorphous
characte.r of hyd-ra-tL-d niobium pentoxiae. Hiobium.
pentoxide
,gel is hydrated in a 60% selenic acid solution while a
hydrate
is formed with a composition similar to that of ortho-niobic
acid: H 3NbO 4* 0.5H20. Upon a further concentration increase
of selenic acid this hydrate is dehydrated. There are
1 figurej 3 tables, and 16 references, 7 of which are Soviet.
ASSOCIATION: Ural'skiy politekhnichaskiy institut im. S. M.
Kirova
- 0&1.~ I
-~]P.olyteohnio Institute imeni S. M. Kirov)
SUBMITTED: December 3t 1957
Card 2/2

5W
SOV/76-33-1-1/45
AUTHOR:
Chukhlantsev, V. G.
TITLE:
Determination of the Dissociation Constants of Arsenic Acid

(Opredeleniye konstant dissotsiatsii myshlyakovoy kisloty)
PERIODICAL:
Zhurnal fizicheskoy khimii, 1959, Vol 33, Nr 1,
PP 3-7 (USSR)
ABSTRACT:
Several values of the dissociation
constants of arsenic acid,

obtained by different methods, are
mentioned in publications

(Refs 1-6). In the present case
these constants are calculated

on the basis of data on the
solubility of difficultly soluble

arsenates in strong acids
(with a certain concentration of the

H+ ions), and the values
of the solubility products (SP) found

for the investigated
arsenates. The SP values were determined

65 90 110
by means of the radioactive indicators Zn , Sr and Ag

and.the
H+ ion cancentration was measured potentiometrically

with a
pH meter UNIKhIM with a glass electrode. Strontium

arsenate
was obtained according to Blarez (Ref 8) and zinc

arsenate
according to Schulten (Shullten) (Ref 7). The dis-

sociation
constants for arsenic acid at 200 are given as
Card 1/2
follows: K 1 = 2.2.10-3, K 2 = 1.3-10 -6 , K 3.10- 12
3 ~

SOV/76-33-1-1/45
Determination of the Dissociation Constants of Arsenic Acid
The accuracy'af the pH determination shows a maximum error of
3-5~,- thus, a maximum deviation of 15-40% from the
calculated
data (Table 8) is possible.
There are 8 tables and 10 references, 1 of which is Soviet.
ASSOCIATION: Ural'skiy politekhnicheskiy institut im. S. Y.
Kirov&., Sverdlovsk
(Ura3sPolytechnical Institute imeni S. M. Kirov, Sverdlovsk)
SUBMITTED: November 15, 1956
Card 2/2

CHUITL,12-1~L~.Gs; ALYA~W31',X; K V.
Solubility produete of uranyl.. beryllim, and cerim phoorhates.
Izv.vys.ucheb.zav.;khim.i khim.teh-h. 4 no.3:359-363 161.
(1-[Mk 14'.10)
1. Urallskiy politeldmichealciy institut imeni S.M. Kirova,
ka-Pedra radiolchimii,
(Uranyl phosphate)
(ce;ium phosphate)
(Berynium phos-Phate)
(Solubility)

CHUKIUANTSEV) V.G.; ALYAMOVSKAYA, K.V.
Solubility of copperj, cobalt,, nickelp and cadmium phosphates.
Izv.vys.ucheb.ziLv; khim.i khim.tekh. 4 no.5:706-709 161.
(MIRA 14: 3-1)
1. Urallskiy politekhnicheakiy institut imeni S.M. Kirova,,
kafedra
radiokhimii.
(Phosphates) (Solubility)

2'jO7 7
17, 1 -1, n S/078/61/006/006/003/013
B110/B2o6
AUTHORS: Chukhlantsev, V. G.. Shtollts, A, K.
TITLE: Sodium zirconium silicates
PERIODICALs Zhurnal neorganicheskoy khimii, v. 6, no, 6,
196i.. 1332-1337
TEXT: The first production experiment of a zirconium silicate
(Ref. 21
Ye. Ye. Kostylevai Teirkonosilikaty, Izd-vo AN SSSR, 1936),
the sodium
zirconium silicate$ however unsucoessful, was made by Sheerer~
who
established that zirconium with soda and caustic soda only
produces sodium
zirconate and sodium silicate. The authora of the present
paper wanted
to develop a simple and reliable production method for sodium
zirconium
silicate. 60% zirconium concentrate crushed to 0.05 mm size,
with 0.47
hafnium oxide content, was treated with a mixture of
concentrated H 2s04
and (NH 4)2S04 at 200-220 0C, washed out with sulfuric acid
containing
hydrogen peroxide, and heated for 8 hr with a mixture of
sulfuric and
hydrofluoric acid. Three methods were used for the synthesis
of sodium
zirconium silicatat 1) sintering of zirconium with soda; 2)
melting of
Card 1/10

23077
3/078j6i/oo6/oO6/003/013
Sodium zirconium silicates B110/B2o6
zirconium with caustic soda; 3) hydrothermal treatment with
soda- or caus-
tic soda solutions at increased temperature under pressure. For
1), the
following reactions occurreds ZrSiO 4 + Na 2CO 3 'Na2ZrSiO5
CO2; ZrSiO4
+ 2 Va2CO 3 " Na 2ZrO3+ Na 2SO3 + 2 00 21 Na2 Zr3105+ Na 2C03
Na 2ZTO 3
* Na2Sio 3+ CO 2* The rate of the last two reactions was
determined by
the sintering temperature and the zirconium/soda ratio. For 2),
the
reaction at 500-BOOOC proceeded as followst ZrSiO 4 + 4 NaOH =
Na 2 ZrO3
+ H 20. The authors then melted zirconium (8 parts) with
caustic soda
(1 part) at lowor temperatures under the exclusion of water and
carbon
dioxide. Unlike zirconium, Na 2Zro 3 and Na 2ZrSiO5 are soluble
in conoen-
trated HC1. No Na 2ZrSiO5 was determined during the chemical
and roentgeno-
graphic analysis of the phase condition of the reaction
products. The
reaction at 3400C took a quantitative course when 8-10~a by
weight of water
were added prior to melting. Then, 3) was applied; The reaction
of
zirconium with soda- or caustic soda solutions under
hydrothermal
Card 2/10

230 i 7
S/078/6!/006/006/003/013
Sodium zirconium silicates B110/B2o6
conditions at raised temperature and pressure: crushed
zirconium was
sealed hermetically in a silver container with soda- or caustic
soda
solution. The proportion by weight zirconium/solution was
chosen in such
a way that the Na 2C0 3 and NaOH concentration.. respectively,
remained
practically constant during the experiment, The silver
container was
placed Into a steel autoclave which was partially filled with
steel pulp,
The autoclave was shaken in an air thermostats The temperature
was kept
constant by means of an automatic electronic potentiometer with
an
accuracy of 1.50C. The XK (Kh K) thermocouples connected in
series served
as indicator device. The pulp was preheated for 2-2.5 hr- A
device for
changing the pressure was not provided. The substance was
quantitatively
dissolved in water in a beaker and separated from alkali by
decanting,
The residue washed out in a glass filter with water, acetone
and ether was
dried at 70 OC4 and the phase condition of the reaction
products was
determined che'mically and roentgenographically (Tables 3-6),
Up to 3000C
zirconium does not react with soda solution under hydrothermal
conditions,
with caustic soda, however, it reacts in a wide temperature-
250 00
and concentratii~,n range (- 50,,16), according tos ZrSiO4 ;-
2NaOH Ha2 ZrSiO5
Card V 10

-2 30 '1 7
S/078/61' /006/006/003/013

Sodium zirconium silicates B11O/B2o6

4 H 20, Thorough crushing and shaking is essential, Accordi.ng
to Tables

3-6, sodium zirconium silicate is the reaction
product at temperatures

< 3600C and NaOll concentrations 3f
20-65%. The authors recommend for a

temperature of 290 0C a
caust 'io soda concentration of 60~44., a ratio

solid t,liquid
- I # 5j 4 granular size of M5 mm and a duration of the

process
of 15-30 hr. The reaction ZrSiO 4 i 4 NaOH = IIa,ZrO34-.Na2SiO

+ 2H20 which takes place with 80% caustic soda (Tables 4 and
51, at a

meltin9 temperature of 500-60000, proceeds under
hydrothermal conditions

at 275 C,, ZrSiO
+ 2 NaOH - Na
+ 2NaOR ~ Na
ZrSio
t H
ZrSIO
ZrO
0; Na

2
2
2
2
4
5
3
5

-+ Na2sio3 + H20. From this, the effect of water on the
beginning of

caustic soda melting can be seen, Na 2 ZrSiO5 is
stable in the wide tempera-

ture-and caustic-soda concentration
ranges and is a fine-crystalline white

powder insoluble in
water, The pycnometric density determination in H 20,

CH 0 H
and CC' produced 3.57t0.05 as a mean value at 200C. During
'L

3 6 5
4

heating, it is easily soluble in ENO 3? H2SO4 an d HCI at
concentrations )61~~

Card 4/10

23077
S/07a/61/oo6/oo6/oO3/O13
B11O/B2O6
Sodiuaf zirconium silicates
It is slowly broken down by* hot water. The measuring accuracy of the
roentgenogram amounted to j 0.1 mm. The intensity of the lines was
de-
termined visually. According to the results ob.tained, Na2ZrSiO 5
has a.
complicated crystal lattice. The authors thank Ye. I. Simonovp Yu. F.
Gogolev, V. S. Chunin, and Yu.' M: Polezhayev.for their cooperation.
There
are 7 tables. and 10 refererices: 2 Soviet-bloc and 8
non-Soviet-bloo. The
reference to the English-language publication reads as follows: Ref.
9:
K. S. Rajan. J. Soi. Ind. Research (India)*, 12 B, 32 (1953);
Chem.Abstr.
Al,.7107i (1953); 1,31B 43,0954~); Chem. Abstr., 48.13178o (1954).

ASSOCIATION:- Urall,skiy:politekhnicheskiy
institut im.
S. M. Kirova

(Ural Politechnic Institute
imeni S. M.
Kirov)

SUBMITTED: Apri-1 27,
1960

'TLxmverature, OC;
to Tablp 3-6'---!)
'Legends
2) NaOH conjentrat1onj b,

.,
*
weight;.3'
dura on of experiment, hr; 4)
degree of d
omposition in %;

,
in resl mole;,6) phase condition of the ~
5) found Jue

roducts, a) very
4.

weak, b) weak, dl medium, d) clear, e) very clear.

Card 5/10

CHUDIUNTSEV, V.G.
-
Sparingly soluble armenates
to the rule of series. Trudy
(Arsenates)
I
and oelenites considered in relation
dral.politekh.insteno*1210-8 062m
(MM 160)
(selazlites) (Solubility)

CHUKHLANTSE
Design of a high-voltage electrodialyzer. Zav.lab. 28 no.5:
628-629 162. (MM 15:6)
1. Urallskiy politekhnicheskiy institut imeni S.M.Kirova.
(Electrodialysis)
I..

CIIUKHLANTSEV, V.G.j POLEZHAYEV, Yu.M.
Reaction of tum,zirconium silicate with water under -1362
hydrothermal dit ons. Zhur. neorg. khim. 9 no,6:1358
A f63 (MIPJ~ 17:8)
1. Urallskiy politekhniaheskiy institut imeni Kirova.

CHUKHLANTSEV, V.G.; ILASfKOV,, Yu.'
' *, 1
Interaction of zircon wi-I caustic alkaliej under
hydrothemal
conditions. 2bur. neorg. khim. 9 no.6:1492-1493-
Je'63
(MIRA 17:8)
1. Urallskly politekhnic,-teskoy institut imeni
Kirova.

POLEZHAYEV, Yu.M.; CHUfaiLANTSEV, V.G.
~- ~
Interaction of sodium zirconsolicate with water.
Zhur.
neorg. khim. 9 no'.5:1123-1128 My 164. (MIRA 17:9)
1. Uraltskiy politekhnicheskiy institut.