SCIENTIFIC ABSTRACT DROZDOV, ALEKSIY MIKHAYLOVICH - DROZDOV, I.D.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000411220016-4
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: January 3, 2017
• Document Release Date: July 27, 2000
• Sequence Number: 16
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

DROMOV, keksiy Mikhaylovich; PETREIKO,, V.V.
(Odessa Province; geographical sketch]Odeolka oblast; geo-
grafichnyi narys. Nyiv,, Radianalka shkola,, 1959. 97 p.
(IIIIIk 15:10)
~ Z?-
(Odessa Province-Geograpby)

MOZDOV, ASNO
Speed warping of raw silk from reels. TekstoProm. 15 no.Z:
22-27 Y 055, (KLU 8: 3)
(Silk manufacture)

O(J-v-)-41,V.,
DROZDOV.A.N.
~,~7, - J e :-
Reasons for yarn breakage. Tekst.prom-15 no.9;24-28 5 '55.
(Bilk manufacture) (NW 8:11)

DRDZDOV, A911., inzh.
Thread tension causing formation of balloons. Sbor. nauch.-Isel.
rab. TTI no.4:167-178 157. (MIRA 11:9)
(Thread) (Reels (Textile machinery))

r'P,OZDOV, A - P.
iA i A,~ T4 7
jlarAvri~ 48 dl,~,-
Turbines, Steam
Testing and StandardUation
"The Problem off the Standardization of Steam Turbine9j"
A. P. Drozdoy, Cand Teob Sol Can Sbi Res Tvrbobollor
Inst Imenl 1. 1. Polzunovp .4 YP
"Kotloturbostroy" No 2
Discusses Important factors taken Into conelderation
by Ministry of Heavy Itchine Construction LWR In
iittempts to eatablieb standards for staticeary steam
turbines*'

114-8'2/16
AUTHOR: Drozdov, A.P., Candidate of Technical Sciences.
TITLE: ~E -axp-e-r-i-men--fail inve st igat ion of the tempe rature f ields
in the main assemblies of the first prototype of the
turbine'CBK-150-1%. (Eksperimettallnoye issledovaniye temp-
eratumykh poley i oanovnykh uzlakh golovnogo ebrastsa
turbin;7 SVK-150-1-)
P&IIODICAL: 17,nerg'omashinostroT4 i:v !_ (Power Machinery Construction,'
1957, Vol-31 NO-81 ppo 5-11 (U.S.S.R.)
ABSTR40T: The rational desigu and operation of large turbines for
very high steaia parameters is hindered by lack of knowledge of
temperature fields in various parts during heating up, start-
ing and loading the turbine and also during steady operating
conditions. It is therefore necessary to investigate these
questions experimentally and the results of one such izxvesti-
gation are given in the present article. The work was carried
out by members of the staff of the steam turbine department
of the Centxal Boiler Turbine Institute (TsKTI)q A.?. Drozdov,
E.I. Utsalt, E.N..Sokolov, A.S. Volfson. and others under the
leadership of the author. The ta8k consisted in determining
the temperature fields in the main parts of the most j
,,mportant
assemblies of the first prototype of the turbine type CBK-1504,
On the basis of the experimental data-which has been obtained,
Card 1/7-

114-8-2
/16
An experimental investigation of the temperature fields in
the main assemblies of the first prototype of the turbine
"CM-150-11. (Gont.)
it is possible to determim the magnitudes of the thermal
stresses in these parts, their deformations and also the dis-
placement of one member relative to another. This helps to
esi;ablishe the best conditions for heating up, starting and
loading a turbine of this type.
The article describes only the most interesting of the
large number of investigations that were made and in partic-
ular those on the steam-strainer, the automatic shutter, the
body of the right-hand lateral regulating valve and the out-
side frame of the high-pressure cylinder. The locaticosof
the thermocouples in these parts is shown in Figs. 1, 2, 3 and
4. A special apparatus was devised by V.D.Gogin, E.I. Utsall
and B.I. Ijomashev to weld the thermo-couples in place.
The test results are then given, Temperature distribution
curves on the radius of the flanges of the bodies of the auto-"
matic shutter and regulating valve during heating, starting
and loading of the turbine determined during its second period
of operation are given in Figs- 5 and 6. As was to be expected
these curves show that sharp changes in steam temperature
Card 2/7

114-8-2/16
An experimental investigation of the temperature fields in
,the main ascemblies of the first prototype of the turbine
'CBK-150-r. (Conte)
correspond to large temperature drops in the flanges and, there-
fore, to large thermal stresses in them during periods of
starting and loading the turbine. The reatts of calculations
of the thermal stresses in the steam strainer, the automatic
shutter and the regulating valve that arise at the instants of
greatest temperature drop axe tatulated. The tdte also gives
results of calculations of thermal stresses in the various parts
during steady operation of the turbine on a load of 150 We It
will be seen from the table that during the starting period
the thermal compressive stresses on the inner surface of the
flange of the body of the regulating valve greatly exceed the
yield point* However, it is shown that during constant opera-
tion of the turbine at rated load the thermal stresses in this
part or in the others that were examined are not dangerous.
The very high thermal stresses in the parts investigated,
even under steady thermal conditions occur because the austen-
itic steels used have a high coefficient of expansion and low
thermal conductivity* 'Turbines with important parts made of
austenitic steel therefore require much longer time to heat up,
Card 3/7

114-8-2/16
An experimental investigation of the temperature fie]7di'in
,the main assemblies of the firBt prototype of the turbine
CBK-150-3:t (Cont.)
start and load than turbinbs in which no austenitic steel parts
are used,
The test results for the outer frame of the high pressure
cylinder are then considered separately. There are two import-
ant aspects in evaluating the operation of this component,
namely, the thermal displacement of the rotor relative to the
frame and thermal bending of the cylinder during heating and
starting. These points are considered briefly.
The starting time of the turbine can be much reduced by
heating it up at the same time as the main steam piping is
heated whilst smoothly raising the steam conditions; that is it
is necessary and advisable to heat and start the turbine whilst
steam is being raised in the boiler. This procedure will limit
thermal stresses.
Temperature deformation of the cylinder is then considered.
When operating conditions are not steady and particularly when
the turbine is being heated up, the temperatures of the upper
and lower halves of the cylinder may be very different. It is
necessary to know the greatest permissible temperature difference
Card 4/7

114,8-2/1~
An experimental investigation of the temperature fields in
the main asBemblies of the first prototype of the turbine
"CM-150-3:1. (Gont.)
of this kind. It is very difficult to give an accurate analyt-
ical solution of the problem. Moreover, the defoinations
encountered are small and very difficult to measure. However,
the article presents a simplified analytical solution of the
problem which represents the cylinder as a beam that is bent
under the influence of non-uniform heating. A sector of such
a beam is represented in Fig. 7 which gives the notations used
in the brief analytical treatment. From the approximate rela-
tionships that are obtained an important practical conclusion
ma7 be drawn that the limiting temperature drop between the
upper and lower parts of the cylinder may be the greater the
greater the diameter of the cylinder and the greater the radial
gaps in the shaft glands but varies inversely as the-square of
the length of the cylinder* The expression which is derived
is used to make an approximate determination of the permissible
temperature drop between the upper and lower parta of the frame.
Assuming that the temperature change from the upper part of the
cylinder to the lower is linear, the total permissible drop is
about 32 C. The manufacturer limited this difference to 25 0
which seems reasonable. If,-during starting, the temperature
Card 5/7

An experimental investigation of the temperature fields in
the main assemblies of the first prototype of the turbine
"OK-1504'. (Cont.) 114-8-2/16
difference exceeds 25 0 rotation of the rotor should not be
commenced. Experimental curves of turbine heating recorded
during two starts and relating to the second period of experi-
mental operation axe given in Fig. 8. It will be seen from the
curves that the temperature difference between the upper and
lower parts of the frame reached about 75 C during the heating
up period whilst the rotor wds still. This occurred at the
start of heating when the condensate was not drained from the
frame.
The author then considers the possibility of operating
turbine parts during the heating period with thermal stresses
above the yield point. Since the stresses are greatly relieved
by small plastic deformations, occasional application of such
stress is not dangerous but there is a risk of the occurrence
of secondary plastic deformations during unloading. Very
little work has been done on the experimental study of this
problem but work by A.B. Danyushevskiy in the Central Boiler
and Turbine Institute has shown that the ability of the material
to resist alternating plastic deformation decreases sharply as
the strain is increased, and it follows from his work that if
Card 6/7

114-8-2/
An experimental investigation of the temperature frelds in
,the main assemblies of the first prototype of the turbine
'CBK-150-lt (Cont-)
during heating of a part; the apparent elastic stress does not
exceed twice the yield point in tension, secondary plastic def-
ormations will not occur when the part is unloaded.
Tests carried out by P.S. Khratov, and V.I. Rosenblum on a
disc of austenitic steel under given conditions showed that the
disc cracked after only 330 cycles- In the turbire which is the
subject of this article the greatest thermal stresses were
observed in the flan5e of the body of the regulating valve and
the considerations given in the article show that they are not
dangerous.
The preliminary results of the present work have been used
by the turbine manufacturers to correct the inatructions for
starting up the first turbine. It is of course to be expected
that this instruction will be further modified in the light of
experience. The results of the investigations should be useful
to- turbine designers oozxce=ed with super high steam parameters
and also to the staff of-power stitions.
There are 8 figures.
AVAIIABLE: Libraxy of Congress
Card 7/7

I ACC NR% 06033829 SOURCS CODES UR/0096/66/m/m/0030/0034
MUIXORt Drozdov, A. P. (Candidate ot technical sciences); Rabinovich, 2. 14, (Engineer)
!LRG: central Boiler and Turbine Institute (Tsentralinyy kotloturbinnyy institut)
!TITIZ: Investigation of operating temperatures of parts of the steam supply members
of the leadingp model of &300-240 INZ turbine under natural conditions
!SOMCE: Teploenergotika. no. 11, 1966, 30-34
1 1
10FIC TAGS: turbine, steam turbine, thermal stress, temperature measurement
ABSTRACT: The authors measured the temperature distribution as a function of time in
various Wts of the turbine during a typical starting operation, with the purpose of
evaluating the resulting thermal stresses. Miermocouples were placed in various
internal and external parts of the turbine and the temperature recorded. The
meridional and equatorial thermal stresses in the spheric:11 part of the body wall wore
i
!calculated on the basis of the theory of S. P. Timoshenko (Theory of r-aasticity, ONTI,
11937). Because of the complicated geometry, s?plifying assumptiorswere made. %e
icalculated2stresses were as high as 4150 kglcrd , whereas the yield point for steel is
,4300 kg/cm, . For other parts, the stresses were also close to the critical point, so
,that frequent careful inspection of the parts is recommended in the search for possible
I
;cracks which would indicate residual deformations. Orig. art. hast 4 figures and 5
7
,,equations#
AMODP";. SUBM DAM none/ CHM REF: 003 ??VIA

DRO-7rdov, A.?. (Moskva)
By the hands of a talented specialist. Pr1roda 54 no.7:82-84 J1 165,
(MIRA 18:7)

PHASE I BOOK EXPLOITATION 536
Drozdov, AeVe
Tekhnologiya i metodika kapitallnogo resonta koordinatno-rastoohnogo
stanka "SIP' modeli 14P-5B;'iz opyta savoda (Technology and
Methods of General Overhauling of the "SIP" Jig Boring Machine'.
Model MP-5B; the Practice of a Plant) Leningrad, 1955. 23 P-/
(series: Leningradekly don nauchno-takhnichookoy propagandy.
Informatsionno-tokhnichookiy listok, no* 12 /680/)
Sponsoring Agencies; Leningradekiy don nauchno-tekhnicheakoy pro-~'
pagandy, and Voesoyuznoye obahchestvo po rasprostraneniya poli-
ticheskikh i nauchnykh znanly-,
No contributors mentioned.
PURPOSE: Thin pamphlet is intended for personnel performing both
maintenance and geineral,overhaul of the SIP Jig boring machine.
Card 1/4

Technology and Methods of General (c6nt.) 536
COVERAGE: The pamphlet outlines step-by-step procedures to be
followed in disassembling,, washing.. scouring, repair, and re-
assembling the SIP jig boring maoane. There are no references.
No personalities are mentioned.
TABLE OF
CONTENTS:
Brief description of jig boring machines., their function and
field of application 1 1
Toole and devices necessary for the general overhaul of a
jig boring machine 3
Technological sequence of scouring operations of all working
surfaces of the machine tool
a. Method of scouring and working surfaces of the table
and bed 4
b. Method of,soouring the working surfaces of the column 5
Card 2/ 4

Technology and Methods of Gefteral (Cont.) 536
v. Method of scouring the cross rail and control of its
position in relation to the surface of the table 9
g. Method of scouring the cross rail block and spindle
heads and control of their position in relation to
the surface of the table 10
Assembly of the machine tool 11
Step-by-step check of the table- and cross rail- lead screw
settings and their adjustment by installLng a corrective
straight rule 13
No-load running in of all working parts, 18
Testing the machine tool under a working load 19
Certifying the machine tool for geometrical precision and
filling out the precision chart 19
Card 3/4

. Technology and Methods of General (Cont,) 536-
I Control certification of the zaekAne tool for precision
after a three-month period of uninterrupted operation 19
*k,
Appendix. A chart of precision Ztandards for the overhaul
of the machine tool 20
AVAILABLE: Library of Congress
Card 4/4 WVad
8-43-58

IMINSKIY, Moisey 419*nidovich,; Wx 2* Ll-
POT i pin 0 x clhd IJ
INACHIV, N.M., redaktor; tekh~chis ktore
LAltora&ting current generator InstaUations used in the ZlIm-
155 a3A LIL-127 notorbmsesj Oeseratornye ustanovkl peremeamp
toka avtobusov ZIL-155 i ZISP-127. Moskva, Nauchmo-takhaoisd-ve
avtotransp.lit-ry, 1957- 77 P. mm 1o:6)
(Notorbuses-AlectrIc equipment)

YELIMEYPq V.Ya., propodayotell I IVANOV-MKIY# I.I., prepodavatell; KAZA-
KOVv A.P., prepodavatelf; NOVOZHILDVAl L.I., prppodavatell; ';PV
_PWA ___L
--A.Y..t-prepodavatell; NORNEWt N'Tasp propodavgtell; BZUKHj A.K.,
prepodavatel'I YADOVs V.A.9 prej;;davatoll; ROZHIN# V.P.g prof., otv.
red.j 14IEUMp Ye.I.9 red.j VODOLAGINA9 S.D.v tekhn. red.
(Bass and superstructure of a socialist society] Bazis i nadstroika
sotaialistichookogo obshchestva. Leningrad, Izd-vo Ieningr. univ.9
1961. .168 P, (M IU 14 19)
1. Leningrad. Universitet. 2* Filosavoldy fakulltet laningradskogo
goeudaretyennogo universiteta (for all except Rozhin, Milchling Vodo-
lagina) (Econ=ics)

DROZDj M.S.; R~PZDGVjq--AaV*,
Method of determining the hardness of a metal when the test specimen
has a rough surface, Zav.lab. 29 no.12:3j,85-1488 '63o WU 17:1)
1. Volgogradskiy mekhanicheskiy institut.

ARGASOVAt X.N.; AIV-MD, D.L; DROZDOV A V
Confam-nae on landform geop*-si,,l::* Izv. AN -Spre gt~cgs
rlo~4*.139-143 JI-Ag 165,, (INERA 18:8)

DROZDCV, B. M. and 0. F. EVSTICA4EEV.
Organizatsiia mekhanizirovannogo ucheta. Dop. b kachestve tichebn.
posoblia dlia ekon. vyssh. uchebn. zavedenit. Moskva, Gosfinizdat,
1949. 335 P. illus.
Organization of a mechanized accounting system.
DIC: HF5679.F.136
SO: Manufacturing and Mechanical EngSneering in the Soviet Union, Library of
Congress, 1953.

TBVDOKIMOV,1.3.; MSTIGUYV O.P.; IRIUSHIN,V.X.;-2AQjpDV B-No, redaktor;
TRUVYATSKIT,3.1., retmensent; SOKOLOYA,T.F.. tekhnicheskiy redaktor;
(Calculating sachines] Schatuo-tsifrovye mashiny; uchabnoe posobie
dlia tekhnikumov. Moskva, Gos.Nmchno-tekhu.i%d-vo mashinostrottell
noi i sudostroitelinoi lit-ry. 1953. 326 p. (MIRA 9:1)
(Oalculating nachtues)

JawHM=,F,G,# 14shener; TIVENW.M.L., rodaktorl XU39AWV.I*7*9 re-
daktort IROZWVIB.M., kudidat takhnichaskikh wmk, reteenzeutt
IdYGIMptleire, 11154her, ressensent; TI]MONOV,A.Ta., tekhnicheekly
redaktor
(Calculating machines] Schatno-anealtichaskis mashiny. Moskva,
Gos,notachno-takhn, izd-vo mashinostroit. lit-ry. 1955. 2M p.
(Calculating machines) (K= 9:4)

BROMOV, B.M.; RAPPOPORT, K.G.
Coding the operations of the electronic calculating machine IT80-3.
Tych.mat. no.2:146-153 057. (KIRA 10:12)
(Blectroni calculating machines)

ISO:
SUO.
Ag i
o 35
Z Sit
41 M,
-----------
Iw 8.

BOGCMOLOVAO Te.S*; GZLIFGATO S.A,; nH4IUYVAj V.1.1 R~2RCY, B.Mp otv. red.j
ORLOVA, I.A., red.j POPOVA, R.S.p takhn. r~4-
(Description of the programmin oyetem of the "UralO electronic
digital computer] Opisanie sistemy komand elektronnoi vychisUtelf-
noi mashiror nUral." lzd.2.p isor. Moskva, Vychislitellrqi tsentr AN
SSSR, 1961. 151 p, (RD-A 1423.1)
(Electronic digital computers)
(Progrilmmin (Electronic computers)

RAPPOPORT, Moiney Genrikhovichj DH0ZDOV. kha 1 vichl VINIKDV,
M.P., red.; POLOSIKA,, GA., red.; KAPFULOVA, A.A., tekhn. red.1
PYATAKOVA, N.D., tekhn. red.; PYATAKOVA, N.D., tekhn. red.
[EV 80-3 electronic computer]Elektronnyi vychislitelf EV 80-3;
ekepluatatsionnys avoistva i nekotorye primery primeneniia.
Moskva, Goestatizdat 1962. 164 p. (KLRA 16-.2)
i9lectronio computers)

?06TNOV, Anatolly Ve3ilyevichp kand. tekhn. nauk; ATLAS, Boris
Aleksandrovich~ kand. ekon. nauk. Prinimall. uchastiye:
SHAPOS1011KOVp Ye.M., kand, tekhn, nauk; MATSVEYKO, A.N.,
lnzh.- STOLDOV, A.G., inzh.j GDALEVlCH, S 9
ALEKS~-IDRCV. V.V.. in7.h.% LEVOLIN, V.v- i~4..xetasaWt;
KUZNETSGVA~ DROZDOV, B.M.,. nauchn. red.;
MAKRUSHINA, A.N.# red.
[Use of computing techniques In water transportationj Pri-
menenie vychislitellnoi tekhniki na vodnortransporte. Mo-
skva, Transportr 1965. 215 p. (MIRA 18:7)
1. Kafedra ekepluatataii Novosibirskogo irstituta inzhenerov
vodnogo transporta (for Drozdov),

BOLGOV, A.T.; DROZDOVj B.N.
The article *Mdying the tenslon in a comeoting rod.* Trakt.
i seltkho-o,,%h..no.6&44-45 J9164 (MIRA 1?s7)
11-~
- -- -
.1 a

Un=p M.G., kand, oellkhoxo nauki AIMIYU, V.P.p kands skonome nauki
DROZDOVi-R-iT.-) red.j GERASIMOVAg U.S.# tekhn. red.
(Flaming in connection vith machinery and equipment for agri-
cultural machinery] Planirovanis materiallno-tekbnichoWlEb
aredetv v seltakom khoziaiotvo. Moskval Goo. isd-vo planovo-
skon. lit-ry 1961. 175 p. (KIRA i488)
Wricultural machinery)

LUGOVSKOY, Konstin Grigorlyeviobj DRO )CV,_B.T,, red.; GERASIMOVA, TO.S..'
tekhn. red,
(Problemo of the planned development of alliculture in an economic
region] Voprooy planomernogo razvitiia sellskogo khoziaistva v
ekonoricheskom raione. MosWaj, Gos. izd-vo planevo-ekon. li~l
1961. 113 P. (Agriculture) (MIRA 34 t It

MISHCHENKO, Ivan Grigorlyevichj URIYEV, YEvell Abramovich; DROZDOV B.T,
red.; POTAPDVp D.Ye., red.j FONOMAIMVA, A.A.0 teid~. re 0
[Role of Siberia in the economics of the country's agriculture]
Roll Sibiri v ekonomike sel'skogo khoziaiatva strW. Moskva, Izd-
vo akon.lit-ry 1961. 228 p. (MIRA 14%12)
(Siberia-Agriculture)

lbln-.u,I U'l is: I a w m a a
L 11 -A-r-A #jj;%_ -it A-- m 0 - - --

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pp. 137. Laubspad. 1932- 413 mmhko.)
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.01-ti" 4110 I%Jr s-4Kvus 04141 juitatidw g aq I q sla p
.I.mw P. - amw R.1 A 1 -11 1904suawd 444 pur
,
% I-AuifiratkO
- 1 -2 1!I pus 4,s- n.
0 4
Il
Iu#l
00
l
.,Io%l it 1-41i1 it --m %1w"4
41
.1001 1"144 ~1- 1,4111% SOM 11 pi -,.M 11 tit &l'lltkl 0 S#Ikgl*
11 -
I "I P.1 p$ 81JAIM1411

m"nw j4 JBIAMM olpm Fog torl"puml owns
tq 00
l. 60
'
11 I j "I* a A
f a
it

I F70swor of ova".
. . L 140164V
P"601 Khoo, I), Orn.
-A wimmoval kipplJoe treatises,
viasual at Pb"OR*4m is KUM al's"i"ahle is theme dive.
an the ca""m hatuou or
11C n-im lairs" out at the i4terfs" fortIrm a MAW
- I sad the PWOU ar liqui,l phase. with the retdaulto
;and predoorso hosylints Ito cliffUMP O"Clot a diffusing, IAM W
-Ohnit cut whether lim, Iy. 1,
gifal" th"WIM: tin
SMY IW"ftble I* improffiensol,
4"4'l- by that to Ism, tb.,,, low Use falls low I"Miniv
in the mm of ou"Wooto 4" to tho' 4HOU.1.114 1.1
or. be nit exPryllol by IN-4h. in CAMI
Cut
- is dsldl ADS it, g)
MOW. *here a - tale Coto". I the ,, ,d,, ~kaoa. +
re.
wtion. D Owsof diffusion Mg. 4trim the ",Wft
5 rind
W` iotofw* vw. of ressrus, or on
fftPm reacted up to flow so 0 camm.
""face t0 VW - -ff. of transition, from
Iwo and B xr,;.%h jqblm so hick.
With
low Inflial CM1111.111to S m 11
(1 /1) In 14/14 4l. Iliqrstalwato lim
ON + 1580). - "d -Ofta) 0 a rk
Ill
and M Ifoo"lkm +
the rafren't r'w *1 i"hiN411- Of the diffoosiou.
Ce. ub- the rate is deid. toy that til the citron. eomt1m.
a- home 0-0- ANSI it. *"it Illst ".
1
NM ades Over into fit* wdi",ry I.' ~'d, Vs. eque,
1" the Oflow extrwme fter at V"T "on, '11611mim as If=.
tvan.
Ins"A with the rate of the irdril,at. 1).1fi. AL into, bmv
0 - I Id. OW M - rh, inkibitim coed. 0
t"Nods to Ito " diffusins If, 'khMI; 0 - I/,, *"it, owes
0 ~ 0. ie. the reamfous Comes 10 a bait at the Very tanisey
at the schid payfichno, In imm at the anit. to, ,Ad ror.
matod. With or' den"# the degm of exte. in fractions at
tke '"Ill" amt- (A " M tholl 0 at I equations booms
("#=)% '/(I - R11 - (O'R'/�) - M. when 0- - Ow.
the m bring the no. of "goes mi I he Aid rosloctissi wish
ilk J4 M to An it a po~wooot
I. M-11Y low
~ tMEA19 101161fusiou on's bwpcv. .
The Ofew. "mom with that 114-omolory 11 - 0.17 hr. 1.
ractkN OW 41111111" rate play
tible robes. and #w wbkb the show I, If is @bass It,
"ll. 6111411 she MdUCtion Of Ni aluminotooilk-Aic by CO. data
A. 411JUIP,vith if' - I :t, 1 4. atool 1.7.
to lkwtskd (C..
At flows. 71111, Awl lelt)% Troop . the jow .4 x "ItIt the Irtuts
rijorrsain the sit"" hwmw to the Jilhimo,"t As clam.
tourist Willi the ches", Traciloon. thlOollimit."I to W ow, low
I it, no clats of Pridmall And iioroomaot I C.A 41.
MIX), wt 0' - 1.1 at I1110'. lt%to. .4 1.1. Alml Zu from
W,
the smized eallidet an by vtwous chitwittatim as jiltv ap.
purr I . sm am
plan to be its instame of a I hern , with The
lot-orde k - 0.09D sod 0.013 w1i ~. I for PbCl. otail ZaCig.
f"p. The ithave linearity was .further comifirmomod in
numorms Instances n! cottilising. sulf4ting. arki rvoluctass
Immiling. lut Iftching prarromm" nor twit nevrowelly
am .1*11 Aroodetil, toy ImIth 11writ"s
ramim FBI* of"is diam" Otitmots the InIC1114" save? Ito.
Ihimoss If" shot Imur"t intaistancy d the cousit. cakwi. by
be simple Nano diffusion "ostim. Tbis ajoigw-
legichins a( hishd. mincrAls. An ex.
of natural coorritite icuti) by an
^44 Md.. of fow wbirb 11mor sinwr fincer relatim
k found 141 liAl, eIrrill at the initiAl staq WIWI* the wit"I
Is MA Yet I W41; the ooff"I to ilwTTwWt1 It'"1133
at). Is d fookly 0 hICTILard m
of the diff"im
I[. May ~l C=te (C:41 811013, kwhed
MM Fft(SWo. at 22.35. witil ass-, 0, - 1.3. 1.1, and
here- the tffcct Of the temP. on the diffusion
MAN Promfoune'ris 0017 at 10 40 townw. whaves
or 0 - list CROVI 00 the Client. I= Iga rate
prodconjoefout. %%*Ilb laregaesu, If OXON

1"1164bl. t vexhl line 4WI j"101101 In rmh SAIM III
the gain Imlimalve OW
Chumorr 14 Jim themy 046
=
fwdw camdroW to the proesma of Itits. of As with
KCNO a" IW WWW eavestation. 71bat IM-arder
chm. blem" we spolmable to so great a variety of
- - I, can be czphdwd only by mecbss-
10111,01TIMIS Ow"Irld sb"k M" obeying a Ist-order
IDWO an cd wW& is the M04"11. Itep. N. Tbon

V Wl'i
09 4
**
09
00
09
W
OR 46 is
1,1pr-jimily oroma.t 317 mv.. In the pit rostip IX-4m;
Poutsussis and OW bw of r" 133 to 2 Q VAT
swistio". It. Vk 1u1"11-1- It loss Isom I
A I" soml J'al foll 0.111S to 4.411, Its lbor atternoev of NACI, tbr temp.
Niso.Rlp b.,Vr ;;;~Y litile ctytct on the pont"tial E of emir. 14 E IV-lwrrn 17 aml 70 is prarik-Ally cloW.
u 44 Nall:" frism I x to 0.01 X chang"I X +0.69. with t1w Cu cioestrost varying from 2N) to 9 mg.11,;
ZL% tit' Mls slow. lost IS% varioatkull of tbt NLS04 It-no in the Pctwtwc Of N'aCI 3 9,il.. Cu in sooks. 2M. 103, and
to 1.1i g41. clungr4l R from Z13 to "I my. %2O 9 Mg., It is 4 O.M. 0.W. and 0 U. rev, A,~vrvy Is.
much moor suAlked effrort. Ill the ah-C114 of Cu 1`011MI. CA Cos it, 031n., X in Ni-Plating volas. bircoomrs;
in N.&CI 4. 1, 0.1, and 0.01 N of W. E M. irmyrrisibIr Anti it-tWo top loolverne roonst. With4mwAsialtV
+111). and +1M -plating "n. 44 Cu cuntrut. And imic-Airig NACI its the "a.. the Coll cler.
-14 mv. In a NI
WAV711011 Wil. NA.';O. 411 and ltsD(h OU x-fl. with CIA trOdo? IXV011l4F5 All VICCIRMIC Of tht W Moll. CIA I CUOII I -
in son. 11). 1) LM 110714, AMj 11.0 a./1., as -40'. 9 - M$4. 1 Oil- or CujCuCljCI-. The rate of "n. of p(owdery
crostwvt"t Cu ii%.& Nt-plaima tkith m a function.4 itsissidA.
N&O 6 X./I.. with Cu its 04". 1.08. 0.231. (11.10, WON% lioli p-koili.ll r, I )tit,, of 741% 1,11 L-N-A.A. at F - 3111.
I I'l.. 246. 2ZI. 213. 212. and 171 niv. 34), aml !AQ toile.. Cu hi-lvrol it thr r.,or 4.1% 74). and
and 0.0
In this PAU., at 70% 14 the proessenctot Cu M, :W tug.,Ilf. it., i.c. mcuh No" IhAn -ul-I Col.
N. I him$
Lnf,AIW~ CLASWICAIM
;s as
all 0 0 0 0 0 0 0 0 0 411 0 0 Ill 0
'law sto-sm.
allA&W of G-V is,
-.An A a Old
0909 0
vo
age
0* 0
goo

"Kim" d do oloweisum P1 I PA"Oval d O*w hem ftkw
Missligglyw IL, V.. Ikuadqy (2,11mr. Prilho-1. KA#... 1149. M 451. 4KI
liumiani. 1). alucTiM the n-iii-lion Vis' 4 Ni o Cu - Nv - in
the fvl~opvsl ti( njilarr (nim nickel 11V additp-ii i-( n" LO
JIM-linuievesmPIN indiftle tbal thwk filmlis top, it. 10 :11 .4 'Tment
ran I '"alumtli lbrv %,inw"I! "f J~uv..-pjirr, I"it an V-4mul& are
dmtUU 141 ""Vt the iknV PUMble IVIW* or kPIMU'a: III W'1wrn tfw lin."m
is detenuiriml by the isle or mmrni~liun itself. the fint-tw4er I&*. X
11
I j. In (V.fipolwrM. (ii I% lwn I Ile pm%~ I-,, -oil n 41-1 I-vdiffusLom.
I'-,.,) (-,. In): (iii)OW-11 1he Imm-rvii tii,~411"461 1, .I 14,11t
diffusk-In stul dw s-brinical lin-vow. M - P:K, V. 1, lot IFI ,,) - V',.
(M). Its their eflinalijilia. 1'. r~ initial ,wwi~ofrstims 4 in Ju-
ammint of topp" drpuni[M fnxn unit vi4. I,( miluim-n at linu, I
in inist.). K rate runstant of martim lwlutvn the sitplwr w"I the nu-LO
1%tadve. M refuratatum cuust&ns. D -- vivit. of diltuaima. *lot p - m.
tanktim ounmant i 1>0>01. When 11 - fl, "Junto," M f-iw" t-, 1;
whm % ~ 1. t4s U. Vouilt Aft-inilysie nicket k!"Adirr. D. .1,444 mfur"fati.41
in a sk)[utim ermitaininit lo. N'&(I.

It 11,fl; with tativus volvlwr ramirnio. WhIs vrrY *.-five all bill 1 mit.
ei.pperil, nium limpfrosor"I ("Vn a both with I '. - 11730, 1, at -.11
0( the Pickfil ploo4w W" o4onausiftf. okt%t tl"410-h I SILO 4W%"1. with K
4"itil- 1-1i- in fAirl"Ifshl" ltw "I'"W"I ""14"'t 4 1"e""'
AlM 4rA t0X#VU DO V%tAfdil4j iftlillifinkV0 %in the lofthaVoo. Mt*r
fh%jurnily. the Iwoom Aprvs L M and It in Thus, Gw tmr
r&r. with Cl, w 16-7 #.A. and as 2W 1.. up to f - 21 min. % - 0 mind
-l! 0-olot AW 21-04CAll, I alml M - 0411OLI: after M mm. thrrv %as
K
stem
.4 dkilmillution at tbo romr. With almither Ismilef. (4W it. I..A. It
and A - 0-M31 14110< 115.0 - 0-1m: ftw Ulk's .. I Amt M , Ot"34
aner iml min. The cliplirr bovan tolliam4ye. 11W inflowl",e of 1"16ft Nill
ig./I. N&O an the mto u( cwtortitatkim, in balho "intaining ~ I g.il. vc 4W W&A
Moo inTratiltalfdal, 70, V.
sWiabk- was &pnoiled on if* surfato of the nickel parti.-Amisi%
wlwn tho mMwr irmnornitatilin was inemkorl. Th-, when V. I s f.
with XMI - 414"INK 341, Z14k MW "I'. % - JIL411*.. 1144. 1141". OMI it.*$#.
rowl,orlivrly I but faket 11,41"1 Smill 5 41 it. L. S it 40.
--A;. V. F. T.

i6lw;6il6 IN
Pablidied -1 Ow Vis narmal PsImAial of Rl
60 to - IX OV.) we mdaw D. has
==,Uhw-pWMW din 6* Oe MUMA R devirob
C401 b"M Now SISO&INjo No, Na Not A
p , j I
Ob ming "M typo of NI
Vogt (0) sompeek- slimbadepowled X1 to
Air a typ" Were MY
MWOM0.11 sq.
as ir a w "Mp" NJ became V%
x 1 7106 044 SK "it "go a" mV. 0.15.4
abd 4700 sain. I In s,
" Ir C~ Iss wuvity~a=. W"fth,
?a; ilk 132. - a - Sk MIA - a MV- stbW 06 14
4M MA It= Win. to TO
poleries" R was to - M MY. Ynth
active powtier. in a bath 14" 1-10. Fe" 04
After 0. ". 2. ft 44 mw k.. 0. x
w'n Fell. AS low Ra = PH r, .4"
"M 801M. AM him exW06%
Irasm-lik -H86 -M
!ra~ mum -330mV. forms padw a&pu I.*. a,
4. 1. Wd 6. Is
jai &47WC., 9-19k -Wk -Mad
-l" MT." IAI-2.3-3.sod" nhkAmgM%*bM
*4 60 scep" of H. T%* indmism of IM Jm&
Cat 4 IM isTWA4"w I wAhju
%be nw 640
X& AW H,I.% Oftlecis had Ow *See bo as la
non
O"M W-~W 1- 0 go 30 Wasms W my. =am
P"Mm TW lescloses of souped NJ is aug"M to
-I"- Ot 0 1 w9ve NJ sawe be macle by W"bg
in *. wh" if is low, aw um M imps It, am 1,
assmat Oiu Aboat 4% He in NJ pwdw Z=iw
WHY IN CIS 461"Wim and Aoipd 3 boss -- 170
4M. - rM V. X. . bpufty a. . 8 0.
bvb On smin Is mom positive. T%w ft-M
M sid M MV. for Xj-,Cu alloys as 0. S 104, vskm
IOD%_ CM In a bah free ficas Nan it I:PCL ia baraft
in, base ho else. the po&mtw of st-cs GjkvQ oft
4, up
Camwosdwdtb"*(.%L lup"spsmatadis
4=.8
hai 09 ingemm an t1w MUSAwss 1 b"
NI is "valed by th~ P-60 0(ft" Cl As A MOOL
V. L T.

t ,

rwz I soaK zxpwrTk?xom sev/2216
Soveshchanlyo po eiektrokhisill. 4th, Moscow. 1956.
?rudy...1 laborniki (?rAnsactlOnS of the Fourth Conference on Ilec
rochemistry; Collection of Articles) Mosco., Izd-va AM SSSE,_
1959. SW P. Xrrats, slip Inserted. 2,50C copies printed.
Sponsoring Agency& Akademlya nauk 333R. 0t4slenlys k"Alchaskikh
BAUIC.
bditorial bcardS A.M. PrUmkin (Romp. Md.) keadealcian. 0.A. Issin,
PrOfossOrs 3.1. Zhdanow (Reap. Secretary), S.M. Kabanov, Pro-
ressor, 3.X. Zh4ancy (R*Sp. Secretary) , B.N. KAbLnOT. PrOfW980r~
Ta. M. tolotyrkin, Doctor or Chemical scloneass V.V. 14"v. P.D.
LukoTtsev. Professors Z.A. Solov-y*Va$ V.V. 3tender. Professor-,
and G.N. Plartaftovleh: Zd. Of Publishing Houses N.G. TeLorov;
Tech. Id.t, T.A. Prusak*vL.
PURPM1 This book Is Intended for chemical and olsotrica.1 engi-
new". physicists. metallurgista Lad researchers interested In
~Iws asoeCtS of electrochemistry.
OVIOIA08 The book contains 127 or the 138 report$ presented at
that Fourth Conference an Xlectroch, Lstry sponsored by the Depart-
-.,sent Of Chemical Sciences and the Institute of Physical Ch*alstry
Academy Of Sciences, USSR. The Collection pertains to dlff*rat
brazOhQ% of electrochemical kinetics, double layer theories and
galvanic processes In metal alectrod*poslton and industrial elect-.%.
rolyals. Abridged discussions are given at the end of each dlvl-
slon. ?he majority or reports not Included here have been
published In periodical literature. No personalities are mentioned.
References are given at the and of most of the articles.
C11il ha"racter'stle Features of the Separation or
DY.Y.-.1-1-1-acthodle Deposits of Kt&lo 51T
Droadov Jt&uchnO-%ssI4dQv8t9l'sklY 1 PPOY*ktnyy Institut
'*"S T*khnOIO9IGh*akIY lnmtltut Leningrad-
6 0otlrlc R05sarth and Planning Institute *Olpronlkel-*;
Twabnalogle" Institutt, 10nlngP&d). Cathodic Deposition
Of Metal US Dlapers* Form 520
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ChWrct. '.tie*--r Processes for zlect
,a. . -IN 14posItIng
__!E%:t!1!1yWb, nr1dT."g8t0n Alloys With Metals of the Iran
Group 524
(Znstltuts Of Physical Chemistry, Academy of
r the Koch& Is. or the
'C':Irw pool
"e"; =3R ckel- um Alloyan
tl';n :omIrrobl-O1&1:;.n 530
and A.I. IONU
gnat t'
ItUt kWall An U'S3R_'nAtltUt- -1 C try, Cademy
is
CA" 21/34

5.2100 7,0195
SoV/80-33-1-11/119
AUTHORS: Malyshev, M. F.,.Drozq2v, 13. V.
TITLE: Concerning the Reaction of Sodium Aliuninosilicate With
Calcium Aluminum Hydra"v 1,-, Solutions
PERIODICALt Zhurnal prikladnoy khimli, 1960, Vol 33, Nr 1, pp 20-26
(USSR)
ABSTRACT: In ' order to follow the changes that take place during
the leaching process in the production of alumina by
the method of sinterlng, the authorri have studied reac-
tions that decompose tricalcILIM aluminate hexahydrate
(supposedly formed in the process by reaction (3)):
300 . A120j - y1ljO + OaOll F oil. (3)
Xo(O 11)2 + NojO - AN03 + Ulf *_
SOW phntq.
Card 1/4

Concerning the Reaction of Sodium 771195
Aluminosilicate With Calcium Aluminum SOV/80-33-1-4/49
Hydrate In Solutions
KaO - A1203 - y1120 + LMISM,3 + aq CaO - A1203 - 1.7S102. X11to +
+ 2Cu(011)2 + 3.4NnO11 4- aq, (4)
3CaO - AlgO3 - y11tO + 3(No2O - AltO3. t.7SIO2 - xHlO) +
+ aq ' 3(CaO - AIS03 - 1.7SIOS - X1110) + Na2O - A1,03 + 4N4011 + aq. (5)
Experimental data on the extent of these reactions (per-
formed in tightly closed stainless-steel vessels inverted
18 times per minute for 2 hours in an air thermostat at
800) have shown that p~ercent of decomposed calcium
aluminate hydrate (of molecular ratio Cao:A120 3:H20
= 3.0811s6.20; n = 1.604; crystallooptical. measurements
were performed by A. A. Chistyakova under the supervision
of 0. 1. Arakelyan) increases witli increasin concentration
of Na2sio 3 (IOCrfi at Na20 191 g11 and S102 2N g/1). The
reaction of calcium aluminate hydrate with sodium alumino-
Card 2/4 silicate (Na20:Al 2 0 3 : S102 3 If2 0 = 0.91:1:1.66:1.62) in

Conce.vning the Reaction of Sodium
~luminosilicate With Calcium Aluminum
Hydrate in Solutions
774'.k_)
30'1/80-33-1-4/49
water, NaOH solutions, and alkaline solutions of sodium.
aluminate was found to result in the formation of soluble
Na20 and Al203 and that (1) the degree of decomposition
of the aluminate hydrate increases with increasing con.-
centration of NaOH in the solution and with increasing
quantity of sodium aluminosilicate in the original pulp,
and decreases with increase of calcium aluminate hydrate
in the pulp; and (2) the degree of ionic exchange in
sodium aluminosilicate decreases with increasing con-
centration of NaOH and with increasing weight ratio of
sodium alumosilicate to calcium aluminate hydrate in the
original reaction mass. Presence of calcium a!-uminosili.-
cate in the final residue after the leaching process has
not yet been proved, yet by sim"ltaneous mixing of solu-
tions of Al203 and Na 20 containing, respectively, SiO 2)
CaO and both, It was shown that calcium aluminate hydrate,
sodium aluminosilicate, and calcium aluminosilicate were
Card 3/4 formed. The degree of decomposition of calcium alum.1nate

Concetning the Reaction of Sodium 77495
Aluminosilicate With Calcium Aluminum SO'1/80-33-1-4/49
Hydrate in Solutions
hydrate by sodim aluminosilicate in water and in alkaline
solutions of sodium aluminate is so low M5-12%) that
its absence in the residue after the leaching process
cannot be explained by the reaction of sodium alumino-
silicate and calcium aluminate hydrate. It is supposed
that the latter can decompose by reaction -.,,,ith silicon
dioxide as It does in reaction with sodium silicate.
G. V. Kazabrod5kaya participated in this work. There
are 7 tables; and 10 references, 8 Soviet, 1 French, I
U.S. The U.S. reference is: Allen U. Rogers, Am. Chem.
J., 24, 34 (1goo).
ASSOCIATION: All-Union Aluminum and Magnesium Institute and the
Department of Inorganic and Analytical Chemistry of
the Deningrad Technological Institute (VsesoYuznYY
alyuminiyevo-magniyevyy institut i Kafedra neorgani-
cheskoy I analiticheskoy khimii Leningradskogo tekhnologi-
cheskogo instituta)
SUBMITTED: June 20, 1958 card 4/4

2 200, 5 .113' 00
AUTROR: Dro-.,.dov, B. V.
TITLE: Energy of Activation of C(.,ntact Rvductlon of Copper From
Solutions by Means of Nickel Po-viders
PERIODICAL: ZhUrnal prIlcladnoy Ichimli, 1960, Vol 3-3, Nr 3, pp 633-
635 (USSR)
ABSTRACT., The energy of activation of' coppQr roductIon wl.th high
activity (Fig. 1
plot.3 3 and 4) and low -activity (Fig.
1, plots 1 and 2 nickel powders III Solutions containing
,
NiSO11'7H 20; Na 2S04 , H3BO3; NaCl; arid CuSO),*5112 0 was
determined by the authorj by 1,he analytic method, and by
M. Yo. Semenov by the potentiometrIc method. In both
Instances, the plots of In K against I/T vierc not linear,
This was particularly notioeablt-:~ In redUCLion with low
active catalysts (Fig. 1, plotB I and 2) where a shurp
change In the value of E and a break In the straight line
occurred at higher temperatures, making the line practi-
call horizontal. This Indicated a transifton of the
Card 1/3 reaction kinetics from the kinetie. to the diffusion region.

Energy of Activation of' Contact ReductI.011 01, j,8 ~2 ,? i
Copper, From Solutions by Means of Nlckei Powders S01030-33-3-22/11'(
(49
Fig. 1. D--pendence of 1n K on l/T characterizing the transi-
tion from kinetic to diffusion region (rate constant cal-
culated by determining copper concentration In tile solu-
Card 2/3 tion); (1, 2, 3, 11) powder.nuriibers.

Energy of Activation of Contact Reductic-n of 78221
Copper From Solutions by Means of Nickel Powders SOV/80-33-3-22/47
There are 2 figures; and 3 relerences, 1 U.S., 2
Soviet. The U.S. reference is: R. Glicksman, H.
Mouquin, C. King, J. Electroch. So6., 1.00, 580 (1953).
SUBMITTED: June 27, 1959
Card 3/3

18-3100, 5.2200 78226
AUTHOR: Drozdov, B. V. SOV/80-33-3-27/47
TITLE: ~o Arsenic and AntImony In Electrolytic Copper
Refining
PERIODICAL: Zhurnal prikladnoy khImii, 1960, Vol 33, Nr 3, pp
662-667 (USSR)
ABSTRACT:
Card 1/3
The study deals with the mechanism of the oxidation
of As III and Sb III to AsV and Sb V; with the way In
which these Impurities are deposited on the cathode;
and with the el'I'ect of' C1 Ions on tfie migration of
Sb to the cathode. It was iutabl~ohcd thi~it lieV
oxidation potentials of Aj -As and Sb -3b
do not correspond to the equIlIbrium, and the Nernst
equation cannot be applied to them. Th(.- possibility
of an anodic oxidation taking place in the electro-
lytic copper refining cannot be excluded, contrary to
the studies of other Soviet authors who conoldered it to
be chiet'ly a chemical reaction. It was further established
that the absence of' an oxidation potentlal equilibrium

The Behavior of Arsenic and Antimony In 78226
Electrolytic Copper Refining SOV/80-33-3-2'T/47
plays a preponderant role in the oxidatIon of A~;,
arid the foimation of little-soluble quitiquevalent
compoundo, In the oxidation ot' Sb. As and O"b
subjected together to anodic oxidation l'ormed little-
ooluble compounds of' the type mlo2o 3' Insb2o5or
kAs20 5. lSb20 3; the oxidation proceeded i-eadily, arid
up to 83% of' the Impurities were precipitated; As
arid Sb cations can also be d1ocharged at the cathode,
chiefly in trivalent form, which prcdominateL; In the
solution. QuInquevalent As and Sb are deposIted on
the cathode In a much smaller WROUrit, as they are
present in the solution chiefly In the form o1' anlono.
The addition of Cl Ions to the oulution hInder.; Lhe
migration of Sb Ions to thu (,athodu; thc vea:,cm for
ti,la fact Is not clear a:3 yet. B. N. Aritunov
participated In the experimental par-t of the
study. There are 11 f1guve..; and "-,I vt-Jfo ve
I U.S., 2 U.K., 7 German, and 10 LovLtA.. Thf-- U.S.
Gard 2/3

The Behavior of Arsenic and Antimony in 78226
Electrolytic Copper Refining SOV/80-33-3-27/47
SUBMITTED:
and U.K. references are: H. J. S. Sand, J. Chem.
Soc., 93, 1576 (1908); L. Addichs, Copper Refining,
McGraw Hill Book Co., New York (1921); A. K. 00ard,
E. K. Rideal, Trans. Farad. Soc., 19, 740 (1924).
June 29, 1959
Card 3/3

-.DROZDOV __~,V.; MA11SHN M.F.j Prini" uchastiye KAZABRODSKAYA, G.V.
Decomposition of, A,2CaO-SiO2 vith sodium alkAli solutions of sodium
I
AlMdnatee -Zhurepriklokhim. 33 no*lOs2357-2359 0 t60.
(MIBA 140)
le-Ioeningradakiy takhnologichookiy inotitut iaellyulesno-bumashnoy
Promi7shlonno6ti i Voesoyuznyy a1yuxizdyevo'-zajniyevyy institut,
(Calcium silicate) (Sodium aluminate)

S/126/62/013/005/025/031
Elll/E435
AUTHORS: Drozdov B.Ya., Kogan, L.I., Entin., R.I.
TITLE: Influence of stress and deformation on the kinetics of
the intormodiate transformation of austenite
PERIODICAL: Fizika metallov i metallovedeniye, v-13, no-5, 1962,
776-779
TEXT: Information on the effect of deformation of metastable
austenite followed by quenching on the austenite transformation is
incomplete. The authors have studied the kinetics of the
transformation under applied-load conditions on type 4OX H5C
(40KhN5S) and 8oX4 (8OKh4) steels. For the first, loading was
carried out at 0.6 mm/win to the required stress which was then
kept constant within + 1 kg/mm2, The kinetics were studied at
300 and 3500C. Acce-feration occurred at all the temperatures,
being especially marked at temperatures of the lower part of.the
intermediate region. The influence of rate of deformation was
studied at 300, 400 and 5250C. This and other work shows that
when conditions for thermomechanical treatment of steels are
Card 1/2

S/126/62/013/005/025/031
Influence of stress ... Elll/E435
being worked out, the of'rect of stresses and plastic deformation
on the austonite-transformation kinetics must be allowed for in
such a way that non-martensitic transformation products should not
be found. Deformation temperature should be sufficiently,high to
give very stable austenite, and the deformation should be as fast
as possible. There a:pe 4 figures and 2 tables.
ASSOCIATION: Institut metallovodeniya i fiziki metallov TsNI1ChM
(Institute of Science of Metals and Physics of
Metals TsNIIChM)
SUBMITTED: July 25, 1961
Card 2/2

WOVSMO G.V.,, kand.med,tauki -D- _
_,~OZDOV D
j~
Reiter's ffyndrcme,* Waah,.delo no.2W2--133 1"63a (M3RA 1615)
1. Otdel kliniobeakoy farmakologii (zav. - zaalu2he=yy deyatell
naukip prof. A.L. Kikhnev) Mcrainskogo nauchrio-iseledovateltokogo
inotituta k-linicheakoy meditainy imeni akadanik N.D. SUlashaskoo
(ARTHMIS) (CONMCTIVITIS) (MMTHRA-DISBASES)

DROZDOV P. ---,
V, 0. ~
,IfAf,~g metabolism under the effect of ACTH, cortisone and prednisone,
Fiziol.zhur. [Ukre] 10 no,43546-549 J1-Ag 164o (MMA 18:11)
1. Otdel funktsionallnoy diagnootiki Ukrainakogo nauohno-iasledo-
vatellskogo instituta klinicheskoy meditsiny I.m. akademika
Strazheako, Kiyev.

PROZDOVp D#De
Aggravation of thyratoxicosis phanomens in the treatment with
horomal preparations, Vrach.delo no.3s26-29 Hr 163.
(KMA 16 s4)
1. Otdal klixicheskoy farp&kologii i funktaionallmoy terapil,
(sav, - saaluzhen"y deptall sauki, prof. L.L.Mikhney)
Ukrainskogo nauchno-desladovatellskego instituta kliRichookoy
meditsiny imexi a W smika N.D.Strashesko.
(Vldl~ GIAND.-DWASM) (AM) (M.EGNA)

MIGAY, Konstantin Vasillyevich) kand. mad. nauk; TIMOFEMA,
011ga Nikolayovna, kand. tekhn. naukj YUMIN, Yevgeniy
Ivanovich, inzh.1 MOZDOV D F., inzh., retsenzent;
ABRAMOVICH V.11.0E j'r=etsenzent; OWINKINp Ya.M.,
nauchn. r;~.; SOSIPATROV, O.A., red.
[Safety measures during electric welding operations in
shipbuilding] Tekhnika bezopasnosti pri elaktroevaroch-
nykh rabotakh v sudostroenii. Leningrad, Izd-vo "Sudo-
atroenie," 1964. 59 p. (MIRA 17:5)

DROZDOVj D. I.
Drosdov.p D. L OUn the proolem of local anesthesia wita an alkaline solution of
novocatto," Sbornik nauch. rabot evakogospitaley i Karedry OLshchey chirurgii
(Irkutsk oblim.otd. adravookhranoniya. Irkut. gos. mod. in-t), (Irkutsk), 1948,
P. 30-42
SO: U-2888, Letopis 6hurnalinykh Statey, No. 1p 1942

DROZDOV. D.f.- and KOSUKHA, H. N.
"Or.erative Removal of a Foreign body (Bullet) From Epipericardium Joints",
Mitary-Medical Journals No, 8. p 86j 195.5,
Ai - -

RROZDO1. WU polkoynik meditsinskoy sluzhby, kandidat maditsinskikh nauk;
K #SKIT, I.?., mayor meditsinskoy sluzhby, kandidat meditainakikh
nank
Penicillin therapy for open infected fractures of the long bones.
Voen.-made share uo,3183 Kr 156e (KZM 9:9)
( M ICILLIN) (YRACTURBS)

111110021A6 polkovnik meditsinskoy sluzhby, kandidat maditsinakilch nauk;
MUNWIT, IL.P.. mayor maditsinakoy slushbY, kniAidat neditsinskikh
nauk
Air embolism in wounds of the liver* Toone-mede zhuro no*3:83-84
Xr 156o (MM 9:9)
(DOOLISM) (LIM-40MS AND INJURIAS)

01 it"WT C
013 23 SOURCE CODE: UR/0105/65/000/009/0089/06~~
AUTHOR: Avilov-Karnaukhovs B. N.; !34~uro, V. I.; krik~valcy, Yu. A.; Bogush., A. G.;
Bolyayev, I. P.; Giki's, A. F.; Drozdov.-A. yalov, G. M.; Kleymenov, V. V.;*-
Ir.
Ko'le's-nikoi,
Ve; Haloy..,.D._I.
ORG: none
TITIZ: Honoring the 60th birthday of Professor Yefim Markovich Sinellnikov
SOURCE: Elektrichestvo, no. 9, 1965, 89-90
TOPIC TAGS: academic personnel, electric engincerinq personnel, computer research
AB3TRACT: Professor Sinellnikov was born 11 Hay 1905 In Yekater--
Inoslav (now Dnepropetrovsk) In the family of a clerk. Following
his graduation from the Khar1kov Electrical Engineering Institute
In 1930 he was appointed chief of the ToehnIcal'D1vIsIon on Eleo-'
trio Drive at the Kharlkov Blectrical'14achinery Plant. SubGe-
quently he was appointed research engineer at the Vol'ta Plant
and later on transferred to Hosoowg to the Institute of Experi-
mantal Medicine, while at the same time he continued his studies.
In 1946 he started working as a senior solentiflo researcher at
the All-Union Electrical Engineering Institute. Since September
1953 Professor Sinallnikoy has been working at the Novocherkasok
Polyteohnio Institutse At present he Is head of the Chair of

ACC NR, APg-z 3623
Electrical Maohineryg Apparatus, and Computers and J'athematical
Devices. He has been Instrumental in establishing the computer
laboratory at this Institutet where research Is being performed
on the problems of utilizing computer engineering In the design
and calculation of electromagnetic# mechanica.19 and thermal pro-
cesses In electrical machinery and equipment. Since 1938 Professor'
Sinallnikov has been Coordinating Editor of the journal Elektro-
Imechanika (Eleotromeohanios) - one of the series published under
tne aegis of Izvestlya Vypshikh Uchebnykh Zavedenly (News of High-
er Schools)* Yefia Markovich Is moraQver a prominent educator
and the holder of many soolal honors and consultant to a series
of Industrial enterprisess For his great merits.as an educator
and for his solentiflo oontributione he has been awarded.the
Order of Labor.Red Bwmere Origs art, hasi 1 figure. [JPRSI
SUB COM 09 SUM DA41 none
Card 212AW

, , - ;t* - I .
C,ord I I z

-7 1~
11 ---- -
.-, 'I
~.,ta
e I
;R-211-
A-:~F'.
I I
- .9i-~

T J Eq A'( m)/ _E11)Ft( r ) .2jEU AhGD,i DM
ACC NR; AP6005539 (N) SOURCE CODE: UR/0089/66/020/001/0074/0075
AUTHOR: Drozdov, r. S. ; Rychev, A. S.
ORG, none
TITLE: Determining negative reactivity by "shooting" the source
SOURCE! Atomnaya energiya, v. 20, no. 1, 1966, 74-75
TOPIC TAGS: nuclear reactor, nuclear reactor power, radiation source , neutron
flux 4
ABSTRACT: The authors discuss the method of "shooting" a jjPujrpn -gour!qe Tor check-
ing subcriticality in a nuclear reactor. The source of neutrons is shoi by a pneu-
matic device and the neutron fluxes tj with the source in the system and 42 after
the shooting are recorded. An approximate formula is derived relating 01 and W)
to reactivity. The experimental equipment used for verifying this formula is brief-
ly described. It was found that the proposed method is extremely convenient for
monitoring subcriticality. Reactivity may be evaluated directly after shooting by
visual observation. The method may also be used for continuously monitoring the
UDC: 621.039.564:621.039.566
Card 1/2 2_

L 3953t;-66
'ACC NR: AP6005539
state of a near-critical system. The authors thank V. M. Talyzin and Ya._j,_Qs.3m_-
lev who directed the work and took part In most of the measurements on the IGR re-
actor. Orig. art. has: 8 formulas.
SUB CODE: 18/ SUBM DATE: 12Apr65/ ORIG REr: 002/ OTH REF: 005
Card 2/2 vmb

DROZDOVj FEDOR VIADIMIROVICH
Detali priborov. (2. izd., perer. i dopoln.) Moskva, Oborongiz, 1948.
593 p. port., diagra. First ad. pub. in 1936 under titI,j Detali tochnogo
parato- i priborostroeniia. (Elements of precision instruments and
:
pparatus.)
Instrument elements.
DLC: TA165.D 7 1948
SOt Manufacturing and Mechanical Engineering in the Soviet Union, Library of
Congress, 1953.

G.,-kand.okon.nauk
Xwourage efficiency improvements. Hauka. i pered.op.v selikhos.
9 no.12:60 D 159. WRA 13:4)
(Agriculture)

FRONIN, V.I.; DRCVDGV, G.D.--
Bering an experimental Inclined hari7ontal borehole in the
Novo-Karfagensk salt mine. Trudy VNIlPodzeirgaza no.12:135-
138 16.. (MIRA 18:9)
1. UFRFCjDZEMGAZ.

TAIUMINSKIY, LTL -
Over-all mechanization of the production of shoo parts and
cardboard for shoes. Kozh.-obuv.prom. no.7:14-17 J1 959.
(MIRA 121:11)
(Shoo manufacture)

LITVIZEMOO A.I!~_; DROZDqV, G.M. ."
Hypergene magnetite from the weathering crust of ultrabaoic rocks
of the middle Dnieper Valley. Dok1,AN SWR 145 no,2:414-417 J1
162. (MIRA 15:7)
lo Dnepropetrovskaya geologicbeBkaya ekspeditsiya Ukrokinpl-ogo
nauchno-issledovatellskogo goologorazvedochnogo instituta.
Predstavleno akademil-om N.M.Strakhovym.
(Dnieper Vaney"-Magnetite)

DROZDOVI G. N.
NEw methods in the struggle for raising the fertility of the soil. Sov.
agron. 10, No 6, 1952.

1. DROZDOVL G. 'N.
2, USSR (600)
4. Irrigation7arming
7. Irrigation methods and nontrol of water rot.
Sad i og NM. 12 1952.
9. Monthl List of Russian Accessions, Library of Congress, ADril 1953, Uncl.

tfj An
2
. . (600)
4- Irrigation Farming
7. Furrow method of Irrigating onions. Sad I og. no. 2, 1953
9. Monthly List of Russian Accessions, Library of Congress, June 1953. Unclassified.

WLW.ML G. N.
Alfalfa
Critical comments on a good book ("Alfalfa." M. P. Elsukov. Reviewed by G. N.
Drozdov). Sel. i sem. 20, No. 3, 1953.
9. Monthl List of Russian Accessions, Library of Congress, June 1953, Uncl.

Axperlence of the past Is the basis for the Murs (OA year's work
on the reclamation of virgin and waste lands in rasakhataii.0
Zemledelle 4 no.10:119-125 0 156. (KLRA 9sll)
Orazakhetan-Agriculture)

DRMOV, G.T.: KIZBANSKU, A.L.; BARTASHOVS V.A.
.... ........... - ,
Preparation of perfluoroacylW derivatives of biacyclopentadianyl-
titanium. Zhur.obekhim. 32 no*7:2390-2391 Jl 162. KRA 15 17)
(Titanium organic compounds)

~4n6 -EPP/ AFFTC/ASD
',.Ts-4/Pc-4/Prr4. RM/WW/JP/MAY/JG
ACCESS10,11 ','Rs AP3004289 3/0079/63/033/007/2422/2422
AUMOR3: Dro--dov, Go V.; Xlebetnakiy, A. Barbachev, V. A.
Nils
TTTIZ: Synthesis of bi a-oyolopentadienyl -tit anilu
2,DURCE., Zhurnal obshchey khimii, ve 33, no
7s 1963, 2422
TCPIC TAGS: oyclopentudionyl titani=, alkoxidop trifluoroothoxidep toluene,
:trifluoroethanol
A-17. RAM' i Earlier attempts to prepare Wis-alko.V doriva'-'ives of bis-cy-clopentadi-
elyl titanium wore unsuccessful, The reaction of two molotj of sodium trifluoro-
P-thoyidelwith one anhydroius
-gave tb -- t It 16- 664ound' ih 704K yield
toluene 0 as a reddish brownt crystalline
8
lid with melting
0
a - "260ifited ~ in.: benzeno-_ Solut Lou-. -~Fcr procf of utruature,- the raw co
cund
was converted loack to the ntarting dichloride by Iratza-.,t with hy o n c oride
L dr &a hl
acetyl chloride. UV spoctra show that the organo-titanium grcup in the two
comrounds have similar structures. Orig. art* hass no graphice,
ASSOCIrl ION: ncne
:-Card

109/0 Ills
SOURCECODE: UR/0240/65/000/008/0
AUTHOR: Veldre, L A. (Candidate of biological sciences); Maazik, I. Xh.; Drozdov, a. vs
1. 1, !,
WIN SSSR,~' Tallb __7m,
ORG. Estonian Institute of Experimental and Clinical Medicine, A I
(Estonsldy Institut ekspertmentallnoy I klinicheskoy meditsiny AMN SSSR); Sanepldstatsiya,~:~,
Pyarau
TITLE: Results of a sanitary-hygidnic study of the coastal region of Pyarnu. Bay
SOURCE: Gigiyena I saaitariya, no. 8, 1965, 109-111
TOPIC TAGS: sea water, water pollution, waste disposal
ABSTRACT: A study of the sanitary conditions of the coastal region of the resort at Pyarna
Bay (Estonia) was made between July 1962 and June 1964 by analyzing the water at various
distances from shore. It was found that the discharge of waste waters into the bay pollutes
the water in the beach area, the pollution being higher in summer than In winter. A study of
the effect of swimmers themselves on the state of the sea water showed that among the chemi-
cal indices, only the biological oxygen requirement Is raised slightly at a day's end. Among
the bacteriological Indices, a decrease in the Uter of Escherichia coll and an Increase in the
quantIty of microbes are noted, indicating a marked decline in the sanitary quality of the ,
water. Helminthological analyses indicated a fecal pollution of the water in the vicinity of the
beach. This polluted state can be Improved by discontinuing the discharge of untreate(i waste
waters into the area, and periodically cleaning and leveling the beach bottom. Orig. art. has,
2 tables.
Card 1/2 UDC: 615.8341AI?A ^1

7Z'
L $268-66
ACC NRi AP5026263
SUB CODE: LS, CB RMM DATE: 13MOV64 ORIG REF: 002
~crd 2/2

--r
I -
Dubrov, N., and Drosdov I I. Increase in Durability ',n Laying Open Hearth
rurnaces. SM, 1939"11) 15-115

IIROZDOV, I. -
-, ~
Hot days at a great construction site. Grazhd. av. 12 no',12:4
D '55. (MIRA 11:6)
1.Kuybyshevokaya gidroolektrichookaya stantsiya.
(Kuybyshev Hydroelectric Power Station)

DROZDOVJ, I.
Vow devolopmenta in the operations of the Oral Bus Station.
Avt. tranop. 42 no- 5115-36 My 164. (MIRA 17:0
1. 7ALmostitell nachalinika Orlovskogo avtoupravleniya.

0 Z' c1d 0, IT, A, -
AID Nr- 983-3 5 June
SINTERINO OF COMPACTED OMDIZED COPPER POWDERS (USSR)
Aksenov, G. 1. , andj._A, DrazdQZ_ Poroshkovaya metallurgiya, no. 2,
Mar-Apr 1963, 14-21. S/226/83/000/002/002/014
The Kiiybyshev Aviation Institute has compared the sintering behavior of cop-
per powders reduced from scale at 2500C (powder A) and at 600*C (powder B),
compacted under a pressure of 1- 3, 5, 7, 9, U, or 13 ton/crn2 from 75- 90-P frac-
tions of powders,and sintered in a current of H2 for 30 min at a temperature
of 980*C reached at a rate of 20 deg/min. It was found that the final density
of sintered compacts generally increased with increased sintering temperature.
However, A compacts grew in the 400-550*C range and B compacts in the
800-'1000*C range. When compacted at-a pressure below 7 ton/CM 2, sintered
compacts of powder'A were denser than compacts of powder B. The maximum
density in both compacts was achieved with a compacting pressure of 5ton/CM2.
Card 1/2

AID Nr- 983-3 5 June
S31'=-Rn,,G 0? COMPACTED OXIDIZED [Cont,d] S/226/63/000/002/002/014
--.An in'ip-ortAnt factor affecting final density of sintered oxidized-powder compacts
is the heating rate in sintering, since increasing pressure of gases with rapidly
increasing temperature strongly counteracts sintering. 'Thus, slower or step-
wise heating with a holding at the temperature of gas liberation from the -surface
of powder particles, i. e. . at 400-5000C, yould.be more'effective. jMS]
Card 2/2

L 143,oo-63 EW~(q)/ (m)/BDS_ kFFTC/ASD JD
ACCESSION M AP30MI03 3/0l26/63/015/bo4/b597/b6o4
AUTHOR3i Osenov, G. 1, Drosd*,r, 1. A,
TITLEs Vicrostmetural an a of copper from sinter
SOURCE: Fizika metallov i Vol* 15j, no. 4, 1963, 597-604
TOPIC TAGSt microstructurs,,,copper,, copper ainter
ABSTRAM The iderostructurs of copper obtained from copper dnts was istudied,
Photographs of the results a" preaented and discussed. The copper samlelo war*
oxidized in an electric oven at 900-IOOOC for 30 hours, The thickness of the
oxidized layer obtained was 1.5-2 mm. The sinter was separated from the nonoxicUz6d
part of the metal and weighed. Subsequently it was treated b7 a reducing gas at 1
temperatures of 250, 3009 350 and 5000 for a period vft-ying from 10 to 1200 minutes'
The authors state that copper oxidation- at high temperatures results in a dense
sinter composed mainly of cuprous oxide. Large voids at the metal-sinter interfaco~
are caused by the unilateral copper diffusion. A Invthesis concerning the
mechanism of the reduced copper advancement into the sinter-layer in offered. The
crystalline-chemical conversion of the dense e1nter during reduction results in a
metal with cracks and_submicMcrggkp% Copper reduced at low temperatures is fine-
Card 1/2

L 14300-63
ACCESSIM RM APY=103
grained, has fewer creaks and displays coagulated vicropores near the surface. Thai
Increase in the reduction temperature results In a Innsycomb struoture,& coarser
grain, and a tdcropore displaostent. tovard the emter of the honeycomb frepents.
The kinetics of the microstmature change In a refteed copper are determined by them
aceeleration of the diffUsion prooesses with the temperature increase. Orig. art.
haat I table and 5 figures.
ASSOCTAWONs none
SUBMTTEDs 150ot62 DATZ AM 12Jun63 IN(MI 00:
SUB CODEt ML
NO BE? SOVI 010 OTMI 00i:.
Card 2/2

ACCESSION MRs AR4016313 8/0137/64/000/001/0036/0036
SOURM RZhe Metallurgiyas Abas IG249
1~ 'AUTHORt Akeenov#.Oo I&I Drosdavs L As
TITLHt Study of the sintering of oopper oompaots by means of high-tomperature
metallography
CITED SOURM Tr. Kuyby0shovske arints. in-t# vy0p., 16, 1963, 149-166
TOPIC TAGSt copper powder sintaring,.proseed copper powder sintering
TRAIISLATIOlit, A atudy was made of tho processes of sintaring two Cu powders# a
reduced and an atomized powder, The atomized powder was first annealed in 112 at
3000. Specimens 20 mm in diameter and 0.7 - 192 mm high were pressed with polished-
surface punohes under a pressure of 5 Vom2e To make it possible to study specific
Sootions of the specimens, a grid woo drawn on them with a diamond Indentor# The
speoimano were placed in the chamber of & type MW high-temperaturo microgoopes
0-10
The study woo carried out either under vacuum (10-4 min 11g) or in H? mm RG
Boating rate was 6-10 dodmin* The surface was photogr4phed every 60-1000# 'When
dintering briquettes from reduced powder at 970-9800, the surface under observation
Card 2/2

:ACCESSION NRt AR4018313
lboom" rough, pores became rouuded. and the grid lines almost dicappearede When
aintering briquettes from the stomixed powders the some ohanges ociourred at 930-
A00 and were iartioularly pronounoed at 1036-10700t Vs Hiroshnikov
BIUB CODU M 00.
Cord

I-- I -t; - -~- '. a, Lurw -
q

D-ROZDOV, I. D., Cand. Tech. Soi. (dies) "Some Problems of Theory
of Equalization of Measurements," Moscow, 1961, 23 pp. Moscow
Inat.. of Engineers for Geodesy, Aerial Photography and Carto-
graphy) 200 copies (KL Supp 12-61, 266).