SCIENTIFIC ABSTRACT V.G. DEMYANENKO - A.V. DEMYANOV

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000310110016-8
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: June 12, 2000
• Sequence Number: 16
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

DFJOYANE"K0, V. D. C~,rid Agr Sci -- (dif;~i) "On~ble effr-ctivenenjq~,If;cfors ~ t~ I
of lowland peat and possible merms for its more ridional utilization in the
southern UkSS.I? (1953-1957)." Kherson, 1956. 1,13 ;:~p (Kis),inev AC;r Inst im
N. V. Frunze), 'c5u copies (KL, -52-98, 104.)
-87-

DIP,MIYANENKO., V.Q. [Dem"iananko, V.H.)
Mechanization of the operations in the manufacture of
"khalva." Khar.prom. no.1:46 Ja-Mr 162. (~M 15:8)
1. Glavnyy inzh. Odesskogo oblastnogo upravleniye. promyshlonnosti
prodovollstvennykh tovarov.
(Odessa-Confectionery)

,I)EKITAUMD. Vasiliy NikolayevicIL; YMIIMIXBV, I-I-v prof., otv.red.;
.. 1. ~ - .ZHARTKOV, Yu.G91, redm; SHCHM NA, N.L., takhn.red.
EForms and methods of collective farm supervision by the district
executive comitteel Formy i metody rukovodetva kol.khozami so
storony raiispolkone. Otv.red. I.-I.Zvtikhiev. Kos)-.vs. Gos.izd-vo
iurid.lit-ry. 1960. 91 p. ... NIRA 13:7)
(Agricultural ad-4nistration) (collective farms)

DMIYANIMO, Vladlen NikolayGvich; YUMOV. Yu.. red.; MOUTINA, R.,
[The imperialistic struggle for rubber] Imperiallatichaskaia
bor'ba. ze kauchuk. Moskva, Izd-vo sotsiallao-ekon.lit-ry, 1960.
101 P. (MIRA 13:7)
(Hubber industry)

mtlmlile~ acdm of humic td" on the Wevaragaar
f1baborrAinU. L.AA1riztevaaudV.0,DCm' mmkol
AV.Irm, :Kherson). DvpmWiAk-3d-,-7Vauk. F. ! r. =..
1050, No, 11, 299-Ml(Ritrsian sumnary, 301.-21~ ti. CA.
48, ODOU,-In the absence of phztcareth i h;9itseldsin
conju=tion with gluccose and phospinift buffer k-wel-ed the
C content al the plints, Glucose alo tic fed close to the rootv
o!'!~uts imcreased the C content. It was mucluded that
k kp"-~m tag

-',24.2500 65726
SOV/139-59-2-25/3c,'
AUTHORS: Kucherenko, Yo.T., Demlyanenko, V.P. and Tallnova, G.N.
TITLE: The Effect of Ion Bambardment on the Electron Emission
of an "'xide-Coated Cathode
PERIODICAL;Izvestiya vya:3hikh uchebnykh zavedeniy, Fi2;ika, 1959,
Nr 2. pp 16o-i68 (USSR)
ABSTRACT: An experimental study has been made of the effect of ion
bombardment on the emission of a well activated oxide-
coated cathode. The effect of the ion energy (in the
range 100 to 600 ev) and th magnitude of the ion current
(in the range 1 1:0 15 x. l0-9a;mp/cm2) on the rate of
decrease of the emission of an oxide-coated cathode
working at a reduced temperature has been !itudied. The
experiments were carried out using the tube shown in Fig 1.
The construction of this instrument is similar to that
described by Ptuiihinskiy (Ref 12). In Fig 1, 1 is the
anode, 3 are tungsten cathodes and 2 are reflectors.
The ion source 1-3 was filled with a chemically pure
argon at a pressure of about 2 x 10-4 mm Hg. The
ionization was carried out by the method doscribed by
Ardenne and Heil in Ref 13. The cathode under
Card 1/3 investigation 10 was placed immediately behind the ion

657 26
SOV/139-59-2-25/30
The Effect of Ion Bombardment on the Electron Emission of an
Oxide-Coated Cathode
extracting system 4-6. The electrode 8 was used to
ineasure the change in the emission of the cathode.
Special precautions were taken to remove other gases
etc before the tube was filled with argon. It was found
that for argon ions of iLtp to 600 ev and ion current
densities up to 15 ji amp/cm2 noticeable fall in the
emission is observed only at reduced cathode
temperatures. At reduced temperature, the reduction in
the emission depends strongly an the temperature, the ion
energy and the ion current density. The following
empirical relationships have been found
a oLoe Q
and I 1oe_a(Vp - b)I Pt
where a
t.
.0
(T = 990*K)
; I is the current at a
Card 2/3 given time t; Io is the initial current (t=o); Vp is the

65726
SOV/139--59-2-25/30
The Effect of Ion Bombardment on the Electron Emission of an
Oxide-Coated Cathode
ion energy; I P is the ion
The corresponding graphs are
There are 9 figures and 18
Soviet, 7 English, 1 German
current and a,b,Q are constants.
shown in Fig 6, 8 and 9.
references, 6 of which are
and 4 Japanesti.
ASSOCIATION:Kiyevskiy gosuniversitet imeni T.G.Shevchenko
(Kiyev State University imeni T.G.Shevchenko)
SUBMITTED: July 1, 1958
Card 3/3

83269
AUTHORS: Kucherenkoo Yet.T.,
Tallnova, G.N.
TITLEs Effects of Ion
from Oxide and
S/109/60/005/oog/016/026
EAo/W155
Demlyanenko, V.P. and
13owbardmentpon the Electron Emission
Boride Cathods,01 -
PERIODICALs Radiotekhnika i elektronika, 1960, Vol.5, No.9,
PP-1493-1499
TIM In continuation of work published in Ref.l,, factory-
produced plane cathodes 3 min dia were tested. The electrical
circuit indicated the cathode emissivity at very low temperatures
both oscillographically and by a pointer instrument. The cathode
was activized either by the usual method or by ion bombardmentg
as described in Ref.l. In studying the effects,of ion bombardment
on well-activized cathodes operated at very low temperature, it wab
found that the equilibrium emijision is dependent on the ion beam
parameters. Hence, the interaction of the ion with the cathode
surface can hardly be attributed to simple disruption of the active
layer; other elementary phenomena must be assumed to be also
present. The authors consider the most probable processes to be
dissociation of the oxide at the surface, connected with oxygen
Card 1/3

83269
s/ioq/60/005/009/01.6/oa6
E140/R455
Effects of Ion Bombardment on the Electron Emission from oxide and
Boride Cathodes
evolution. This is partially confirmed by an exceedingly great
increase of work function although the emissivity only decreases by
a factor of 8. Further, if reactivation is neglected the
logarithmic decrease of emission with time should be linear.
However, in Fig.2 it is seen that this is not the case, although the
initial rate of decrease agrees with the theoretical, neglecting
reactivation. The studieei of LaB6 cathodes contradicted
.1 results (Ref-3) in that the effocts of mercury ion
Lafferty's
bombardment were found to be reversible. Analysis of the present
experimental material shows that LaB6 cathodes at working
temperatures are insensitive to bombardment by neon, argon and
mercury ions in a range of energy up to 10 kV for argonu 3 V for
neon and 2 kV for mercury, with beam currents 100 A/cm2,
40 A/cm2 and 25 A/cm2 respectively. Changes in emissivity
caused by ion bombardment at low temperature were reversible and it
is assumed that they are connected with chemical changes in the
surface state of the cathode. Acknowledgments are made to
Card 2/3

83269
s/log/60/005/009/016/026
E140/K455
Effects of Ion Bombardment on the Electron Emission from Oxide and
Boride Cathodes
N.D.Morgulis and student V.G.Avramenko for their assistance.
There are 8 figures and 7 i~e~ferencest 6 Soviet and I English.
SUBMITTEDs November 13, 1959
Card 3/3

3368?
0 0 P ooll 1/38; S/058/6 1/D0,0/01 2/076/08-1
~~ I V A058/Aioi
AUTHORSi Kucherenko, E. T., Demlyanenko, V, P.
TMEt Effect of ion bombardment on electron emission of oxide ca4:hOde_=
PERIODICAL- Referativnyy zhunial, Fizika, no. 12:, 1961~. 406.. abst-rac4, 1.2zh_18
(Visnyk Kyyivslk.. un-tu, 1960, no. 3, ser. fiz, ta kdamiyi. no, I
106 - 107, Ukr, Russ. summary)
TEXT: The effect of bor.~bardment by argon Ions with energie!l ranging from
100 to 800 ev an the electron emission of oxide cathodes with temperat.ureS rang-
ing from 725' to 1,07eK was* investigated experimentally, Ir. was found that In
the initial moment the rate of electron-emission diminution is a linear fluncrion
4- 1 Ve r e
of ion-current density and ion energy and an exponential func .ion of n _-- m-
perature for constant values of Ion-current density and ion energf, 'it wa!3 also
found that the work function of oxide cathodes as determined by i~ne Richardson
method increases under the action of ion bombardment by a factor of 2. VrAle ~a-
thode emission decreases by a factor of 7 - 8.
[Abstracter's note: Complete translation] D, Vinogradov
Card 1/1 V

Kucmymop YeqT.; AKHTYRSXkYAI Ye.V.;.R]~~IU91WJKO. V.P.
Effect of the ion bmbardzent of inert gases and )Wdrogenlon
the electron emission of pressed cath(xles, Radiotekh.i elektron.
8 no.2a,"79-287 F 163. (MIRA 16:2)
1. Kiyevskiy gosudarBtvennyy universitat im. T,G.Shevchenko,
(Cathodes) tThexuionif:: emission)

r" r I ici.
Late result~--
n.
-I~; prelimimir,
-it( go

., V.., podpolkomik; PPTRUSHEI,,`,KJ`YY Y
MAMOV . - . i. mayor: DEMIYANEMKO Yu.
kapitan
Physical exercises for signalmen. Voen. vest. 41 no.1:99-100
Ja t62. (milbl

C Nks k606~48 86MCE CME! uR/0000/66/000/000/0147/0148
ACUDIOR: Demlyanenko. Yu. Ke
r
ORG: nons
TITLE: Changes in the execution of automated apd nonautormted movements d
simultaneous processing of sensory information Lnxper presented at the CAVelr%ece
on Problems of Space Medicine bald in Moscow from 24 to 27 May 19661
sOL19CE: Konferentsiya po problemsm kcamicheskoy meditsiny, 1966. ProblenV
koamicheakoy meditsiny. (Problems of space inedicine); materi4y konferentaii,
Moscow, 1966,, 147-148
TOPIC TAGS: space communications, man machine sratem, biocyberneties
ABSTRACT: 133~periments have shown that the sensory, motor, and intellectual
components of worldng activity are related differently, depending on the
type of Nvork. In most cases the response reaction, after perception and
processing of information in the man-machine system, is expressed in
a definite motor act. Ifi normal conditions. when there are suffi,cient
pauses betffeen individual reactions to changing conditions, the riotor
act follows sensory processing and there is minimal interference between
the two processes.
Studies with human operators from varying occupations shoNved that

ACC_14k:___AT6 6548
when movements are highly automated, the operator can perceive a
considerable amount of additional Information without impairing the
accuracy of his work. When a motor habit has not been established,
,perception of additional information leads to a decrease in the tEmpo of
-movements and a decrease in accuracy. The physical condition of the
operator has a considerable effect on the work quality under the;5e con-
ditions. Operators in better physical condition, were better able to
-perceive additional information without impairing their accuracy. With
Jack of time or operator fatigue, perception of additional information not
~required for the x~iain program drops (but not to, an identical degree in
lall subjects). In programs with highly automated movements, physically,
fit people can still perceive a definite volume of supplemenary informa-
tion owing to the shorter motor component. In programs requiring finely"
coordinated movements, perception of additional sensory information
led to disruption of the capacity for differential inhibition, which in turn
quickens the tempo of work above optimum level, with simultaneous
worsening of qualitative wo;rk indices. Once again, the capacity for
differential inhibition was considerably less disrupted in people with
better physical condition and, an identical volume of -perceived sensory
infomation.- Dd* A.'No. 22; ATD Report 66'1161
SUB CODE.* 06, 17 / SUBM DATEs OMay66

I)EM I VMIMO, YU. S.
Industrial sewerage of the Syava Wood Chemistry Combine. Gidroliz.
i lesokhim.prom. 12 no.1:28-29 '59. (KIM 12:2)
10 Giproleskhim, (5yava-Sawage-Purification)

DIMITAMMKO, Yu.S.
Aeration plant for phenolic industrial wastes of the Asha
Wood Chemistry Combine. Oidroliz.1 leaokhim.prom. 32 no.6:
23-25 '59. (14IRk, 13:2)
1. Giproleakhim.
(Asba.-Wood-uning industries)
(Bova," disposal)

MITA 9 YUOSO
Plan for the purification of sewag"s 6f,4he Tayshet-
Berezovskoye wood-chemical plant. Gidroliz.i lesolchim.
prom. 13 no.:):27-28 160. ()(IRA 1,): 7)
1, GosudaretweiuW institut po prc7ektiroraniyu. pr-bdpriyativ
lesokhiaichaskay proureblennostio
(Tayshet-Sevage-Purif ication)

DII-MIYANENKO, Yu.S.
Use of plywood pipes. VOL :I Ball., takh. n.o.3.'12-23 Mr 16le
(NIRA 14:7)
(Pipe, Wooden)
(Neyvo-Rudymka,-Sev3rage)

DRI I YANE -11
Proper selection of sites for river water intakes. Vod. i san.
tqkh. no.5:34-35 MY '61- (MMA 14:6)
(Watersupply engineerini)

1)1241YANENKOV Yu. S.
Purification of the industrial wastes of the Vygoda Wood-Chemical
Plant. Gidroliz. i lesokhlm.prom. .14 no.2.-26-27 61.- (MIRA 14:3)
1. Giproleikhim. -
(Vy?.oda--Snr&k6--PurIfi cati on)
kVygoda--Wood---J",hemistry)

DEMIYANENXD, TU.S., inzh.
Using schematic models-of
no.10:31 0 062.
(Engineering
w2derground piping.
models) (Pipe)
Vcd.i san.tekhn
(MU 15:12i

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Ji fit'l flotation 1.) a 2nd cru4ling allal a 21M 11,41miml-t Ca
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SAPKO, A.I., kand.tcMin.nauk; DOPMOV, V.P., kand.tekJan.nauk;
"-n;;jj.i K,1XjC11,17K V.A., kaii~,-uldw.jiau],;
1:1ectrohydraulic voitaEQ regUatorn on are furnaces fv.,- the
ramufactitro of i gornorud. prom. no.4:19-0-5
Jl--Ag IG2. (MIM 15:9)
1, Dnapropctrovskiy metallurgicheskiy inatitut (for Sapkoj,
Volzov, Demlywiets). 2. Zaporozhskiy zavod farrospla-7ov
(for Kraychanico, Dekhanov). .
(Elocta-ic furnaces) (Automatic control)

31MOO A.I.,, kand.tokhn.nauk; DOBROV.. V.P., kand.tekhn.nauk; DEMIYAHM, L.A.
inzh.; DEKHAXOV, N.M.,, inzh.; VOLKOV,, V.F.p inzh.; RRAVCHENKO, V.A..,
insh.; BOYTSCJV, L.I.P inzh.; SEMENOVICH, B*V., inzh.; FRISH, M.I.,
inzh.
Investigating power regulators with electromechanical and
electrohydraulic drives on ferroalloy refinin furnaces. Stall
22 n0-4:321--324 Ap(~62. (mm 15:5)
ectric furnaces)

- 'ElY i - ) , - o'. ir ,
DEV I YA. id" Ts , 7'. P, .n z h . ; JljfC, 11,11, . I I ~ . 1 . ... ; .. . I- .1Z'14.
, .1 i.j", 3-fji
I : . , ~ - - , . -
Operating a mobiie rotary car dumper. lieldi. i avto:,-,. pro'.zv. 18
no.9:33-35 S 164. (IliR;~ 17:11)

UTTIN, B.B,,; DEMIYANKS, L.N.
Synthesis of cancrinite single crystals. KristaJ-lografiia 6
no~3.-799-800 161. (MM 14:10)
1. Inotitut kriata.Uografii AN SSSR.
(Cancrinite crystals--Growth)

3986,~
its,
E132/E4,55,
AUTHORS: Litvin, B.N., Demlyatnetal, 'L.N.,-
TITLE; The product ion- of'-s-ing"le crystals of inephellne-by a
hydrothermal method
I , . I
PERIODICAL: Kristallogi v.7, no.4 ~06 '2, '64~' ~4~`
-afiya,
TEXT: Nepheline, NaAlSiO4, is a silicate with a continuous
framework of (Al,Si)04 tetrahedra. It transforms at 12480C to
a-carnegieite. Crystals of nepheline have been grown
-autoclave from seeds of natural nepheline
hydrothermally in a4.
and pure chemicals fthe particular compounds and quantities are
nGt stated). The growth method was that of temperature drop
(E-! Buehler and A.C-Walker. Growing Quartz. Bell Telephone
Pu4lication, 1949). The growth rate appeared to be proportional
to:temperature in thilinterval 300 to 525*C. As long as the
pressure was above 300 atm it had little effect on the-growth raze.
Nepheline can be~grown even in the presence of carbonates if a
seed is used but if a cancrinite seed is introduced the
cancrin:Lte grows. Sometimes natrodawyne (Na8Al6Si6O24(OH)2)
was also found. jNepheline crystals grow as regular hexagonal
Card 1/2

The production of single
S/070/62/007,/004/015/ol6
E132/E435
prisms with the faces (161-1) (sic), at a rate of 0.'2 -to 0.5 mm/day
.perpendicular to the face (0001). The best temperature was
.350 to 4500C. There are 2 figures.
ASSOCIATION: Institut leristallografii AN SSSR
(Institute of Crystallography AS USSR)
SUBMITTED: August 26j 1961
Card 2/2

DEMIYANETS, L.N.; GARASHINA, L.S.; LITVIN, B.N.
Crystallization of wulfenite ',PbMo04) under hydrothermal conditions.
.1
Kristalografiia 8 no.5:800-803 tl~ 163. (MIRA 16:10)
L Institut kristallografii Ali SSSR.

JACCESSION NRI AT4040565 S/2564164/004/000/0162/01671
1AUTHORs Litvinq Be Nei Demlyanataq Le Nei Garashinap Le So
~TITLE: Crystallization of alkaline-earth molybdates under hydro-
thermal conditions
ISOURCEt AN SSSR9 Institut kristallografiis Rost kristallov, v. As
i1964, 162-167
ITOPIC TAGSt crystal growth. alkaline earth molybdate, barium
imolybdate crystal, calcium molybdate crystal, strontium molybdati
jerystal, hydrothermal growth, powellite crystal
;ABSTRACTt Alkaline-earth molybdate crystals have great potential
ifor use as laser =aterLa1'8'e-Owing to the rarity of natural crystals
jof this type, much interest has been displayed in the possibilities
t'ifor growing artificial alkaline-earth molybdate crystals. In the
1present.study calcium, strontium, and barium molybdate crystals
iwere grown hydrot.hernally, fion acidic or alkaline solutions* Previ-
..jously, only calcium molybdate (powellits) had been synthesized under
LCard' 1/2

!ACCESSION NRs AT4040565
ihydrothermal conditions. Growth experiments were conducted in an
:autoclikve at 450-500C. The temperature gradient wsis 20C and the
!pressure 1400-1600 atm. Under these conditions, recrystallization
I of chenically pure molybdates from alkaline (N&OH) solutions yielded CoM6041
,1SrXoo4, and BaH904 crystals with dimensions of 2, 3--4, and 5 am,
Irespectively. Recrystallization from acidic alkalime chloride solu-
!tions was comparably successful only with B&M004. L-098 SUCC&SgfUl
t
;were the experiments-with synthesis of R&H60, and SrHoo, from B&(OH)
and molybdic acid. Crystallographic x-ray data are given
ior Sr(OH)2
land crystalline forms shoim for all crystialso Orige art. hast 6
ifigurell and 1 table*"
1ASSOCIATIONs none
;SUBMITTEDs 00 DATE ACQt O2Jul64 ENCLs 00
jSUB CODEi S31 F_G NO REIF 301ft 004 OTHERs 003
:card 2/ 2

7
64100'1(1/64/009/0,04/0582/0583
Al: CK S 9 1 ON NRs AP4043200'.'
A1JT11OR i164M Yana t 11LM.-; 'L1LtvLnq B., N.
a~; nthesits of cadmium tungstate
TITLE1 Fe f bil of hydrothermal ay
SOURCit rrielallograftya, v. 9, no. 49 1964, 582-583
TOPICalAGSt cadmium tungetateg activated cadmium tungstate, single
cry-&,t.grow-th, hydrotheraral crystal Browth, cadmium tungatate
crystal, cadmium tungstate phosphor, luminescent cadmium tungstate
ABSTRACTs Preliminary data are given on the syntheeis of cadmium
tungstate' crystals from a mixture of oxides (CdO + 1403) and recryntal-I
-i-"tion.-of CdWOk, or Cr3+ and Fe3+ activated M04 phosphors from so-
lution under hydrothermal conditions, These hydrother-mal crystalli-
zation experiments with Cd"4 were carried out for the first time in
view of Lndicatione in the literature 48 to possible uces of CdW04
'singla- cr stals in-iscintillation counters and of Fs3+ sictivated CdW04.
y
as-wLtlimetric range masers. The composition of the charge, solvent,:
and operating candLtions are; given for etch experiment,, Also, the
I-Cord

ACCESSIOV 1IRs AP4043260
couposition, color, and dinvasLous of the synthesized crytitals are
indicated, Crystals grown from solutions of the atoichionstric
CdO-+ W, mi.xture in lithium chloride + ammonfum chloride contained
a large proportion of tungsten p?lyoxidel, th-DOe from NcOll solutions
canZained metallic cadmium* The beat crystals (7 x 4 ic 2 mm) were
grown from lithlum chloride solution. So-me of the CdW04 crystals
ware transparent and luminescent on ultreiviolat excitation. The
Ical.ored crystals contained various impurities (Fe, Mn, Cr, TL).
fti-g. art. hais: 1 figure, and I table.
A4XS-M-A T). ON iTTIStitut kristallografiL SSSR (Institute of Crystal-I
lography, AN SSSR)
SUBHITTED: MovG3 AID PRESSI 3086 ENCL: 00
SUB CODEt SS, CC NO REF SOVt 002 OTHER: 004
2 /2

U_

i r

016pi: o
MUM
AP

i
_f ng F ip6sition Cal Cd

M*15
,on
~p
Excl tatibn~'spectra shove -sim lar ~(it!t~,band 4 t.,300 qu appcini: at ~O5

iaoli rna- tion' of ~tha:- 0
~,-% UW04)., The fo Plid -ii6l~ti n ~ d -the
~(C. v CO W04 'at]
IlThvi
e-oil w f rauii c 4666 t a~66.p
e

ich f or- -
i thark A. - M. :,bu
for riviii ,4g a VOICK., art has: .6"figurps
I tab 6

SS~l Lfistalli -(Ittid
InAtitut. dgt-dfit~AN U91U, t6ti61! - Crys ~allography 0

'j�ERI; _Cw!:3 udars tverinyy naudmo- 4 s'a*; 1e" -ekLy: ~
domstel
~AN
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eent gicheakiy
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ps it"y
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'
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.
l 4lisntLf ic'Reimarch
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SUB CODE.:
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DEMIYANETS, L.N.; TCMFIAK, M..Is
X-ray diffraction study and some optical characteri.,itics of the
isystem CaWO4 - CdW04- Izv. AN 39SR. Nei5rg. mat. I ncl.5t,758-762
My 165. NW, 1800
1. Institut kristallografii AN SSSR i Oosudaretvemi~~ nauclino-
issledo-vatellskiy rentgano-radiologich,!skiy institul, MLnisterstva
zdravookhrananiya RSFSR.

L 0790h-61 EWr (m) IJP (C) JD
'ACC NR: APO
246?4 SOURCE CODE: U410070/66/011/004/0686/0689
:AUT111OR: Chichaeovo A. V.; ;DL1'yiWhs, L,.110 Ilyuk n# V, Bolov, 11, V.
!ORG: Institute of Crystallograpky AN SSSR (Institut krist&llogrw~ii All SSSR);
--? INC v
Moscow -'Malo M&versfty so -(Moskovskiy gosudarstvannyy universitet)
TITLE: Synthesis and-dry3tali-'atr4cturo of eadmivn molybdate
7
SOURCE: Kristallografiya-,~-*v.; 11, no. 4, 1W9 6&689
TOPIC TAGS*.. cadmium coxpound,:m Iddlybdato, crystiLllization, exchange reaction.
stoichiometry, crystal lattice structure
JABSTRACT.- The single cry''stals of CW-1004 wore t1io product of hydrothormal crystal-
:lization in the systems CdO-~1003-XCI-H20 (11 = Li, Na, K). The synthesis was in an
:autoclave with working chanbor volume 45 -- 50 cm% at prossure 1,000 - 1,500 atm
Ifor 3 days. Daring the hydrothormal wynthosis, in addition to the dissolution
of the components, their transport, and crrsta2:Lizatioft of the cadmium molybdate
lin the cold zone of the autocIavep an oxchango reiction between Cd~lo% and LIM wao
I observed in the liquid 'phaseat LiCl concentrat Ions larger than 20, with formation
lof a mixed Li-t Cd-adlybdate'of oonstant but non-stoichiometrio composition. The

L 079o4_67
ACC NR: Ar-6o24674
single crystals were colorlosal with dimensions uP to 5 m, with tetragonal lattice
having parameters a = 5.17, a = 11.19 1 (Z = 4), space group C4116 - I41/_,
of the structuro and.tablos of tho coordinates 'of the atoms and of ~the interatomio
distances are presented.-: Thoproporties are oompw.-ad with thoso of other molo.
dates. Orig. art..bas;--4 figures and 2 tables,
IWB WDE. 20/ SUBM DAXEI-~ ;~GJ=66/ ORIG REF: 0031 OTH RET: 004
H W
7
,

SkTSYPMOV,'F.A. Cdeceaasdl; RME~HANIVS P ZAMOLOTHATA., Ye.S.;
IVANM, L.I.; &I, M.V.; TURCVA, A.D.,
doktor m9ditsinskikh nai&, redalctcr; ITSEDV, N.Ta,, kandidat
sell akoIftLi.-,zy-aya,,7,enmykh rauk, radakt,)r; ZHUKOV, G.I., redak-tor;
139LICHIMVA, Yu.S., tekhnicheskly rudakbor.
[Digitalis] Naperstiamks.. PcKI rad. N.IA.Itskova i A.D.Turovoi.
Moskva, Gos.Izd-,7-o m8d.lit--Iy, 1954. 42-19 p. (VJRA 8:5)
(Digitalis)

DIMIYAMITS, P.F.
Culture of Securinega suffraticoem. Med.prom. 12 no.3:24-26 Mr 158.
(MIELA 11:4)
1. Vaesoyuznyy nauchno-issledovatel'aldy Institut lekArstvennykh i
nromntichaskikh rastonly.
o3cummw

I
Vrjn,~Aic Q:fis
~J?c S~:rtriaa%& 31iffir lit t.~.C:Cre,
27 'f p 1, Vp_.,f~ -Cal )1.1 1 a,3,c f(?f
Ar,.7ni-r-tic ()x1 'w A
ti 4. _j C.a
tA v f: C
s ra Kal 1 4 d 3 t,
_rt)l cr-lp
.01 : -A
Si-,~n j-." the _,oLtmorcal qj,t"A Lf
--.1eut "aw :vaforidl J.n :ra '~atlo-t t.), tiw r'-u- i.-
C.O.C10'am an~ I ariect"ag time,--i. T Ile

RF32 Z1,,v1--L1oj!itdyu, Vo.j? 19599 1872
j i + on i r,i
r ill 1~5u ix, d
-asa it ktij ;.31-4j,viur r11,tiA!".-- of
tar. 6 %~ -r"a t--~ Oil's pl.d it; 'A-) C v I ~c O-Ad, 0 z
Tu t-)16 tn-~
I C, --.1 T) ,, e C C I R T,
I.
.irg to tn--, 2*-nd-as-.x-ja.1 oi-.tr,.it of
Tilis ;ipv alk"Ici,4 wfic't Las t~,e
1- It 0 N ta pf,brmorolog
~L -

SLMIRENKO, Lev Platonovich (deceased]; SHEFELISElY, A.I., luind. sell-
khoz. nauk, glav. red.; KOVTIR4', kand. sellkho!z. nauk,
zam, glav. red.; FOSTYUK, A.V.p zam. glav. red.; RODIONOV) A.F.,
doktor biol. nauk., zam. glav. red.; DEMIYANETS, Ye.:!'.. starshiy
nauahW. sotr;, red. toma; LISOVEbIKQ,'L--T--p -kand-.-ly.Lol. nauk,
bauchr5ry sotr., red. toma; NIKONERYO, M.N., kand. blol. nauk.,
red. toma; POSTOYUK, A.V.,, reet.; DERMANKO, G.S., tekbn. red.
(Poraology in three volumes; apple, pear, stone fruits] Pomologiia
v trekh tomalch; iablonia, gruz3ha, Imstochkovye porody. Kiev,
lzd-vo Ukrainskoi Akad. sel'Idioz. imuk. Vol.l. LApplel lAblonia.
1961. 578 p, (MIRA 15:2)
1. Ukrainskiy nauchno-issledo,ratellskiy institut sadovodstva
(for Demlyanets, Lisovenko). (Apple-Varieties)

Is 110111201.11,11611 .71ju
a Is ull 141S ll;,;J,. Q.,
a -X 1 2-1-1- 1 1 A.Ak 0 cc 0 ~"42,-)
I") (jut II
C,9
oe'A
-00
00 .-oo
Soll.-
slepwise flotation of copper zinc 4irs N I
Vill't, And V hl. L*11%*.r4llvl'. 1*,i~tljyl .11.1. 10,
INT).:101 7ti4ill. .-A;~;Ai. 7ex1r. 1944. 11, 1-2~Nl; al C I
:: 11 ; I I t
'I u 35, Q1,41, BY vAlljtViing she 11,01.tt"al Tv-111'. 11,41k. ifir
tit's ll'itittiolt l.&2ntlcrtk%hingajmf.t 2nd dw.i6m.,i Cu
ctillivulT.61V Ctilitil. flAV- Cu "Ild .1 Zil Coe
66.3 .41 81"L Zis wt~rr 14"iu;~. '11w 1,A, I it,. i.d. t Ais, iaeo
00- 1AW4 allpff-CiAbly ICSS IIIAR With thV AiliCk-lit-It 114#141(4"l
sea C.. M..~lt, zoo
--Go
AjL -Id
goo
:Joe
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A 10. 1 L A OCTALturric,ti, CITC014IM9 CLASSWICAMN tree
too", T,
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t.341. it Ov Got vokkille.
lit u Is AT M3 is to is, tritall eta Its Ilan is amwit kft In I I a 14 0 0 of 04 -3 to a I I
'Del 0 0 0 So :1* 0 e 0400 00 *of -Oul-0066-9 0 0 0 so 0 0 0 o 4

-DEMNIK, K.; GRIGORIYEV, V.
The S.M. Kirov Electrolytic Zina Plzuxt in Chelyabinsk is 25 Years
old. TSvet. met. 33 no,6:18-20 Je 160. (MIRA 14:4)
(Chelyabinsk~-Zino-.-~gleot-rometallurgy)

DEHYAKIK, K.L.
---- L--~
Quality of zinc concentrates from Ural ore dressing
plants and completo utilization of the raw material.
TSvet. met. 35 no.'I-.19-20 J1 162. (MIRA 15:11)
Wral Mountaiyw--ZJ.no ores)
(ore dresoing)

fP No
Application of an aluminum mefte to quantitative x-ray
analysis with having a beat cry". 1. (*,.
I arm'ymninov layft, Akad. Nauk S.S.-
.%. R_ Sr, Pit. 15, 2-39 4.X 11351 ) Ali Al lardpr va,i N-
41-1 l"r dill.1111. wmlr~Am lailh %.Iltyq SIII 4 It -isol N'
tio-ormiaWn); lhr im1k.o. I),*- vtim-
till pit% 1.1111 atr illdrivillivill t-f the 311%. t-tultrilt.
0t tht- awl)mis for ;a crttaiii elemem a %1xvitolarmu
i, i:%kon wdetert the pirrwiter of mbrar Ormeti". 0m. dv-
"llitt 1, wthwl"I ("t mllllwlri~'lt A-1 :1 lilm". M.
riwlovaplml to I'llit thr ttrim-114mv ol 1"a P. V, 'm
- th - 0 U - title lealKlh, P - ilairli'liv). %4tellmi'llvm,
,bwl It"t r"Illirr philtolurtry of tile 111.1te%. S. Pakvmcr

Dal'YANIKOV, 1. G.
"Rapid Mothod of Quantitative X-ray Spectrum Analysis"
Transactions of the Inst. of Nuclear Physics, Kazaldi SSR, Acad. Sci. Trudy, v. J_...
Alina-Ata, Izd-vo AN Kaz SSR, 1958,
This vol. contains results of research at the Inst. of Nuclear Physics for the
years 1954-56.

SOV,/25-59-1-19/51
AUTHOR: Dem andidate of Physical-Mathematical Sciences,
Deputy Director of the Institute
TITLE: The Atomic Center of Kazakhstan (Atomnyy tsen.tr Kazakhstana)
PERIODICAL: Nauka i zhizn', 1959,,Nr 1, pp 33 - 35 (USSR)
ABSTRACT: The Institute of Nuclear Physics was organized at the Ka-
zakhstan Academy of Sciences for the study of physical and
chemical research, and control methods for production Dro-
cesses based on the utilization of nuclear eaergy and marked
atoms. The building of a reactor with great experimental
possibilities is planned for the new institute. Horizontal
channels for the study of neutron spectra and their inter-
action with atoms of various elements are also planned in
this reactor. Moreover, a cyclotrons is to be built in
this institute for the acceleration of charged ions, and
U a r6 1/2 the study of the reactions of protons, deutrons, alpha-

The Atomic Center of Kazakhstan SOV/25-59-1-19/51
particles, etc. with various nuclei in cases of inter-
action. There are 2 photlos.
ASSOCIATION: Institut yadernoy fiziki Akademii nauk Kazakhskoy SSR)
Alma-Ata (Institute of Nuclear Physics of the Kazakhstan
Academy of Sciences, Alma-Ata)
Card 2/2

DEMIYANIKOV, I.G.; NAIMARK,. L.E.
Present state and prospects I~or the expansion of optical and
X-ray spectrum analysis methods. Trudy Inst. met. i obogashch.
AN Kazakh. SSR 3:67-75 160.- (MIRA 14.06)
(Spectrum ivialysis)
(X-ray spectroscopy)

contrast of X-ray speetra. Zav.
(KIR& 11:7)

D124'YARIKOV,, I.G.; MELIKHOV,, V.D.
Combined X-ray spectroscopic anti radiometric analysis of ores
and minerals for the uraniim ard-thorium content. Zavelab. 27
no.9:1109-1110 161. (MIRA 14:9)
1. Institut meta4urggii i obogashcheniya AN KazSSR.
(Uranium-Analysis) (Thorium-Analysis)

DDIMINIKOV., I.G.; PARAMONOV, P.F.
A3-lowance for the affect of elements in a sample on the
line intensity in X-ray apectroseopic analysis. Zav.lab.
28 no.l.-40-43 162. (MIPA 15:2)
1. Institut metallurgii i obogashcheniya AN Kazakhskoy SSR.
(IL-Ray spectroscopy)

DEMIYANIKOV, I.G.
X-ray spectrum analysis of chloride solutionB bf Becondary X-ray
spectra. Trudy Inst. net. i obogashch. AN Kaz&lch. SSR 4:95-97
,62. OflRA 15:8)
(X-ray spectroscopy) (Cblorides--Analysis)

DMIYANIKOV, T.G.; B3GJF,;-V, T.
Oux-ititative datterminatJ-.1 of "Y-It (1up :,"b in metallurgical
products by senoridax7 Y-ruy spertra. 11.rudy inst. met. '. nboLp.
17
kN Kazakh. SSR 8t!65-17-'-~ t63 , MIRA :8 1

DEMIYANIKOV, I.G.
Dependence of the intensity of the analytical limes of zinc on the
surface density of the emitter and interfering elements of the sample
during analysis by secondary X-ray spectra. Zav.lab. 29 no.2:179
100 (MIRA 16:5)
1. Institut metal).urgii i obogashcheniya AN Kaz~SR.
. (Mzo--analysis) (X-ray-spectroneopy)

-PS~ANIK~OV __.I. G.
Analysis of the products of nonferrous metallurgy by secondary
X-ray spectra. Trudy Inst.met.i obog. AN Hazak-h.SSR 11:210-214
164- (MIRA 1.8:4)

DFT11YANIKOV 1,G.; KOPYLOVA, Ye.A.; WGIMOV, T.B.
Fffect of phase constitution on the resull~s of rinalysis by secondary
X-ray spectra. Trudy Inst. met. i obog. Ali Kazakh. SSR 10,.,,105-109 164.
(MIRA 18:7)

LF241YANIKOV, I.G.; KOPYLOVA, Ye.A.
------
I __ ~ J.,! -,.rc,l
Effect of varicris factors on ',he accijricv of ,
in products of nonferrous metallurgy by secondary X-ray
spectra. T-ni(tr Inst.mat.i obog. AN K(-zakh.SSR 11:21'15-219 l6r .
(MT--
_!~ 18. , )

DEWANKO, AS.
Cadmium plating of cast iron articleo with following chromtium
coating. Mashinostroitell no. 506 MV 164. (MIRA 17:7)

DENYANKV,-A.V., inzh.
Application of heated paint and varni.sh coatingff.
no.l-.80~82 Ja-F 165,, (MIRA 18s4)

L 23989-66 EWW IJP(a)
MC NEI:: AP60078lo SOURCE CODE: IjR/03.20/66/00(*)./oCil/0041/0045
AUTHORS: Tarantin,_ N. I.; knityan6v, A. V.
13
jORGI. Joint Institute of Nuclear Research,.( Mlyedinennyy inatitut
~Waderrjjkh issiedovaniy)
!TITLE: Design of magnetic analyzer of a maus separatior
!SOURCE: Pribory i tekhnika ekEiperimenta, no. 1, 1966, 4l-45
TOPIC TAGS: magnetic analyzer, mass spectrometer, ioi~~, interaction,
Ion bearn focusing
ABSTRACT: The authors describe the'design of the MMnAie analyzer
-Welear Reac-
of the mass separator constructed at; tbe Laboratory oir lul
;1tions of OlYaI for mass-number identification of rad1oactive nuclei
1produced in reactions induced by beavy accelerated ions. The mass
separator itself is described elsewhere (P793, 1966J. n;.,). '2, in press).
'The magnetic analyzer employs first-order double focuaine; and is built
aroun(I a commrcial electromagnet (SP-571. The ion boam is focused
lin magnets of the sector type with planei-parallel, gap by-means of the
UDC t 621
Card .1/2 .3811. 8; 153-9-16

L 23909-66 --- -----
iACC NR-. AP6007810
6-2
interaction between the moving ion arid tl,ie horizontal component of
the stray.magnetic field when the ion crossets the edge of the magnet
~at an (.,oblique angle. The factors governing the choice of dimensions 1
ifor such an analyzer are. first discuosed, followed by an analysis of
Imetboda of improving the focusing. 'The axialyzing abil.'Lty of the de-
signed analyzer is compared witb that of otbordesigns and it is ex
pected that the magnetic analyzer should provide a resolution of
400, -- 250 simultaneously in a mass-riumber range - M + All = 100% � 10%.
A beam with a vertical dimension up 55 mm should be reduced to a small
re
spot inthe focal plane.. Orig. art,. has: 1 figu J'omulas, and
I table.
iSUB CODE: 20/ SUBM DATV: 22jan65/ ORIG REF-- 007/ TIH REF-. 006 1

SHLYMMAN, 14.: ROTZ, A..~, DEICANK10, F.
Assemblying and operating IM-35 feed mills. Mak.-ebyvqrom.
25 no.6:1?-18 Je '59. 041RA 12:9)
1. Proizvodstvanno-tekhnicheskiy otdel Kaluzhakogo upravleniya
khleboproduktov (for Shaferman). 2. Vyselkovskiy khldbopriyemrqy
purikt Krasnodarskogo kraya (for Bbyz, Darqanko).
(Feed mills)

Under the sign of advanced technology,, Maet.prom. i khud.promys.
2 no.9:14-15 S 161. (MIRA 14:11)
1. Direktor Metalloprokatnogo sairoda, g. Stalino.
(Done tsk-Metallurgiml. plants)

DEKIYANKO, M.; MOROV, M.
I-FOQftVxMP
Now duplicating method of accounting for goods and materials with
the aid of billing machines. Bukhg.u(-het 14 no.7:48-53 Ti 157.
(KIRA 10; 7)
universal$-
1. Nachallnik mashinoschetnoy stantaii Gosudaretvennogo
nogo magazina, Moskva (for Demlyanko).
(Retail trade-Accounting) (Machine accounting)

BARABASHCHM, O.V.; BAIMUT, P.G. [Bakhmut, P.R.]; GUBIVA, X.M. (Rubins,
K.M.1- DMANKO M D.- KALITA, S.M.; JWUCHZ!ITSZVA, L.S.; KON-
CEMIKO, M.N.; LIT71NOVA, Tt,M. ClAtvienova,
N.M.]; SCKOLOVA, M,I.; STORONMAY.A. O.Y.
TRINKINA, N.V.; TONKIKH, P., otv. za S., red.;
KURITSA, G. Mritse, R.I. takhn.red.
[Economy of Drogobych Province, statiatical collection] Varodna
hospodarstvo Drohobytslkoi oblasti; statystychnyi zbii.-nyl-. Drohobych,
1958. 158 p. (MIRA 12:11)
1. Drogobyah (Province) Statistielieel-oyeupi-Bvleniy'e. 2. Statisti-
chaskoye upravleniya Drogobychakoy obl*;iqti (for all eiccopt Tonkikh.
Marchenkov, Kuritea).
(Drogobych Province-Stat--stics)

-DEMIYANKOV, A.G.; BAKHANOVICH, V.G.
Rare closed Intestinal injury. Zdrav.Bel. 8 no.2:60-61 F 162.
(MIRA 15:11)
1. Iz Kletskoy rayonnoy bollnitsy (glavnyy vrach D.P.Shents).
(INTESTINES --VOUN1X; AND INJURIES)

AFANASIYEV) N.G. [kfanasliev, H.H.); (Dem"ianoir, O.V.]
Electron beam current integrator. Ukr. fiz. zhur. 8 no.1:36-38
A 163. (ERA 16:5)
1. Fiziko-tekhnicheskiy institut AN UkrSSR, KharIkov.
(Electron beams--Measurement)

,DF.M'YANF,QkT.,.,N.V., kand.takhh.nauk
Polyethylene brine coil. Khol.telch. 40 no.6:44-45 N-D 163.
(MIRA 17:4)

DENIIIANKOV, N,.V.
OLgartizatsiia pruzovoi raboty na zheleznodorozhnom transporte; khlacio-tranSDort.
&rganization of freight operations on railroads; refrigerated transDOI.-.L7. -Utverzhdano
v kac:hestve u(.hobnika dlia vtuzov zhel-dor. transDorta. Moskva. Gos. transp. zhel-
dor. izd-vo, 1947. 275 P. illus. "Technical manual on refrigerated transport."
DLC: TF477.D4
SO: Soviet Trans-Portation and Comiminication, A Bibliorraphy, Library of Congress,
Reference Denartm nt. Waahin--ton. 1952. Unclassified.

T1:
L~
-., I
I ~ ~- ~ i%k- j~.; LIVITSYN, I.I.
ln-:~rcasinr. the rate of thawing ~Dl' ice font!s. Khol. LoIji. 20~ .p..",e ':)~2. 'no 2).

POTAI'OV,V.P.;BARKAN,I-H-; DIMIYANKOV N.V.; KANSHIN,M.D.; LIVITSYN,N.F.;
RASTERITSYN.N.N.; RIDILI,E. I.; FERAFON-
TOV,G.V.; SHAMAYXV,M.F.; SHATSKAYA,E.P.; SHAVKU,G.B., inzhener.
redaktor; KHITROV,P.A., tekhnicheskiy rodaktor
[Advanced methods in shipment and commercial handling of goods)
Peredovye metody trude,gruzovykh i korimarcheakikh rAbotrAkov, Izd.
2-oe. Moskva, Gos.tranap.zhel-dor. 12d-vo, 1955. 286 p.
(MIMA 9:2)
(Material handling) (Transportation--Equipment and supplies)

EYJ
DPMO!Y , inshener; NEWTW, S., Inshener.
., M "~~
..,4
The operation of railroad refrigerator awre having mechanical
refrigeration. Khol.takh*33 no-1:29-32 Ja Mr 156. (MA 9:7)
(Refrigerator cars)

DSMITARLOV, N.V. , kandidat tekhnicheskikh nauk.
0~*
Methods of coAtrolling freezing of freight loaded In bulk.
Zhel. dor. tranap. 38 no.11:39-44 N '56. (MLRA 9:12)
(Railroads--Preight--Cold weather conditions)

AUTHORS:. Demlyankov, N. , Candidate of Technical Sciences, 66-1-5/26
Affffriy Engineer and Nekrutman, S., Eng.
TITLE: On using semi-conductor resistance thermomete:,-.s on
refrigerated trains. (0 primenenii poluprovocb:iikovykh
termometrov soprotivleniya na pc,yezdakh-refri,,,~-heratorakh).
PERIODICAL: "Kh olodillnaya Telchnilra" (Refrigeration Engineering),
,957-
9 70,19 pp.19_21 AUCTI S.R.)
ABSTRACT: The Soviet industry manufactures thermistors with
Pesistance variations of 5 to 10% and variatiDlIS in the
temperature coefficients of 1 to 2_%; these variations
are too large to allow interchalLgeability of such
thermistors, For eliminating this drawback the
Leningrad Technological Institute of the refrie;eration
industry (Leningradskiy Tekhnol.ogicheskly IrLstitut
11holodillnoy Promyshlennosti) applies an intermediate
circuit connected between the thermistor and the input
terminals of the netaing appamtua- This Institute has
proposed a aesiga of a thermistor,which in a single
u n i t.is combined with the interchangeability circuit.
In comparing the thermistor characteristic R = f(t)
it is advisable to apply a potentiometric metR ()d of
Card 1/2 metering of this resistance, since that methcd is simple

On using semi-conductor resistance thermometeTs on
66-3-5/26
refrigerated trains. (Cont.) .L
and accurate, eliminating the necessary correction for
the resistance of the leads. Fig.1 shows the circuit
for measuring the thermistor resistance by means of a
potentiometer, Fig.2 shows a 2-pole system of connecting
the thermistors to the interchangeability circuit in an
unbalanced Whitstone bridge. This circuit yielded
temperature measurementswith an accuracy of fractions of
a centigrade as against 3 C of the currently used
temperature measuring apparatus.
There are 2 figures and 2 references, both of which are
Slavic.
AVAILABLE:
Card 2/2

AUTHOR: Demlyankov, N ..
TITLE:
&5-2-7/22
Equipment for continuous ice block production '. (Ustanovka
dlya nepreryvnogo, proizvodstva blochnogo 11da.)
PERIODICAL: "Kholodil'Ma Tekhnika" (RefrigeratiotL Engineering)
1957P -No.29 pp. -36-49 (USSIU.-
ABSTRACT: The refrigeration laboratoTy of the Moscow Institute of
Railway Transportation Engineers (Moscovskiy Institut
Inzhenerov Zheleznodorozhnogo Transport) has built and
tested an installation for continuous production of block
ice'. It consists of 4 ice moulds (Fig. 1) which are dis-
tributed in one row on the frame a.s a separate unit. It
can be installed in the laboratoryfeeding to the unit
wamonia, water and electricity from existing systems'. The
internal dimensions of the mould are 200 x 200 mm at the
toPt 30 x 30 mm at the bottom and a height of 245 mm. The
cross section of the finished ice block is 200 x 200 mm.
The installation has been*built on the suggestion of the
author of the-paiper and Y.P~. Siderov and A.N. Khmelinin.
The principle has-been applied for the first 'time by the
CardL 1/2 W_ German firm,_ A~. Ziehmann, Stuttgart, in accordance with
~t6nts - of Dr'. Huber tDie Kalte-Industrie, Nor.,3y 1935Y.
K
e prototype installation and its -performance are des-

I
Equipment for contimous ice block production,, (Cont.
ff-2-,V22
deed in some detail'. A considerable pro, lei is the
or
force required to tear the ice away from the mould walls'.
It was established that the force of adhesion of the ice
to polystyro is only. 2 kg/ciig, i'.e~., only 1/10 of that
applicable to metals. From the point of view of freezing
on Of ice to the walls, polishing of the mould surface and
the magnitude of the angle between the planes of the piston
and the mould are of considerable importance. The output
of one mould is 250 to 260 kg of' ioe per 24 hours assuming
a boiling point of the ammonia of -15 C and an aver. e in-
crease of the ice Collizan per piston stroke of 2.5 mm!g On
the basis of the prototype installation a 3-waggon mobile
ice factory is to be built; the middle waggon is to contain
the machinery *hilat the two external waggons will contain
the moulds for continuous ice pr".action and ice storage
space. The machinery is to ir ..,de two, 19 engines- operat-
ing on Diesel ftell one a=omAa compressor 4AY-15 of
175 000 -kcal/hour capacity; condensation temperature +30 CP
evaporation temperature -15 C r r '.&. of the compressor
575, evaporation condenser witL a" eat transfer surface of
Cexd 2/2 95 i2'. This nem, mobile ice factory is to supply 30 tons of
ice per day at a cost 45% lower than in existing ice fact-
ories. There are 8 figures and 2 Slavic references.
AVAILABLE:

32H 'YANKQV N., ~aad.tekhn.nauk.
~ !,
Moscow Institute of Railroad Transnortation Engineers. Khol.tekh.
34 no.3:37 Jl-S -'57- (141RA 10: 10)
(Moacow--Ref r1gerat ion and refrigerating mAchinery-Study and teaching)

1) e-nj% q Kv 4 ~~,
%all - Ote., laknd. tekhn. mak.
Ways of increasing the productivity of ice plants. Trudy MIIT no.86:
319-378 '57. (MINA II.-I)
Ucehauses)

120) PHASE I BOOK EXPLOITATY-" SOV/2972
Demlyanl,ov, Nilolay Vladimirovich, and Vaslliy Alevoeyevich Al~ramov
Fholodlllnyye mashiny i sooruzheniya (Refriparation Machinery and Estab3ish-
ments) Moscow, Transzheldorizdat, 1959. 434 p. 5,000 copies printed.
Ed.: Ye.S. Shishlyl~ov, Engineer; Tech-. FA.: Ye.N. Bobrova.
PURPOSE: This textbook is intended for students in railroad telhni'-ws
specializing in refrigeration In rail transport, It may also be of interest
to personnel wor'r-inw with refrigeration cars$
COVErUGE: This booY deals with the operatinp cycles, design, and Operation
of refriger'ation machinery and installations. Problems of construction
installations and icehouses in the railroad network are discussed. In-
formation on the air conditioninp and mechnnical refrireret-ion of refripp-
erator cars is presented. Types of refriForation equipment. and such basic
components as compressors and evaporators are examined. The properties of
brines and refrigerants in general. use are enumerated. There is also a
brief description of a refrigerating unit iising solar enerrT. Review ques-
tions follow each chapter. The *text contains a number of drawings illustra-
.ting refrigeration machinery and auxiliary equipment. No personalitles are
mentioned. There are 52 references, all Soviet.
CaTt-v~

DEMIYANKOV, N., kand.tekhn.nauk; TSAO I4[HATFTS'ao I-hail, irah.
Effectiveness of overhead tanks in refrigerator cars. Khol.tekh. 36
no.1:49-50 Ja-F #59- (MIRL 12:3)
1. Moskayekly institut inzhnerov zholez:aodornzhnogo transporta.
(Refrigerator caril.) t

DEMIYANKOVt N.V.q kand.,tekhn.nauk
Rate and order,of supplying refrigerator-cars with salt# Khol.
tekh. 38 no.2t55-56 Mr4p 161. - (KIRA 140)
I(RefrigerabDr ears)

M MOV, N.V., kand.tekhn.nauk
---
Evaporative condensers. Khol. tekh. 38 no.5:59-60 S-0 161.
(MIRA 15:1)
(Condensers (Vapors and gases))

OSADCHUK, Grigoriy Ivanovich; FAMMSPTLI74, Yuliy Oskarovich;
DEMIIYANKOV, N.V., inzh... retserizent; AIJIK]2,, S.V., inzh.p
3~e-tsen-ze-nt; BRAYIDVSKlYp N.G., inzh.., red.; BOBROVA, lle.N.,
tekhn, red.
[Maintenance and repair of trains with refrigeration equip.
mentlRemont poezdov s mashinrgin okhlazhdeniem. Moskva,
Transzheldorizdat, 1962. 286 p. (MIRA 3-5:9) --
(Refrigerator cars-Maintenance and repair)

DEMIYANKOV, N.V., kand.tekhn.nauk
Brine coil made from polycthylene~ Zhel.-dor.transp. 45 no.12:80 D 163.
(MA 17:2)

DEMIYANI"OV, Nikolay Vladimirovich; AER&OV, Vasiliy Alekse:yev-.Lch;
SJUSHKIN, G.S., red.-
[Refrigerating machinery and units] Kholodillrye mashiirj
i ustanovki. Izd.2., perer. i dop. Moskva, Transport,
1964. 410 p. (MIRA 17:6)

DEMIYANKOV, N. V.
Ice molds made from glass plastics. Plast. massy no. 5:62-64
164. (MIRA 17:5)

D N.V., kand. telthn. nauk; YP.S., k~~ud. tc-khr. naLk
)EMI YANKOIJ) I
1. . --' --- -
lee molds made from gla platitis-2r. Uial. dar. txansPo 47 no.3.,
85 mr 165. .919- (MIRA 18s511

05379
AUTHOR; Dem.1yanov, A.P. sov/lo6_59-8, 11/12
TITLE: Single-sld~ban -Equipment Using Semiconductor Diodes
PERIODICAL: Elektrosvyazl, 1959, Nr 8, Pp 78 - 79 (USSR)
ABSTRACT: Single-sideband, radio-telephony has acquired considerable
importance in modern radio communications and the phase-
compensation method of forming the single-sideband signal
has been examined in the technical literature. This method
is obtained by the so-called multiphase modulators. The
article describes a multiphase modulator circuit which uses
semiconductors for the non-Linear elements. The circuit
of a single-sideband-equipment with a four-phase modulator
using semiconductor diodes is shown in Figure 1. The
elements of the equipment are: a urideband, high-frequency
phase-shifter, a wideband, audio-frequency phase-shifter
and a four-phase modulator with a resonance load R H
MC circuit). The circuit is then described in jitore detail.
Figure 2 shows the vector diagram of the modulated currents
Cardl/2 in the resonant load R. when the upper sideband is

05379
sov/lo6-5~-8-11/lg~
Single-sideband Equipment Using Semiconductor iodes
separated out- The circuit can be balanced by the use or
three independent controls denoted on the circuit
(Figure 1) by the numbers l., 2 and 3 -
The circuit was checked experimentally in the frequency
band 1 - 2 Mc/s. No special difficulties were encountered
in suppressing the second sideband to a level of 40 db
and the carrier-frequency suppression was better still.
There are 2 figures and 5 references, of which 3 are
Sovjxt and 2 English.
SUBMITTED: October 9., 1958
Card 2/2

37781
:2 ('000 5/120/62/000/002/002/o47
E039/E420
AUTHORS: Afanaslyev, N.G., ~-3L-
TITLE: An electron bea:,,i current integrator
PERIODICAL: Pribory i telchnika eksperimenta, no.2, 1962, 20-22
TEXT: An apparatus is described which is intended for the .
measurement of beam currents in a linear electron -ccelerator for
maximum energies of 100, 400 and 2000 ,.ev in "lie r;~nge of 10-8
to 10-10 A. The Faraday cylinder is the mos-Z accurate means of
measuring beam currents but for use with high cniorgy beams its
dimensions and mass b,~coma larf~e as it is ncees,,.ry to absorb all
the charged components resulting from the passagu of the beam
through the.absorber. In addition it must be near to the target
in order to collect the divergent beam and this is lilkely to
introduce distortion. The method doscribod is based on the
monitoring of secondary electrons,produced when the primary
electron beam is passed through aliaminium foils. The apparatus
consists of two assemblies of aluminium foils with ten pieces in
each, which are interleaved in the same way as an air condenser.
The one foil assembly acts as an emitter and the other as a
Card 1/2