SCIENTIFIC ABSTRACT SEREBRENNIKOV, N.N. - SEREBRENNIKOV, V.V.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001548010016-5
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: July 13, 2001
• Sequence Number: 16
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

SEILEBRIONIKOV, 11.11.: GELID, P.V.
Heat content and heat capacity of titanium at high temperatures.
Izv. vys. ucheb. zav.; tsvet. met. 4 no./+:80-86 161. (MIRA 14;8)
1. Ural'skiy politekhnicheskiy institut., kafedra fiziki.
(Titanium-Thermial properties)
(Metals at high temperature)

s/196/62/000/001/005/013
E19VE155
AUTHORSs Sukhanov, Ye.L., and 5-p-r-ebrennIkov, N_N_
TITLEs The heat content and specific heat of nichrome and
carbon- and alloy-steels
PERIODICAL: Referativnyy zhurnal, Elektrotekhnika i energetika,
no.1, 1962, 6, abstract IB 36. (Tr. Urallskogo
politekhn. in-ta, 114, 1961, 81-85)
TEXT3 A study was made of the thermal properties of the
alloys shown in the table. The true specific heat of steel 10
increases smoothly up to a temperature of 700 OC; at temperatures
above 900 OC it is 0.155 cal/g.degree and does not alter on further
increasing the temperature. The specific heat curve of steel
2 \13 (2Khl3) displays two sharp peaks; at temperatures above
900 OC the specific heat is 0.157 cal/g.degree and remains
constant. No appreciable change was observed in the specific heat
of specimens of this steel when they were heated and cooled.
Comparison of the results indicates that thermal effects of the
magnetic transformations of steel 10 and 2Kh13 are about the same.
The true specific heat of nichrome changes smoothly, and this
Card 1/2

The heat content and specific heat ... s/196/62/000/001/005/013
E194/EI55
confirms the absence of transformations associated with heating and
cooling this alloy on changing the temperature from 0 to 1200 OC.
4 literature references.
(Abstractor's noteg Complete translation.] Table
1l Analysis, S (remainder Fe)
A
oy C Si Mn Cr N3. Ti S p
Carbon steel 10 0.12 0.02 0.47 - 0.24 - 0.009 0.002
Nickel stainless
steel 2K-hl3 o.18 0.35 0.28 13.57 0.24 0.004 0.013 0.023
Nichrome
A' 20 611 8o
(Kh20N80) 0.14 O~29 0,70 21.60 76-33 0.012 o.o16
Card 2/2

5
3/137/62/OW/004/133/201
A060/A!01
AUTHORS: Serebrennikov, N. N., Krentsis, R. P., Gel*'d, P. V.
TITLE: Apparatus for determining the heat capacity of solid and molten
alloys and steels
PERIODICAL: Referativnyy zhurnal, Metallurgiya, no. 4, 1962, 87-88, abstract
41528 (V sb. "Fiz.-khim. osnovy proiz-va stali". Moscow, AYSSSR,
1961, 287-292)
TEXT: The description is given of*the mechanism of a vacuum adiabatic
calorimeter for determining the,heat capacity of solid and molten alloys and
steels, The main parts of the installation are the calorimeter itself, the
furnace for heating the specimens, and the electric measurment circuit. The
heating of the specimen up the required temperature is realized in the furnace
fixed above the calorimeter. The heater, made of stainless steel or Mo-sheet
is attached by clamp rings to mutually isolated flanges serving as the current
leads. The length of the heater Is about 280 mm, the diameter is about 30 mm.
The specimen or a crucible with the specimen is suspended on a thin Mo- or W-
wire from the Mo electrodes fixed in a magnesite plug. To the electrodes are
Card 1/2

Apparatus for determining the heat
S/137/62/000/004/133/201
A060/AIOl
connected contact springs which are pressed against the flanges connected to the'
autotransformer; at the required instant the circuit is closed~ the wire is
burned through and the specimen falls into the calorimeter. Tile temperature of
the specimen is measured by a Pt/Pt
Rh thermocouple. The hermetic closure
of the installation is ensured by rubber seals. The exhaustion of air in the LY
system is carried out by low-vacuum (8H -461 [VN-4611) and high-vacuum (H -5
[N-51) Pumps. The methods of calibrating and checking the calorimeter are set
forth. Data are cited relative to the course of temperature variation of the
heat content of steel grades 3 H 572 and 18 X H B A (E1572 and 18KhNVA) . There are
7 references.
Z. Fridman
[Abstracter's note: Complete translation]
Card 212

S/263/62/000/012/004/005
AUTHOR: Serebrennikov, N. N., Krentsis, R. P. and Gel'd, P. V. 1007/1207
TITLE: Device for determining heat content (enthaIpy) of solid and liquid alloys or steels
PERIODICAL: Referativnyy zhurnal, otdel'nyy vypusk. 32. Izmeritel'naya tekhnika, no. 12, 1962, 44,
abstract 32.12.424 In collection "Fiz.-khim. osnovy proviz-va stali" M., AN SSSR, 1961.
287-292
TEXT: A vacuum-type adiabatic calorimeter is described for determining the thermophysical parameters
of various metals and alloys. The device comprises a calorimeter, furnace for heating test specimens,
and electric measuring instruments. The device, working on the mixing principle, permits measurements up to
1500-1700'C, the study of the temperature dependence of enthalpy and specific heat of steel in the range
from ambient to melting temperatures, and determination of the heat of melting (fusion). The method of
calibration and checking of the device is outlined. Results are reported on investigations of the temperature
dependence of enthalpy for 31,1572 (E1572) and 18XHBA (18 KhNVA) steel grades. The course of the tempe-
rature dependence was found to be different for the steel grades investigated. Large inclusions of carbon and
alloying elements markedly decrease the initial melting point (I 375'C forEI5722 steel and 1485'Cfor 18KhNVA
and widen the range of the melting temperature (by 125'C and 40*C for the E1572 and 18KhNVA steel
grades respectively). The melting heat was found to be 57 cal/g and 60 cal/g for the investigated steel grades.
There are 4 figures and 7 references.
[Abstracter's note: Complete translation.]
Card 1/1

LETUN, S.M.; GELID, P.V.; PEREBRFMIIKOV, N.N.
Thermodynamic characteristics of manganese monosilicide. Izv.vys.
ucheb.zav.; chern. met. 8 no-4-.5-12 165.
(MIRA 18:4)
1. Urallskiy politekhnicheskiy institut.

T 'o
17
216 f65. 186,")

-D , ~, .?
L ,b I ll; I'll t,.V~ ; I"
9 s . ?4. ( ~qw: rd I nvsk ) ; G!,: 1, 1!) , I - I ."-. . !, 'd .. .1.1 ..
(-,'verdlovrk'/
. I
Otf Mr, c.; I jzv i". ri S -' 0" R . Me t . r i , ~ . r'-, : 13 ': -'!~ D '
3" - . .. k, m 19 - I )
1. Submitted Jiily 13, 1964.

R
112-3-5874
Translation from: Referativnyy Zhurnal, Elektrotekhnika, 1957, Nr 3,
PP. 117 (USSR)
AUTHOR: Serebrennikov, N.V.
TITLE: A Two-Stage Push Button (Knopka dvukhstupenchatogo
vklyucheniya)
PERIODICAL: Sb. rats. predlozheniy. M-vo elektrotekhn. prom-sti
SSSR, 1955.,,Nr 56, pp. 27-28
ABSTRACT: Bibliographic entry.
ASSOCIATION;Ministry of Electrical Ihdustry of the USSR (M-vo
elektrotekhn. prom-sti SSSR)
Card 1/1

25(5) SOV/28-59-3-8/25
,AUTHOR: Serebrennikov, N.V., Engineer
TITLB: At the Plant "Mosrentgen" (Na Zavode 111-fiosrentgen")
PERIODICAL: Standartizatsiya, 1959, Nr 3, Pp 31 - 32 (USSR)
ABSTRACT: Information is given on the work done by the plant's
Bureau of Normalization and Standardization ("BNS11)
organized in 1957. The staff are designers who
were moved from the plant's Designing Bureau. There
were great difficulties in the beginning because of
lack of guidance from higher organizatibns. The
work started with sorting all equipment components
into groups of similar application, then grouping
identical elements of these comDonents. Examples
of the "unification" already completed are described:
terminal panels, transformer coils (Figure 1),
yokes for wire resistances (Figure 2) which were of
four different types before the "unification", all
not completely satisfactory. The technical documents
Card J/ 2 for the yokes were reduced by 60 sheets, the quan-

SOV/28-59-3-8/25
-At the Plant '"Moarentgenn
tity of technological charts was cut corres ondingly.
Also "unified" are contact groups (rigure 45 for auto-
matic control and signalization; the large number of
such has been reduced to only two types of contact
plates and insulators. This set of parts is suffic-
ient to assemble contact groups of open and closed
kinds, and the new design permits assembling with
pre-tension, which makes the contacts more depend-
able in operation and eliminates their vibration.
There is no technical literature on standardization
and normalization, and this hampers the work. The
author stresses the need of such a manual with
clearly outlined examples of standardization work
in various industry branches. There are 3 diagrams.
Card 2/2

KUZM,;TSOV., s.I.i-q~ DMRVYANKIN, V.A.; VO;XOVA, P.I.;
y
PAVLOVY.F.N.; ]E-,VTY-dTOV,,~I.A-.; CIDALODANOV, V.S.; STOMR, B.A.;
KONOVALOV, I.V.; LIVIER, V.B.; MrMUMO, V.S.; SMIPJ,'OV, B.A.
"Production of aluminall by A.I. Lainer. Reviewed by S.I.
Kuznetsov and others. TSvet. met. 34 no.11:85-86 N 161.
(MIRA 14: 11
1. Vral'skiy politekhnicheskiy institut, (for Yuznetsov,
Serebrennikov) Derevyankin). 2. Ural'skiy filial Ali SSSR
(for Volkova, Pavlov). 3. Ural'skiy alyaminiyevyy zavod (for
Y,--vtyutov, Ghemodanov., Stol7ar). 4. Bogosl6vskiy alyuminiyevyy
zavod (for Konovalov, Liver, lliychenko). 5. Sverdlovskiy
Sov-nark-hez (for Smirnov).
(Allunina)
(Lainer, A.I.)

SERMRENNIKOV, P.
Co3nittiCS
Scientific Poundation for the c,)srrietics industry. Habotnitsa 30, No. 1, 1952.
I.font'-ly List o"' Rua-plan Accessi=s, Library of ComE-ess, Yarch 1952. Unclassified.

SIF!!~! _-P.-
Reducing industrial use of foodstuffs in the sixth five-year
plan. Vop. ekon. no.10:24-35 0 '56. (MLRA 9:11)
(Oils and fats) (Synthetic products) (Alcohol)

SXMRMIXOV. P.
State deliveries and the reorganization of livestock production.
Vop.ekon. no-10:71-80 0 158- (MIRA 11:11)
(Stock and stockbreeding)

OT.P.D.
A nev phmt. gael.-zhir.prom. 20 no.3:20-23 '55. (K12A 8:7)
1. Gosudarstvennaya planovaya komissiya SBSR
(Hydrocarbous) (Acids, Fatty)

'JA37
8/109/61/006/012/012/020
0// 3 6 1A) D246/D305
AUTHORS: Bonch-Bruyevich, V.1~-, and 8erebrennikov, P.S.
TITLE: On the volt-amp characteristics of tunnel diodes
1JERIODICALs Radiotekhnika i elektronika, v. 6, no. 12., 1961p
2041 - 2053
TEXT: Calculations of the volt-amp characteristics are made, assu-
ming complete degeneracy (zero temperature) and with particular
at--ten%ion given.-to the inhomogeneity of electric field in the junc-lr_~
tion. Direct transitions and indirect transitions with participa-
iion of phonons and impurities are, treated. The negative resis-
7.ance region is Investigated in the first and iast cases. The pre-
sent work was carried out oecause the authors considered that a sa-
iis-factory theoretical treatment had not been carried out previous-
iy by themselves and others. In the introducTion the following com-
plications are discussed: the narrowness of the p-n junction, the
abrupt innomogeneity of the electric fieldp localized fluctuations.
of the field, the energy spectra of heaviiy doped regions and the
Card 1/4

30h37
S11091611-00-6101210121U20
On the volt-amp characteristics of D246/D305
occurrence of permitted !eve--'Ls in the forbidden gap. The treatment
for the inhomogeneous field consists in dividing the junction into
sections, sufficiently small for the field in each to be homogene-
ous. but sufficiently large for the linear dimensions To exceed the
iat~ice constant. The usual Theory of tunnel effect is applied To
each section and The resultant current is obtained by integ-Cation
over all sections. The field distribution assumed is E E
- (X/ I ) for 0_*~.x