SCIENTIFIC ABSTRACT ALEKSEYEV, O.I. - ALEKSEYEV, P. I.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000100920018-0
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: March 20, 2001
• Sequence Number: 18
• Publication Date: December 31, 1967
• Content Type: SCIENCEAB

YBMLIYEVO Abdesh Yergaliyevich; SHESTAKOV, Tiktor Alakeandrovich;
BALOBOLKIN, A.N.; AIMS=11 0.1 1 spetst radektor; ILITASHERKO, L.V.,
'HIZHIi---r
radaktor; C . . tekhniftle'alfty raclaktor
0
(Work practice of lending mines in Rudnyy Altai) Opyt raboty persdo-
vykh gorniakov radnogo Altaia. Alma-Ata, Kazakhakoe gos. izd-vot
1956. 96 p. (MIRA 9:12)
(Altai Territory-Hining engineering)

7-
ALEKSBYEV, 0.1.; Tn'MXKOV, IFxh.
~Dymmic loading of ths cable in various conditions of impact
drilling. Trudy Inet. gor. dela AN Eazakh. SSR 1:176-179 156.
(Boring) (MIRA
cable
11:1)

ALEKSHYMV, 0.1.
Some problems of developing open cut mining in Kazakhstan. Trady
Inst. gor. dela AN razukh. SSR 2'72-77 157. (MIft 10:12)
(ratalghatan-Strip mining)

, I - -I - 4 -
AIMMYIV 0010
e--ga" -L 0-1 ~
Physical value of the Hass test. Izv. AN Xazakh. SSR. Ser. gor. dels,
met., otroi. i atroimat. no.W25-127 157. (MLRA 10t9)
(Bxplosives-Testing)

J~
MIN, A.A., kand. tokhn. nauk; AIMCSM'V, 0.1., kand. tekhn.nauk.
Mining industry in Kazakhstan. Gor. zhur, no.ii.-16 N 157.
(Kazakhstan--Mining engineering) (MIRA l0r12)
-'z
'pm g
_- 4~.,:,:~ ~'~
vt~~q *-S r

AINKSMT, 0.1., PHIMIOV. N.I.
1 .1 %ma""A"u-
Comnarntive'evaluation of the effectiveness of impRot-cqbla tool
and.impact rotary drilling in Dshez)msgan open-pit mines. Isv.
AN Kaw0di. SSR.Ser.gor.dala, met. i stroimat. no.11.71-78 156.
machinery) (MLRA 10:1)
(Daheskasgan-Boring

j
127-11-3/12
AUTHORS: Kekin, A.A., and Alekseyev, 0.1., Candidates of Technical
Sciences
TITLE- Ore-Mining Industry of Kazakhstan (Gornorudnaya promyshlennost'
Xazakhstana)
PERIODICAL: Gornyy Zhurnall 19571 # 11, p 16 (USSR)
ABSTRACT: The ore-mining industry of Kazakhstan is represented by very
large enterprises such as the Dzheskazgan copper mines# Koun-
rad i~inej and the polymetal combines in Lenimogorsk, Zyryanovsk,
Achisay and Tekeli. In addition to them, dozens of polymetal,
rare-metal and gold-recovering mines are operating in Kazakh-
stan. In the Kustanaj steppe the Sokolov-Sarbay Mining Cbn-
centration Combine is being conttructed to mine 2 large de-
posits of magnetite ores. South of it, there are the Lisakov
and Ayat deposits of hydrogoethite ores of sedimentary origin
whose total resources exceed those of the Kerch basin by al-
most three times. six scientific research and educational
mining institutl6ne are functioning in Kazakhetant the In-
stitute of Mining of the Kazakh Academy of Sciences, the Ka-
zakh Mining-Metallurgioal Institute, the Altai Mihing-Metall-
Card 1/2 urgical Institute of the Kazakh Academy of Sciences, the Ka-

Ore-Mining Industry of Kazakhstan 127-11-3/12
raganda Mining Institute, the VNIItsvetmet, and the Kazakh
Scientific Research Coal Institute.
The article contains 2 photos.
AVAILABLEz Library of Congress
Card 2/2

ALIKSEYEV, O.I.;,SVISHCHEV, V.A.; KUZIMTSOV, B.D.
Experimentation on electro-hydraulic boring. Izv. AN Kazakh. SSR.
Sor. gor. dela n9-1:58-68 159. (HIRA 12:9)
(Boring) (Electricity in mining)

ALEKSNM, 0.1.
I.... ... I-------.I I
Calculating single concentrated charges. Izv.AN Kazakh.SSR. Ser.
ger.dela no*2:72-77 '59, (NIRA 11.:4)
(Mining engineering)

-ALICKSBTNV, O.T.; YUSUPBEKOV, D.U1.
Nothod, of timing complex routing steps for the study of industrial
processes In open pit mines. Isy. AN Kazakh. SSR. Ser.gordela no.2:
34-38 160. (NIU 13: 10)
(Strip u1ning) (Mine haulage)

ALEKSEYEV 0.1.. SMIMOV
$ S * N. 1.
Outlook for developing the open-pit mathod of mining iron ores in
Kazakhstan. Trudy Inst.gor.dela AN KazakbWR 8:15-25 1610
(MM 15s4)
(Kazakhstan-Iron mines and minin )

A=SEYKVj--OiI-i3--KPDYRBAYF-V, A.A.
tl-----'
Comparative evaluation of-the operation of truck haulage in
relation to the angle of incline of the roads. Trudy Inst.gor.
dela. AN Kazakh.SSR 9t82-87 162. (NIRA 15:8)
(Mine haulage)

AIEKSEYEV, 0.1.; KDYRBAYKVs A.A~
Determining the efficient n=ber of locomotives to work with an
excavator. Trudy Inat.gor.dela AN Kazakh.SSR 9395-98 162.
(MMA 15:8)
(Mine railroada) (Excavating machine4)

ALEKSEYHV. 0.1.; KADYRBkYEV, A.A.
-------------
Coefficient of the use of equipment in open-pit mines Trudy
Inst. gor. dela AN Kazakh. SSSR 10:99-104 163, ?MMA 16;8)
(Kazakhstan--Strip mining-Equipment and supplies)

ALEKSEMP 0.1.; MUSTAFINAv A.M.; ~ADYXOVI G.Kh.; DORONENKOp F.G.
Los of cheap explbsives (Itigdanit") In some large pits of
Kazakhstan. Trudy 'Inst. goi!. dela AN Kazalffi. SSSR 10t195-
200 163. (MMA 16:8)
(KazaWv,t,
Un-Explosives)

AILIEIKSIIYEVk, SVISHCHEVp V.A.
a
Use of loading'and-haulage equipment in the leadingpits of
Kazakhstan, Ti-udy Inst. gor. dela AN Kazakh. SSR 11S155,158 163.
(MIPA 1601)
(KazakhAan-Mine railroads)
(Excavating machinery,)

ALEKSEYEV) 0.1., kand.tekhn.nauk; YENIKEYEVA, F.G.
Use of linear progra=ing in determining the maximum yield of a quarry.
Vest. AN Kazakh.SSR 19 no.10t58-66 0 163. (MIRA 17:1)

().I,; 3VI~lfl(;f4f"v$
- I- I. V. A.
Daterrui lArformnan potentiallUea of exIcavators in strip
I
mines. 1rudy Inst. gor. dela M Kazakh. S~*,F- 13--14,8-151 164.
17,,7)

ILLEKSEYEV, 0.1.~ DUARISAGANOV, II.A.) ZAVALISHIN, V-S,
Methods of calculating futureltechnical and economiz indices
in seleoting the optimum varikit for boundary limits of an
open-rit mine. Trudy Inst. gor. dela AN Kazakh. SSR 18t
3-8 165,
Technical and economic evaluation of variants of boundary
limits of an open-p.11% mine. lbid.iV-92
(MIRA 18-112)

ALEKSEYZV INKO
QI. [Aleksieviev, O.L.]; OVCTIARE F.D., adademik
Reinforcement of the metbod for determining ele0jokinetic
potential. Dop.AN URSR no.6:763-765 t6l. (ITIRA 14:6)
1. Institut obahchey i neorganicheskoy khimii AN USSR.
2. AN USSR (for Oveharenko).
(Electromotive force)

7
MRATOV, R. S.; 3EYEV) 0. L.; VERBUK,, 11. A.; IMOSTHCHENNIKOVp N', V,
"The System of Typhlotechnical Facilities for Schools
for Blind and Weak-Sighted Persons"
1. Institute of Defectology of the Acad. of Pedagogical
Sciences of the RSFSR.
To be presented at the International Congress on Tschnology
and Blindness, New York, 18-22 juhe 1962.

GVCIARENKOV F.D.; ALMEYEV# O.L.
Ion exchange and the electrokinetic properties of argillaaeous
minerals. Ukr. k'h4-. shur. 29 no.42372-376 163.
(MMA 16W
SR.
-neorganicheskoy khimii AN UkrS
--(C* mineralo--Electric properties)
(Ion exchange)

S/02 63/000/003/017/022
D405YD301
AUiiioin Alekseyev' 0., L.
TITLE: Blect.o-optical properties of clay minerals
PERICIDICAI: Akddemip naak UkrRSR. 'Dopovidi. no. 3. 1963, 380-383
TSXT: The electro-optical pr'operties of cation-substituted clay
minerals were studied a new method. Colloidal solutions with a
by
s4lid-phase concentration'.9f 0.1 gram/liter were prepared from
montmorillonite, halloysite, and kaolinite specimens, saturated
with Na"', ?111+, Ca2+, A13+ and Th4+ ions. A.C. rectangular voltage
pulses were applied to the solution and polarized-light was , let
through it. The - modulation-eff ects-indica-te-
Mie- diffeir-dW-6-haractOr ~ of th6,~niod'-Ul-a-t:Lo-n-c-u-r-v--e-s- is',an indication
of differant-particle size; the-latter is primarily affected by
the exchange ions. This is also borne out by the electro-optical
',effects in the--itvastigated specimens. The in.tensi ty of the trans-'
Card 1/2

22
S/02 63/000/003 017/0
-Electri)-optical.-properties D405YD301
2+'.
mitted light id very --low -in natural montmorillonite and ..In its~Ca
form; this means that the particles are either large or isotropic.
Na -montmorillcinite, on the other hand sensitive to po-
is-very
form, o -~-o ay ral6:L-~ 'UU~ be-used,-in- Kerr cells The!--~.-exectro -.t
optical- properties: of ka6linite and halloysite-of other..-1attice-,-___
type differ fr6-thiose ofmontmorill6nite-type stru'c'tures. The
electro-.optioalmproperties of-clay..minerals are clos,ely related
to their hydrophility; hence the electro-optical method can be
used for est*imating the hydrophility of solid phases. There are 3
figures.
ASSOCIATION: InBtytut zahallnoyi i neorhanichnoyi khimiyi AN URSR
(In'stitu-Ce of General and Inorganic Chemistry of the
AS' UkrRSR).
PRESENTED: by'Academician F. D. Ovchax-enko of the AS UkrRSR1
-SUBMITTED: September,8, 1961
-:Card,,2/2

LIEKSEY-P, -~L.
Rapid method for determining the total capacity of exchange of
clays. Ukr. khim. zhur. 31 no.1:114-116 165. (MJfiA 18s5)
1. Institut obahchey i neorganicheskoy khimii AN UkrSSR.

AlEKSEYEV, O.G.; YAKUSHEVI V.I.
Combined oalculation of opttam reserva.tion. Izve rp. wl-Abo
zav.; prib, 7 noo4s77-85 16J+ (MIRA 18s1)
lo Vo3n)nnaya artilleriyskayet akademi7a. Rokomendorana kafedray
elektr4mnoy vychislitaltney tokbnikio

15-57-5-7083
-Translation from: ReferativnyT zhurnal, Geologiya, 1957, Nr 5,
p 192 (.USSR
AUTHOR: Alekseyev, 0. N.
TITLE: Efficient Interval in Short-Time Delayed Action
Blasting (K voprosu o ratsionallnom intervale zamed-
leniya)
PERIODICAL: V sb: Korotkozamedi. vzryvaniye v gorn. dele, Moscow,
Ugletekhizdat, 1956, PP 5-12
ABSTRACT: The efficiency of short-time delayed action blasting
becomes apparent in two respects: 1) decrease in
intensity of earth fluctuations (the seismic effect);
2) increase-in the yield of rock with a simul-
taneous reduction in amount of explosives. The nature
of the first of,these advantages is self-evident. The
second is the result of formation of an additional
open surface at a given moment; in open pit mines
Card 1/3

15-57-5-7083
,Efficient Interval in Short-Time Delayed Action Blasting (Cont.)
delayed-action bla5ts, The delay should amount to 400 to 800 msec;
the di5tance between bore holes should be 8-m to 9 m for 10-m open
faces, and 10 m to 12 m for'15-m open faces, to obtain desirable
results.
Card 313 L. N. M.

DR)KONOV Yc.?fl,. .-nzb.; ALEKSEYEV, O.N., 'Anzf..; fdllll,Y~1.1, A. '.. inzh.
.0
The BMZ gas turbine with 3,550 lp. rating. FnergomashinostroenJe
10 no.7s23-25 Jl 164. (MIRA 17t9)

_Att_14_R1AP5_0_2A525
SOURCE CODE: UR/0286/65/000/010/0112/0111
INVENTOR# aek "a ~v c-2,
0.
~TITLE: A gas turbine supercharger system for a two-cycle diesel. 'Class 46,
No. 175791. [announced. by the Bryansk Machine Building Plant (Bryanskiy mashi-
zavod)]
SOURCE: Pyulleten' izobreteniy i tovarnykh znakov, no. 20, 1965, 112-113
TOPIC TAGS:. supercharger, gas turbine supercharger
ABSTRACT: An Author Certificatehas been issued for a gas-turbine supercharger for::
.:a two-cycle diesel, containing one oriseVeral-turbocompressore(operating on exhaust.-
ases)and air coolers. Pumps, located below the pistons, with one-way valves 9u ply.
9 p
air to the turbines for scavenging (see Fig. 1). To augment supercharging and ralite
,the efficiency of the diesel, on the turbocompressor's shaft is installed an
auxiliary air turbine and intake and outlet manifolds, which are connected to a
receiver; the auxiliary air turbine can be equipped with a self-contained blower
to supply compressed air to a~receiver located parallel to the turbocompressor.
Card l/ 2 IMM 621,436

L 9z~ly-ob

Ofj deni,Cn of Ilia turbine vvigo
r operdting or exhauut gar~es with vitriable
pai-,timetan from a two-nycle diesed angire. EnergomaEihinostroenie
11 no.W-la Ag 165. (14rRA 3,8sJO)

ALEKSEYEV, O.V.
Comparison of the circuits %C,a wide-band power amplifier using
two shielded tubes. Izv. vy-s'. ucheb. zav.; radiatekh. 6 no.5:
543-547 S-6 163. (MIRA 17il)
1. Rekomendovana kafedroy radioperedayushchikh ustroystv
Leningradskogo elektrotekhnicheakogo institute imeni V.I. Ullyanova
(Lenina).

ZHIVOTOVSKIY, A.I.; ALEKIWYKV, O.V.
Construction of wide-band non-retunable transmitter stagels. Radio-
takhnika 18 no.1202-30 D 163. (MIRA 17:1)
1. Deystvitellnvye chleny Nauchno-tekhnichakskogo obshchestva radiotekh-
niki i elektrosvyazi imeni Popova,

AUMEYEV,, P.
I- ---l- -
Siberian pine forests in Irkutsk Province. TrudyTom. obi kraerved.
maz. 6 no,100-35 162. (MIRA 17111)
1. Glmyy lesnichiy Irkutakogo upravleniya lesnogo khozyaystva.

ALEKSEYEV P.; IVA*NCVAj A... red.; PYLAYEVA, A., red.; TVKHONOVA) Ye...
-4~ ~~ BALLOD, A., tekhn. red.; FEDOTOVAO A.,. tekhn. red.
(Land and mex) Zemlia i liudi. Moskva; Izd-vo sellkhoz. lit-
ry, zhurnalcm i plakatovy 1962. 195 po (MIRA 15:3)
(Agriculture)

P.; KRYUKOV, A.
Moving a redesigned blast furnace onto a foundation. Na stroi.
Ros. no.8:9-10 Ag 161. (MIRA 14:9)
1. Glavnyy inzhener proyekta tresta Stallmontazh (for Alekseyev).
2. Zamestitel' glavnogo inzhenera tresta Metallurgstroy Tul'skogo,
sovnarkhoza (for Kryukov).
(Tula--Blast furnaces--Foundations)

AIEWYEV, P. ~ imh.
Repa#Ing cylinder heads of the "Volga" and nioskvich-407"
engines. AvtotranBP,,' 40 no.5-54 YAY
162. (MMA 15:5)
(Automobileo..-Zngin6s-Cy4nders)

ALEESMIEV, r.A.
Effect of antibiotics on antibody production (agglutining)
in children'with typhus abdominalis and paratyphoid. fever.
Izv.AN Uz.SSR.Ser.med. no.3:21-27 '58. (MIRL 12:3)
1. Tashkentakly gosudarstvennyy maditainakiy institut, Kafedra
detskj~:h bolezney.
(ANTIBIOTICS) (AGGLUTININS) (TYPHOID FEM)

LOGMVA, N.So, doteent; ALMSBYNV, P.A_~,_ )mnd.med.nauk
Vitamin 31? and neopergepar in the treatment of Botkin's disease
In children. Med.zhur.Uzb. no.ltl7-19 Ja 159. (MIRA 13t2)
1. Iz kliniki detskikh infektsionnykh bolezney (zav. - Prof. 1h.A.
Yunusova) Tashkentskogo gosudaretvennogo meditsinskogo Instituta,
(OTANOCORALAMINZ) (HIPATITISO IMOTIOUS) (LIVER IMPRACT)

ALXK~b-syjlv, P.A*, kand.med.12auk; BERMAN, A.I.
Course of measles in conjunction with epidemic bepatitis. Med.zhur.
Uzb. no.1:24-27 Ja 159. (MIRA 13:2)
1. Iz kliniki detakikh infektsionnykh bolezney (zaveduyusbehiy -
prof. Kh.A. Tunueova) Tashksutekogo gosudarstvatnogo meditsinskogo
instituta i iz Tashkentskoy detskoy infektsionnoy bollnitsy No.2
(glavuyy vrach -'Kh.M. Manovarova).
(MEASLES) (HEPATITIS, IMCTIOUS)

ALSKSMU. P.A., kand.sed.nauk
Clinical course of typhoid favor In Infants, hdiatrila 37 no.10;
26-28 0 159. (MM 13:2)
1. 1z detakoy infektatonnoy klinild (zaveduyushchiy prof. 1h.A.
Tunusova) Tasbkontskogo moditainskogo instittita.
(TYMOID in inf. & childe)

AILM MI. 7, P.A., kand. mod. nauk; 131MIAN, A. 1.
Glinical/qourse and dingnosis of jaundice due to salmonellosis In
children."Pedintriia 37 no-5:52-56 Vq '59. (MIRA 12:8)
j
1. In 2-y detakoy infektaiowwy bollnitsy Tashkenta (glavnyy vrach
Kh. M. Munavarova),
(JAUNDIG3, in inf. & child
caused by salmonellosis, clin. course & diag. (Phs
(SAIAOMILIA INMTIONS, in inf. & child
causing jaundice, clin. course & diag (Raa))

A - - gim- P.A.- 13KMN, M.1. ; KOMM77TA, Te.p.
Clinical and pathohistological picture of S. typhimarium Infection in
children. Zhur.mIkrobiol.epid.j I==. 31 no.lali-n6 ja 16o.
(MrPA 13:5)
1. Iz 2-y Tashentskoy detskoy infektoionnoy bollnitay.
(STAMORMA rMOTIONS In Iuf.'& child.)

RUHTANSEV., PA.; RYZHKOV,, M.S.; IVANOVj, A.I.;
TAGANp IrL., elektrmeki ~ik; L IN, A.F.
Discussion of the article "Pedal or track eircuit.8 Avtom.,,
telem. i sviast 9 no.10,38-39 0 165. (MIU 18:11)
1. Starshiy elektromakhanik Velikolukokoy distAntaii Dktyabrlokoy
dorogi (for Rmqantoev)* 2, Starohiy elaktromekbanik Miktmlskoy
distantaii Severnoy dorogi (for Ryzhkov). 3. Zamestitell machall-
nika Ryandomokoy distantaii Severnoy dorogi (for Aleksayev).
4. Glavrqy inzh. Nyandmskoy distantaii Severnoy dorogi (for
Ivanov). 5. Krasnolunn kays. distantsiya Donstskoy dorogi (for
Tagan). 6. G2.aynn inzh.' Kishineyokoy distantsii signalizataii i
avyami Odeasko-Kishimvskoy dorogi (for Lyubin).

------ --- --- - - - -- - --- - -
. --2,11-11- 11 1
ALZ~OZILIV, -. A.
"Comparative Evaluz~tion of Some Laborator:,- !.ethol---, of
in Thyphold-I'laratyphuz Diseases." Cand Yed Sci, Y,-:5hkent z~-e l.'edical
Inst, 6 Oct 54- (nr, 22 SeP 54)
~,V, Y, ~,.
SO: Sim 432, 29 Ypr 55

ALMM971_~F.A.- ~ '
Intermittent action barrel for breaking off gatings and
riser heads on steel castings. Lit. proizv. no.7;22-24
ii 163. (MIRA 17-.1)

AIEKSEYEVP P.A.
The leading vorkers of the oomumication center, Avtow., telem.i
ovUsl 6 no.llt23-25 N 162. (MMA 15-11)
1. Zwmestitell nachalinika Nyandonskoy distantaii signalizateii i
evyasi Severnoy dorogi.
(Railroads-Comiunication eyotems) (Railroads-Employees)

S 0 a 0 0 a 0 Al 0 6-
-1 to - it- 11--tY U -it-it Al, a IN I-V B m x is P-A
it
A 4 t A ix up. -gut T_ J. j-, I
4 M Afto 1.0 cartel ter -0-0 .1. T4111101
14 '1~ C.-If
E~ lit -E-A
00
porimeaft on the Influence of carbon diolide
0 0 Md. of foods. 1'. A. Al,kwc,. L. A. V,a-
on Yarlous
V 9. nalorvan-kil. Fj3p?
shiloym, 1K, A. Kariessev and .
2
(let., M'M; Rip. froddo 2 :00
Jet milk and biditr in 76111%11 4111141%tilics wctr LeO
ex., . -00
ill ve"Ch r.-Ilto. C14 Of VlLtkvkls Volicn., Thr mrWilm -,I
00 Co. lyrokv4led the lwrkxi Of conservation tit fish (trull-, -00
Of 4%, 4.A. 4 )VI. 1%e finh colored a little with Mic`v
9 lee
and ftmoviellat looev at 10% rMicil. The rfliriellev
44 C41, 0% a IWVW-tVVtiTr W16% inC"41srd At I11W ti'11111. -00
Aledt litemetmi its ndm lwfter, Mill, unit Now Ill
00 3 xSe
w*14A C0% And tmoird alightiv 'Witt. Inat 11111k legaill. 1(,
000 i!! nurtuill tuste If aridity after living vetunied to ait.
C'mellmlon: exerts 2 kinds of influence (in GXXI:
0 0 it influem" the nVictiOritanl4mv; responsilde for deteriorn.
0 0 U tim, and sho the product Welf. Tables tit rr%ult4 are
T. H.
It 4:0 0
NOS
Ile*
a I - too 0
t Ile, 0
QMV GOL Willal(ml
U is AT 00 Is - I - All
v F I T 04
111 x it 91 it VL In, I a 1"_
It It so 0
#)S0 0 0 4 0 0 0 0 009 0 0 0 e 0 ee
100 0 0 0 0 0 0 0 0 0 0 0 0 0 6 0 9 0 0 0 0 v 9 0 a 0 0 0 0 0 0 0 0

ATSXSXM. P.
Mar 52
uSSR/Biolo"O Agricultural Cold-
Resistant Plants
~110nions Which Resist Cold," P. Alekseyev
"Nauka I Zhizn"' Vol X1X, No 3, P 35
Acold-reoistant, onionvas discovered 20 yrs ago
In the Altay by K.~A. Anopko. At present this
onion, which carrilds bulbs above the-ground as
well as on ths roots and survives*vinter temps
as low as -50 C, is being cultivated extensively
in the Par North. It yields 2 crops per yr: in
early spring and late fall. According to B. P.
Tokin, it is very rich in ph~tqncides.

LF_KSV_zytA V
AUTHOR: AlekseevP P
66-2-8/22
TITLE: Experimental storage of refrigerated meat in a chamber
with thermal insulation by means of an air jacket ,.
(Opytnoye khraneniye morozheno o myusa v kamere s teploza-
shchitnoy vozdushnoy,rubashkoy
PZRIODICAL:~"Kholoclill Ma Tekhnika"/( e igeration Enginaering)
R
1957, NO',2v PP., 41 -a 0.4 MSR)..
ABSTRACT: The aim of the experiments was to investigate the relat-
ions governing loss of weight during cold storage of refri-
gerated meat over a period of five and a half months inside
a chambery the two external walls of which were provided
with thermally protecting air jackets whilst the other two
walls, separating this chamber from other refrigerated
chambers, were made,of foam concrete!, The configuration
of the chamber and the meat data are given. The results of
the experiments are described in some detail, givimg data
on the temperature and humidity condi-IN-lions during the pro-
ceso of storage',on the heat flow and on the weight losses.
During the experimental storage the total loss in weight
Card 1/2 of the meat in the experimental chamber was 1957 kg and
thevtotal inflow.-Of heat into the chamber was about 11
millio;i 1-kcals ier., the specific dehumidification was

Experimental storage-of ref'Vigerated meat in a ch.amber
with thermal insulation by means of an air i ffi-kK~122 (Conf-.
about 0'.18 glkaek.'. The experiments enabled'Ahe.'deteftips-
tion of the-IOBBeS-during five and a half months of stored
refrigerated meat'O In a chamber with a heat insulation
jacket the-loss during five and a-half months'storage
amounted to 0'.59% for beef* and 0'.72% for lamb7. The natural
loss of weight of the refrigerated meat was caused by the
heat flow through the walls between the experimental cham-
ber and the-adjacent refrigerated chambers and also from
internal heat-sources-but not through the outside walls'.
If an equal air temperature is maintained in all the adjac-
ent chambers--and also in the-heat insulation jackets, the
loss in we-ight of the refrigerated meat will be independent
of the season of the year and.,according to calculations
should not exceed 0'.034% per month during any part of &
year. To reduce drying off of stored meat it is necessary
to provide thermal insulation of the ceilings and floors of
Card 2/2 the individual storeys or to maintain an equal temperature,
in the chambers adjacent to the one in which the meat is
stored: '. There are 3 figureso 4 tablest and 1 Slavic xef-
erence.
AVAILART :

AISKSBYEV...P., inzh.
-.... ..
How to stack frozen meat. Khol. teldi, 35 no.2:64 mr-Ap 158.
(MIRA 3.1-4)
(Meat, Frozen--Storage)

ALEKSITEV, P.
Temperature conditions for egg storage* Khol.tekh. 35 no.5s6l-62
It.- S-0 158. (legge-Storage) (MRA Ilt1l)

"The Storage Conditions and Weight Loss of Frozen Meat in Jacketed Cold
Storage Rooms."
Rep-rt submitted for the 10th Intl. Refrigeration Congress, Copenhagen,
19 August -2 September 1959.

it IT 34 v :f' i v
Jill
I, c-
Val
30
I a
10
V

14t% 1) SOV/66-59-5-6/35
AUTHORS.- Ryutov, D., Candidate of Technical Sciences, Ajtk�W_tv_,_L, Candidate
of Technical Sciences, Vysotskaya, 0., Engineer
TITLE: Conditions of Storage and Losses of Weight in Frozen Meat in Refrig-
erated Chamber equipped with Heat Insulation Jacket
PERIODICAL: Kholodiltnaya tekhnika, 1959, Nr 5, pp 26-30 (USSR)
ABSTRACT: The article describes tests conducted by VNIKhI with a view to de-
termining the effect of jackets surrounding refrigeration rooms.
Tests were conducted on an extensive scale over a period of 2 years.0
Under ordinary conditions the average prevailing temperature was -17 C
with a humidity content of the air of 97%. The loss of weight in frozen
meat due to influx of heat from the surrounding cold-chambers was twice
as big As the loss observed in regard to frozen meat, stored in a
Jacket surrounded cold chamber. Losses can still be reduced, if by
means of proper automation a steadier temperature is'maintained. To
prevent air currents from taking place inside, it is necessary to place
in the chamber insulated partitions. Temperature in the Jacket must not
be inferior to the temperature in the chamber by more than one degree,
Card 1/2 It is important that the walls separating cold chambers and Jackets

sov/66-59-5-6/35
Conditions of Storage and Losses of Weight in Frozen Meat in Refrigerated Chamber
equipped with Heat Insulation Jacket
should be properly insulated. Tests were carried out in the Moacow
Refrigeration Warehouse Nr 12 and revealed that the Jacket-enclosed cold
storage room constitutes a great improvement in the prevention of meat
snrinkage and reduction of losses in weight. in the ease of a single
story refrigeration plant, a better solution for the design of the
Jacket may be found by providing a forced air circulation inside the
Jacket through a narrow air hole.
There are 4 tables, 1 diagram, I graph and 4 references, of which 3 are
Soviet and 1 English.
ASSOCIATION: VNIKhI (All-Union Scientific Research Institute of Refrigeration Industry
Card 2/2

ALEKSZYN, P., Icand.tekhn.nauk
Storage temperature of frozen fish. Khol.tekh- 37 no-3:52 My-Je
l6o. (MIRA 13 -.7)
(Fish, Frozen)

A SETZV, P., kandetekhn.ariuk
-------------
Simultaneous storage of various products in cold storage chambers.
Khol-tekh. 37 no-5:6o s-o 16o. (MIRA 13:10)
(food, 7rozen-Storage)

.ALEK.SEYEV-,___P.A.$ kand.tekhn.nauk; VYSOTSKAYA, O.M., inzh.; GAHICHEO, S.I.,
kand.tekhn.nauk; KONOKOTIN, G.S., kand.telthn.nauk
Natural loss of meat and fish in rail transportation. Rhol. tekh.
38 no.4:48-50 JI-Ag '61. (MIRA 15:1)
1. Vsesoyuznyy nauchno-issledovatel'skiy institut kholodil'noy
promyshlennosti im. A.I.Mikoyana (for Alekseyev, Vysotskaya,
Gaki&ko). 2. Nauchno-issledovatel'skiy institut mekbanizatsii
rybnoy promysblennosti (for Konokotin).
(Meat, FrozeA--Transportation) (Fish, Frozen--Transportation)
0

ALEMYU P.A kandtokhn.nauk; NIKITIN, V.A., kand.sellskokhoz.nauk;
~# L.S.., luft;; Prinimali uchastiye: KHOLOPOVA, A.A.;
VYSOTSKAYA C~M.' Starshiy ziauchnyy votroAnik; LEHEDEVAj M.Bo,
P
starshiy'nauchnyy sotradnik; ZHAROVA, K.F., tekhnik;-
PAVI;OVAj, N.A., tekbnJ
Experjmental~iail transportation of apr!Lcots and grapes.
Khol.tekh. 3%no.6:1+6-50 N-D 162. (KIRA 15:12)
(Refrigerator ears) (ftit-mransportation)

AIEKSEYEV, Petr Al eyeviohy-kand. tekhn. nalik; NOISEYEVA, Nataliya,
reyevna, kand. takhn. nauk; WNW, V.S., kand. tekhn.
nauk., nauchnyy red.; KAPLUN, M.S., ral.; MAMONTOVA, N.N.,
tekhn, red.
[Use of refrigeration in the manufacture of grape wine and
concentra-bed juices) Primenenie kholcda v proizvodstva vino-
graftykh vin i kontsentrirovanrykh sokov. Moskvaj Gostorgizdatp
IL962. 47 p. (MIRA 15:4)
(Refrigeration and refrigerating machinery)
(Fruit juices)

ALEESEYEV,P.A., kand.tekhn.nauk; ROSSOVSKIY, L.S., inzh.
--- Z-~~~
Natural weight losses of apricots md grapes during railroad
transportation in refrigerator cars, Khol.tekh. 40 no.2s38-40
Mr-Ap 163. (MIRA 16:4)
1. Voesoyuznyy nauchno-issledovateliskiy institut kholodillnoy
pronWshlennosti.
(Fruit,--Transportation) (Refrigera"!, '. cars)
TF, k

ALEKSEYEV P A . kand.tekhn.nauk
What should be know about fruit storage. Khol.tekh. 40 no.2159-60
Mr-Ap 163. (Fmit-Ztorage) (KM 16:4)

~-'p-kand-.-tekhri.nCuk ;- CTIFKVAR-'PVV-
Experimental railroad transportation of grapes. Khol.tekh. 40
no.6141-43 N-D 163. (MM 1714)
1, Vsesoyuznyy nauchno-issledovatellskiy institut kholodilinoy
promyshlennosti (for Aleksey-,r). 2. Vsesoyuznyy nauchno-issledo-
vatellskiy institut zhelezno'dorozhnogo transporta (for Chekmareva).

PUKAREV, A.I.; KHOLDPOVAp A.A.; SHELAIPUTIN, V.I.; NOSKOVA, G.L.;
JjEY,_P,A-; DRACHEVA, T.A.; OLENEV, Yu.A.; PAVLOVA,
jALbEKPKS
-1.A.; SELIVANOV, V.A.; VINOGRADOV~ S.V.; MIRDLYUBDV, P.A.;
ROVENSKIYO A.I.; SKOROKY10DOV, A.A.; RYUTOV, D.G.i kand.
tekhn. nauk,, red.; CHICHKOV, N.V., red.; MEDRISH, D.M.t
tekhn. red.
[Manual on the operation of cold storage warehouses] Spra-
vochnik po ekspluatatsii kholodiltnykh skladov. Moskva,
Gostorgizdat, 1963. 175 P. (MIRA 16:7)
1. Sotrudniki Vsesoyuznogo nauchno-iseledovatellskogo insti-
tuta kholodillnoy promyshlennosti (for Piskarev, Kholopova,
Shelaputin, Noskova, Alekseyev, Dracheva, Olenev, Pavlova).
2. Rosmyasorybtorg Ministerstva torglovli RSFSR (for
Selivanov.. Vinogradov, Mirolyubov, Rovenskiy). 3. Gosudar-
stvennyy planovoy komitet Soveta Vinistrov SSSR (for Skorokhodov).
(Cold storage warehouses)

H ~ L N . I- V . I j T I
L- - ~ I !Z - I - ~ , I
J,IY,KSEr-V, P. A.
23378 Odin 12 Rezervov Ekonomit KDzhl. Ieg)mpt Prop~-stl, lgkg, No. 6, c. 11-12.
SO: LETOPIS NO- 31, 2.949

A , F.A,, inzhenero
An outstanding factory of the Kazakh shoo industry. Legeprop.3,5
no.2:55 7 155; (MMA 8:4)
(Alm Ata-Shoe industry)

ALEKSEYKV,P.A., inshener
In an cyutstandXng quality plant. Leg. prom. 15 no.6:51
Je '55- (MLRA 8:8)
kAlma At&--Harn8BS making)

Perl.OCUWa I Vest. mash. 3513, 41 - 42, Mar 1955
Abstract I A study ie made of.the effect of high-speed grinding on locomotive axles,
experiments having been made varying the speed and system of grinding.
Data compiled included those for the degree of cold hardoning at various
depths below the surface. Measurement of the microhardness of various
samples showed that the depth of cold hardening increases with the thicL-
ness of the feed. Two USSR references (1950-1951). Graphs.
Institution
SubaLtted

SOV/137-58-8-17892D
Translation from: Referativnyy zhurnal, Me tallur8iya, 1958. Nr8, pZ42 (USSR)
AUTHOR: Alekseyev, P. G.
TITLE: An Investigation of Structural Fe-Ni-Al Alloys (Issledovaniye
zhelezo-nikeP -alyuminiyevykh splavov konstruktsionnogo tipa)
ABSTRACT: Author's dissertation for the degree of Candidate of Technical
Sciences, presented to the Ordena Lenina n. -i. in-t (Order-of-
Lenin Scientific Research Institute), place not given, 1957.
A new Ni-Al steel was developed contaii-iing 0. 05-0. 1% c",
3.4-4. 00/o Ni, and 1. 5-2. 00/o Al and capable of hardening when
subjected to tempering at temperatures ranging from 400 to
6000C. The hard phase, visible only under the electron mico-
scope, is a chemical NiAl compound which passes into solid
solution in its entirety at temperatures above 650-7000. In-
troduction of small quantities of carbide -precipitating elements
into the steel increases its tensile strength at room tempera-
ture and at elevated temperatures. When 10/o of Cr and 0. 3-4070
of Mo are added to it, the Ts of the steel, at 500-6000, is
from 2 to 2. 5 times greater than the Ts of steels of the
35KhN3M and 35KhN4M types. The process of heat treatment
Card 1/2 of the steel consists essentially of a softening anneal at

SOV/1 37-58-8-17892D
An Investigation of Structural Fe-Ni-Al Alloys
650-700 0followed by hard tempering of the finished part (P) at a temperature
of 550-6000; as a result of this procedure, the 0-b and V s values increase
by more than 1. 5 and 2. 5 times, respectively. After heat-treatment opera-
tions, the ste2l with the composition indicated above possesses a G*s of
85-90 kg/mm , a ~ of 50-607o, and an ak of 6-8 kgm/CMZ. The steel des-
cribed is recommended as a high-strength material for manufacture of P's
with complex shapes which cannot be hardened from high temperatures by
standard methods of tempering or normalizing because of their tendency to
warp, as well as for a number of medium and small parts operating primar-
ily under static loads. The smelting of the steel may be performed in basic
electrical or open-hearth furnaces.
1. B,
ASSOCIATION: Ordena Lenina n. -i. in-t (Order-of- Lenin Scientific Research
Institute), place not given
:1. Uuninim,-iron-nickel alloys-%nolysIs 2.
Card 2/2 i.ron-ni.61-01. alloys-Fropertics

ACHIMN, N.S.; YZRM"OV,V.V.; IGNATITEV, N.V.; KAWYEAN, L.M.; PUSH, V.E.;
FADOTENOK, A.A.; THARIZONINOV, I.Y.; KHRYXOZ, A.R.; VIASKIN, Y.S.;
kandidat tekhnicheakikh nauk, doteent; GANDLER, A.V.; kandidat
tekhnichaskikh nauk, dotaent; ALIKSMV, P.G.. kandidat takhni-
cheekikh nauk.
mMachine toola" by V.A.Bravichev an& others-Revieved by N.S.
Acherkan and others. Vest.mash- 37 n0-5:87-91 MY 157. (MIJU 10:5)
1.31afedra "Metallorezhushchiya stanki" Moskovskogo stankoinstramen-
tallnogo inatitu~a (Acherkan, Yermakov, Ignat'.vev, Kaufman, Fash,
Fedotenok, lbaritomenov, Khrykoz)
(Machine tools)

AIj&KS1YEV, P.G., kand.tekhn.nauk, dotsent
` ~ ~
Investigating the smoothness of surfaces of car-axle hub-oovered
parts. Izve vys, ucheb. zav.; mashinostr. no.1:128-135 '58.
(MIRA 11:6)
l.Bryanekly institut transportnogo mehinostro7oniya,
(Surfaces (Technology)) (Gar axles)

ALEKSEYEV, P.G., kand.tekhn.nauk, dotsent
Geometric parameters of hard-alloy drills and their relation to
metal deformation in the cutting area and the strength of drills.
Izv.vys.uoheb.zav.; mashinostr. no.1;101-108 160. (MIRA 14:5)
1. Bryanskiy institut transportnogo mashinostroyeniya.
(Drilling and boring)

All
14
2 ~so
A A
-----------

-~- - ATEK p-P.G., dotsentp kand.tekhn.nauk-
"Physical bases of the theory of the strength of metal-outting toolom
by A.A.-Avakbv. Reviewed by P.G. Alekseev. Vest.masb. 41 no-3:85-86
mr 161.' - (Min 140)
(Metal-cutting tools)
(Avakov, A.A.)

0
3300
S/170/62/005/002/002/009
B104/B138
AUTHORit Fogel's V; 0.1 Alekseyev, P. C.
TITLE: A new method permitting simultaneous determination of the
thermophysic.al characteristics of polymers and their depen-
dence on the temperature and pressure of the external medium
PERIODICALs Inzhenerno-fizicheskiy zhurnal, v. 5, no. 2, 1962, 35 - 41
TEXT: A new method permitting the simultaneous determination of the
coefficients of heat conduction and thermal diffusivity of high polymers
has been developed at the Kafedra PrOmYshlennoy teplotekhniki lAoskovskogo'
institute. tonkoy khimicheskoy tekhnologii-im. M. V. Lomonosova (Department
of Industrial Heat Engineering of the Moscow Institute of Fine Chemical
Technology im. M. V. Lomonos*ov). Measurements can be made above and below
00C and at different external pressures. Two plates 3 - 8 mm thick'(2)
(Fig. 1) are pressed into metallic mold (3) by means of plate (1). A
quick-response heater (5) is insertdd between the two plates. The tempera-
ture is measured wibi thermocouples (4). At the bdginning of the exp&r1-
ment, the temperature of the samples is equal to that of the liquid in the
Card 1/

33470
S/170/62/005/002/002/009'
A new.method permitting B104/B138
thermostat*. ~The heater imparts:a ddnstant specific heat current q~y corst
-two-plates. By separating the variables
to the internal surfaces of the
'One obtains
x
2`
>