SCIENTIFIC ABSTRACT GALPERIN, A.I. - GALPERIN, B.S.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000614120017-9
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: July 19, 2001
• Sequence Number: 17
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

PETROV, I.P., kand.tekhn.nauk; GALIPERIN, A.I., kand.tekhn.nauk
Standard series pipe-laying cranes. Stroi.truboprov. 8 no.7:17-19
J1 '63. (MIRA 17tr"_)

GALIPFRIN, SKOMCROVSKIY, Ya.-.
Determining the dymnic loadi on uniti of self-propelled cleaning
mach'ines. Stroi. truboprov. 8 nc),12tl3-16 D 163. (MJRA 17:4)
1. Vsesoyuznyy nauchno-issledovatellskiy institut po
strottellstvu magistrallnykh truboprovodov.

GALIPERIN, A.I.; KRAYZELIMANJ, S.M.; POKROVSKIYY B.V.
Dynamics of raising and lowering pipelines. Stroi.truboprov. 9
no.11in-13 N 164- (MIRA 18:2)

GALIPFURIN, Abram lsay~qh, kand. tekhn. nauk; KRAYZELIMAN, S.M.,
re 6nzent; FOKROVSKIY, V.V., retsenzent; NOVIKOVA, M.F.,
ved. red.
[Construction and assembly machines and mechanisms for
building gas and petroleum pipelines] Montazhno-
stroitellrge masldny i mekhanizmy dlia sooruzheniia ma-
gistrallrWkh gazonefteprovodov. Moskva, Nedra, 1961". 356 P.
(MIRA 17-6)
1. GlavMT inzhener Upravleniya moklianizatsii rabot Cosu-
dars-tvennogo proizvodstvennogo koniteta po gazovoy pro-
r.yshlennosti SSSR (for Krayzellman). 2. Glavrr~-j kon5t--uk,
tor Spetsiallnogo konstruktorskogo iTyuro "Gaz.-,troymashinall
(for Pokrovs'kiy).

GAI,IPEIIIII, A.I., kand. Lekhri. nauk; MIKUN, V.ya., irzA.
Large-diameter pipe bender for pipeline construction. Stroi. i
dor. mash. 9 no-4:22-24 Ap 164. (MIRA 18:1)

GALIPERINY A.I.
Calculating the bending moment for the bending of thin-walled
pipe. Kuz.--shtam. proizv 4 no.6:17-18 Je 162,, (IMIRA 15:6)
1 (Pipe bending)

GALPEHIN A.L. G1RiLD'j'iCH, M.A., '.-4ALSIM,;V P.M4, -alu HO
$ itAViCH*:5HCEE- , M.A., V6, A.M.,
BRjDSKil, A.L., and 511DAR, N.I.
IfBlood Transf sion in Tre~:.ment of Tubm-rculosisll,
LTr:)bl. *-Pu,)erk-711o. 1, 3-14-, Jan.-Feb.,l.,50. 2 figs., 3 refs.
Much work has been dine in he Soviet Unioit to prove that' tuberculous patients are
not alleriic to human blood. It has also b en proved that blood transfus:1-3ns in these
cases need not produce any general or local reactions whatever. The very sever reacti
w~iich were produced by transf sion at the ge inning )f t:e experiments have now been
eliminated; it has b;-~en estabkished tkiat they were due to impurbles and to lace of
aseps s in the technique of administration. Tr nsfusion e~.nilot be re arded as a
j-.sec mathod of treatment ~-ut serves a subsidairy pui-pose: (a) as a haemostatic;
(b) as a stimulator of the connect ve tissues; (c) as su stitution therapy aft r Vreat
;lood loss. Blo)d transfusion is also inportant as a preliminaty -o sutE cal in~er-
veution and in ::ost- operativ treatment. More w)rk should be donr o, the dese siti-ing
ef ect of ~looa transfusion in the presence of plural reactions to treatment with
artificial pneurnothorax. The use of dry serum is advisable as a haenostatic agent.
Blood transfusions are contrainuicated in liopeless cases such a t ise of acu e ( asemm
pneumonia, acute haemat~)genous spread, and terminal exacerbations.
it. W. Swann
SO; Abstracts of "'lorld Medicine. Vo 8. 1950.

GALIFERIN, A.M.; ARI=TGV. V.V.
Iffect of continuous aging of the deposited austenitic
tendency toward intercrystallins corrosion. Avtom.avar.
-T& 159.
Inetal OU Its
12 no-1:36-42
(MIRA 12:4)
1. TSentrallnyy nauchno-iseledovatel'okly institut GIB.
(Steel-Welding)

y inzh.
VA)ISHTEYN, B.G., gornyy inzh.; GALIPERIN, A.M., gornr
................
Shchigry phosphorite mine. Gorizhur. no.2:10-12 F 161.
(MIRA 14:4)
1. Kurokiy sovnerkhoz (for Vanyahteyn). 2. Shchigrovskiy foefo-
ritnyy rudnik for Gallperin).
~Shchfgry District-Phosphorite)

GALIFERIN, A.M.
Mandrel with filled hydroplastics for grinding machines. Stan.
i instr. 35 no.1:41 Ja 164. (MIRA 17:3)

ACMSSICN NR: AF4031191 S/0056/64/046/W4/IS04/1607
-AUIHOR: Aleksanyan, A. S.-, Alikbanyan, A. I.;. Opw J1.; Kawalarg Re Ift;
_,q, A.,
KiriUav-Ug*".zm, V. G.; Kbtenkoj Le Pe; Kuming 1'0~ *A.; ftneism, Ye. P.; rmw
GO I*
TME: Study of decays' of !_0 sms Into tbres; mdml pions
SOLMCE: Zh. eksper. i teor. fiz.0 v. 46, no. 4,, 19649 1504-1507
TOPIC TAGS: neutral kacn decay, i6lectron positron pedr, k3on three pion decay,
inelastic neutron interaction
ABSTRAM This is an ellaboration of an earlier preliminary report (Sb. Vopirosy*
fiziki elementarny*kh chastits. Izd. -M ArmSSR, Yerevan, 1963, p. 324). Some
50,000 stereo photographs were taken and the events classified as Ko-mescn decay
were those with 3. 49 59 w 6 electza -positron pairs directed appradmately to-
wards one point, and also V-events. The measure of the convergence of they quanta,--
producing the pairs was the mmcimLxn distance h from the point of intersection of
the trajectories of the two nearest y quanta to the trajectories of the otiml y
histqVms cca"spending to different numbers Of PrM88
definite physical reasons which lead to the appeownce
cmd

FACCESSicti NR'': '_ANO'31191
of three or mom eleL;trcx -positron pairs whose vertices are directed appvcKimately
towards one point. -The calculated probability for the KY -* 3110 decay relative to
all KZO meson decay is 0*2 + 006, This agrees with thecivetical predictions (23,,6%),.
obtaified by assuming the vRidity of the AT a 1/2 rule. "The authom am grateful j
to E. O..Okarkov for a discussion of several problems during the plivining of the
experiment, to Academician V. I. Veksler, I. V. Chuvilo,, and the proto
crew
for making the irradiation possible, wid also to I. B. Vartazaryan, L. P.
Kishinevskaya, N. V. Magradzeq and the laboratory gvoW for help in the reduction
of the experimental material. Orig. art. has: I figure and I table.
ASSOCIATICK: Fizicheskiy institut im. P. N. Lebedeva Akademii nm* SSSR (Rrjsics
Institute,, Academy of Sciences, SSSR); I'. MDskmdd " in~~fizi~esikiy Institut
icel
(Moscow Ungineering Mrice 1rkstitute);'riz=y institut WM, Yerwan (Rrys
'Institute GKAE)
SUBMETTED: 25Jan64 DAZ ACQ: Oftkyft ENMS 01
SUB COMO. NP
Cwd --2/3
NR RU WVt 004
OMMI 001

--11 fill -1
AP4031191
ACCZSSIOH NR 1 01
2
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Su
*Convergence parameter h 2.1 em.
1 - Number of electron posttron pairs in event
2 - N 10 3 - Number of tvontf resulting from processes
tota
0 0 0
other than K -P37 decays, 4 - Number of K + 31r decayrj,,
2 . 2.
5 - number of r idom ov ntes 6 number or nuo ear Interaotions
Card 3b

GALIFEERIN, A.M.
Cast iron grinding bars for lapping precise boles. Yashinostroitel,
no.3:28 Mr '64. (MIRA 17:4)

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AdOOrPdOR 11114IMMIS fair the datenniastlota of hattiolop.
so A. M' Hat'WiJi- F4Jm" ' 19M N 3 7-12; Kki-B. 1~00
0 Memo. Aur.'?. No. 2. Fur. thedcln. of the
cilkwides. brummilles soul Will" in dil. 201113. by titratim in
go
0 the p-metim of lodworption indicators. the x1firfitwily lit
00 a Ihe method of Faimums o"T the ineth,m] of Mohr lit shononj
Ilesides dularroorrin good results its the titration .1 the rhh)-~' .00
rkks wem obtained with azolitinin. metand yelknor anti .00
diphertylamble blue. The pfolective colloids (drittrut anti
so moolatin) prevented coagulation at the eiluiv. oi,tiint. but
0 did not effect the acrumey tit the titratitio. Britivitithy- A. _o*
Inal little. ariffiloor, rest still Vowitio tell torm will-14"t-Wor (,-I
:0 '00
00 otillolik, toolo d1l. millim, All ludleiiiiiii, l1wil fim fill- oleill.
lit the kiromidn cuu!d a1w Im tolled tilt 11tralkin of UA) 0
00 0.1 N ioxWe Kdm. For 0,01 N motros. only Congo red
00 goo
N owns. none of tllr indi. lose
00 could be used. and for 0.001),
00 4r pitimrs mentioned was suitable. Three cotillitorative
Amotoks froon which the mMMitude of deviations from the
gravinictric results can Ime well. and a table for the clutrogm doo
00 a
of color are Itivcn. W. R. Ili-slit
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GALIPERIN. A.M
Group face chucks. Mashinostroitell no.8t28 Ag 162.
(MIRA 15:8)
(Chucks)

QAL!jLM4 A-M.
Using indicating deviues in machining on lathes. Mashincetroitell
no.12:21 D 162. (MIRA 16:1)
(Iathv~s-Attachusnts)

GALIPFRIN, A.B., inzh.
Accelerated method for testing the wear of engines. Hekh.i elek.
uots.aellkhoz. 17 no.6:19-23 '59. OIRA 13:4)
1. Vsevoyuzny7 nauchno-Iseledovatel'skiy institut makhanizateft
sel'skogo khozyaystva.
(Diesel engines-Testing)

GALIPERIN, A. S., CAND UECH SO-1, " I NVES T I CAT 1014 OF 49M
OPERATIAQ~CIONDITIONS AND DEVELOPMENT OF A METHOD OF ACCE-
LERATED-A*4*6*901 TESTS OF TRACTOR ENGINESell Mo:3COW9 1960~
Vd,44,4
(MIN OF HIGHER AND SEC SPEC ED RSFSR9
~ 1;1~
ROAD (KL, 3-619 214).
V' lrj~'
Moscow ~m MOW
186

ABELEVICH, A.A.; ART&MIYEV, Yu.N.; VLASOV, A.P.;I GALImZj"_.Sj YEVSIKOV,
AS.; IVANOV, G.P.; KOROIZV, N.A.; ISVITSKII-7-1-L'S.; LIV,':-,EITS, L.G.;
MELKOVv M.P.; NAZARGVp N.I.; NOVIKOV, M.P.; POPOV, V.Ya.; TEPLOVp
A.G.; BAKHAREV, A.?., inzh., retsenzent; SAVELIYEV, Ye.Ya.9 red. izd-
va; MODEL', B.I., tekhn. red.; ELIKIND, V.D., tekhn. red.
[Technological aspects of the repair of crauler vehicles] Tekbnolo-
giia remonta gusenichnykh mashin. Moskva, Gos. nauchno-takhn. izd-
vo mashinostroit. lit-ry 1960. 1+66 p. (14IRA 14:7)
(Crauler vehicles-44aintenance and repair)

GAL;PERDI, A.S., inzh.; INEFEDOV, B.B.t inzh.
Effect of variable loads on thE wear of tractor engine pa-ts. Vest.
mash. 41 no.4:38-41 Ap 16L OURA 14:3)
(Tractors-Engincs)

.Q~IPERIN, B.M.; ISOFIDI, G.Ye.; K(PYLOVA, A.M.j ZHEBRAK, V.D.;
-'-B=!Yt, VA, Z. G.
Experience in desalting Arla n oil '!$%the Salavai bc~bine.
Nafteper. i neftekhim. no.5r9-J2 17..8)
1. Salavatskiy kombinat.

KOSTRIN, K.V.; KFZYMER, M.L.; MALIKOV, F.Kh.; GAL'PERIN,,.,B.,jj..;
NAPALKOVA, S.A.
Refining sour oils in the units and plants of Bashkiria.
Trudy BashNII NP no.7sl9-29 164. (MIRA 17;9)

CALIPERPIP B.M.
Recurrence of various imounta of clouds of cliff erent shript,!7.
Trudy GGO na.161.42-45' "'34. (IM.-MA 1-7 -.'1)

GALIPERIN, A. S.
ussR (6oo)
Steam Turbines
Improving the *team turbine. Sakh prom, no 7, 191/2
9. Monthl List of Russian Accessions, Library of Congress, Octobir - 195b, Uncl.
2

GUSAROV, S.D.; GALInRIN, A,S.
.
Rapid repairing of blast furnaces in Ural plants. Metallurg.se.7:
lo-i4 ii 156. (MMA 9:9)
l.Upr&vlyayushchly trestom Uraldomnarnment (for Gumarov).2.31achallalk
takhaichookege otdola, treate, (for Gallperim).
(Ural Mountain regiow--Blast furmace~--Repairing)

V

118-58-5-5/18
AUTHORS; Gallperin, A.S., and Grishchanko, N,.F., Engineers
TITLE: Rechanization of Blast Furnace Repair ~.-orkn (,Ilekhanizatsiya
rabot pri remontakh domennykh 2echoy)
PERIODICAL: -"ekhanizatsiya TrudoyVLkikh i 'Lyazhdlykh Rabot, 1958, Nr 5,
pp 16-20 (U3SR)
iLB6TRACT; A 6eneral rei;air of bla-st furnaces ce113 for extensive labor-
consuming work-fbut the use of niech~-nized labor and of highly
productive mechanisms enable~s a :;peedy repair, The authors
describe how the accumulatod enst iron is removed in a liquid
state from the furnace ~.~ell while t1i, furnace is being blor;n-
out. -The practice of the znvod' (.Novyy TaEil
Plant), is to carr out the rnJ of the
crust 2 -,-.ecks befcrc th,~ furnrtr-~ JL; shttt-~c-,-'n. 7ht:! explosive
method of demoli2hinL: 'ULE~ refrLeto-r-1 thi! mounti-L- of

. necnan1,--.-A q ..
the cool,~-rs bir thoo", '!--cribaki, '.~!; 13 the
roplac(~-ment of thn ch-irLjn,,~ %:-:!rLi~LIJ, C11'siaanUint; of the
recLivin6 fuino?l und the ;,uunt,la, u' 1,1cckz
vieiLhiiig -',OGC to '-,~(;C ton!; for U_ :;t '-'he eis-

Card 1/2 i,,antlini~ and L~OUiltiLL,~ I. Ork -;~l cl~!rri-'k-cranco,
U L ';."

Lechuni 4a ti on of Blast Furmico- 4~.cpllr .;u-:kc
immovable ci 3viqjJn:- ,csts, 6~~
cranes -..i'h L, liftln4; cana,311- of '~mr? ---c _il~o succez-
fully used. -01c authors the:, dcal ..ith t1v-, h;_u_,'JinL,- of fire-
resistant .7.aterialo and the of the
bricklayer-z' work by usin6 lar.~-o cartun blocko fc..r blast
furnace lining. The of '.he blocks to ','.-A f-milacc
is don3 by elect-ro-t::1phers or trucks, vhi!L nt
the supply is acmiplizh.-C by shaft' elo~ratorj or
cranes and roller conveyl~rs. I.,10 article coritair-tj a table
showing the economy brained by rieclhaniziajl the acrL _,nd im-
proving the technolo6y for the r:?donstxuction Un(
of a 1,386 cub-ic %ellor furnace. There are 2 photos and
1 draviinL.
AVAILABLE: Library of Condress
Card 2/2 1. Blast furnaces-Maintenance

DUKH"VICH, Vadim Ignat 'yevich; ISKUKOV, Genim Khan1povich; PAJIFILOT,
Mikhail Ivanovich; RKY SOV, Vasiliy Petrovich; 9ALIMUN, A.S.,
inzh., retsenzent; VISEWV, N.G.,, doteent, k:and.ekon'm.na~-,--r.-e4.--,
37RCHIRA, M.N., red.izd-ve; KATLYW, R.N., tekhn.red.
[Economic aspects and the organization of open-haarth furnace
repairs] Voprosy okonomiki i organizatail remontov martanovskikh
pechei. Sverdlovsk, Goo.nauchno-tekhn.izd-vo lit-ry po chernoi i
tsvetnoi metallurgii, Svordlovskoe otd-nie. 1960. 95 p.
(MIRA 13:9)
(Open-hearth furnaces--Kaintenance and repair)

GORA, Aleksandr Petrovich; ZILIBERHAN, Aron Ayzikovich;.q~~IPHRIN, A.S.,
inzh., reteenzent; GURVITS, I.I., inzh.. red.; VAGIII, A. .' --- -
red.izd-va; MIKUYLOVA, V.V., tekhn.red.
[Blast furnace repairs] Remonty domennykh pechei. Koskva. Goo.
nauchno-takhn.izd-vo lit-ry po cbernoi i tevetnoi metallurgii,
196o. 543 p. (MIRA 13:10)
(Blast furnaces-Kaintenanoo and repair)

Sizc:; of used blaot furricices, 0--- curory 25
no.12:1161-562 '60.
1. Uva'2.dci.iuxoi font.
Virobric'c) (Blast furnaces)

GALIFERINY A.S.
Large block mounting of the upper structure of opjj~-hearth
furnaces with refractory lining, by means of the 01iding-in
mothod. Metallurg 6 no.9:13-15 S 161. (MIRA 14:9)
1. Nachallnik tekhotdola tresta "Uraldoemaremontil,
(Open-hearth furnaces--Mintemnce and repair)

, ]~, I .:;!'I 1111'r,:-, jjV,!j'I f? f?! ~-j 1! 11 1 :, 'I- I I 1 1, - :;;,, ~!H !
GALIPERIN., A.S.
We shall fulfill the seven-year plan ahead of time. Kon.i ov.prom.
17 no.11:8-9 N 162. (,NaRA 15:11)
1. Upravleniye promyshlennosti prodovol'stvennykh tovarov Ahaa-
Atinskogo sovets. narodnogo khozyaystva.
(Kirghizistan-Canning industry)

GALIPERIN, A.S,,,-
Increase of labor ::i, -vial) and reduction of labor exfenditure
is a most I.-portant task. Sakh.prom. 37 no.9-.7-9 S 163.
(mifu 16: 9)
1. Sovat narodnogo khozyaystva Kazakliskoy SSR.
(Kazakhstan--Sugar industry)

ARTWYEV, Yu.N., kand. tekhn. nauk; GALIPERIN _j6S.p kand.
tekhn. nauk; TELIPOVY A.S., in-z'F-.;*DYADYU8HfO, V.P., inzh.;
SELIVANOV, A.I., red.; TEPTELEV, P.M., spets.red.;
KULICHITSKrY, R.N.,, spets. red.; ARKHANGELISKIY, B.Ye.p
spets. red.; GINDINA, I.I., red.
[Specifications and instructions on checking for wear of the
parts and couplings of T-40 tractors in repair] Tekhnicheskie
uslovila i ukazaniia po defektovke detalei i sopriazhenii pri
remonte traktorov T-40. Moskva, Biuro tekhn. informatsii
GOSNITI', 1964. 169 p. (MIRA 18:5)
1. Perovo. Gosudarstvennyy vsesoyuznyy nauchno-issledovatell-
skiy tekhnologicheakiy institut remonta i ekspluatatsii
mashinno-traktornogo parka. 2. Laboratoriya issledovaniya
iznosov traktorov Gosudarstvennogo vsesoyuznogo nauchno-
issledovatellskogo tekhnologicheskogo institute. remonta i
ekspluatatsii mashinno-traktornogo parka, Perovo (for Artemlyev,
Gallperin, Dyadyuobko).3. Vladimirskiv traktornyy zavod (for
Teptelev, Kullchitskiy). 4. Lipetskly traktornyy zavod (for
Arkhangellskiy).

.GAL'PT-:'RIII, A*S~
Using the method of dynamic programming in selectIng the
height of the repair tread of tractor tires. Kauch. i
rez. 24 no.12:32-35 165. (MIFA IS:14-)
1. Cosudarstvennyy Vsesoyuznyy nauchno-issledovatc-l'skiy
tekhnologicheskiy institut remonta i ekspluatatsii
mashinno-traktornogo parka.

.. IMIMMUR -
41 0 Fl. I . . I - A a a A & 6 a U
0 0 0 0 400 000 0 to 0 0 0 0 0 0 0 0 0 -
all *1 10 4 to 11 u If 4 It 4 If Is0 11 - - -, I 1. 6.
A k r 9 a A - I v V- . ,& U, I #A 41 to
:0 A
Ulbscawy im samstmi of It"I tedwelow. A. S. C-d-
a pnjjj~ Sakkar"ps Pow,. 22. No. $A. -4-2-A I~M: Sm&t
I.J. AboraiLs 10, No 12. 149t It is wnt~lvd lee
thAt a tab. [at the techm-logy 4 h~% "-I" is ~W I-
surar factorwo to Study the ctmEml of water putirimItion.
autoonatir %plt. (4w 641ers. *otrt qtudilv. nicasuring efIttip. Tsee
ItIctit, iflmflaj~," Owl CIC41111111 4 Imifers, Met colum.. =09
Analywa 1411d olfltml. ~Injl
trIIIII4, It. D. H. %*
00 13 r* coo
see
see
qO 0
11110411
see
too
r r -4 -,v - r jr 481111 do k"V III WE lob
AV a "d-O 0 0 '1 N 1114-6 30 vow
It a

GALIPIMIN, A.6.
k:~-
33978 GALIRMIN, A.S. Organizovat
Vypolnyeniye Proyektnykh I Montazh-
nykh Robot'Ha Myestakh Sakhar
Prom- St. 1949 No. 11. S. 29-30
SO: LetoDis' Zhurnalinykh Statey, Vol. 42, Moskva, 1949

OALIPMIN, A. S.
Reserve capacity of plant eWpment. Sakh. prom 26, no 3, 1952.

1. GALIFERIN, A. S.
2. USSR (600)
4. Sugar Industry
7. Bring order to problems of introducing now technology, Sakh. prom.p
27, 1953-
,ss April 1953, Uncl.
9. Monthl List of Russian Accessions, Libi-ary of CongrL , --

GALIPXRIN, A.S.
Determining the quality of sugar. Sakh.prom. 28 no.6:26 154.
(MIRA 7:11)
1. Pribaltiyokly sakhavoklotrest.
(Sugar--Analysis and testing)

IVA11S. Ya.A.; GALIPMIN, A.S.
Mill processes. Sakh.prome 29 no.1:28-31 155,
1. Krustpilaldy sakharny7 zavod (for Ivans).
sveklotrest (for Gallperin).
(Sugar industry-Equipment and supplies)
WIRA 8:4)
2.Pribaltiyskiy sakh-

GALIPERIN,A.S.
. . ~ -
Relieve Industrial establishments of superfluous accounting
and correspondence. Sakh.prom. 29 no-3:5-6 155-
(MLPA 8:7)
1. Pribaltiyskiy Sakhaveklotreat
(Sugar industry--Accounting)

:-! V; :
. : I , ~ I H t 1, ~;-F'i 1;1 '11 1 V~ * ` -1 11 - j 1 1:- ;;
GALIFERIN, A.S.
Eliminate shortcomings in the field of invention and efficiency
promotion. Sakh.prom. 30 no-7:9-11 Jl '56. (KM 9:11)
(Sugar industry)

~- 1it
GALIFERIN, A.S. - '~ ` ~
- - - * -
Highly productive
48 5 156.
and smooth operation. Sakh.prom. 30 no.9:44-
(MLRA loo)
1e Dahanbulskir sakharny7 savod.
(Sugar industry)

GALIPERIN, A.S.
-
!(q ar . mach-anixim tIry..york. Sakh. prom. 31 no.5.-40-41 My '57.
P~ _g.,he!k
(KM 10:6)
1. Dshambulakiy sakhkombinst.
(Sugar industry)

1~ I ~ .:%j
GALIPETIIN, A.S.
e- ' ' ' - ' ' ' ' - -1 ~~ 4 -;~j c-1 - : 7. 1 - ..-: ... . -
Resources for increasing the processing of sugar and for the
lowering of its cost. Sakh. prom. 32 no.4:3-4 Ap 158. (MIRA 11:6)
1,,Sovnarkhoz Kirgizskoy SSR.
(Sugar beets)

G.ALIFERIN.. A. I
Ton million tons of sugar. NTO no.5;37-38 My '59.
(MIRA 12:8)
4 ,Predeedatell sektaii sakharno7 promyuhlennosti respublikanskogo prav-
leniya nauchno-tekhnicheskogo obshchestva pishchevoy promyuhlennosti,
g,Frunze,
(Frunze--Sugar research)

r-1 . ;I. I !I -,-
GALTERIF, A.S.,-_-,
'-v-`.~1 ar
Preoent-day problema of the development of tho Kirghiz sug,
induatr7. Sakb.prom- 33 no-7:8-10 JI 159- (MIRA 12:11)
1. Sovnarkhox Kirgizskoy SSR.
(Kirghizistan--Sugar induBtry)

GALTERIff, A.S.
That is not the way to build Bugar factories. Sakh.prom- 33
no-9:36-37 S '59. (MIRA 13:1)
1. Kirgizakly sovnal-khoz.
(Kirghtsistan-Sugar industry)
A~ I - -,

GALIPERIN, A.S.
Differentiate the operation of sugar factories. Saa.proa.
34 no-3:7-8 Mr tW lq6o , (MMA 13:6)
I* Kivgizekiy sovnarkhoz.
(Sugar industry)

GALIMINg A.S.
- ----- --
7actor7 admission and payment system for beets based on their
saccharinity. Sakh.prom. 34 no.10:49-53 0 160. (MIS 13: 10)
1. Xirgizakiy sovaarkhoz.
(Nara-Balty-Sugar beets)

~-d"IFEREJ, A 6
At the sug,.r factories of KirghiziBt,n. Sakh.prom. 34 ao.11:9-10
N I b0. (MIRA 13:11)
1. Sovnarldioz AUrgizakoy SSR.
(Kirghizistan-Sugar iadustry)

.
Stop IaCging behind in build-ing and reconstru-tin,- 5ugar factories
- I I
in Kazakhstan. Sakh. prom. 35 rio.11:9-10 11 '( U. (AIRA I Lo:!)
1. Upravleniye promprodtovarov tdma-Atinskogo sovnarkhoza.
(Kazakhs'lan--Sugai, industry)

ARTROYEV, Yu.11.1 kand. tekhn. nauk; ASTVATSATUROV) G.G.~ indl.;
BARABANOV, V.Ye., inzh.; BARYKOV, G.A., inzh.; B1,qiCYA711Y, S.I.,
inzh.; GALAYEVA, L.Fl.,, inzh.; GALIPERIli, A.S.) kand. tekhn. mu-k;
GALICHENKO, I.I.,, lwh.; GONCHAR~ I-.-S-., kand. tekhn. nauk;
DEGTYAREV, I.L., kand. tekbn. nauk; DYADYTJSHKO, V.P., inzh.;
YERMAKOV, I.N., inzh.; ZHOTKEVICH, T.S., inzh.; ZUSMANOVICH, G.G.,
inzh.,* KAZAKOV, V.K., inah.; KOZLOV, A.Ml.t inzh.; KOROLEV, N.A.,
inzh.; KRIVENKO, P.M., kand. tekhn. nauk; LAPITSKIY, M.A., inzh.;
LEBEDEV, K.S., 'Lnzh.; LIBERMAN, A.R.,, inzh.; LIVSHITS, L.G., kand.
tekhn. nauk; I-0.11V, V.N., inzh.; LUKANOV, M.A.) inzh.; LYUBORIKO,
A.M., inzh.; MISDOV, A.M., kand. tekhn. nauk; MATVEYEV, V.A.,
inzh.; OPJ0SKlY, U.N., inzh.; FOLYACBEUKO, A.V., kand. tekhn.nauk;
POFOV, V.P., kand. tekhn. nauk; PUSTOVALOV, I.I., inzh.;
FYTCMIKO, P.I., inzh.; PYATETSKIY, B.G., inzh.; RABOCHIY, L.G.,
kand. tekhn. nauk; ROLIBIN, Ye.M., inzli.; SELIVANOV, A.I.,, doktor
tekhn. nauk; SEMENOV, V.M., inzh.; SKOROKHOD, I.I., inzh.; SLADODCHIKOV,
V.I... inzh.; STORCHAK, I.M., inzh.; STRAMIOV, F.Ya., kand. tekhn.
nauk; SUKRINA, N.V.., inzh.; TIMOFEYEV, N.D., inzh.; FEDOSOV, I.M.,
kand. tekhn. nauk; FILATOV, A.G., inzh.; KHODOV, L.P.,, in:zh.;
KHROMSKIYy P.A., in2h.; TSVETKOV, V.S., inzh.; TSEYTLIN, B.Ye.,
inzh.; SHARAGIN, A.M., inzh.; CHISTYAKOV, V.D., inzh.; BUDIKO, V.A.,
red.; PESTRYAKOV, A.I., red.; GUREVICH, M.M., tekhn. red.
(Continued on next card)

ARTEMIYEV, Yu.N.-- (continued) Card 2.
[Manual on the repair of machinery and tractorsT Spravochnik po
romontu mashinno-traktornogo parka. Pod red. A.I.Selivanova.
Moskva, Sellkhozizdat. Vols.1-2. 1962. (MIRA 15:6)
(Agricultural machinery-Ma:Uitenance and repair)
(Tractors-4taintenance and repair)

GAL'PERIN, A~S., kand,tekhn.nauk
Testing of the reliability and durability of agricultural machinery.
Mekh. i elek. sots. sel'khoz. 20 no.1:17-20 '62. (MIRA 15:2)
1. Gosudarstvennyy vsesoyuznyy nauchno-issledovatel'skiy
tekhnologicheskiy institut remonta i ekspluatatsii mashinnotraktornogo
parka.
(Agricultural machinery--Testing)

MikTUL&,, M.A.; GALIPMPI, A.S.
Sugar industry of Kazaklmitan and prospects of its exl~ion.
Sakh.prom. 35[i.e. 36) no.2.-.1),-18 F e62. (MM 1544)
1. Alma.--Atinski,,r sovnarkhoz.
(Kazak'hstan--Suga:r industry)

GAL I Mi RIN A.S.
I
Factory, raw material, and group laboratorioo. Sakh.prom. 36
no-5:41-43 VV 162. OMA 15-5)
1. AlmaAtinakiy Sovet narodnogo khozyaystva
(Sugar industry-Froduction control) iTesting laboratories)

GALTERIN., A.S. _
UrA',nt problems of the sugar industry. Sakh.prom. 37 no.6tl-5
Je '163. (KIRA 16:5)
1. Sovpt narodnogo khozyaystva Kazakhakoy SSR.
(Sugar industry)

A
Look up for shedved rethcds. Sakh.prom. 37 no.11:5-7
1. Sovet narodnogo khLzyaystva Kazakhsl-,oy SSR.
N 163.
(MIRA 16:11)

GALIPIKRIN Aleklagdy Vladimirovich; TIMHIW. A.N.. redaktor; KARAH-
DASHIff, V.D., reclaktor; CHICHMIN, A.H., takhaicheakiy redaktor
[Determining Phot-ographic exposure] Opredelenle fotografichookoi
ekspozitsii; exkponnsetriia dlia kino i fotoliubitelai. Moskva.
GnsAzd-vo "Isknisstvo." 1955. 110 P. (MLRA 8:10)
(Pbotograpbr-Akposure)

AlALIPERIN. Aleksandr Vladlmirovich,; TELESHE7,A.ll.,re&.; CHICi,~RIN, A-14.9
I--
tekbn. red.
[Depth of focus in cinematography and photography] Glubins rezko
izobrazhaemogo prostranstva pr! kino- i fotos"emke. Moskva, Goo.
i2d-vo "Iskusstiro,01958. 149 p. (MIRA 11:11)
(Photographic optics)

POPOV, V.I.; GALIPEUN, A.V., red.
[Catalog of light filters for motion-picture photography] Ka-
talog svetofilltrov dlia kinos"emok. Sost. operator V.I.Pomv.
Moskva, 1960. 95 P. (MIRA 15:i)
1. Moscow. Moskovskaya kinostudiya "Moofillm."
11
(Motion-picture photography-Light filters)

S.bmitt..I f., th. loth pefie 3jis,,, Con&~.., Haru,lul., 1U.411 21 AQ-
1961.
JW=jLNDV,,.A, G., nVOMW_A~ A.,
LiCiversity, Physical roccuity, Chair of Wins Physics and Terrain
Vaters - "On tl~a calculetien of rate of ra4loactvitr spread'.=; In
depths" (section vmo.6)
M=.-Y., X., Institute or zoloa - -._ =Itt~] CC "P. -1. _My.t.
and possibilities of its use in studies or the
Otc=!' ts-ticz =.C)
_P?TtXVAt-Tv,Y.. Institute of G~.Icxr - ~D-r-rtbuticn of n~vnrcs -!
Ilen, CC terrmst-tal plants in bott.6 ediae.t. of tI., P.,Lric'

tion rIl.A)
m
XM, V. G., Virecter, InatItute of Ocemmolcc7 - "That has- exohnnt;~
bftt~ the A.Ctarctil. -ter. and the 64j--- "e-I. -t.ra-

Institute of &c.mzz1c;7 . "A-- .=pla o. t1w

-
cco;utatI,z of the deep c~".to Irk the northoustem razific" (Settion,
VII.B) 41 1
7, 1-s1Lt-- of C--l-a
-
_
Iti- lCet-on
%urbidily, and
.
duot,.n. (
section rIT.C.4)
-1.1 Institute Of Oeear,0100 t~~ rain-lon bet-n
-ter tram -.y and the ChArnot'r of current. to s=O -em., at the
Pr
pee Ifi, ()C:
(S~cticn

N.- I., and %L'P=rr B I
W
N
Sc-dt earth crust I. t. transition
'
O
%me rrm 'be wrtbw:ter- PaWit to the A.Latic conttriento
(S*Cti.. vxr..c.2)
x4cs-P, )9~4m4T- and Institute Of
_
Lexth Physics Iment 0. Tu. Sobaidt - fe.tur- Of the
layer I- the Okhct-k So. and In the 04jaceat of the P-iric"
(!kot no VJI.C .2)
M.,
__P., JrP
6c.W.I.Cy - *0. th.
AlmZZ-11-11 I and U7- SR:if-CA-~1 itu- -.
A
relation bft%-.* tedIrmatattem, ".1 btt- to cr_.9hy in the ..rthwa.t.-
Part of U. PacifL. Cc-an" (Sect ton VII.C.IT
yrpmm Institute of ..I.cy - -I-. tectomL. map or the patfi~
0-an, =4 the ciroun Pnmirlc =bile belt (a,11a 1:10r000,000)" (3eition
ri,
M-A_-nd Th. Ott-ina of
the Aeadem/ f S4L..c- LI-M - "0. the results of L.-stigatL.as of
U=" (SCotLcn Y.B.1)
.-Y- Institute of OcesnOlcgr - "97-1=loCIcm.1 data involved
leth Oceanic trm4E;hn in the Pacific and soce probl=o connected vith
pms,vect researth" (Section 711.13)
.1CM-K-0, Institute CC Etba-1067 - *fto. W" a the AIM Probles'
(Section Ir.B)
Institute of OCoaftoloa -*The -position of or[=Lc sum-
PInd.d cat.rI.1 In the Pacific I. C.-ct!m --th the pmbl-. of o.dL-
imentation* (3ection VII.C.I)
tOs-Lt.to of O.em.1-Mr - "Bott- vedir-ts In tho
AmteratiC* (Sec%ina VII.D.1)
YjK'YA.,CLVj_yoV., Institute of Oceanology - 'C,-c1cnLc act.-vity eand
c1lastologic f=ats In thi northern part a- the fteLfte Ocean-
(Section VrI.A)
LMDDYA T. G., All-Union S~Ilem-ifjc Fesewch institute or Mwine
-
11iliGa ind 0c.saocr.phy - r,--- results Of 1-1.1-Y-1-Clo-1 inlotIC-tions
In the Culf of Ainska!' (:;ecti.n ril.c)
A., Me.ccv State University, Phyrzical Foxitity., Chair of
Bard Crust - data w.! the problem of the origin of tho
Pacific 0e.- (Section M.C.2)
Institute or occanoloa - .'eciric features of
rmatica in tid&t ceos~ (Section YII.C.i)
T-0. S., zn--t.,tutc Q.- ccm~wI;7 - ~4umlltmttve-quant I tat Ive
_
eIst-1b-t'cR_5r
the lttl,cr_~! raima and flora In '.he northunotarn part
of -he Patin:" (S-ti.n rmc)
Institute of Oocan-'-a - "The pr-eva or
.d1se.t-t1Qo In the areas or th- Piril Isle art" (Sattion

L 12989-66 Eyrr(l) Gw
CC NR: AR6000801 SOURCE CODE: UR/0169/65/06D/0091BO22/BO23
A
B187
SOURCE: Ref. zh. Geofizika, Abs. 9
"S
.::AUTHOR: Gall n~ Me Servakova, L.
Peru
iTITLE: Basic characteristics of short-wave radiation and diurnal radiation',balance
'CITED SOURCE: Tr. LenknA;r. g1drometeorol. i~-ta, vyp. 22, 1969t 11-311
-TOPIC TAGS: solar radiation, optic albedo, solar radiation scattering
~TRANSLATION: The authors consider time and space variability tp.-hp intensity of
'scattered and total solar radiation and the radiation b4lincee~-to-W 66 snowless peri-
(from April to October). The basic materials for the work were data from analy-
;$is of routine actinometric observations ftom several groups of stations in. various
;regions of the Soviet Union (northwest, central and s outhern European sections,:far'
least eind middle Asia), as well as previously published data. The short-wave radia-
ition and radiation balance. is considered for all regions: under clear, partly cloudy
low overcast conditicns. Data from individual climatic regions only was used
when cloudiness was lets than*ld points. Data for each month was used to'an'alyze
UDC::,, ?551.521
!.Card 1/2

30'?6--). GALIPERIN, B. M.
Radi-3tsionnyy balans nizhne,ao Povolzhlya za teplyy oerLod. Trudy Glav.
geofiz. observatorii, vyp. 18, 1949, s. 61-86. -- Bibliogr: 5h nazv.

GAL F M IN), M'.
"Transparency of the Atmosphere at the Time of Droughts in the Lower Volga Region!'.
Sb. Tr. Leningr. gidrometeorol. in-ta No 3, pp 86-108, 1954.
An analysis of the transparency of the atmosphere in the lower Volga
Region during the droughts of the J.930's (according to the data of Sara-
tov) showed that the individual periods of droughts and dry winda can
occur under various conditions of atmospheric transparency; strong tur-
bidity is not a necessary criterion for droughts and dry winds; advection
of dust from the southeast does not serve as the principal cource of at-
mospheric turbidity; very strong turbidity can arise even during northern
and northwestern winds; enhanced atmospheric turbidity inconsequence of
a great quantity of dust particles is not always accompanied by high tem-
peratures; and the rise in the air's temperature because of the heating
effect of the dust particles is negligible. (RZhGeol, No 7, 1.955)
SO: Sum No 884, 9 Apr 1956

1L-57-6-II98L.
Translaation from: Referativn y zhurnal, Geografiya, 1957, Nr 6,
p 47 (USSR~
AUTHOR: Gallperin, B. M.
TITLE: A Method for Approximate Calculation of Direct Solar
Radiation from Data Obtained7by Stationary Meteoro-
logical Observations (Metodika priblizhetinykh
raschetov prikhoda pryamoy solnechnoy radiatsii po
dannym. statsionarnykh meteorologicheski.kh nablyudeniy)
PERIODICAL: Tr. Leningr. gidrometeorol. in-ta, 1956, Nr 4, pp 79-
106
ABSTRACT: The extent of direct solar radiation depends upon
latitude, the sun's inclination, atmospheric clarity,
and clouds. The first three factors fully determine
probable totals NO). The author examines existing
empirical and theoretical methods for determining
Card 1/3 probable totals, and presents the tables of results

14-57-6-11984
A Method for Approximate Calculation of Direct Solar Radiation (Cont.)
obtained by these methods. Empirical functions used to calculate
approximately the actual extent of solar radiation are obtained by
the method, which involves correlating the ratio of cactual and po-
tential: monthly totals (Q/1 ) with normal cloudine5.5 (n), and rela-
tive duration of sunshine (2). The author investigates the P0551-
bility of c6mputing direct radiation for one type of' cloud density.
To this end, observation points are grouped on similar latitudes and,
to a certain extent, in zones of similar cloudiness. Observations
were made from March to September and from October to February.
Each group of stations determined the values of 1-n and the ratio
Q/Q0 corresponding to them. The points were transferred to a graph
and fell along a general curve. It was tried to determine radiation
totals in terms of relative sunshine in terms of the average and
of the low cloudiness, and by S. I. ~avinovls method (Meteorol. vest.
1931, Nr 1). When analyzed, results obtained by these methods tend
to support the following conclusions: 1) normal cloud observation is
sufficient to determine the extent of direct solar radiation between
Card 2/3

14-57-6-11984
A Method for Approximate Calculation of Direct Solar Radiation (Cont.)
410-001 and 620-001 of latitude; 2) either S. I. Sivkov's adjusted
method (Trans. Glav. geofiz. observ., 1949, Nr 14) is recommended
for the period from March to September, or the equation Q = Qof-
LT-n+a (n-1)-_7, where a is an "effective" average coefficient of
direct solar radiation passing through clouds of the middle and high
layers and 1 is the quantity of low clouds. Here average values of
a shoud be ~7sed, or values of a for an area in which climatic con-
aitions are approximately the 'Fame; 3) data on general cloudiness
may be used for the zone from 400-00t to 460-001 of latitude for the
same period; 4) from October to '.-February any observation point may
use the ratio of Q/Qo and total cloudiness; 5) when heliographic
data is available, the use of Savinov's method is recommended for
the entire year; 6) the use of V. N..Ukraintsev's table (Meteorol.
i gidrologiya, 1939, Nr*6), which minimizes the importance of radi-
ation totals, is not recommended; 7) values of probable totals may
be obtained by means of*interpolation from the data on the coef-
fibient of transparency,, given in the author's tables.
Card 3/3 A. B.

3 (7)
AUTHORS: Gallperin, B. M., Kuchumovaq L. S. SOV/50-59-8-5/19

TITLE: On the Influence of Cloudiness on the Radiation of the Atmo-
sphere (0 vliyanii oblaohnosti na izlucheniye atmoafery)
PERIODICAL: Meteorologiya i gidrologiya, 1959, Nr 8, pp 19 - 24 (USSR)
ABSTRACT: A weak point in the climatological calculations of longwave ra-
diation is the consideration of cloudiness. The consideration
- E
(1 - Cna).
- P
is done by the formulas P
(l + Kn') and E
n
o
o
n
the effective radia-
P
is the radiation of the atmosphere, E
n
n
tion of the black body (at the corresponding air temperature)
the same values if there
and E
in the presence of clouds, P
.
0
are no clouds, n - cloudiness, K and C are the coefficients
characterizing the influence of various clouds on the radia-
tion of the atmosphere and the effective radiation. The values
for K for clouds in different altitudes under any metoorologi-
cal conditions are obtained here. As in the papers (Refs 5, 99
13), the authors are also here of the opinion that physically
and methodically the introduction of a correction for the cloud-
Card 1/4 iness with respect to the radiation of the atmosphere is more

On the Influence of Cloudiness on the Radiation of 801/50-59-8-5/1,9
the Atmosphere
justified than one with respect to the effective radiation. For
this purpose, the radiation of the atmosphere in a cloudless
sky (1)0) and with full cloudiness (Pn) were computed on the
levels of 0.5p 1.0, 2.0 and 4.0 km in 23 points of different
areas on the eastern and western hemispheres from 21 to 780
northern latitude after computing the aeroclimatic data of the
vertical distribution of temperature, air moisture and atmo-
spheric pressure. The computations were carried out according
to the radiation diagram by F. N. Shekhter (Ref 10) by the meth-
od described in the paper (Ref 2). The students of the LGMI
V. N. Artemlyeva, T. A. Belik, X. S. Nakhamchina et al. took
part in these time-consuming investigations. In the computation
of Pn it was assumed that the continuous cloud cover in all
mentioned altitudes radiates like a black body. K was computed
P - P
from K - nP 0 for the 4 levels mentioned. These coefficients
0
do not characterize the absolute but the relative influence of
Card 2/4 the cloud cover on the radiation of the atmosphere. The computa-

On the Influence of Cloudiness on the Radiation of SOV/50-59-8-5/19
the Atmosphere
tions showed that everywhere and in all altitudes an annual
course of K with a maximum in winter and a minimum in summer
can be observed; from summer until winter, K can sometimes in-
crease by more than double its value. In no season, however,
is there a clear deuendence of the coefficient K on latitude.
The results put forward here show that the use of the mean an-
nual values, or even the mean seasonal values, of K in the com-
putation of atmospheric radiation in the single months can lead,
in various climatic regions, to big errors in the determination
of the longwave radiation gain. The diagrams show the dependence
of the difference Pn - P 0 on the effective absorbing atmospher-
ic mass (M) at different temperatures (t) of the cloud layer,
the dependence of the coefficient K, (at a cloud height of lkm)
on M, the dependence of the coefficient K I on the temperature
T1 at the base of cloud, and the dependence of K I on the air
moisture near the ground 9 0. Table 1 shows the K-values (in %)
Card 3/4 taken from the correlation curves for the 4 levels mentioned

On the Influence of Cloudiness on the Radiation of SO11/50-59-8-5/19
the Atmosphere
at different e . These data. can be ueed to obtain the mean K-
0
values according to the known mean monthly air moisture. There
are 6 figures,.1 table, and 14 references, 12 of which are
Soviet. I
Card 4/4

S/1069/62/000/003/042/00~8
D228/D301
AUTHOR: Gallperin,
TITLE: The influence of cloud on atmospheric radiation (The-
ses)
PERIODICAL: Referativnyy zhUrnal, Geofizika, no. 3, 1962, 17, ab-
.stract 3B143 (V sb. Aktinometriya i atmosfern. optika,
L., Gidrometeoizdat, 1961, 37-38)
TEXT: The mean monthly values of atmospheric radiation in a cloud-
less sky, and at the time of continuous cloud, were determined with
the help of F. N. Shekhter's radiation diagram from da-ta on the 1,,~2
vertical distribution of the pressure, the temperature, and tie hu-6
midity in different regions of the northern hemisphere. No simple
relation of atmospheric radiation to the local latitude was detec-
ted. The cloud coefficient magnitudes have a considerable annual
variation, which depends on the climatic conditions. It was estab-
lished that there is a close connexion between the cloud coeffi-
cients and the watex-vapor tension at the ground surface. Z-Abstrac-
. I t Complete translation- 7
er S
ard 1~?
a

S/169/62/00VOO3/040/098
D228/D301
AUTHOR: Gallperin, B. M.
TITLE: Some characteristics of the insolation in Soviet Are-
tica (Theses)
PERIODICAL: Referativnyy zhurnal, Geofizika, no. 3, 1962, 106, ab-
stract 3B132 (V sb. Aktinometriya i atmosfern. optika,
L., Gidrometeoizdat, 1961, 79-80)
TEXT: The mean intensity values of solar and sky radiation at d4--'L-
ferent elevations of the sun were obtained, and -the annual varla-
tion of these quantities was traced, from the data of observations
on driftinu and fixed stations. In the same way data were al-so ob-
tained about the spatial variability of these quantities, which ,p-
pears-on the transition from winter to summer. Considerable varia-
biliTy was detected in the direct and the scattered radiation af
overcast skies both in time and space. /-Abstracter's note: Comple-
te turanslation.-7
Card 1/1

3/16 62/000/002/035/072
D2 28YD3 01
AUTHOR: CIP'llngrin" M.
TITLE-~ Solar and sky radiation in the Arctic
PERIODICAL: Referativnyy zhurnal, Geofizika, no. 2, 19627 19-209
abstract CIB161 (Tr. Arkt. i Antarkt, in-ta,
A~,,~,,~q-1961.; -1-17-131)
TEXTg The intensities and totals of solar and sky radiation were
calCulated in relation to the sun's elevation, the character and
degree of the cloudiness, and the albedo of the underlying surfa--;. .
The reduced :Lntensity of solar and sky radiation towards the summer--
is noted for the whole Arctic, especially when the cloud cover is
continuous. In the presence of 10/10 cloudiness the sky radiation
intensity in July at coastal and insular stations constitutes abcu-~
40-50 to 70-75% of that observed at the same elevations of the s-,Li
in April at drifting stations. When the sky is cloudless the yearly
course of the solar radiation intensity is caused by the decreased
condensation turbidity and albedo of the underlying surface towards
Card 1/3

S/16 O'~ /'000/002/035/0-12
Solar and sky ... D228YD~3~0 I
the qummer. The cold period is characterized by the considerable
stability of the radiation intensities at given solar elevation-z
and oloudiness. The stability of the radiat-lon intentoities J__ lowe
..n summer, especirally wYien there is continuous cloud. If the sky
is overcast theradiation intensities over the ocean are more et"able
in consequence of the highly homogeneous stratification of the at...
moaphere's 'Lower layers. In the absence of a snow-Cover the aver~ig,.:-
values of the summary and scattered radiation of a cloudleTsle eky --71-1
polar stations differ little from those that are typical fc-r the
snowless Period in temperate latitudes; however, the radJatioill i,
h4gher in the Arctic when there is continuous low cloud. SmalL sky-
r.'adiation diSferences are characteristic of any time of', the year
in the -t-rctic when the same layer is cloudy. E-,,en It the C.'r I,cw
cloud the correlation between the .,adiation cf overca;~7~ and clear
&kies -,Ln the Arctic depends on the sun's elevatiOTI alrla',. :in,_,rease_~ a_~
the latter grows. The growth of the possible radiaticti -~ctals ;-r. a
polar, dire-.-Ilicn, caused by the increase 'Ir, The sky radiatior.
is n~-.,ted -from May to August. From May to September the possible ra-
diati.cr, to-als at drifting stations are 9 -- W-,14, higher thar,
r4

Sclar land sky ...
'l C 9/0' 2- / 0 0) 0 0 2 0`5 /0-72
jer pular stations. The daily i-.adia 1-ion Lotzi".' .:over mell ( in,,~ k
0, -J I (1 41 1"1 -1. ti ! 1, t ovizi rd f i t. I i o p o I c, , ,i ii d t 11 c., r: t c. 1" t I i e ra d JL t I -
;E!~ ~-Ct I'lat!
i j c) 11 u i-,,,,,,,-, t a i, d c I o a r s k i e s a I s o 11 ~ ~,-- il
-uld
"ime. ~JIC Uh_!j.1_:,' 1"Adiation t0t,11U C,,lICLIIItP'j ~f0l. f, I
4
bc uoed in cstiiaating the aielting of snow and ,-he t ra n
ilo rma-, iori rl' -ai- ov er the Arc tic ice ivbs trac ~ er I s nc te
e*
6
+ e t rans la t i on,
(-, Rio 1
Card 3/3

GAL I PFRINI-B-m
1
Diurnal incidence of total solar radiation with different typps
of clouds. Trudy GGO no.125:62-75 162. (~aRA 15~6'1)
(Solar radiation) (Glouds)

GAL'P~:IEIN, 13.1:.
Thormal cr,~.cldng of th o ril -.ut o i' n oi yr, cr Liao u, il-I . .*i*,ul't~,- 1-1 or. i
neftekhha. no.9:10-1-1 164. (IIELZA 17: 10)
1. Salavatsldy lcorabinat.

GALIPERIN, B.M.; SEWAKOVA, L.F.
Scattered and total solar radittion linder vairious conditions.
Trudy GGO no.152:96-109 164. (NIRA 17:7)

Le

.1.
I :~-i F - 1. n" -, .1 ~ JON"N A, :~'h. F- . jI ~EIRIAJ , B.11".
-~ ?- q ~-* - 1 F a ~'-.
in&-st--clal testing DV a F~~dm2y;;thylst~.,i fr-,tty acid dpmulsifier
for dpsnlting Ailan oil. Tlefteper. I neftf-klibn. nr,.1:9-11 165..
OURA :18-.6)
1. Ssaevn-'.A~y 1-mb-AInnt'.

L 24672-66 Ewr(m)/T wE
ACC NRa AIP6015818 SOURCE CODE: Uft/0~18/65/(W/001/0009/0011
AUTHOR: Isofidi, G. Ye.,- Ivanova, Zh. P.; 'Galfperin, B, Moi
ORG: Salavat Combine (Salavatakiy kombinatl
ing an petrolew
..TITLE: Industrial testing of OZhK emulsion breaker used for desalt Arl
.,SOURCE; Neftepererabotka, i neltel~~imiyaf no. 19 1965j 9-11
TOPIC TAGS: petroleum, petroleum refining
ABSTRACT: Severalmodes of desalting arlan petroleum by means of 0ZhK emulsion
with 04~ apparatus and the
breakeiMand
electric dehydrators are described together
modifications made in the latter. A three-otage clectrodesalting* process with the-*
OZhK demulsifier was found to be 'best. The electric dehydrators, of all threp
stages operated uniformly. The dvained water was transparent, and its PH was about~'
6-due to the alkali added to the petroleum to neutralize the acidity or the mediums
t
During the testing, the temperature of the petroleum at the first stagewas kep
.'at goo, at the second stage, 80-850, and at the third stage, 75-800. The de&reo of.
desalting of the last stage was only 799. This low value shows the necessity of
;raising the voltage of the electric field between the electrodes4n, -the dehydrators;
iin the third stage from 16.5 kV to 33 W, Results of the desalting are tabulated
.as a function of the various conflitions used. The resulto of the thrbe-stage
L.. __ .. , . - - .. - . . -
rocess are tabulated for the month of February, 1964- Orig.:art. has: 9'tablese
PRSI
5
SUB CODE: SUBM DATE: none
Card 1/1 UD(;: 661.185ilX01-42
. I
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W. IM. 1JW'XWM--1rb6 whown of direct and invin mphtim
Of &MplifyiBg C=preUM we con"Pred hom tkm point of view 0l tjW
dynamim of repktion Slod tbdr nitallility for d"dy compr,"na 01
Ow sound intensity. It vm ~MNWW that for tUt purpose the, wjwm
C-f direct TwgulMiOn 84945 thO PnMPAO Of a we-liaw directing fort,
following a Own function, whereas the sclseme of the imvwn "Wskiino
anum the Steadiness of the compression with a pnwticany oonvenie,41t
coefficimt of compression witbout a special directing tome for liwar
detection. The conception of the regulating functions to illuarate the
operation Of th& regulating MOM$ is then introduced. FventmWv a
graphical rewthol of defining the covibciant of the compremsion lwag'the
&mrAi!ude chawterbstic of the amphhw for any of its poinb is given.
F. M K.
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U84R/Blectricity Contacts, SeY 52
Switches
"Problem of the Conductivity of Contacts", B.S.
Gallperin
"Zhur Tekh Piz" Vol 22, No 99 YP 1513-1517
ftm.tes theory of spreading cannot be applied
to point or seyn switohes. Expressions for
the effective area of Elea contact with convex
surfaces-&" derived oh the basis of possible
mechanism of cond of Saps of the atomic order,.
tunnel effect and light thermoluft emission.
Author demonstrates that the main current is
227T26
conad In the zone of close approach, in the
limits of which the gap increases less than
1-1.5k, almost independently of the form of
tbe~ surface. Submitted 3

PHASE I BOOK EXPLOITATION 1163
__Gallperin, Boris Solomonovich
Neprovolochnyye soprotivleniya (Film and Composition Resistors)
Moscow, Gosenergoizdat,,1958. 224 p, 8y000 copies printed*
Ed.: Zakgeym, L.N.; Tech. Ed.: Soboleva, Ye.M.
PURPOSE: The book is intended for engineering personnel of indui-
..trial enterprises and laboratories engaged in the research, de-
velopment and manufacture of film and caMosition resistors. It
may also be used by instrument designers and makerq using re-
sistors in their-work. Some sectlons of the book Wq be used by
senior students of technical schools and electrical engineering
institutes.
COVERAGE: The author discusses the structure, properties and speci -al
features of various types of linear film ahd composition resist-
ances; He describes their various constructions, explains their
Card 1/7

Film and Composition Resistors 1163
manufacture and describes methods of testing them. He also given
the operaitional characteristids of the most widely used types:of
these resistors. According to the author.. little has been written
on film and composition resistors and.no systematic text has ever
been published. He state6 that this book is a first attempt to
fill the gap in the world literature on the subject. The b'ook em-
ploys material based on a study of film resistances conducted by
the aiAhor in c6llaboration with the following persons: L.P.'Solda-
tova, G.R. Mayzelis, Z.V. Malyutina, B.A. Bochkarev, Ye.A. Gaylish,
and-F-T. Pohomdrev. The author? thanks L.N. Zakgeym for editing
-the Zi~Acriipt and Professor V.T. Renne for reviewing the text.
There are 79 references, of which 38 are Soviet (including 5-trans-
lations), 25-English, 11 German, 3 French and 2 Italian.
TABLE OF COMTEMTS:
Introduction
7
Card 2/7

Film and Composition Resistors 1163
1. Terminology-and symbols 7
2. Brief ~e4iew of development 9
3 Classification according to constructional features 12
4: Classification according to application 13
PART I. GENERAL PROPERTIES OF FILM AND COMPOSITION RE-
SISTORS
Ch. 1. Electrical Properties, of Film and Composition Resistors 16
5. Resistance and Its dependence on resistor construction 16,
6. Equivalent circuit of a film resistor 22
7. Dependence of resistance on frequency 27
8.. Dependence of resistance on temperature 31
9. Dependence of resistance on Voltage 34
10. Film-resistor noises 38
11. Arcing In resistors 44
12. Dependence of resistance on moisture 47
Card 3/1

Film and Compo~sitlonl Resistors 1163
Ch. 2. Thermal Processes in Resistors 49
13. Thermal energy balance and steady-state conditions 49
14. Steady-state condition during continuous application of
electric current 52
l5. $teady-state condition during application of pulse
current
16. Regional thermal processes in a resisto'll,
3. Aging of Film Resistoi~s
17. I~actors,in-the aging of resistors 68
i8. Ag.~ng of resistogs during 89*rage 72
194 Agi4g during the application.of -electric current 74
20. Ag~ftg during the application of electric current in
a moist mediui 76-
21. Rellability'and life of resistors 78
C ard V 7