SCIENTIFIC ABSTRACT SHAGOV, N. P. - SHAIN, S. S.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001548520016-9
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: August 9, 2001
• Sequence Number: 16
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

3/193/60/900/005/009/012
A004/AOOJ~.
AUTHORI, Shagov, N.P.
TITIE: The Utilization of Plastics for the Protection of Pipeline3 From
Corrcsion
PERIODICAL: Byulleten' tekhniko-ekonomicheskoy informatsii, ig6o, No. 5, Pp.
67 - 70
TEXT: The author points out that
L, U _underground Dipe lines.,, subjected to
soil corrosion and to corrosion caused by stray currents, have hitherto been.pro-
tee-"-.ed from corrosion by insulation coatings on the base of~-bitumen, Since these
coat-'ngs have proved not dependable enough, preference is given to polymeric~coat-
ings, p3ssessing resistance to aggressive media,.high electric resistivity,-and
mechanical strength. The author cites some plastics and polyvinyl chloride coat-
ings used in the USA, in England, West Germany and Italy, and points out that in
4. e Soviet Union scientific and experimental work is being 6arried'out in the
,h - i .
field of using plastic materials as anti-corrosion coatings1for pipe 1'-nes,
partioui-arly by the- Academy of Sciences of the Kazakh SSR and thelinstitut Khirrit
AN Azerbaydzhanskoy SSR (Institute of Chemistry at the Academy of Sciences of
Azerbaidzhan SSR). The Vsesoy,-,znyy nauchno-issledovatel'skiy institut po straitell -
Card 1/

S/i93/16 0/000/tO 5/009/0 12
Ai)64/AOQJ
The Utilization of Plastics for 'the Protection of Pipelines From Corrosion,
stvu magistralt nykh trabo6rovodov (All-Union Scientific Re search Institute for the
Construction of-Main Pipelines) (VNIIST) of Glavgaz USSR has studied the possibili-
ties of using various plaEtiCS, e.g. plasticized polyvinyl chloride, terylene,
pclyethylene etc. for the protective insulation of pipelines. DiSeptember 1959
the VNIIST together with the stroitellnoye upravieniye No. 9 tresta "Shchekingaz-
st-r-ay" (Construction Administration No. 9 of the "Shchekingazstroy" Trust) carried
out experimental work in the application of plastic insulation on Pipes 529 nun in
diameter, a Dart of the Stavropol'-Moscow gas pipeline. The material used for in-
sulation was a p-)Iyvinyl chloride adhesive tape of 3OOtL thickness,, made by the
Novosibirsk�y Ithimicheskiy zavsd (Novosibirsk Chemical Plant) according to the
-M -811-59 MU-M-811-59) technical specifications developed -in cooperation
with VNIIISIT. The Plasticized product for the manufacture of the adhesive tape
was made of the 1](6 .-1 (FF-I) and nCP-2 (PF-4) polyvinyl chloride resins. The pipes
were taDed wit.h the aid of ' the k -2 (IMPL-2) ins-ulating machine. It was ~f ound
expsr ~I-nentally that- the optimum ratio 3f widt th of tape to pipe diameter flUcAuates
in the range of 0.65 to 0.85 diameter. Before the pipes were covered with the in-
Eulation taDe, they were cleaned cn two OH i1 -1 (OML-1) C -238 (S 1"238) machines.
The sea,-Md machine applied a special priming glue, a solution of _n8 (M18) and
Ca-,-d 2/3

3/193 0 00/005/009/012
AoQ4 i
The Utilization of Plastics for the Protection of.Pipelines From Corrosion
(1-220 (P-20) polyisobutylene in aviation gasoline. Besides, the No. 88 glue. dis-
solved in gasoline at a 1:1 ratio, was also used. The standard insulat ion was
applied with a thickness of 0.26-0.28 mm, while the reinforced insulation- in thjs
case the pipes were taped with two layers of polyvinyl chloride tape was 0.5-0.6
mm thick. In the first case the-overlapping of the tape amounted to 10-12 cm, in
the latter case it was 9 - 15 cm, The operating speeds of the'IMPL-2 machines
were 0.926 and 1.7 km/h respectively, which was found to be the optimum taping-
speed. The pipelineewas laid by the T-1530 pipe-laying machine. 'The author points
out that the results of these experimental operations were quite satisfactory but
emphasizes that a special machine should be developed for the taping of pipelines
with polymeric tapes. It is planned to carry out in the next future experimental
work on the application of polyvinyl chloeide adhesive tape on main pipelines 720
mm in diameter. Thus 60 km of the Dashava-Minsk gas pipeline are going to be_in_~
sulated in this way. There are 2 figures,
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AUTHORS: Takubchik
TITM2 thid siabilitjy of sme
po3.v !!~Mds
SOURCEt Zhurmal prikl&&W khWii:-Tqk A963s:. 1584-*
36 no*
7
TOPIC UGS: po4a3.de1Wdeq acetio ia tAcbl cracetl a aldWWdej--
WWde
hexalWdrobenzoin aldel7de.1-1-raostabill
v
ABSTUM To stuo the poasilolq~ effoot 6f:the i~bbtituent in the monmer
aldelwds on the themostabilityNof , polyaldebydee, the Authoril";
compai4d ithe behiyi
of polymers of acetic., trichloracetic,, arid. hazOWdrobenzoic adeby4i it 100c;,
'P*3,ympr weight decrement on heating was used as the measure apthemostabi1tty
with the results shown in the table, in the Enclosure, The bexavdr~abezzoic
aldebyde po3,ymer was the most resistant to heat, !the amorph6ili,po r of ace wl
2 aldehyde... the least resistant., The cWatallineito4xers weii4ore, Mo bjA13
than the amorphous or lose higWy orystalline polymeraj, degro iiof stallini
V1OW
_'being more sienificant for thermostabilitiy..than moleculatr weight
fthe end
blyaldek7de brbak-down is due primarily to deformation. 6curripg at~,t of
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'T. S/191/62/000/011/009/019
B101/B186
AUTHORS: Li, P. Z., Lukovenko, T. M., Yakubovich, E I., Shagova,
E. A. Markovich, V. E.
TITLED Determination of the linear expansion coefficient of glass
plastics
PERIODICA T 0
'U: Plasticheskiye massy, no.,11,.1962, 36-!!4
TEXT: The linear expansion coefficient a of a glass~:textolite from
phenol formaldehyde re3in reinforced by 65-70% glass~fabric was determined
in the -4emperature range 20-4000C. The resin combinations of 70a ~A-6
(ED-6) epoxy resin and 3(Y1- phenol formaldehyde-resin,, phenol formaldehyde
resin with Dolyvinyl butyral 1:1, or of Dhdnol formaldehyde resin wit)a
fur ural acetone resin 1:1, tested for comparison, showed.no essenti'al
differences. The rela;ive elongation 61110 of glass textolites was not
.found to be a linear function of temper ure. a for:30yo resin content
5-10 /0C), it ap roaches that of iron
lies near the a for glass fiber p
for 45-155% resin content, and that of aluminum for 78 resin content,
whereas a for pure resin is 80.10`0/0c. Glass textolite *shaped in
Card 1/2

s/igi/62/000/011/009/019
Determination of the linear ... B101/B186
vacuo and molded glass texiolite differ in that the 61/10~-versus-zempera-
ture curve for the latter shows irregularities above.i060C, duelto
after-hardening of the resin and loss oil volatile components (the loss
in weight being greater than with vacuum-shaped textolite).. Therefore
vacuum-shaped glass textolite offers higher heat resistance and
mechanical strength. Glass textolite heated to 300 OC~and cooled in the
exsiccator showed constant relative elongation owing to the elimination
oil moisture. The bending strength of vacuum-shaped glass textolite:after
heating to23000C rose by 15~/a to 2000 kg/cm2, at 3500C* by lp% to
1900 kg/cm . The bending strength decreased above 4000C. 'There are
6 figures and 3 tables.
Card 2/2

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AUTHOR: Karamyan, G.A., Shagoyan, R.A., Engineers
TITLE: Experience in the Manufacture of (Prefabricated) Concre.te
Trough-type Canal Parts on the Sites c~L the!"Armvodstroylt
Trust (Opyt izgotovleniya betonnykh lotkov-kanalov na poli-
gonakh tresta "Armvcdstroy")
PERIODICAL: Gidrotekhnika i iMelioratsiya, 1958, Nr 6, pp 21-27 (USSR)
ABSTRACT: In accordance with the 6th Five-Year-~,lan, efforts are being
made to complete the construction of the_Talin, Arzni-Shamiran
and Kotayk irrigation systems. In 1957 in Po-operation with
the Armenian Water Engineering and Reclamation Institute and
the Institute of Designing "Armodproyekt", the "Armodstroy"
Trust opened up construction sites for,,the manufacture of
prefabricated troughs for irrigation,system's.7 The technology
of the manufacture is described in detail (figure 6,7,6). The
by a-portable vibrator
mixing of concrete for troughs is done
,
1-116. The manufactured troughs have'a diameter of 0.7 m, a
length of 1.4 m and a width of 7.0 m. 4sts.'with regard t& their
frost-resisting properties were successful. The following
conclusions might be drawn from the experience gained: 1) prefa-
Card 112 bricated troughs should be used for linings. of canals,in,order
V F

99-58-6-3/11
Experience in the Manufacture of (Prefabricated) Concret( Trough-type
Canal Parts on the Sites of the "Armvodstroy" Trust
to reduce the number of seams; 2) the..use of.prefabricated
troughs excludes theformation-of longitudinal seams. With
vibration platforms and separate steaming chambers, it is
possible to manufacture troughs, plates, markers, water.
t roughs, water-discharge sluices and-;:other prefabricated
goods on the sites. The.construction;lof metal forms for
molding the troughs, as applied on the construction site
of the Kotayk irrigation system, assures the, stable connection
of the form to the vibration platform, the Ieasy mixing of the
concrete in the form, and the extraction of the trough. Spe-
cial markers are used for.butting the;troughs. They are manu-
factured in forms similar to troughs,:~but have diametrical
wall-like stopping devices. There are 6 photos and 7 figures.
AVAILABLE: Library of Congress
Card 212 1. Canals-Concrete-Prefabricated
I !I.,;! 1p-: 1!!11~ ill 1!!c vi I I I I 1!~

.. . . . Ili.
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: Aw- j I I f" -m-
1 , 11

KAKAIISKIY, Grigoriy Nikolayevich (deacased]; TOLSTIKIIINA, Katillda
Moiseyevna; TOLSTIKHIN. Nestor Ivanovich: MASIMOVICH, G.A.,
prof., retsenzent; SHAGOYA S,'A.K...-Prof., re:taenzent;
OVCHINITIKOV, A.M.. prof.. nauchnry red.; FILMOVA, B.S.$
red.izd-va; GUROTA, O.A., tekhn.red.
AHydrogeology of the U.S.S.R.] Gidrogeologiia SM. Koskva.
Gos.nauchno-tekhn.izd-vo lit-ry po geol. i okhrane nedr.
1959. 365 P. (KIRA 13.2)
Ofater, Underground)

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AUTHOR- Shagoyants, S.A. 132-10'10/13
TITLE: About the Tasks to Be Carried Out by the North Caucasian Hydro-
Geologic Government Station (0 zadachakh Sjei'Yej~d'-K*vka*skoy
gosudarstvennoy gidrogeologicheskoy stantaii
PERIODICAL: Razvedka i okhrana nedr, 195791 10P P 52-55 (USSR)
ABSTRACT: The basic tg-wk of the North Caucasian Hydro-Geologic Station
since its establishment in 1945 was to study the underground
water conditions of the Terek-Kuma artesian basin, to establish
the operational process and the efficient use of artibsian,wells,
the,filtration coefficient of water bearing ptrata,.output cap Ia
cities, radius of influence of drill holeaq and high capacity,
filterless wells. Observations made since 1945 showed gr6at
constancy of the water table of this basin,, with fluctuations
amounting. to only 0.1 -.- 0.2'm. Introduction of tap operatIon
of free flowing artesian wells was of great economic importance
not only for the 1,000 wells of the TerekIrKuma b .as in, wher.e
1-2 % of the artesian water was used, ~Walso for other artesian
basins of the USSR. Several problems pertaining to the,operat-
ion of artesian wells have to be solved, such as the plugging
Card 1/2 of filters by sand, the operation of filterless wells with high
IT, TV

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ii I II A 1 1;
ZAYTSFV, G.N.; POGORELISKIY, N.S.; SMIUOV, A.A.; FOMIN, V.M.; STIAGOYANTS,
S.A ...... ---- ---
New data on carbonated underground water s in the region of Caucasian
Mineral Waters. Sov. geol. 4 no.1:89-97 Ja 161. :(MIRA 14:1)
1. Ministerstvo geologii i okhrany necir SSSR,,Vsesoymnyy uauchno-
iseledovatellskiy institut gidrogeologii i in:z:henern'oy geologii,
Glavgeologiya RSFSR i Severo-Kavkazskoye geol:ogicheskoye upravleniye.
(Caucasus--Mineral waters)
Mao"
SJU
H! MIN p AR oil 4,
kj;l

dl
K=LTOV, Petr Platonovich; PYKHACHEV, Georgly Borisovich; T01STIY III,
N.I., prof.9 retsenzentl SHAGOYAVTS, S.A., prof4, retsenzent; DA~
senzent;
VIDOVICH, V.I., dots., retsenz nX-;-iSATVR7j K.G..~. dots.., ret
NOVOZBILOV, V.N., dots., retsenzent; PAUKERf N.G,.. stalrsbi7 naueb.
sotr., retsenzent; KRASILINIKOVA, N.P., ass., retsenzent; ABRAMOVA,
S.K.y otv. red.: SIAVOROSCV, A.Kh., red. izd-va; ILIDISKAYA, G.M.',
tekbn. red,
[Dynamics of underground water] Dinamika podzem'nykh vod. Moskva,
Gos.nauchno--tekhn.izd-vo lit-q7 po gornomu deluo 1961 514 P.
jMIRk 14-~12)
mter, Underground)

BOGOMOLOV, G.V.; VALEDINSKIY, V.I.; KOCHNEV, S.S.; MANIS, M.N.; PANTMYEVA,
Ye.N.; POPOV, Ij.; SYROVATKIN, V.G.; YOMICHEV, M.M.1
BOGORODITSKIYY K.F.; DUKHANINA, V.I.;,KWINTSEVA, V.V.;
MAKARENKO, F.A.; POKROVSKIY, V.A.; SILIN-4XKGHURIN, A.I.;
FOMIN, V.M.; SHAGOYANTS, S.A.
Illia Illich Kobosev; obituary. Trudy Lab.gidrogeol.probl._~
42:101-102 162. (MIRA 15:8)
(Kobosev, Illia Illich, l9b&1961)

- --~11 I ~ 'I I 111, 11, 11 -1.

J.-Yamiya-LShahun, M-1, slesaxi-aborshchik; SADOVbYAYA. V. [Sadouskaia,
SHAW
V-1, I-omsorg.; VOYTEKHOVSXIY, M.N.; [Voiteakhouski, N.M.]. uchitell
(derevnya Y. Stseblevichi, Zhitkovitskogo rayons); BILIDZYUKBVICH, E.;
KRYYOSHEYENKO, Fetr [Kryvasheenka, P.], elektro"moater; SHARMV,
Anatol$ [Sharaieu, A.] (derevnya Tudorovo, Shklovskogo rayons);
ABRAMERKO, Valentina [Abramenka, V.1, uchitell;: FRO1,07. Grigoriy
[Fralou, Ryhor] (g.Krichev)
Let's talk about happiness. Rab.i stal. 36 no.10:18-11) 0 160.
(KIA& 13:10)
1. Zavod bytovykh priborov, Grodno (f or Shagun). 2.: Fastrika -IKIX.O
g. Vitebsk (for Sadovskaya). 3. Yasilevlchskaj~a dor~6zbjiaya remm'tn0-
ekspluatatsionnaya stantelya (for Krivosheyono)., 4._ Borovichakaya
arednyaya shkola Forechnenskogo rayons, Gomel'skoy oblasti (for
Abramenko).
(women-Emnloyment)
I - H- !7.1~

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USSR General Problems of Pathology, Immunity. U
Abs Jour -qef. Zhur B-Lologlya, No. 3, 1959, 13421.
;lu4- hrr
. U Gostev,V.S. ShagunOva, N- A.
Inot
TiLle The Quantitative Reaction of Specific Bonding
.%,hich Were
of Nitrogen by Protein Antl-Gens.
Sorbed on Dermatol and Paper.
0 i, Byul. ek~,~-oerim. biol. i med., 1957, 44, No. 10,
121-125
U antitE alysis of the serolog-.
A -s rti c t Uethods of qu. ,tive an,
ical interaction of sorbed antigens (A) were.
developed. Protein A (glo-Ouline of human carci-
nomatose Useue, serum, etc.),-adsorbed on derma-
tol or paper, by contact with- corresDonding
antiserums bind a considerable'amoun~ of -orotein.
For determination of the amount of s0ecifically
Card 1/ 3
Problenis of ZP,_-tholo~~. Imi,,Iunlty.
Abs Jour Ref. Zhur BloloGiya, jjo. 3, 1959, 13421
Dound proteins (antibodies), it is nacessary~~O
subtract N from the total - f,protein UINT,
U increase o
ahichl by contact with adsorbed;A, joins with
norinal Eerum. Technica-Ily the most difficult is
101 A. I;'
the reaction with dermau lore- convenient
is the preparation of -4, !which are fixed on palper
after their preliminary corifoination wilu-h bI_S_:
liasobenzidine or dif)n-isidine in azo, dyes. How-
evcr, with this, the --protein denaturizes to a
certain degree. -7,11-is may bewolded. by its f1i
X_
ation on paper by means of its .113aturation with
a solution of Protain -Il'l, dr.,~,rlngp rinsing and
again drying. "Paper" A preserve,,serologic
activity for n duration o~ several months. De-
termination of Droteln of the antisera, specl-
Card 2/3
2
US,C:R !_Icneral Problems of Immunity. U
Jour -3ef. Z'Iaur Biolo6(-Va, No. 3, 1959, 13421
fically bound by "paper" A, &,ll 'ows characteri-
zing quantitatively tho degree of im:oLinoloGic
affinity in the systord of an A-antiboaey. ve
D. Nikitina
Card -3/3
SIIAGUNOVA, N-1.
percent titer complement fixation reaction with Drotein anti-
gens absorbed on -oaDer and its applicRtion in the absorption of
anticancer sera (with s,mmsry in 3nglishl. Biul.ekspa,biol. i med
45 no.3:1?2-127 KrI58 (KRA 11:5)
1. Iz laboratorii immunokhimli (zave prof. V.S.:Gostev) Instituta
eksporimentallnoy biologii (dir. _ prof. I.N.' Kayskiy) AMN SSSRS
Mt)gkvn. PredstVAIenn deyntvitall-sym chlenomIMN SSM U.N. Zhu kovym-
Verezhnikovym.
MOPLASMS, immunology
anti-cancer immune sera, complement f.ix,)tion reaction
with (Rus))
(COMPLEMIT,
fixation, use in an lication of.ranti-cancer imaune
sera (Rus))
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7
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I 111 fil
SRkGU]rO'I-k, N.A.; GRIGORIYAN, D.G.
Determining the serological activity of desoxyribonucleoproteins of gas-
tric cancer tissues in man by sorption on cotton fabric. Biul. eksp.-biol,
i med. 46 no.11:84-87 N '58. ~(MIRA 12:1)
1. Iz laboratorii immunokhimii (zav. - prof. V'S. GoBtev) Instituta eksper-
imentallnoy biologil (dir. - prof. 1.N. MayBk~) ANN zSSS.R, Moskya. Pred-
stavlena deystvitellnym chlenom AMN SSSR N.N. Zlmkovym-Verezhnikovym*
(NUCL30PROTEDIS, determ.
desoxyribonucleoproteins. determ., of serol. activity in
stomach cancer by sorption on cotton fabric (Rus)),
(STOM&CH NNOPWM, immunol,,
serol. activity of desoxyribonueloproteins, determ..by cottoa
fabric sorption (Rua))

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AT602232); SOURCE CODE: UR/0000/66/ooo/ooo/0009/0014
AUTHOR: Vaganov, V. I.- ~,juz nin V A-- Per shenkov,. V, S.; Shagurin, I
ORG: None
TITLE: Possibilities for using ~LiZLIRLor.
_I in low-voltage P~se.circuits
SOURCE: Vsesoyuznaya nauchnaya. sessiya, posvyashchennaya Dnyu radio. 22d,
i 1966. Sekts-iya mikroelektroniki. Doklady. Moscow, iq(6. 9~14
TOPIC TAGS: thyratron, scm1conductor-de-,rice, pulse generator, flip llop.circuit,
microelectric circuit
ABSTRACT: The authors consider the Dronerties of th~ +IW~ristor', a samic6nductor
device with S-shaped voltage-.current characteristics, and discuss the possi-1-
bilibies for using these devices in low-voltage wicroelectrojiLc puls,~ circuits.
A theore~icakl and experimental analysis of the-equivalent circuit; for tile
thyristor ohows that the,output reactz:Lnce of the device~is afrequeney dependent
nonlinear inductance, Flip-flop circuits based on serles-parall-el connectiorl
of dynistors and diodes are discussed, These circai inate the dis~,_d-~,an-
tages inhererit;, in a simple dynistor flip-flop, 1. c. a consia,crable increase,in
the input impedalice of the cit-cuit when the dynistor is open, and are al3o con-
siderably simpler than transistorized flip-flops, albilorgh they have fewer logi-
Card 1/2
ACC ~Wt
AT00223',91
cal possibilities and aye ;0:,~ subJect to considerable disadvantages associated
with the complexity of mXtelling. A detailed analysis of the,simplest trinistor
flip-flop (a trinistor in series with a resist;o.r) shows 'that it" is corisiderably
have -the dis-
simpler than the corresponding transistorized circuit and does not
advantages shown by dynistor flip-flops3 but still has fewer logical possibili-
ties than circuits with transistors. Two flip-flop circuits based on series-
show ~appreciable advantages
parallel combination of trinistors and transistors
I over simple transistor circuits. An analysis of the possibilities for us ng
trinistors in functional logic circuits shows -that they. have -the advantage of
forming the front for the output signal independently of thexise time of the
input signal, although the greater complexity of trinistor circuits.makes them
less promising than transistorized logic elements at the present time- Saw-
tooth generators based on trinistors =q extremely simple and give a nonlinearity
'istcr
of less than 1% in the output voltage. ki experimental.'inve6tigation oftetr
flip-flops shows that 'the dynamic properties of these circuits are completely de-.
termined by tetristor parameters and,are nearly independent of Iother circuit.pro-
perties. A method is proposed for direct matching of fliP-flops based_.On thy-
ristors. Analysis ofexperimental da:ta shows that the most promising:fi,elds'for:
high-power
use of thyristors in microelectronic circuits are storage dev;ices,
its. The thyristor with best prospects for
pulse shapers and oscillator circu
'definite
development is the tetristor and thyristor-transistor combinations have
possibilities.
UB CODE- oq/ SUBM DATE: 05Apr66

LOMACHENKOV9 S.Ye~y inzh.; CAJTM, B.G.p kano. teklm. no*)
K A Otv red.; ACHKINADZE, Sb.D. , inzh., red. P Jj&SIAVSUr,
G.M., tekbn. red.
[Portable electric spark systems; vork of the Research Branch,
of-the State Planning institute of the Ministry of.Transportation
Machinery Manufacture] Perenoarye elektroisla~ovye ustanovki;
opyt raboty NIF GFI KrM. L661~9 1952p ;11 p.,,(Informatsionuo-
tekhaichoskii listok, no.23(361+)) (MM 14.'7):
1. Leningradskiy dom nauchno-tekhnicbeskoy propagandy.-Z. Glavrqy
inzhener Leningradskoko doma nauchno-tekbnicheskoy propagandy
(for Shagurin)
(Metals-Hardening) (Electric apparatus and appliances)

SHAMARIN, A.M.j inzh.; SHAGURINg K,A,, otvaed,; VERZHBINSMA, I.I.,
inzh., red.; FUGSR;-D-,F-,#-Ukhn,red.
Ema=facturing hard-alloy end mill witla -acrev tipall-Opyt isgotarle,
niia tverdoopl&mWkh kontsevvkh fres a vintovymi plastinkazi, lanin-
grads, 1954. 9 P. (Informatsionno-tekhnicheskii 3iatokv no.30 (603)).
1. laningradakiy Doim nauchno-takhrLicheakoy proppigandy.. 2* GlaviVy
inzh.Loningradskogo Doma nauchno-tekhnicheskoy~propaga=V (for
Shagurin). 3* Leningradakiy Dom nauchno-tekhnichoskay propagandy (for
Verabbinaka7a).
(Ketal-cutting tools)

:; : ~, ~ I ~ J~ 1; j I %I V I- '-'- z : d ~ L I I I ~ a '. ~~! 1, -.- ".." -. , ,... ..!. .. ----j -.r- - i i1 I 'I . i , i
Ill, 1. i Y I I A -
I i ; F 1111fili:lki ifl;IF
:~ : I ! ': I I I] ~' 1,

MIRLIN, David Naumovich; 1OFFE, A.F., akndemik, red.; SOMINSKIT, M.S.,
kand.fiz.-mat.nauk, red.; MASLAK07ETS, Yii.P., doktor fiz.-mat.
nauk, red.; SMOLENSKIT, G.A., doktor fiz.-mat.nauk, red.;
SHALYT, S.S., doktor fiz.-mat.nauk, red.; R3GEL, A.R., kand.fiz.-mat.
nauk, red.; SUBASHIYICV, V.K., kand.fiz.-mat.nauk-, red;; SHA'O K.A-,
lnzh., red.; ACHKINADZE, Sh.D., inzh., red.; FREGER, D. tekhn.red.
[Semiconductor bolometers] Poluprovodnikovye bolometry. Leningrad.
Leningr.dom nauchno-tekhn.propagandv. 1957. 36 p.. (Poiuprovodniki,
no.4) (MIRA 10:12)
(Bolometer)

1 ; ; . 1 1 . ; I - , f -~ , -~ ~.U ". ~! ~ z .. .: ~ ~- 1 -.1 1 1 , 11 .. 111 1 '. . ~ I' , . :; 1- I'll 1, ; .,9 TT,
: I; ",
: I : V . I ; , !: 1: M, .1 i'l ~, ! 1 11 LU . I ~ ~;
3. ~-TITF .1 - r1l, .
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m

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-- I ME
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:11, li' 'I Ili 11. 1 IIHI I '11-rii~ 1,1011'. [TJ i~ I I
I. z i . ; 7 ! iti- -It: ..11.-:I,

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- I . I i I '1l 11 1 11 !) - 11 , " 1, I'l - V V! - .; t ri -1

SOKINSKIY, Monas Samuilovich, kand. fiz.-mat. nauk; IOFPB, A.F., akademik,
glavnyy red.; MASIAKOVBTS, . Yu. P., doktor fiz.-mt. nauk, red.;
SMOMSKIYI G.A., dok-tor fiz.-mat. nauk, red.;~SULTT, S.S.,
doktor fiz.-mat. nauk, red.; RWjILI, A.P., kand. fiz.-sat.,nauk, red.;
SUBASHIYEV, V.Ko, kand. fiz.-mat, nailk, red.; SHAMIN. K.A.
luzh.i red.; ACHKIXUXZB, Sh.D. i=h., red., *"-'t'qkhnO
red,
[Photoresistors] Fotosoprotivioniia. Ieningrad,' Ieuingr. don na=hno-
takhn. propagandy, 1957. 54 p. (Poluprovodniki, no.6).(MIRA 11:9)
(Photoelectric cells)''
I'' 'I HIW 1:111,11

M~
-,I
Ak-bhomtioai P,
eV:I Ows
~~-Feb& 1954
A341
find Slnzh~ S. K. Borel's theoreni on
and exc-eph.)nal values of entire and meroniorpWc fjtdn~
tiona, Math. Z. 59,,,88--93 (1953).
Let J(s) be an e ti fun ti ~n *of finite order
n re C 0
:e
exceptionai ue if
number a is, a Borel
I val
log+ IS (r, a) log log k(r)
lim sup