SCIENTIFIC ABSTRACT GUBIN, A.I. - GUBIN, G.V.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000617220006-7
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Sequence Number: 6
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

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ACCESSION NR: AP5015547 UR/02136/65/000/OW/00$6/0086
AUTHORSt Gubin As Iot K-atemn. B.,O.; Reznik, M. p.; zh!!kovska ye
I
Shitikovi. V. 1.
TITLE: A solder for soldering. Class 499 no. 17R~_
SOURCE: Byulletenl isobreteniy i tovarrWM =akov, no$ 8v 1965, 66
TOPIC TAGSs solder., soldering, silver, tin, copper,, antirj6nVj--le&d, phosphorus
ABSTRACT: T)Ws Author Certificate presents a solderfor soldering electric con-
ductors wiWbilve -silicate stripaq containing tin, lead,; antimony,, and copper.
To diminish the dissolution of silver in the silver-silicate stripe and to
strengthen the connection# 5% of silver and 0.1% of phosphorus are introduced
into the solder,, mbile its other components are hold at the foll percent cam-
oving
i positions
tin 40.0
Go 560
an 9M 115
lead rumminder,

no P" bovi".. ow
UrHjutl 000

als an
Joining: d
non metal

Card i/2-

SUB 00 m

. . . . . . . . .
-T- Tr-, i
n
4
ACC 4R 60
AP 2 7444 SOUR6F CODE: tIR 0 13 ~,/6 1; 0 i016N 10 251
AUTHOR: Gubin, A. I. (Candidate of technical qclences); Dohkinn, Ye. N. (Engineer)
ORG: none
5Y;
TITLE: Self-fluxing brazing jalloys for stainless steels and heat-resistant alloys
no. 8, 1966, 25-27
SOURCE: Svarochnoye proizvodstvo,
TOPIC TAGS: stainless stlel, heat Asistant alloy,
Peg"t,w.t.=PM94n=ziag, brazing alloy,
/VPr-4 brazing alloy,
Mo_~y__,_7435-a brazing alloy, lKhN9T steel, El 437 alloy
VPr-7 brazing a
ABSTRACT: Brazing of stainless steels and heat-resistant alloys with self-fluxing
brazing alloys offers numerous advantages. These alloys contain elements with high
affinity with oZygen such as bolon, silicon and lithiu , which reduce oxidesl~f
brazed metalcaTormtsor form low-melting compounds with
,,A,hese oxides. On the basis
of experiments, a new se fluxing brazing alloy Wr-41fias been developed (Author
Certificate No. 126730))tf-This alloy can be successfully used for high-frequency
brazing of stainless steels without any flux and shielding atmosphere. It melts at
940-980C. In the as-cast condition, it has a tensile strength of 69-76 kg/mm 2, an
elongation of 9-13%, and a density of 8.03 g/cm 3. The shear strength of IKhl8N9T
steel joints brazed wi~h-,_Wr-4 alloy is 45-52, 33-40, 29-33, 26-31, 25-28 and
13-18 kg/MM2 at -60, 26, 2_0!~ 400, 500 and 600C, respectively. Two other self-fluxing
Card 1 17 Mr. A71 701 I-AAG 1q-10/.

ACC NRt AP6027444
brazing alloys, VPr- nd 45-a. have also been developed. Brazing can be done in a
protective atmosphere such as argon, helium and nitrogen or in a 10-1 mm IIg vacuum.
Orig. art. has: 4 figures and 2 tables. [ND]
77-
- 1l/ SUBM DATE: none/ ORIG REF: 002/ OTH REF: 001/ ATD PRESS:,!;-P(,
SUB CODE. 13.L__
Card

kCC-NRt-
kP6021826 SOMICS CODE: UR/Ola3/66/000/012/0135/0135
IIIVE14TORS: Gubin, A. I.; Dobkina, Yo. N.; Smirnova, Yu. A.
OIRG: none
TITLE: A solder for soldering ofproducts. Class 49, No. 183037
SOMICE: Izobroteniya, proryshlonnyye obraztsy, tovarnyyo znaki, no. 12, 1966, 135
TOPIC TAGS: solder, soldering, tin, antimony, copper, silver
ABSTRACT: This Author Certificate presents a solder containing tin, antimony, copper,
and silver for soldering products. To obtain soldered joints resisting corrosion.
at all climatic conditions, the composition is taken in the following percent rela-
tion: antimony 1 + 0.3; copper 2 + 0.3; silver 5 :t 0.3; tin-the remainder.,
SUB CODE: 13/ SUB14 DATE: Wun64
.urd UDC--- 621,791.35

GUHIN, A. F.
Nakatyvanie rez1by rolikami: Sverdlovsk, ~bshgiz, 1947. 133 p. diagrs.
Bibliography: p. (132)
Thread-rolling.
DIC: TJ1222.G85
SO: Manufacturing and Mechaniml ]~naineering In the Soviet Union, Library cf
Congress, 1953.

.. . , ,~ .; -1 ! , 1, . ~. 1 11 ..,...I II~ i. : .. I
Z.Ofmy, I. R. and GUBIN, A. P,.,, Cand. of Vet. Sci. -AWOor-
All-Union Inst. of Faper-Imental Veterinary Medicine
"New antigen for RSK (Complement Fixation Reaction) in dir;gnoBis
of brucellosis."
SO: Vet. 27 (4) 1950, P. 50
0 0 0 0 0 0 0 0 0 0 0 0 0 0 * 0 0 0 0 0 0 0 0 0 0 9 0 *,A

1. GUBIN A. P.
2.. uss (6oo)
4. Strangles
7. Testing the therapeutic effect of ASD (Dorogov's active stimulant) in
strangles. Trudy Vass. Inst. eksp. vet. no 16 152.
9. 112 ~tl _List .2_f Russian Accessions, Library of Congress, Feb. 1253, Unclaasifiecil

i. GMIN, A. P.-. PO'-`DU3SA3:Y, I. V,Profo, YASIEWNTNIA, V. 1.
2. USSR (600)
4. Horses - Diseases
SF.
7o Allo-blophoric method in the diagnosis of Infectious anemia of horseso
Trudy Vaesoinst,edep.vato 19 noo 1 1952
9. Monthly List of Russian Accessions, Library of Congress, 1953. Unclassified.

GTJBIN, A.P., kand.vet.nauk; SHABUROV, M.S., kand-vet.nauk
Problem of contact infection of horses with Wectious anemia.
Veterinariia 36 no.2:38-40 F 159, (MIRA 12:2)
(Infectious anemia)

GUBIN, h.P. kand.voterin.nauk; SHaU11OV, M.S., kairl.voterin.rauk
Virulent properties of dr7 virus of infectious aaamia of
horses. Veterinarita 36 no.10:28-30 0 '59. (MIRA 13t1)
1. VseaoyusTWy Inatitut okepartmentallnoy Yeterinarii (VIXV).
(Infectious anamia) (Viruses)

t ...... -,:I I $ 11' -, ., ~,T I I" I 1! 1 111 li! ilf ; I - I I t I i . - ~ .

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GUBIN, B.~,,
P-O~ , "'; ~,
*"" - w$
liaden potentialities for reducing overhead expenses in construction.
Fin.S.SSR 17 ne.3:57-62 Nr 156. (MIJtA 9:7)
(Construction Industrr-Finance)

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il 19";7
71 A ~T, : 37 T

GUBIN. B.Y., red..- RTUMIN. S.M., red.
[Problems In economizing material@ in construction work] Toprony
skonomii moterialov v stroltallstye; abornik. Moskva. Goefine-
izdat, 1958. 170 'D. (KIRA 13:8)
1. Moscow. Nauchno-iseledovatel6sidy finansovyy Inatitut.
(Construction industrY--Costs)

GUBIN, B.; TIMOSHENKO, I.; ZAYDWI, L.
Indices of industrial production costs. An. SSSR 21 noill:52-;58
N 16o. (MIRA 13:11)
. 1. Rachallnik finansovogo otdola Moldavokogo sovnarkhoza (for Timoshenko).
2. Zamestitell nachallnika finarxbvogo otdola Moldaviskogo sovuarkhoza
(for Zaydman).
(Costs, Industrial)

ARTRIOV, Yu.M.9 kand. ekonom. nauk; QALIPERIlqp N.S.# kand. ekon. nauk;....QUBDJ,
kand. ekon. nm k; ZHUKOV, V.N.,, kand. ekon. nauk; OCHKOVfk_X.--
kand. ekon. nauk; OSKORDOV, V.P., starshiy ekonomist; BIRNOOLISTSt S.B.,
doteent, kand. ekon. nauk; SIBIRYAKOV, L.Ye.; IVANOV9 N.V.; RLBINOVICH,,
M.A.t ekspert; LIPSITS, V.B.9 kand. ekon. nauk; VOLKOV# S.I.r kand.
eko~. na4; KOROLEVAj Ye.P.9 atpirantka; RTUMIN, S.M., red.; SUBBOTINA, K.#
red.; TELEGINA, T.t tekhn. rqdo
[Planning and calculating the cost of industrial production] Voprosy pla-
nirovaniia i kallkulirovaniia s6beatoimosti prozWshlennoi produktsii. Mo-
skva, Gosfinizdatv 1961. 183 p. (MIRA 34:8)
1. Moscow. Nauchno-istyled6vatio-I'Aly fluansoyyy institut. 2. SotrudnW
Naucbno-iseledovatellskogo finimovogo institute, (for Artemovp Gallperinp
Gubin, Zhukav, Ochkov. Oskordov). 3. VseBoyuznyy zaochryy finmsovo-ekonom.
institut (for Barngollts).4.Glavnyy Wkhgalter Ploskovskogo elektrozavoda
(for Sibiryakov). 5. Starshiy k*Dmlttant Upravleniya bukhgalterskogo
ucheta Ministerstva finansov SSSR (for Ivanov, Rabinovigh). 6, Vacballulk
podotdela obshchikh ekonomicheskikh voprosov tsenoobrapovaniya Byuro teen
pri Gosplane SSSR (Lipsits). 7. Moskovskiy ekonomiko-ptatisticheskiy in-
stitut (for Koroleva)
(Costs, Industrial)

GUBIN I B.
Index of Industrial production coBts. Vop. ekono no,3:91-96
Mr '61. WTU 14:3)
(Costs, Industrial)
(Index numbera (Economics))

USATOV, I.A.., kand. ekon. nauko GUBIN B.VQ,*--kand. elcon. nauk; SM11MV,
A.D., dots.; LAPTEV, Ye-.1t-., ZHIN, V.P., kand.ekon.nauk;
GMEROV, R.M.; KOBYUNOV, S.N.; PSHEINSM, P.P.; M11OV, N.M.;
FILATOV, N.L.; FILIPPOVA, E., red. izd-va; LUMEV, A., telchn.
red.
[Economics and finance of socialist enterprises)Ek-onomika i
finansy sotsialisticheskikh predpriiatii. Moalmas Gosfinizdat..
1962. 404 P. NIRA 15:9)
(Industrial management) (Finance)

GUBIN Boris Vapillyevich; SMIRNOV, Aleksandr Dmitriyevich; USAIGV,
- ---!v~~" A;.GOLUBNICHIY I., red.; VORONINA, R.,
tekhn. red.
[Principles of socialist management in industry] Osnovy
sotsialisticheskogo khoziaistvovaniia v promvshlennosti.
Moskva, Vysshaia shkola, 1963. 226 p. (MIRA 17:3)

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t lllM-TCJ)C~ ~S MOSCOW'

SIDPINMY, B.A.; -GUBIX, Y.A& M
Sufates In the Black Sea water. Gidrokhis. mat. 25:16-27 155.
(HLRA 9:6)
I,Norskoy gidrofislobeekly Institut Akodsoll souk 833R.
(DIR sea,--sulfates)

I ~ WUM~ SMAL31
Akodefts vook Moviom S14nnualwMI UwUtut
at UrZ:) MIATMP of(St"A*S8"I*ItaI'MITiU-ft'y.
owe 13) a"
IN. 8 AA. Solowashow, Mosser or fteleal old Oft-anatteal
r. L.K. Hiklr.1
IV. U;~.af MU01.9 H...
M~g SU Gausouse of srusion is Inteaded tor geopkMalsts,
. branghwelauts. and oessio'gi a' .
COOMMI lb"*.*VUOUG "" alth ProblemS In the phystes and chow-
IOUT at som water. ZadIvidual papers treat the turbulent thernial
evolooSIVIly as& beat aseksop In son water, the pulantlans In aLr
Save, as sausity at the Week sm. the doteraInation of
"Islam. onsmaim. bad eqnsr le ass water, vid the dateralnatlon
of 01"Ve in atioamberU preoWtot". FINU-0 tables, and graphs
0"61PW IM artleloo. 2horw am 121 reforeasess 92 Sawlet, 28
--masumb- a eason. a. Fronsh- end I Sao"&.
*aswa. 0-1- aso-Stausnow "IF41 awbow sabseen to. Asser-
ISIM Of Pgr~* 210081raWAVOM 70
'Ifielotsew. B.A.. N.V. Taxable". and O.A. Toreftlafts.
Mo. gamesee" in sm sat CMP~"UM or Bleak see water we
VIONIGNIN or wassir 89
nwftvasv~&& a Suft at tba Comeause of ftweed" Sob-
SWOME IR-I PARGA - 6 OMPNOft Is 00 ASSIT Md 8144k SONS 113
ILA6, me W.V. z1banomr. An Integrated me"" for
"vis in am v4pers Xv
we T.IL 3bavoi-m--kine. Me ft*Um of Noter-
GWW so sm mates, IV
Loo 19 a" W.M. 3havereakIna. SetwedesUes or
a Air ProespItaten by UN 80"IMI Mebod 143
asawase

AIDTHGHSs Skopintsev, B. A., Gubin F ' A., 20-119-1-33/52
A.
Voroblyeva, R. V., Vershin ~n
TITLE: The Composition of the Salts of the Chernoye Sea (Black Sea)
(Solevoy sostav vody Chernogo morya)
PERIODICAL: Doklady Akademii Nauk SSSR, 1958, Vol- 119, Nr 1,
pp. 121-124 (USSR)
ABSTRACT: In October 1954 and in June 1955 water samples were taken at
5 points from all depths in the open part of the sea near the
43th degree north latitude. The'chlorine content was determin-
ed argentometrically, the alkalinity by direct titratio- with
HCl, the sulfates by the weight method and Ca as well as Mg
complexometrically. Table I gives the average quantities of
this determination. The highest content deviations of
individual components at the same depths of all 5 places
from the average attained 0;, which was characteristic of the
upper layer (0-150 m). Farther down the deviations are less
than 1~1 except Ca and alkalinity. The absolute content of
all salt components in the Chernoye Sea (Black Sea) is
smaller than in the ocean, except the alkalinity. The chlorine
Card 1/4 content increases from the surface to the bottom. The. change

The Composition of the Salts of the Chernoye Sea (Black Sea) 20-119-1-33/52
of other ions at the vertical is represented in table 2 as
ratio to the cblprine content. In this manner the contents
are compared with those of the oceans, where the latter are
constant (ref. 1). The elevated values of the cited
coefficients in the upper 200 m of the Chernoye Sea can be
explained by a comparatively higher influence of the waters
of the flow of the rivers for the higher values of these
coufficiontu than they are characteristic for the ocean. The
changes of the ratios
s04 and HCO are connected with the biochemical
C -~- +Lo
1 (%o) C,
and biological processes occurring in the Chernoye Sea: a)
the reduction of SO 2- at the bottom of the sea with a
4
simultaneous formation of hydrogen sulfide and HCO 3 , b) the
oxidation of H23 in an intermediary zone (from 125-150 m to
250-300 M) under formation of sulfates and a corresponding
decrease in HCO- (ref. 2). A marked change of Ca2+ in the
water near the Lttom was not observed. Table 3 gives the
calculated average composition of the water in the Chernoye
Card 2/4 Sea. Little difference in comparison with reference 4 is to

The Composition of the Salts of the Chernoye Sea (Black Sea) 20-119-1 -3/3/52
be found. At a depth of 150 m from the bottom the salt content
is close to the average content of ocean water (ref. 1).
Further the salt content in the Chernoye Sea at a depth of
0,150 and 2000 m was calculated. According to the modern
conception of the water balance of the Chernoye Sea 400 km2
water annually run out through thl Boafor (Bosporus). The
river-flow into the sea is 350 km . From this the average
quantity of salt is calculated which is brought out through
the Boafor (Bosporus) and which is brought in with the
rivers. As the salt balance of the Chernoye Sea is balanced,
the difference resulting from the above-mentioned components
represents that quantity of salt which annualy runs into the
Chernoye Sea from the Uramornoye (Marmara) Sea. The waters
coming in this way amount tofv195 km3. In order to maintain
equilibrium concentrations of Ca 2+ and HCO - in the Chernoye
3
Sea, 12 or 85 km3 respectively less of water from the
Nramornoye Sea is needed. The quantity of CaCO3 corresponding
to the above-mentioned quantities of the Marmara-water will
evidently be precipitated from 6the water of the Chernoye Sea.
Card 3/4 For Ca + they represent 5,4.10 tons or about ~30% of the

The Compooition of the 2alts of the Chernoye Sea 'Black Sea) '20- 1 1,)- 1 -33/52
Ca 2+ annualy brought into the Chernoye Sea by the rivers.
Such a ohemogeneouo carbonato-aedimentation mainly takes
place in the region near the coast (references 3,5). Then
the authors discuss the statements of reference 8 and state
that for the displacement of a water layer of 17 m thickness
about 130 years would be necessary, which disproves the
ab73ve-mentioned statements. There are 3 tables and a
references, 8 of which are Soviet.
ASSQbIATIONs Mor8koy gidrofizicheskiy institut Akademii nauk SSSR
(Marine Hydrophysical In3titute AS USSR)
PRESENTEDs July 13, 1957, by N. M. Strakhov, Member, Academy of
I Sciences, USSR
SUBMITTEDs May 12, 1957
Card 4/4

IVANENKOVy V.N.; GUBINq F.A.
Water manses and hydrochemistry in the we6tern and southern parts of
the Indian Ocean. Tftdy MGI 22:33-n5 060. (MIRA 14:3)
(Indian Ocean-Sea water-Compooition)

- - T .1 . - I -
GUBIN, F. F. Prof., and AYVAZIYAN, V. G. Dr. Tekh. Sci.
Studies
"Report on the Technico-Ecohomic ZMEEM in Hydropower Constz-.,ction Projects,"
abstracted in Gidrotekh. stroi., Nos. 5/6, pp. 28-29, 1946.
Glavgidroonergs-troy

: p :' -;; ~ , ~ I I I- I:-: q, 1 , ,
GUBIN, F.F.; KRIVCIIEIZKO, G.I., kandidat teklinichatikildi nauk. rodaktor;
` 4-M&t,' A.D., t,khnicIwskiy redaktor.
[Collection of designs of hydroelectric power stations] Atlas gidz-o-
elaktricheskikh stantsil. Moskva, Gos.energ.izd-vo 1948. 60 plans
(in portfolio). Supplement - (Yaplanatory note] Poiasnitellnaia
zapiska. 53 P. N12A 8: 4)
(Hydroelectric power stations)

!j
Bib,do:-, r;
TK1081.GB 1940
30vi'-A 'r'w-r~inh- rt mic,

GUBIN, F. F., Professor Doc Tech Sci
Dissertation, "riydroelectric Power Stations." 28/-3/50
Moscow Urder of the Labor Red Banner %igineering Construction Inst imeni
V. V. KuO."hey
SO Vecheryaya Mo-~pkva
Sum 71

GU B 114, F. F. leb 52
UIUSR/Geophysics - Hydroelectric Dams
"The Most Modern Hydroelectric Power Plants," Prof F. F. Gubin, Dr Tech Sci and Stalin
Prize Winner
Priroda,,No 2, pp 9-11
States that uresent large-scale Soviet hydroelectric plants (on the Volga, Oka, 'Dnepr, etc.)
were constructed by en6incers trained by Acad B. Ye. Vedeneyev, G. 0. Graftio, A. V. Vinter,
S. Ya. Zhuk (Stalin Prize winner), Dr Tech Sci V. D. Zhurin, aad others. Remarks that the
efficiency of the turbines is 90-921% and that of generators Is 96-97%.
263T94

. . ... I ,- ?:I ~: f- :, - ; , . j! PIII..
GUBIN. F.F., doktor tekhnicheskikh nauk, profetisor, laureat Stalinskoy premii.
On-the-spot account of the building of the Mingechaur Hydroelectric Power
Station. Nauka I zhiznl 20 no.6:5-7 Je 153. (MY-RA 6:6)
(Mingechaur Yqdroelectric Power Station) (Wdroolectric power stations)

DZM,-:P,rOVSKIY, N.N., professor, aoktor tekhnicheskikh nauk: BLIVITAK,
TP.V., profesnaor; rMill. F.P., professor; ABRMIOV,ll.R. profesacr
ROZAJ.PV, N.P., vunu;Rjv-,--r.A., BORaDIN, P.V., POSIRDOV, M.A.
YUMEVICH,D.P.. PERSOlf, U.N., tekhnichaskly redaktor.
[Tntroduction to hydrtutllc engineering] Vvedenio v gidrotekhnilru.
!!nskva, Gos.izd-vo lit-ry po atrolt. I. arVh1t. 1955. 301 P.
(Hydrmilic engineering) (MIMA 8;8)

GUB IN, ... ~ ---rof.. doktor tekhn.nauk
'i - ,
Foreword. Trudy MISI no.16:3-7 156. (MIRA 11:81)
1.Zaveduyushohiy kafedry ispollzovaniya vodnoy erergii Hoskovskogo
inzhenerno-stroitellnogo instituta i1m. V.T. KWbyshevs.
(Hydroelectric power atatio-am)

GUBIN. F.. doktor takhnichaskikh mauk, professor.
Now a h7drooloctric power station Is built. Stroitel ino.2.26-
28 7 '57. (MI2A 10:3)
(ftdroelectric power stations)

98-1-7/20
A13THORSt Gubin, F.F., Prigorovskiy, N.I., Doc tore of Technical
Sciences, Professors and Khesin, G.L., Engineer
TITLEs Investigations of a Built-in Hydroelectric Power Plant With
a High Massive Dam (Iseledovaniya vatroyennogO varlanta gidro-
elektrostantsii 8 vysokoy massivnoy plotinoy)
PERIODICALs Gidrotechnicheskoye Stroitel'stvot 1958, # 1, pp 29-36 (USSR)
ABSTRACT& Tensions occuring within the structure of built-in type
hydro-electric power plants during the periods of construction
and operation are influenced by several factors, of which the
most essential are the pressure of the water from the head
water and the weight of the installation itself. The strains
which might occur at various transverse profiles in the design
of the Bratsk Hydroelectric Power Plant were examined in de-
tail for the preparation of the technical project. As a result
of these studies a profile was developed for future projects
which showed a more favorable distribution of stress than pre-
Card 1/5 vious designs. The article deals with the methods of research

98-1-7/20
Investigations of a Built-in Hydroelectric Power Plant With a High Massive
Dam
and the results obtained. Investigations were facilitated
and analyses were simplified by making pressure measurements
of weight and hydrostatic pressure separately. The authors
present several formulas of the effects produced by pressure
from the outside and by the weight of the installation. Ex-
periments were conducted on flexible models which were subjec-
ted to strains up to the limits of elasticity. To insure reli-
ability of results, the following two types of three-dimen-
sional and flat models were used: 1) Tensometric models con-
sisting of materials with a low modulus of longitudinal ela-
sticity (organic glass, neoleucorite). 2) Optical models of
transparent, optically active materials.
The deformations were measured by means of stress trans-
ducers with 10, 5 and 3 mm basis, glued onto the surface of
the model or placed inside the model. The errors at measur-
ing the deformation of the attached stress transducer by
means of the electronic device "KCA-," JIMAM " do not exceed
2 - 0. The authors present several formulas by which the
Card 2/5 tension inside the models given by the stress transducer can

98-1-7/20
Investigations of a Built-in Hydroelectric Power Plant With a High Massive
Dam
be computed. By using the data obtained from the inside loads,
the hydrostatic pressure at different water levels of the re-
servoir can be established. The testing of tensometric models
under realistic load conditions was carried out by a centri-
fugal machine of 2.6 m in diameter and by means of applying
several concentrated loads to the gravity centers of the volumes
of the model. New methods were made possible by using new
"optically" active materials: styrene alkyd resin (material
MHXM-11MAM ) and epoxymal (with resin IA-6 or 3-40 ).
Special research, conducted with the Candidate of Technical
Sciences N.A. Shchegolevskiy, showed the feasibility of pro-
ducing optically active materials based on epoxy-type resin
and "inoculated" polymers with a broad range of elasticity
moduli. The separation of main stresses within the models
which are subjected to the combined pressure of hydrostatic
loads and their own weight is accomplished by numerical inte-
gration over the increments of tangential stresses. Besides,
a less complicated method for separating the main stresses
Card 3/5 in flat models was developed with electric models using

98-1-7/20
Investigations of a Built-in Hydroelectric Power Plant With a High Massive
Dan
current-conducting paper. Isolines obtained on electric models
are shown in figure 1. Aesearch conducted on flat optical
models of stresses subjected to combined action of their own
weight and hydrostatic load were carried out on models made
from epoxymal, which permit to carry out the "freezing" of the
model and to subject it subsequently to hydrostatic load at
indoor temperatures. Volumetric tensions existing in different
sections of the model were determined by means of cuts taken
from"frozen" modelsv(figure 21 Examinations of the cuts were
conducted by means of a polarization microscope 11 M11-2 11,
and by applying a double-beamed light in the polarization
device. The conducted experiments made the evaluation of the
tensions prevailing in this type hydroelectric power plant at
the combined stress from its own weight and hydrostatic presBure,
during periods of operation
ypossible, as well as at different
stages of construction. They further permitted evaluation of
Card 4/5 the effect of different structural changes on the tension pre-

98-1-7/20
Investigations of a Built-in Hydroelectric Power Plant With a High Massive
Dam
vailing in the installation, and,in conformity with the
findings, made it possible to recommend the most favorable
structural shape. The tests also showed the relation exi-
sting between the tension within the installation and the
filling of the reservoir and the sequence of pouring cement.
The examinations disclosed the effects of various structural
changes on the stress status of the building, and made possible
the selection of the most favorable shape, dimensions and
location of the machine hall. An analysis of the testa led
to the general conclusion that tensions occuring within the
hydroelectric power plants, both during the time of con-
struction and operation, do not exceed safety limits. The
stability of the installation sir its cczyonent Farts is nct
endangered, and there is no need for rain-forcing.
There is 1 table, 6 figures and 4 Russian references.
AVAILABLEt Library of Congress
Card 5/5

AUTHOR: Gubin, F.F. , Doctor of Tecli.-icol 6clen-,es, .-rc-`es-
s
- or
TITLE: Biblio6raphy (Bibliograflya) "Tbe Turbitne 2quipmentl
of the H-droelectric Power Plants", Nianual for Pro-
jecting, 2nd E-dition, Revised and Supple-en'l-ed,
Utider the Go-lieral T.Idi'Loi,ehip cf Mc-rc-
ZOV (Deceased) ("Turbinncye oba-r%idovani-ye
trostantsty", rukovods'vo alya
iz.d. ,-toro,fe,pererabota.,iiic,,~iId
shchey reda.!-.'1-.s--'yey prof. A..A. 7,'orozc-va~
PERIODICAL:
61-63 (kUSbR'/
A.BbTRACT: This is a review of the above book.
Card 1/1

GUBIN, F.F., doktor tpkhn.naxik
Certain problpms ioncerning the study if the runners of hydraulic
turl-A'no!: of pre5ent-day hydroelectric p,)wer stations. Sbor. trud.
KIS1 no.35:~-11 '61. (MIRA 14:9)
(Hydraulic turbines)

qGLBIN"JL--F,F.-* 1.ye.; 'UTITREV) yeol'.
Choosing the relation of the height of a spiral inlet section,
to the width. Izv.vyveich*zav*; atrois i arkhito 5 no-4:137-144
162. (MIRA 15:9)
I. Momkovnkiy ordena Trudovogo Krasnogo Znmeni inzhenerno-
stroiteltnyy institut imeni. Kuybysheva.
(ffydraulic -turbines)

- GUBIN,-F,F,., doktor tokhn.nauk, prof.; KHESIN, G.L., kaad.tekhn.nauk;
SAKHAROV, V.N., inzh.
Using pliotoolastJc coverings for studying the distribution of
stresses and deformations in confrete structures. Gidr.stroi.
34 no.11:25-27 N 163. (MIRA 17:3)

natur HE.UfAKOV, A.A., retsenzent,; KVARDAKOV, A.F.,
dots.., retsenzent.; ORLOV..V.A.pkand.tekhn.nauk,dotn. nau~,hxn.red.
[Econoadcs of water management, and hydraulic construction)
Ekonomika vodnog--i khozialstva -i gidrotekhnicheskop
str3ltel, latva. 11,11o3kva, Stroiizdat, J -65. 302 p.
(MIRA 18:8)
1. 'Lameslitell Tekhnif~heskogo Soveta Gosudarstvennogo
pro-izvo,1stvennogo komiteta po energetike i elektrifika-
tsiI SSSR (for Belyakov). 2. Zaveduyushchiy kafedroy gidrav-
1W. gidroscoruzhexiiy 11avosibirskogo in7honerno-
stro'r,eJ'rc&1-j institu.-La im. V.V.Kuyb3rsLeva (for Kvardakov).

CWT(M) '11~ RIM_.
L 2 LIZ5
ACC NR- AP6012083 SOURCE-' CONA
7,
AUTHOR: Nesmeyanov,_A. N.; Kozlovskiy, A. G.; ~4W46___E_1__~?___11~revalova Gt
ORG: Moscow State University im. M. V. Lomonosov (Moskovski osudarstvennyy
universitet); institute of Organoelemental L~r_2u_rids AN SSSYR tInstitut elementoorgan-i
.icheskikh soyedineniyF
TITLE: Protolysis of mercury derivatives of,ferrocenel~
AN SSSR. Izvestiya.
SOURCE: Seriya khimicheskayap no 3, 1965, 580
TOPIC TAGS: titrimetry, ferrocene, mercury compound, dioxane,.Chlorine compound
ABSTRACT; The Rate constants were determined for the protolysis'of mercury
,derivatives of ferrocene - chloromercuroferrocons and diferrocene-mercury
.using hydrochloric acid in 90% (by vol=e) aqueous dioxane. This quantity
of acid not entering into reaction was determined by potentiometric titration.
The reaction rate in all Cases is described by a second-order kinetic
.equationo 1he protolysis rate of diferrocene mercury is six tiines greater
than the cleavage rate of di-p-anisylsercury under the same conditions.
Orig. art. has'. 1 table. [JPRS3
SUB CODE: 07 SUBM DATE: 18Jan65 ORIG FEF: 002
UDC: 531-1+342-9~

GUB3. F.V.. podpolkovnik med.sluzhby (L'vov)
A typical form of congenital sWotonia (pArmyotonia). Vrach.delo no.8
851-853 Ag'58 (MIRA 11:8)
(KrOT01IIA)

17(13)
S