SCIENTIFIC ABSTRACT GOKHSHTEYN, B. - GOKHSHTEYN, YA.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000515610005-8
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: September 26, 2002
• Sequence Number: 5
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

GOKHSHT-EYII..,P,B...Ya., kand. tekhn. nauk; TAMAZOV, A.I., iiizli.
Three-core transformer for a.c. traction substations. Vest.
TSIIII MPS 22 no-3:17-19 t63. (MIRA 16:7)
(Electric transformers)
(Electric railroads-Substationo)

~ 14546-66 EWT(m)/EwP(v)/T/E.-,'PM/ tWP(_k)/E"-1P(b) JD/Ml I
XCC NR, AP6005386 SOURCE CODE: UR/0413166/000/001/0134/0134
INVENTOR: Sedykh, V. S.; Pashkov. P. 0.; Kofman. A. P.: Cokhahteyn, B. Ye.;
Pavlov, A. .; 1,,ikhachev G. F.
ORG: none
TITLE: A method of producing three-layer metal plates. Class 49, No. 177759
SOURCE: Izobreteniya, promyshlenny-ye (3braztsy, tovarnyye %naILL, no. 1., 1966, 134
TOPIC TAGS: metal plate, three layer plate, clad plate, plate. cladding, explosive
cladding
plates by explosive weldin .1~&~pl ve charges are placed on the outer surface of
r. r
the plates to be welded. In) rd to increase productivity, both outer plates are
welded to the center plate simultaneously by a charge detonated at one point. In
order to improve the quality of the bond, a centering prism is set tip on the upper
edges of the plates so that one edge of the prism faces the detonator. Orig. art.-
has: 1 figure. [W)
SUB CODE: ll/ SUBM DATE: 23Mar64/ ATD PRESS:~(/'7'7
ABSTRACT: This Author Certificate introduces a method of producing three-layer metal
Cladding
J~ ."
Card 1/1 UDC: 621.791.04

GOUSHTSYN, D., professor, doktor tekhnichaskikh nailk.
Working process theory of rafrigorating, Plants. Khol.tekh- 30
no.L~:58-62 O-D 153. OILILA 7:3)
(RefrigRration and refrigeratinlill timichinery)

MARTYNOVSKIY, V., professor, doktur teklinicherkikh riaiil- (KlKHSll'Mvll. D.,
rrOfOBBor, doktor takhnicheBkikh nank. It., . - .'.. 1.
k .. .1! *..
"Techincal thermodynamics. " M.P.Vulvilovich, I . I Novikov. Reviewed
by V.Rartynovskii, D.Gokhshtein. Khol.tekh. 30 no,4:76-7? O-D '53.
(Thermodynamics) (Vulctilovirh, M.P.) (Novikov, I.I.)

GO:,SffTZYN, D. Kh.
Trqatment of heart diseases in Kialovodtik. Sovet. mod. 16
15 Apr 1952. (CUIL 22:1)
1. Professor. 2. Koslovdsk. 3. Use of mineral sprii4p batha.

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GOKHSHTETY., D.P. doktor takhnicheskikh nauk-, LITYIN. )~. M., redaktor;
tekhnicheskiy redaktor.
[Entropy method of calculating energy losges] Entropiinyt i,,,)tod
rashchmta energetichmskikh voter'. Moskva, Gos.nnerg,.izd--.ro,
1951, 109 P. NTah 8.11)
(H,~at eVineprIng)

730. 1311 -W d an hfam at Its dw
0 of d, D. r, 00"Of"r".
A. Tinkh. ru. 21, 1121-36 (NO, 9, 1"') M Ausba"'
r mans ft lwtm or
A 11thOd is demk'PW a', ON "atrol" am *a,,
'Umw is an kwad systm tat the
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syster; a smetwourm of LM
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,nb,M 080=- ("two 10 tw st"tim "two Of
py, an equerAva dsrea~ the detn" Of
ctural M md or the worldno
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iod Mod& itspif better
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is & kwk). 0, , V.W (-Mbks.
F. LWIMAN

uos,),;-~ (6(juj'
Steam, ~3lipgri,,iat-id
On tl-.e problem of cyclea of -.Irierv. bl-11. 12,
1952-
MionthLy List (D " I`u3s, iiri Acc-oss ions , 1, Llr ~-i ry r I c

GOKHSHTF,YN, David Petrovich, RASSKAZOV, D.S., redaktor; S.KVOR'-SOV, I.M.,
tekhaicheskiy redaktor.
[Using waste hmat in heat pumps] Ispol'z*y&uis atkhodwr topla v
teployykh assosakh.. Moskva, Gen. muerg. izd-vo, 1955. 79 P-
(Ileat pumps) (Waste heat) (MLRA 9:5)

AID P 1-J29
Subject USSR/Engineering
Card 1/1 Pub. 110-a - 11/19
Authors Goklishteyn, D. P., Doc, of Tecn. S~,!. and Gorbis, E. R.,
Kand. of Tech. Sci.
T Itle The prospects of applyir,g o:)mb1.-ieJ oteam-gas installations
to direct heating.,
Periodical Teploenergetika, 2, 47-49, F iq55
Abstract Schemes of heat and power stations (TETs) working on gas-
steam and on steam are compared. A thermodynamic and ec-
onomic analyse-s show that the gas-steam scheme has no
substantial advantages over steam, when high and super-
high parameters of steam are utilized. Diagrams.
Institution Odessa Technological Institute
Submitted No date

I, OVISITlyll, '). ~ i doktor t,,~k I, v ich 1k I kh nfv:'
Co-~c--r:iin,~-, t~e article, "Da(Tce of , , ..;~
1 -1 LIT,:: ~"r ~11'd refrifarating 3;'*, 1~ !.
I
~T-ermodynand CE; ) OfLill, :- : , I

0-1 HC R: D. 1
T ITLE: Atomic: Exier& Installations Thermic Cycle 10-11 t-plovorj t~ikle
ustanovc',,;
PERIODICAL: Physics and Thermotechnioues of Reactora (Fizilm. i tAiplotekhnilza
real-torov), SU-iPlement 1~,r L t,:) :-tolnnaya C; us S--R
ABSTRNCT: T h C Coll (-,!U:-, i 0;1~, 11.av be ara.ai front ji.eneral considerations:
thc Cycle of' an Vtolldo
clectric j-v,,;ej, idnjit aJvi;~ab,-(~ to use low
boilin- lllCdiL ag he,-tt F r C 0:' C.
2. In d C -,e I Id e ri ce orl th 0ni t i a 1 col 'i i t 11d t h t ne S , abi
1-- LL
ity ot, the lo.... either 011*~~- 011L Or ~,1.90 tViO
,3oolinL; cycles can be uz;ed. In the irin,-r part of' the secon.]
cycie it is r1ossible to use a ga:3 (C(D,, etj.~. In some
cascs it may, howevcr, ;~12o lic.- of advautm,.*e to --,,3e Such lolv
boilin67 Laedia az are usej iii tht~ exterii1-11 cyclic. In this ca,3e
each cycle ha2 its c.izi h~,it turansfc~, to the conilenser.
Therc are 7 fiz~-,res, -- tabl,2:-, :1;,,] 1 of* :which. -JS
S !a %ri c.
A- VA-I LAB LE: Libr-,ry of' Ccn~~-re-,,
Card 1/1 1. Atomic power plants-Heat Lr~;nsfer
Reactors-Fleat transfer

GCEMHTRYN, D,F,
Thermal cycle of atomic power plants. Atom. anerg. aagolement no.l:
198-204 158. OIM 11-5)
(Atomic power plants) (float engineoring)

96-58
D f T 1 3
~:.i Pressures for Periodic Reheating
of Steam
F-IDR IODI CAL: I e 1,
Q 'RA.-
J6 1, a
rnc d c I
T S e c
r c ~3 ur Tll_i~; L, a sl_,rt o r~-: t c al i
j-
It io `la.~cd
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7
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C c L, t VC,
_tc-
o__ L.2 T-3
arc
r c, 2.
~al: L 1.1
f
A 36CU I z~ T7 C'-:
Institute
1. Steam turbines-Pressures 2. Entropy

GOKHSHTEPJ, D.P.
I~uantitative characteristics of irrever~-,Jlbl,3 ~iierrmnl proce[:Ses.
N,anch. doki. vyti. shkoly; -3nprg, no.2:15",-I')i
.5 '58. (MIRA 11-11.)
(Thermodpinmics)

GOI~MMYN, D. P. Odessk-iy tekhnolog-icheskiy institut
IlProblem of Inrroasing the. T.',fficiency of Largm Stoam Power "Itations
Operating with Steam of' 5iip,3r-critical Parameter-s-.11
The Corudssion Tor fit,-h-paraiiter Steam of the Energiattcheskiy imldtut
(Power Institute) Imeni G. M. Krzhizhanovskogo AN SSSR h:dd a corilovence oi,
May 16, 1956 devoted to new typ.,2s of equipment for block-asaeribl-;!d powc!r Sta-"Ions,
operating at super-critical stcm parameters. This pap,~r was read at this
conference.
Izv. Akad Nauk SS~;R, Ot&-l Tekh nauk, 195j, ~Io. 7, p. 152

The Problem of F
0
650 C.
T, ff i c i e n c of such a n
l

n, i t u r,--i
~ with an
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'Are
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"he
v r i u s possible
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i ri t
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y n a.,,~ _i c mi;lwpoint, orily j!xil
ce 0 e 0 - v
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be of c; ~,3 e o a j~,,!s tar-bine
urofit-, blie th~in s t e a nn, supci.rimpoL~in(~, o
IiquL(1, or

1-) o ~3 I, .L'Ll

f a::'. c c n 0 -f the ex; 3 in,
tLe Ouperiml)c~!!,-r
L 1) o '21o-
Card 5/6 1) 11 -1 n

D.P., doktor tekhn.nauk, prof.; K!VSOTO',', ;-i." ...
. -10tsent l.. -:o~:hn. nmik,
'c I . 1 .1 ~
-;,poctr of rt!jmnerativo feod-witor it, imits with !- tor!:odiat,~
sliperheAting. Energomshinostroenla " -%. )p I :~ I:..
lmm'~ ll-.'7)
(Staao tlzrMnaa)

GOMMMI, D.P.,dok-tor tekhn.nauk
"O~itlook for the development of nteam and pns taLrbines for
electric powor plants" by S.A.Akniutin. Revintrod by D.F.
Gokhahtein. Filek.ata. 29 no.11:94-95 N 15B. (MI-Rk 11:12)
(Tiirbinos) (Aksiutin, S.A.)

sov/96-59-5-6/19
AUTHORS: Gokhshteyn, D~P., Doctor of Technical Sciences and
Engineer
TITLE: Some Methods of' Reconstructing Steam Turbine Llectric
Power Stations Using Steam-Gas Circuits (Nekotoryye puti
rekonstruktsii paroturbinnykh elektr-os-tantsiy po
parogazovyin skhewam)
PERIODICAL, Teploenergetika, 1959, Nr 5, PI-1 35-57 (USSR)
ABSTRACT,, As a number of steam-driven power stations become
converted to natural gas fuel, it will he possible to
make extensive iise of open-cycle gas -turbine installations.
A combined gas-steam cycle offers thermo-dy-riamic
advantages- If the heat of the gas-turbine exhaust is
used to heat feed-water for the steam cycle. the amount of
steam tapped from the turbines for thi!z Purpose is reduced
and the otitptit for a given steam constimption can be
increased by 205a A combined gas-stear.1 installation can
quite easily be introduced into existing stations with
quite small cost for equipment and structural alterationo.
The simplest ateam-gas circuit for reconstructing existing
Card 1/7 installations with 1OO-MW condensing turbines type VK-100-2

:-:f) Ucii, _5 9 - 5 - 6/ 1")
_-come Me thods of Recons trijc x i ri v SO, a w F,icii i iie: F I Y i S t a I i (,Y]~3
Using Steam Gas Circuits
is given in Fig I In thi.1, the tL11-1-1110 ~_-XllaUSL Z,aSeS ~ITU
used first to heat the it i.r -nl,er inL, vlii~ chambel:
and thell to heat tile L114. Steam cycIe-
Fable I gives the resull!-, of (:alculalicll~; ,;f' 'lie effectl%.~
efficiency and output ol it ,3team.gas ia.9tall-ation using
the circult of Fig 1. Various tL'(!d-wr.]t(.!. t 01111) -.,! ra f u f v
It is shown that tho of th(~
installation is increasod by raising i:he feed watE!r
temperature after tile wctl~e-gas h,~ator Thz~ increase ir,
efficiency is quite up to a feed -Watr!r temperature
of 220'C but beyond t:li-' it dot-s n~_,t -_,xicre.--ti;e so rapill-v
Thc circuit shown iii Fi. 2 _-onsid~,r-ably zrt~ducs~.,: lhe f~.'Ycez
taken from the gas tuibiri,~ part of the iris tallat ion 1-1 -a!, e
the feed-water Iraws hc.th from tht! turbine exhaust
gas that has alread,; pa_,;s;,J thy-,u~;h :iii ai, fc,g,:,tierixtCr alld
from the air betwe4_!n file hiph arid thf- Low-pressure
compre5sofs In this the hiollest "r-iciency is
obtained if the fe,?.! t ol 1 z, hea t d 1: '.) a t. empera ture of
Card 2/7 101~_)`C ill tile WatC-f he,-t ',~Lth :3ubsequent

OV/ 9 6 0/ 19
S")mi! Methods of lzr.,~o I) -qtr I] t i n 'I. S T t'mil T I I I I ~ III(! i~~' I r i1f.1w v I :;I ~-t I I I I m
Using stealli-cl'as cil-cuits
li~!a t i rig t 0 220 C j- u I: i L it ~, i-,i ( I I i -'~a t ~-V-q .')L
turb I ne. WIL th t 11 ~L -Z -~ I tI- IL Lt. t 11 1-' k M I'll II,
i.11 le,9~7; than wi ill k: I x i, it I t c'Jus'? tho cu I pil i 1 1
turbin-_- par-., or t li~- _- I) s I a 1. 1. 'j :,n I r: ~-
a ~3 .3 t
0 f (. I I L. U I.-A T, 10 n 5 011 1: A Iit I U -' :IS C' ~', I v e I I in T a 1) L o ti;J t
i S Alow 11 ( ha It Iit t I I L.-, I.k (JU I c - 41 ~1 ([111 .1 1 ;1 !f - t ~ I I ~,. I -_'. s
a n a ppr e L: ial, I e i nc I, -, i, ~~ 4~ I'f'j I I(~ I I I, ,, i!I.,? Ir-i I I I, (I ly I I
straight stram :, y i~, I e I I- r~ It :L 1 1, 1 1.11 1 " 1
Consumption is shown ill Fig 3 n n A f h e ~! s .1 [-."i of
calculations on this . ~ ~ t ; e g t v o n in Tot~,Ie x S
Of Lriterest, tO It. Q t e IL ~ C ff,r.' ILI w 1, h 0 W':, ~ t ~ I ~111 f
compressicii arid twr! st-3Lzo f g,:j -j Ill t1ir, a
turbine insta.liaticy, : t 11 v fall I:irc, i~ patte!-rl "'imilar
.P r c s !-, i (I I"-. art
t c t h a t o b s e r v e d w j- I ii,;,- I c s r,,i I,, o o tri -~ (I s I rig I f3
stage expansion- A skhi~i:i:tti_ c 1'~)r lwo Oage
expansion and twc -staL.e ft,~21 c,:,ril,ustiori vri.th single sta~,p
compression is shown in Fig It It-. illcl-eas~-s the effi::1ency
Card 3/7 ef the stealjl-gels jrI_-;tal lal icm rr, ~fi -,%, 7" 17-'Q

.-OV19h.- 9 1)
Some 16lethods of Reconstructing 6teacl 'I'lir C lii-~ F 1~c I r I-- Foier Station~
Using Steam-Gas Circuits
than t7ur the purely steam uvc.le, The tota] OUtpUt Gf-
tile St ilL_S( a 1, la L toll 1_14 1'_.6'L,00 101 and tile feed. Nvo tl~,l
temperature aftQx- tile 9team-gas li~!ax:et i.s _220'C. 'm!,
improved performance oL this circmit a!j com-pared With that
shown in Fig 1 results froni the iii:!-ea~ied ont-put
of the gas-turbine part. An i-inpurtant disadvantage of
tile circuits mentioned 4.~3 thar tile gas iiir regenerators
and water-gas heater.9 are very big III Order to increa~se
tkl(-' Unit Output of tile, gas arid I.o reduce !: 1) o
size of the regenerators aii-l wa-er ti _~ a't i~ r- s_ tll~r 01 '-' 13 () M ?
point in using the ~(!nii- Le
t III-b j ri -~ o-
illustra te d i n F iS I i tI '. t' rill iItg 1) e -, 11 t e g
against a back pr 0 S.'~ k_~ I h Z~ X11 a.,I,
an air regenerator eai~i witei h--at,w- deLiverv t,~
the inIet part of: t!,.(, comp, e o Me ~,rt ~)f the ga;~;
needed to supply 'tit to 11.11 1'. the 1,110, ~_Il tile